novomet catalog

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PRODUCT

CATALOG

J U

L Y 2 0 1 3



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JULY 2013

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TABLE OF CONTENTS

NOVOMET

PRODUCT CATALOG

CONTENTS

NOVOMET APPROACH TO QHSE ................................................................................ 6

STANDARD TERMS AND CONDITIONS FOR SALE ........................................................... 9

COMPANY OVERVIEW ............................................................................................18

SERVICE SOLUTIONS .............................................................................................21

POWDER METALLURGY TECHNOLOGY ...................................................................... 23

ESP SELECTION GUIDE ..........................................................................................27

ESP selection guide ....................................................................................................................27ESP Design Data Sheet ............................................................................................................... 39

OPTIMIZATION SERVICES ...................................................................................... 55

Novomet Sel-Pro ........................................................................................................................56ESP Calculator ...........................................................................................................................63Novomet Stat Pro .......................................................................................................................65

Remote monitoring system .........................................................................................................69SMART SOLUTIONS .............................................................................................. 70

“POWER SAVE” SOLUTIONS ...................................................................................71

GAS HANDLING SOLUTIONS ...................................................................................74

Multiphase Pump ....................................................................................................................... 74Open Stage NFO150 ................................................................................................................... 76

SCALE MANAGEMENT SOLUTIONS ......................................................................... 77

SOLIDS MANAGEMENT SOLUTIONS ........................................................................ 79

Slotted screen pump intake (SFI) ................................................................................................. 79Downhole slotted filter (SFD) .......................................................................................................79Downhole gravitation filter (GFD) ................................................................................................. 80Downhole slotted gravitation filter (SGFD) .....................................................................................80

EXTREME H2S AND CO2 ENVIRONMENT SOLUTIONS ....................................................81ULTRA-CORROSION ESP DESIGN ............................................................................81

COAL BED METHANE (CBM) PRODUCTION SYSTEMS .................................................. 82

Y-TOOL ............................................................................................................ 84

DUAL ESP FOR MULTY-ZONE PRODUCTION .............................................................. 85

SLIM-LINE ESP .................................................................................................. 86

SMART OIL WELL ................................................................................................ 89

ESP SYSTEM COMPONENTS ....................................................................................91

DOWNHOLE EQUIPMENT .......................................................................................91

CONVENTIONAL PUMP .........................................................................................91ND - Pumps of 338 series .................................................................................... 98NDV150 .....................................................................................................................................99NDV230 ................................................................................................................................... 103

ND470 ..................................................................................................................................... 107ND600 ......................................................................................................................................111NDV1500 ..................................................................................................................................115NF - Pumps of 362 series ................................................................................... 119NFV110 .................................................................................................................................... 120NFV150 ................................................................................................................................... 124NFV190 ................................................................................................................................... 128NFV230 ................................................................................................................................... 132NFV260 ................................................................................................................................... 136NFV330 ................................................................................................................................... 140NFV380 ................................................................................................................................... 144NFV450 ................................................................................................................................... 148NFV600 ................................................................................................................................... 152



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PRODUCT CATALOG

NFV760 ................................................................................................................................... 156NFV940 ................................................................................................................................... 160

NFV3800 ................................................................................................................................. 164NH - Pumps of 406 series ................................................................................... 168NHV200 ................................................................................................................................... 169NHV250 ................................................................................................................................... 173NHV260 ................................................................................................................................... 177NHV380 ....................................................................................................................................181NHV760 ................................................................................................................................... 185NHV940 ................................................................................................................................... 189NHV1200 ................................................................................................................................. 194NH1500 ................................................................................................................................... 198NH3000 ................................................................................................................................... 202NHV3800 ................................................................................................................................. 206NHV5300 ..................................................................................................................................211NJ - Pumps of 449 series ................................................................................... 215

NJV6000 ................................................................................................................................. 216NJV7600 ................................................................................................................................. 220NJ9400 ................................................................................................................................... 224NL - Pumps of 484 series ...................................................................................228NLV1000 .................................................................................................................................. 229NLV1900 .................................................................................................................................. 233NR - Pumps of 677 series ................................................................................... 237NRV3800 ................................................................................................................................. 238NRV7600 ................................................................................................................................. 242NR12000 ................................................................................................................................. 246NRV15000 ............................................................................................................................... 250NRV19000 ............................................................................................................................... 254NRV22500 ............................................................................................................................... 258

NR30000 ................................................................................................................................. 262NT - Pumps of 740 series ...................................................................................266NT38000 ................................................................................................................................. 267

POWER SAVE PUMP ........................................................................................... 271"Power Save" pumps NA, 272 series .................................................................... 275NAV(190-380)H ........................................................................................................................ 276NAV(440-630)H ........................................................................................................................280NAV(630-1300)H ...................................................................................................................... 284"Pover Save" Ppumps NB, 319 series .................................................................... 288NBV(250-500)H ....................................................................................................................... 289NB(630-1000)H ....................................................................................................................... 294NB(1100-1800)H ...................................................................................................................... 298"Power Save" Pumps NF, 362 series ..................................................................... 302NFV(130-250)H ........................................................................................................................303

NF(310-630)H .......................................................................................................................... 307NF(900-1300)H .........................................................................................................................311NF(1300-2000)H .......................................................................................................................315"Power Save" Pumps NH, 406 series .................................................................... 319NHV(790-1000)H ..................................................................................................................... 320NBV(1000-1600)H .................................................................................................................... 324NH(1600-2300)H...................................................................................................................... 328NH(2500-3100)H ...................................................................................................................... 332NH(2500-3800)H ..................................................................................................................... 336NH(4400-5000)H ..................................................................................................................... 340"Power Save" Pumps NP, 535 series .................................................................... 344NP(1900-2500)H ...................................................................................................................... 345NP(3100-4400)H ...................................................................................................................... 349

NP(4400-5700)H ...................................................................................................................... 353



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NP(4700-6300)H ...................................................................................................................... 357NP(7900-10100)H .................................................................................................................... 361

NP(11300-15100)H ................................................................................................................... 365"Power Save" Pumps NR, 677 series ....................................................................369NR(10000-11300)H ................................................................................................................... 370NR(12600-15700)H .................................................................................................................. 374NR(15700-19000)H .................................................................................................................. 378

INTAKE DEVICES ...............................................................................................382

Intake ...........................................................................................................383

Gas separator .................................................................................................385

Advanced Gas Handler ......................................................................................387

Multiphase Pump .............................................................................................389

N272MPP940........................................................................................................................... 391N319MPP940 ........................................................................................................................... 394N362MPP1500 ......................................................................................................................... 397

N406MPP940 ..........................................................................................................................400N406MPP2400 ........................................................................................................................403N406MPP3800 ........................................................................................................................406N535MPP7200 .........................................................................................................................409

PROTECTOR ..................................................................................................... 412

BYPASS SYSTEM (Y-TOOL) ..................................................................................420

ASYNCHRONOUS MOTOR ....................................................................................444

378 series ................................................................................................................................ 447406 series ................................................................................................................................ 450460 series ................................................................................................................................ 454512 series ................................................................................................................................ 459562 series ................................................................................................................................ 463

744 series ................................................................................................................................ 468PERMANENT MAGNET MOTOR ............................................................................. 472

319 series ................................................................................................................................ 479460 series ................................................................................................................................ 482512 series ................................................................................................................................ 486744 series ............................................................................................................................... 488

DOWNHOLE MONITORING SYSTEM .......................................................................490

Downhole Sensor ..................................................................................................................... 491Geophysical Probe with Flow Meter and Watercut Meter .............................................................. 492Downhole Monitoring System .................................................................................................... 493Surface Pane ........................................................................................................................... 494Choke Unit ............................................................................................................................... 494Downhole Sensor Systems Designs ........................................................................................... 498

Surface Panels .........................................................................................................................502CABLE PRODUCTS .............................................................................................505

Motor Lead Extension .......................................................................................506

Power Cable ................................................................................................... 510

SURFACE EQUIPMENT ........................................................................................ 542

Variable Speed Drive ......................................................................................... 543

Skid-Mounted Variable Speed Drive ..................................................................... 547

Transformers ..................................................................................................550

Step-Down Transformer by METZ (Belarus) ................................................................................ 551Step-Up Transformer by METZ (Belarus) .................................................................................... 554Step-Up Transformer ................................................................................................................ 555Transformers by Artrans (Argentina) ........................................................................................... 558

Step-Down Transformer by Artrans (Argentina) ........................................................................... 559Step-Up Transformer by Artrans (Argentina) ............................................................................... 561



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PRODUCT CATALOG

Junction Box ................................................................................................... 563

Surface Cable .................................................................................................564

MISCELLANEOUS EQUIPMENT .............................................................................567Check Valve .................................................................................................... 568

Drain Valve ..................................................................................................... 570

Bolt-on-head .................................................................................................. 572

SUB .............................................................................................................. 575

Filters ........................................................................................................... 577

Downhole Slotted Filter ............................................................................................................. 577Downhole Gravitation Filter ........................................................................................................ 579Downhole Slotted Gravitation Filter ............................................................................................ 581Slotted Screen Pump Intake ...................................................................................................... 583Upper Sand Trap .............................................................................................. 586

Scale Preventer ............................................................................................... 588

Shroud ..........................................................................................................590

Pump/Motor Clamp .......................................................................................... 591

Cable Band ..................................................................................................... 592

MLE Guard .....................................................................................................594

WATER APPLICATIONS .........................................................................................596

Water production and injection systems ................................................................ 597

Horizontal surface pumping systems (open or enclosure design) .................................599

2.0 Submersible water injection systems inverted design ............................................................. 6033.0 Booster pumps in horizontal casing ...................................................................................... 6074.0 Submersible water production systems ................................................................................609HSPS SPECIFICATION ....................................................................................... 610

TOOLS AND CONSUMABLES .................................................................................. 614

Installation Tools and Consumables ...................................................................... 615

Splicing Tools and Consumables .......................................................................... 617ENGINEERING TABLES ......................................................................................... 618

Conventional Pump Engineering Data ................................................................... 619

"Power Save" Pump Engineering Data ...................................................................623

Correspondence table between old and new designation systems ............................... 631

Temperature conversion table .............................................................................633

Conversion factors ...........................................................................................634

Maximum BHP of involute shaft splines .................................................................635

ESP System Overall Dimensions ..........................................................................635

Viscosity correlation ......................................................................................... 636

Units of Measurement ....................................................................................... 637

List of abbreviations .........................................................................................638

REPRESENTATIVE OFFICES ...................................................................................640



Novomet

Approachto QHSE



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NOVOMET APPROACH

TO QHSE

NOVOMET APPROACH

TO QHSE

NOVOMET APPROACH TO QUALITY, HEALTH, SAFETY

AND ENVIRONMENT

Quality, Health, Safety and Environment have always been a top priority for Novomet. We sincerelybelieve that the right way to conduct business is to continuously follow the here below QHSE principles:

• We supply products and render services with the utmost quality.

• We pay significant attention to the protection of health and safety, security of our employees, cus-tomers and any third parties.• We promote the environmentally-safe manner of operations.• The above commitments have become the foundations of Novomet QHSE Policy and Guide. Such

Policy is a guiding document for all Novomet employees in all work locations.



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NOVOMET APPROACH

TO QHSE

NOVOMET APPROACH

TO QHSE

NOVOMET GROUP OF COMPANIES

Quality, Health, Safety and

Environmental Policy

Continual improvement of our performance is driven by our Quality, Health, Safety and

Environment Management systems aligned with the requirements of ISO 9001:2008, the

Quality Management System Standard ISO 14001:2004, the Environmental ManagementSystem Standard OHSAS 18001:2007, the Health and Safety Management System Standard

and in strict compliance with legal and any

other QHSE-related obligations.

Quality, Health, Safety and Environment Management Systems are based on the followingprinciples:

• Continuous improvement of the existing business processes through adoption of best industrypractice and both professional and personal progress of our personnel.

• Development and manufacturing of customer-tailored products based on the market needs.• Priority to be one of the leading manufacturers of complete ESP systems.• Ensuring financial and economic stability of the Company, permanent development of our technical

solutions and facilities, and improvement of organizational structure and R&D base.• Prevention of accidents and minimization of our environmental footprint.• Strict compliance with health, safety and environment standards by our employees and contractors.• Assessment of our environmental impact and risk management, including identification, control

and evaluation of risks and hazards to determine appropriate means of prevention and mitigation.

Novomet executive management strongly believes

that compliance with above QHSE principles

will contribute to the prosperity of our employees, customers,

contractors and the whole community.

General Director

O.M. Perelman



Standard terms

and conditionsfor sale



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STANDARD TERMS AND

CONDITIONS FOR SALE

STANDARDTERMS

AND CONDITIONS FOR SALE

STANDARD TERMS AND CONDITIONS FOR SALE OF GOODS

These Terms and Conditions apply to all Quotations, Purchase Orders and Contracts provided

or entered into by any subsidiary or related company within the Novomet Group.

These Terms and Conditions are of indicative nature, changes can apply based on mutual ne-

gotiations between the Buyer and the Company.

1. DEFINITIONS AND INTERPRETATION

1.1 The definitions and rules of interpretation apply in these conditions.

Buyer means any person, firm, company, partnership, competent authority or other business entity

who agrees to purchase Goods from the Company under the Contract.

Company means any subsidiary or related company within the Novomet Group.

Contract means any contract between the Company and the Buyer for the sale and purchase of the

Goods, incorporating these conditions.

Goods mean any goods agreed in the Contract to be supplied to the Buyer by the Company (including

any part or parts of them).

Insolvency Event means the lodging of a petition or the passing of a resolution for the appointment of

a liquidator, the appointment of a receiver or administrator or a similar manager or the entering into of a

general agreement with creditors, bankruptcy or any similar event in any jurisdiction.Purchase Order means a written confirmation of purchase of Goods under the terms and conditions of

respective Quotation issued by the Company.

Price means the charge made by the Company for the provision of sale of the Goods as further defined

in the Contract.

Quotation means the Company’s Quotation for the provision of sale of the Goods, which term includes

any document issued by the Company indicating the terms on which the Goods sold.

Terms and Conditions means the Terms and Conditions set out in this document and any other terms

and conditions agreed pursuant to clause 2.3.

Writing means any form of written communication including transmission by facsimile. It shall not in-

clude electronic mail.

1.2 A reference to a law is a reference to it as it is in force for the time being taking account of anyamendment, extension, application or re-enactment and includes any subordinate legislation for the time

being in force made under it.

1.3 Words in the singular include the plural and in the plural include the singular.

1.4 A reference to one gender includes a reference to the other gender.

1.5 Condition headings do not affect the interpretation of these conditions.

2. APPLICATION OF TERMS

2.1 All business conducted by the Company with the Buyer, including any contracts, Quotations or pre-

contractual negotiations, shall be subject to these Terms and Conditions to the exclusion of any and all

other terms and conditions unless otherwise agreed in Writing.



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2.2 No terms or conditions endorsed on, delivered with or contained in the Buyer’s Purchase Order,

confirmation of Purchase Order, specification or other document shall form part of the Contract simply as

a result of such document being referred to in the Contract.2.3 No variation or addition to these Terms and Conditions shall be binding unless agreed in Writing by

the Company. Any and all statements, representations, advice or recommendations made or given by the

Company during negotiations prior to the conclusion of a Contract are not binding unless incorporated into

the Contract in Writing signed by both parties.

2.4 Each Purchase Order or acceptance of a Quotation for Goods by the Buyer from the Company shall

be deemed to be an offer by the Buyer to buy Goods subject to these conditions.

2.5 No Purchase Order placed by the Buyer shall be deemed to be accepted by the Company until ac-

knowledgement of Purchase Order is issued by the Company in Writing or (if earlier) the Company delivers

the Goods to the Buyer.

2.6 The Buyer shall ensure that the terms of its Purchase Order and any applicable specification are

complete and accurate.2.7 Any Quotation is given on the basis that no Contract shall come into existence until the Company

confirms in Writing Purchase Order to the Buyer.

2.8 The Company will sell Goods and the Buyer will pay the specified Price, in accordance with the

Company’s acceptance in 2.7 above

3. DESCRIPTION

3.1 The quantity and description of the Goods shall be as set out in the Company’s Quotation or ac-

knowledgement of Purchase Order.

3.2 All samples, drawings, descriptive matter, specifications and advertising issued by the Company

and any descriptions or illustrations contained in the Company’s catalogues or brochures are issued or

published for the sole purpose of giving an approximate idea of the Goods described in them. They shallnot form part of the Contract and this is not a sale by sample.

4. DELIVERY

4.1 Unless otherwise agreed in Writing by the Company, deliveries shall be made either

(i) at the time specified on the Buyer’s Purchase Order unless the Company specifies a different time,

(ii) during the Company’s customary working hours, or

(iii) at such time as may be requested by the Buyer and agreed to in Writing by the Company;

provided, however, that the Buyer has provided the Company with reasonable advance notice of the

day and time such delivery is requested, together with all necessary

information. The Buyer shall be responsible for delivering to the Company all necessary shipping in-

structions, and until such instructions are received, the Company shall retain the Goods in storage.

4.2 The Buyer shall take delivery of the Goods within 10 days of the Company giving it notice that the

Goods are ready for delivery.

4.3 Any dates specified by the Company for delivery of the Goods are intended to be an estimate and

time for delivery shall not be made of the essence by notice. If no dates are so specified, delivery shall be

within a reasonable time.

4.4 Subject to the other provisions of these conditions the Company shall not be liable for any direct,

indirect or consequential loss (all three of which terms include, without limitation, pure economic loss, loss

of profits, loss of business, depletion of goodwill and similar loss), costs, damages, charges or expenses

caused directly or indirectly by any delay in the delivery of the Goods (even if caused by the Company’s



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negligence), nor shall any delay entitle the Buyer to terminate or rescind the Contract unless such delay

exceeds 180 days.

4.5 If for any reason the Buyer fails to accept delivery of any of the Goods when they are ready for deliv-ery, or the Company is unable to deliver the Goods on time because the Buyer has not provided appropri-

ate instructions, documents, licences or authorisations:

a) risk in the Goods shall pass to the Buyer (including for loss or damage caused by the Company’s

negligence);

b) the Goods shall be deemed to have been delivered; and

c) the Company may store the Goods until delivery, whereupon the Buyer shall be liable for all related

costs and expenses (including, without limitation, storage and insurance).

4.6 The Buyer shall provide at the point of delivery and at its expense adequate and appropriate equip-

ment and manual labour for loading or unloading the Goods.

4.7 The Company may deliver the Goods by separate instalments. Each separate instalment shall be

invoiced and paid for in accordance with the provisions of the Contract.4.8 Each instalment shall be a separate Contract and no cancellation or termination of any one Contract

relating to an instalment shall entitle the Buyer to repudiate or cancel any other Contract or instalment.

4.9 The Company, upon the Buyer’s request and with the Company’s written agreement, shall arrange

for export shipment of the Goods on behalf of the Buyer. The Buyer shall pay the Company for all fees and

expenses including, but not limited to, those covering preparation of consular documents, freight stor-

age and shipping insurance coverage (including war risk). If required, the Company shall also apply for an

export license. Without prejudice to any other condition or term of the Contract, the Company shall have

no liability to the Buyer whatsoever in the event of late delivery or damage to the Goods during shipment.

4.10. Unless otherwise is stated in Purchase Order within 20 (twenty) calendar days from the moment of

Goods delivery to the Buyer the latter shall return the Company the following documents by express mail:

- Copy of waybill (bill of lading) with a Buyer’s or Consignee’s record of Goods receipt;

- Original of bill of quantities signed by the Buyer;

- Original of act of Goods acceptance signed by the Buyer.

5. NON-DELIVERY

5.1 The quantity of any consignment of Goods as recorded by the Company upon despatch from the

Company’s place of business shall be conclusive evidence of the quantity received by the Buyer on deliv-

ery unless the Buyer can provide conclusive evidence proving the contrary.

5.2 The Company shall not be liable for any non-delivery of Goods (even if caused by the Company’s

negligence) unless the Buyer gives written notice to the Company of the non-delivery within 15 days of the

date when the Goods would in the ordinary course of events have been received.

5.3 Any liability of the Company for non-delivery of the Goods shall be limited to replacing the Goods within a reasonable time or issuing a credit note at the pro rata Contract rate against any invoice raised for

such Goods.

6. RISK OF LOSS AND TITLE

Terms of delivery of Goods under Incoterms 2000 shall be specified by the Company and the Buyer in

Writing in each case individually. Risk for loss or damage of Goods shall pass to the Buyer pursuant to the

applicable terms of delivery under Incoterms 2000. The title to Goods shall pass to the Buyer upon receipt

of payment in cleared funds by the Seller of amounts due in respect of the Contract.



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7. PRICE

7.1 Unless otherwise agreed by the Company in Writing, the price for the Goods shall be the Price setout in the Quotation or Appendix to the Contract agreed by the Parties in Writing. Any Quotation is valid for

period of 30 days only from its date, provided that the Company has not previously withdrawn it. The Com-

pany has the right to change Price in the case of change of prices for components by third parties

7.2 The Price for the Goods shall be exclusive any travel, accommodation, subsistence or other out-

of-pocket expenses of the Company’s employees, servants or agents (which where applicable the Buyer

shall pay to the Company at cost) and shall exclude of all costs or charges in relation to packaging, loading,

unloading, carriage and insurance or forwarding fees, taxes, or duties of any kind or other similar charges

applicable to the Goods (including the costs referred to in condition 4.9), all of which amounts the Buyer

shall pay in addition when it is due to pay for the Goods.

7.3 The Company reserves the right to amend any typographical, clerical or other error or omission on

any documentation containing pricing information issued by or on behalf of the Company, and the Com-

pany shall have no liability to the Buyer for any such errors or omissions.

8. INVOICING AND PAYMENT

8.1 Unless otherwise expressly stated in Purchase Order acknowledged by the Company in Writing the

payment of the Goods Price shall be carried out by the Buyer in the following Purchase Order:

75 % (seventy five percent) of the Price shall be paid by the Buyer in advance (hereinafter referred

to as “Advance") within 15 (fifteen) calendar days from the acknowledgement of Purchase Order by

the Company.

The residual payment of 25 % (twenty five percent) of the Price shall be carried out by the Buyer with-

in 30 (thirty) calendar days from the moment of issuance of invoice for the delivered or deemed to be de-

livered Goods.

8.2 Time for payment shall be of the essence.8.3 If the Buyer cancels the Purchase Order 30 (thirty) days prior the date of shipment or later the Com-

pany will withhold 5 % (five percent) of Price from the Advance paid by the Buyer.

8.4 If the Buyer cancels the Purchase Order 45 (forty five) days prior the date of shipment or later (up to

30 (thirty) days prior the date of shipment) the Advance shall be returned to the Buyer at the same time all

bank charges and expenses shall be borne by the Buyer.

8.5. In case the Buyer initiates any changes in Purchase Order, already agreed in Writing by the Com-

pany and the Buyer, 45 (forty five) days prior the date of shipment or later it shall pay a fine to the Company

in amount of 10 % (ten percent) of price of component parts to be changed, but in any case not less than

$ 100 (one hundred) United States Dollars.

8.6 All payments payable to the Company under the Purchase Order shall become due immediately on

its termination despite any other provision.8.7 The Buyer shall make all payments due under the Purchase Order in full without any deduction

whether by way of set-off, counterclaim, discount, abatement or otherwise unless the Buyer has a valid

court Purchase Order requiring an amount equal to such deduction to be paid by the Company to the Buyer.

8.8 If the Buyer fails to pay the Company any sum due pursuant to the Purchase Order, the Buyer shall

be liable to pay interest to the Company on such sum from the due date for payment at the annual rate of

5% (five percent) accruing on a daily basis until payment is made, whether before or after any judgment.

9. QUALITY AND WARRANTY

9.1 The Company warrants that (subject to the other provisions of these conditions) upon delivery, the

Goods shall be free from defects in material or workmanship. The Company’s obligation under this war-

ranty shall be limited to replacing or repairing the parts or, at the Company’s option, the Goods which prove



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STANDARDTERMS


defective in material or workmanship within twelve (12) months from the date of first installation or eight-

een (18) months from the date of shipment from the Company, whichever date occurs first, provided that

the Buyer gives the Company prompt Written notice of any defect or failure and satisfactory proof thereof.9.2 The Company shall not be liable for a breach of the warranty in condition 9.1 unless the Company is

given a reasonable opportunity after receiving the notice of examining such Goods and the Buyer (if asked

to do so by the Company) returns such Goods to the Company’s place of business (at the Buyers cost) for

the examination to take place there.

9.3 The Company shall not be liable for a breach of the warranty in condition 9.1 if:

a) the Buyer makes any further use of such Goods after giving such notice; or

b) the defect arises because the Buyer failed to follow the Company’s oral or written instructions as

to the storage, installation, commissioning, use or maintenance of the Goods or (if there are none) good

trade practice; or

c) the Buyer alters or repairs such Goods without the written consent of the Company.

9.4 Subject to the provisions of this condition 9, the Company shall deliver replaced or repaired defec-tive goods or part of such goods at the Company’s expense, to the delivery point provided for in the origi-

nal Purchase Order and shall have no further liability for a breach of the warranty in condition 9.1 in respect

of such Goods. Any Goods replaced shall belong to the Company and any repaired or replacement Goods

shall be guaranteed on these terms for the unexpired portion of the twelve (12) or eighteen (18) month

period referred to in condition 9.1.

9.5 The warranty period shall not be extended for repaired or replaced parts or products or reperformed

services. Such parts or products or services shall remain under warranty only for the unexpired portion of

the warranty period. Company’s sole liability shall be at its option to repair or replace parts or products or

reperform services under this condition. Company may in its sole discretion credit buyer’s account for a

portion of such parts or products and/or services determined by seller to be defective.

10. LIMITATION OF LIABILITY

10.1 Subject to condition 4, condition 5 and condition 9, the following provisions set out the entire finan-

cial liability of the Company (including any liability for the acts or omissions of its employees, agents and

subcontractors) to the Buyer in respect of:

a) any breach of these conditions;

b) any use made or resale by the Buyer of any of the Goods, or of any product incorporating any of The

Goods; and

c) any representation, statement or tortious act or omission including negligence arising under or in

connection with the Contract.

10.2 All warranties, conditions and other terms implied by statute or general law are, to the fullest extent

permitted by law, excluded from the Contract.

10.3 Nothing in these conditions excludes or limits the liability of the Company:a) for death or personal injury caused by the Company’s negligence; or

b) for any matter which it would be illegal for the Company to exclude or attempt to exclude its liability; or

c) for fraud or fraudulent misrepresentation.

10.4 Subject to condition 10.2 and condition 10.3:

a) the Company’s total liability in contract, tort (including negligence or breach of statutory duty), mis-

representation, restitution or otherwise, arising in connection with the performance or contemplated per-

formance of the Contract shall be limited to the Contract price; and

b) the Company shall not be liable to the Buyer for any pure economic loss, loss of profit, loss of busi-

ness, depletion of goodwill or otherwise, in each case whether direct, indirect or consequential, or any

claims for consequential compensation whatsoever (howsoever caused) which arise out of or in connec-

tion with the Contract.



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STANDARD TERMS AND

CONDITIONS FOR SALE

STANDARDTERMS


11. ASSIGNMENT

11.1 The Company may assign the Contract or any part of it to any person, firm or company.11.2 The Buyer shall not be entitled to assign the Contract or any part of it without the prior written con-

sent of the Company.

12. CHANGE OF DESIGN

The Company expressly reserves the right to change or modify the design and construction of any of

its Goods without obligation to furnish or install such changes or modifications on Goods previously or

subsequently sold.

13. PATENTS

The Company warrants that the use or sale of the Goods hereunder will not infringe patents of others

by reason of the use or sale of such Goods per se, and hereby agrees to hold the Buyer harmless against judgment for damages for infringement of any such patent, provided that the Buyer shall promptly notify

the Company in Writing upon receipt of any claim for infringement, or upon the filing of any such suit for

infringement, whichever first occurs, and shall afford the Company full opportunity, at the Company’s op-

tion and expense, to answer such claim or threat of suit, assume the control of the defence of such suit,

and settle or compromise same in any way the Company sees fit. The Company does not warrant that such

Goods:

(a) will not infringe any such patent when not of the Company’s manufacture, or specially made, in

whole or in part, to the Buyer’s design specifications; or

(b) if used or sold in combination with other materials or apparatus or used in the practice of processes,

will not, as a result of such combination or use, infringe any such patent, and the Company shall not be

liable and does not indemnify Buyer for damages or losses of any nature whatsoever resulting from actual

or alleged patent infringement arising pursuant to (a) and (b) above.

This clause states the entire responsibility of the Company concerning patent infringement.

14. FORCE MAJEURE

The Company reserves the right to defer the date of delivery or to cancel the Contract or reduce the

volume of the Goods ordered by the Buyer (without liability to the Buyer) if it is prevented from or delayed

in the carrying on of its business due to circumstances beyond the reasonable control of the Company

including, without limitation, acts of God, governmental actions, war or national emergency, acts of ter-

rorism, protests, riot, civil commotion, fire, explosion, flood, epidemic, lock-outs, strikes or other labour

disputes (whether or not relating to either party’s workforce), or restraints or delays affecting carriers or

inability or delay in obtaining supplies of adequate or suitable materials, provided that, if the event in ques-

tion continues for a continuous period in excess of 90 days, the Buyer shall be entitled to give notice in

writing to the Company to terminate the Contract.

15. CONFIDENTIAL INFORMATION

15.1 The Buyer shall keep in strict confidence all technical or commercial know-how, specifications, in-

ventions, processes or initiatives which have been disclosed to the Buyer by the Company, its employees,

agents or sub-contractors and any other confidential information concerning the Company’s business or

its products which the Buyer may obtain. The Buyer shall restrict disclosure of such confidential material to

such of its employees, agents or sub-contractors as need to know the same for the purpose of discharging



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STANDARD TERMS AND

CONDITIONS FOR SALE

STANDARDTERMS


the Buyer’s obligations to the Company, and shall ensure that such employees, agents or sub-contractorsare subject to obligations of confidentiality corresponding to those which bind the Buyer.

15.2 All materials, equipment and tools, drawings, specifications and data supplied by the Company tothe Buyer shall, at all times, be and remain the exclusive property of the Company, but shall be held by the

Buyer in safe custody at its own risk and maintained and kept in good condition by the Buyer until returned

to the Company, and shall not be disposed of or used other than in accordance with the Company’s written

instructions or authorization.

15.3 This Clause 15 shall survive termination of the Contract, however arising.

16. TERMINATION

16.1 The Company shall be entitled to terminate the Contract forthwith by notice in Writing to the Buyer if:

(a) the Customer commits an irremediable breach of the Contract, persistently repeats a remediable

breach or commits any remediable breach and fails to remedy it within seven (7) days of receipt of notice

in Writing of the breach requiring remedy of the same; or(b) the Buyer makes any voluntary arrangement with its creditors or (being an individual or firm) be-

comes bankrupt or (being a company) becomes subject to an administration order or goes into liquidation

(otherwise than for the purposes of solvent amalgamation or reconstruction); or

(c) an encumbrancer takes possession, or a receiver is appointed, of any of the property or assets of

the Buyer; or

(d) the Buyer ceases or threatens to cease to carry on business; or

(e) if any applicable UN or the Russian Federation sanctions are imposed on the country where the

Goods are to be supplied or have been supplied.

16.2 In the event of termination by the Company pursuant to clause 16.1 above then, without prejudice

to any other right or remedy available to the Company, the Company shall be entitled to cancel the Con-

tract or suspend any further deliveries due under it without any liability to the Buyer and, if the Goods de-

livered but not paid for, the Price shall become immediately due and payable notwithstanding any previous

agreement or arrangement to the contrary and the Company shall be entitled to charge interest at the per

annum rate of 5% from the time of such cancellation or suspension until the Company receives payment.

16.3 The Buyer shall be entitled to terminate the Contract by giving thirty (30) days notice in Writing of

termination to the Company. In the event of termination by the Buyer pursuant to this clause, the Company

shall invoice the Buyer and the Buyer shall immediately pay to the Company the full Price together with any

additional costs and/or charges payable by the Buyer.

17. GOVERNING LAW AND JURISDICTION

17.1 Any dispute, controversy or claim arising out of or in connection with this Standard Terms and

Conditions for Sale of Goods, or the breach, termination or invalidity thereof, shall be finally settled by

arbitration in accordance with the Arbitration Rules of the Arbitration Institute of the Stockholm Chamber

of Commerce.

17.2 The arbitral tribunal shall be composed of a sole arbitrator.

17.3 The language to be used in the arbitral proceedings shall be English.

17.4 The Contract shall be governed by and construed in accordance with the laws of England.

18. GENERAL

18.1 Each right or remedy of the Company under the Contract is without prejudice to any other right or

remedy of the Company whether under the Contract or not.



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STANDARD TERMS AND

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STANDARDTERMS


18.2 If any provision of the Contract is found by any court, tribunal or administrative body of compe-

tent jurisdiction to be wholly or partly illegal, invalid, void, voidable, unenforceable or unreasonable it shall

to the extent of such illegality, invalidity, voidness, voidability, unenforceability or unreasonableness bedeemed severable and the remaining provisions of the Contract and the remainder of such provision shall

continue in full force and effect.

18.3 Failure or delay by the Company in enforcing or partially enforcing any provision of the Contract

shall not be construed as a waiver of any of its rights under the Contract.

18.4 Any waiver by the Company of any breach of, or any default under, any provision of the Contract by

the Buyer shall not be deemed a waiver of any subsequent breach or default and shall in no way affect the

other terms of the Contract.

19. COMMUNICATIONS

19.1 Any notice required to be given by either party under the Contract shall be delivered or sent by

pre-paid first class recorded delivery letter or facsimile addressed to the registered office of the party tobe served or to such other place as may be designated by the party for the purpose of service and shall

be deemed to have been served in the case of a notice delivered by hand, when delivered, in the case of a

letter, forty-eight (48) hours after the time of posting, in the case of facsimile when despatched.



Company

overview

Company overview

Service Solutions

Powder Metallurgy Technology



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COMPANY OVERVIEW

COMPANY OVERVIEW

COMPANY OVERVIEW

Novomet Headquarters together with manufacturing facilities are located in Perm, which is two hours

flight from Moscow. The Company was established in 1991 as stages manufacturer based on new technol-

ogy for the oil and gas industry: powder metallurgy, giving a significant number of benefits described fur-

ther in the catalog. This new technology has shown through the years a good performance under stretch-

ing conditions and has delivered a good return in the form of increased run life for our Clients. Since then

the Company has been continuously developing and our Customers have recognized the first class prod-

ucts and have awarded us with their business leading Novomet to one of the largest ESP manufacturers

in Russia. Our strategy is based on proprietary technologies for a wide range of applications focusing on

harsh well conditions including high gas to oil ratio, high temperatures, abrasive and corrosive fluids, heavy

oil, wells with minimum drift (3.90"), highly deviated wells. Novomet product line includes main units such

as pump, motor (asynchronous and permanent magnet), protector, VSD, sensor and as well a great num-

ber of Custom-made auxiliaries for specific wells. These are valves, sand traps, screens, gas separators,downhole multiphase pumps, intakes and etc. Moreover, Novomet produces water injection and treatment

systems.

In 2003 Novomet established its Service Division with a network of service bases located close to our

Customers in order to provide not only the best in class products in the market place but also the best in

class services and support to our Clients.

As Novomet philosophy is to provide unparalleled solutions to the most challenging conditions, the

Company has always paid major attention to R&D side. Several years ago Novomet acquired control pack-

age of the KONNAS Design Center (Moscow), which was responsible for all ESP pump design in the for-

mer Soviet Union and it started its history in 1950. As such there is a wealth of knowledge which is located

in-house within Novomet. The R&D department has developed new gas handling pump stages, rotary gas

separator designs, sand and proppant filters, downhole unit for dosing scale inhibitor and many other ESPtechnologies, all of which have been developed to the stage of series production and service within short

time periods. The use of laser prototyping machines allows new developments to be tested for production

within rapid time frames. In short, Novomet’s R&D capability is unsurpassed in the industry – and the results

are in service today bringing

immediate and significant

performance increases to our

Clients.

Our R&D facilities give

us fantastic opportunities to

conduct various number of

tests: internally and for the

attention of our Clients: abra-sive and corrosive tests, tests

on gassy fluids, high viscos

fluids, low flow rate and high

flow rate stages. Novomet



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COMPANY OVERVIEW

COMPANY OVERVIEW

can simulate any environment to ensure that our products will be welcomed by our Clients as they perform

beyond their expectations. Using our test wells, we can perform tests of our new R&D products being wit-

nessed by our Customers.

Currently, Novomet employs nearly 4400 people worldwide. We have a network of service bases in

different parts of the world and our next major priority is to be in the top 5 list of world best service provid-

ers, as we sincerely believe that we can provide our solutions to the most severe applications bringing our

Clients best performance in class.

The Company’s name is associated with best engineering, production output of excellent quality and

outstanding services. Our motto is: “We are not afraid of any most severe conditions, let them be afraid of

our technological solutions".



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SERVICE SOLUTIONS

NOVOMET SERVICE DIVISION

NOVOMET SERVICE SOLUTIONS

Our Service team provides virtually every type of service related to the ESP industry delivering measur-

able performance improvements to our clients.

Currently we have almost 8,000 wells under our direct supervision.

To meet local needs and provide customized solutions, Novomet has several service facilities in Rus-

sia and worldwide. Going internationally, Novomet management plans to broaden this network of service

bases significantly. All these centers are fully equipped and professionally staffed.

Positioned to meet the full range of customer needs related to ESP, Novomet draws on a superior record

of market-driven innovation and technology leadership. The Company strives to deliver all services aiming

to improve productivity from wells in a safe and efficient manner.

Repair base in Egypt



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SERVICE SOLUTIONS

NOVOMET SERVICE DIVISION

NOVOMET SUITE OF PERFORMED SERVICES

Novomet suite of performed services encompasses the following range:• Engineering and 24-hours consulting (sizing and selection of most customer tailored equipment, se-

lection of the most optimal design and operation mode-with the help of Sel-Pro, consultancy on Artifi-cial System for any application to increase production rate, troubleshooting)

• Installation, start-up and commissioning• Monitoring and troubleshooting

• Complete Dismantle, Inspection, Failure Analysis (DIFA) analysis• Repairs, full range of testing including equipment of other manufacturers• Replacement and exchange programs• Equipment testing and evaluation to ensure maximum performance from our customer’s wells• Production optimization• Incentive-based contracts• Rental contracts• Reliability analysis and run life forecast with the help of Stat-Pro• Trial operations• Provision of ESP systems for Production Logging Tests (PLT) jobs• Field Development

Additionally, Novomet provides:

Intensive, competency-based training courses that help our clients maximize the production, run lifeand efficiency of their Artificial Lift operations. The classes vary from ABCs of submersible pump artificiallift to the latest technologies in performance optimization.

Repair base in Noyabrsk, Russia



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POWDER METALLURGY

TECHNOLOGY

POWDER METALLURGY

TECHNOLOGY

POWDER METALLURGY TECHNOLOGY

For the first time in the world Novomet Company pioneered the use of powder metallurgy techniquesto produce oil field equipment. Conventional powder technology comprises operations of powder mixing,molding and sintering (agglomeration). Centrifugal pump stage design feature is a presence of flow paths.Therefore it was impossible to produce such details using conventional technology. In the early of 90-sspecialists of Novomet Company have developed technology to join powder details. This technology ena-

bled to produce details with very complicated form what allowed to be pioneer in centrifugal pump stagesproduction. Powder details connection technology has been patented.In general, metal powder stage production procedure of Novomet Company is following:

1. Raw material:iron powder, graphite powder, lube powder, copper powder…

2. Mix preparationIn diagonal mixer – 15 min or in biconical mixer- 4 hours

3. Pressing of detail, as a part of stage and infiltration

Equipment: mechanical and hydraulical press, pressing load 4…7 ton/cm2

.



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POWDER METALLURGY

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POWDER METALLURGY

TECHNOLOGY

4. AssemblingDetails are joined to get nonsintered blank of impeller (diffuser)

5. SinteringStage blank heat treatment

At temperature 1140…1160°С

6. Machining

5.1. H2+N

2

4.1. Ceramic slurry

5.2. infiltration(from 3rd operation)



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POWDER METALLURGY

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POWDER METALLURGY

TECHNOLOGY

In this connection, impeller or diffuser includes some details. When producing separate componentsthere is possibility to use different materials. Thus to increase hub abrasion resistance the hub can be

tungsten, solid lubrication or nickel alloyed.Joining technology enables to have metallurgical joints after heat treatment. In other words, material

structure within joint does not differ from base material structure. Thus joint bounding strength is at thesame level with base material strength.

Compared to stage casting technology the powder technology applied by Novomet provides the fol-lowing advantages:

• More precise product manufacturing, and then precise balancing; compared to the similar productproduced on the base of cast stages that advantages enable to decrease vibration and increase reli-ability of the pump;

• Ensures detail surfaces hydrodynamic smoothness what results in pump performance improvement;• Gives opportunity to manufacture combined products, which include abrasion resistant and structural

components;• Gives opportunity to manufacture stages with little flow paths (less than 3 mm), on the contrary cast

technology does not give such opportunity.

CORROSION AND MECHANICAL STAGE PROPERTIES

At present Novomet Co is capable to manufacture two corrosion resistant types of pump stages:а) Standard performance –

Materials of stage: iron, carbon, copper to improve strength and corrosion resistance. Additionally,materials of radial friction pair contain Ni and Mo for hardness and abrasion resistance, and solid lubricantfor antifriction characteristics.

b) Wear resistant performance –

Materials of stage: base on stainless steel powder and copper for wear resistance improvement. Additionally, materials of radial friction pair contain considerable quantity of Mo carbides for abrasion

resistance.Materials samplings can be extended according to specified operating conditions. E.g. for operatingconditions characterized by its high TSS and relatively low aggressiveness Novomet is able to improvestage material strength for wear reduction.

Mechanical properties, wear rate in abrasion fluid and corrosion rate in agitated hydrochloric electro-lyte, are shown on Pictures 1-3.

Picture 1. Mechanical properties of powder material.

50

100

150

200

250

300

350

400

0

T e n s i l e s t r e n g t h ,

M P a

Ni- resist Wear resistantperformance



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POWDER METALLURGY

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POWDER METALLURGY

TECHNOLOGY

Picture 2. Wear rate of friction pair materials in abrasive ambient, used during manufacturing.0

2

4

6

8

10

12

14

16

W e a r r a t e , m g / h

Ni- resist

Wear resistant performance

Picture 3. Corrosion rate of materials in agitated hydrochloric electrolyte used during ESP stages manufacturing.

500

10

0

20

30

40

50

60

70

490

C o

r r o s i o n r a t e , g * m 2 / h

Ni- resist Grey ironPowder material

for abrasion ambient

TYPICAL POWDER DESIGNS

At present Novomet manufactures stages of A …. P series with cylindrical vanes and inclination of dif-

fuser and impeller upper shrouds up to 7°.Impeller design is closed type. Company is able to manufacture stages of single or double downthrust

washer design with longer impeller hub for shaft protection.Stage design: floater, compression or semi-compression.

NOVOMET POWDER PERSPECTIVES

1. Selection of stage materials and its parts according to specified operating conditions.2. Manufacturing of ESP stages that can be casted with difficulty:

• flow path dimension – less than 3 mm;• slim wanes and other casting limits.

3. Wear resistant bearings based on tungsten carbide and flexible wear resistant coating.



ESP selection

guide

ESP Selection Guide

ESP Design Data Sheet



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

ESP SELECTION GUIDE

The intention of this guide is to aid ESP system design process

NOVOMET ESP SYSTEM

COMPONENTS

Novomet ESP system comprises the following com-ponents:

Downhole System Components:

• Power cable

• Bolt-on head

• Pump: Conventional or "Power Save"

• Intake devices: intake, gas separator, multiphase

pump, advanced gas handler

• Protector: Modular or Tandem

• Motor: Induction or Permanent Magnet motor (PMM)

• Motor Shroud

• Motor Lead Extension (MLE)• Downhole sensor system

• Auxiliaries for specific well conditions: gas, solids,

high temperature, scaling, etc.

• Miscellaneous equipment: valves, subs.

The Novomet surface equipment consists of:

• Variable Speed Drive (VSD)

• Output sine-wave filter

• Input power filter

• Step-down transformer

• Step-up transformer

• Junction box• Surface Sensor Panel (Built-in or remote type)

• Surface cable for Top Side equipment tie-in



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DOWNHOLE SYSTEM COMPONENTS

POWER CABLEThe power cable, which supplies electricity to the ESP motor, is available in various configurations,

both flat and round, to match the cable to specific well environments. The cable is banded or clamped tothe production tubing and the ESP components to support the weight of the cable and to ensure protec-tion during RIH/POOH procedures. Cable clamp protectors are used in deviated wells or in wells with tightequipment clearances.

BOLT-ON HEAD

The bolt-on head is the connection between the pump and the production tubing. It is bolted to thepump and is threadably connected to the tubing. In 677 and 740 series bolt-on head is an integral part ofthe pump.

PUMP

Submersible pumps used in ESP installations are multistage centrifugal pumps. Centrifugal pump converts mechanical energy from a motor to energy of a moving fluid; some of the energy goes into kineticenergy of fluid motion, and some into potential energy represented by a fluid pressure or by lifting the fluidagainst gravity to a higher level. The fluid enters the pump impeller along or near to the rotating axis and isaccelerated by the impeller, flowing radially outward into a diffuser.

Pumps are available in a wide range of sizes and configurations: from 272 up to 740 series with flow

rate from 60 to 40 000 bpd. Novomet portfolio of pumps incorporates two designs: conventional an d"Power Save" pump, which enables significant power consumption savings.

INTAKE DEVICES

Intake device is designed to allow reservoir fluid to enter the pump. For extreme gassy applications No- vomet has an extensive product line of gas handling devices including: gas separator, multi-phase pumpand advanced gas handler. They can be used individually or in combination, thus increasing overall system

reliability in severe gas environments.

FILTER

Novomet has an extensive range of field-proven, cost-effective solutions for sand and solids manage-ment. They operate reliably in severe abrasive-laden fluids. These systems are available in various designs:

Slotted screen pump intakeDownhole slotted screen filterDownhole slotted gravitation filterDownhole gravitation filter.

PROTECTOR

Protector has five main functions:It protects the motor internals from the well fluid

It provides pressure equalization between the motor and the wellboreIt carries the thrust load of the pumpIt compensates thermal expansion of motor oil during ESP system operationIt transfers torque moment from Motor to Intake devices and PumpNovomet protectors are available in two designs: modular and tandem for challenging extreme tem-

perature conditions (up to 400 oF).

MOTOR

An electric motor is an electric machine that converts electrical energy into mechanical energy of rotat-ed shaft. Novomet offers conventional Asynchronous (induction) motors and Permanent Magnet motors.Novomet motors have varnished and epoxy encapsulated winding, depending on application conditions.They are filled with synthetic oil to dissipate the heat generated to the motor housing. Motors are availablein a wide range of series and configurations: from 319 up to 744 series in power from 12 up to 1600 hp.



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

DOWNHOLE SENSOR SYSTEM

Novomet monitoring systems enable advanced monitoring and control of the ESP performance. No-

vomet offers standard sensor system and enhanced version with a broad range of accurate and reliabledownhole measurements of the following parameters:

Pump intake pressure and temperaturePump discharge pressure and temperature

Axial and radial pump vibrationFluid flow at pump dischargeMotor winding temperature

Axial and radial motor vibrationBottomhole pressure and temperaturePerforation zone water cutFluid flow at perforation zone

Watercut at pump discharge.

SURFACE EQUIPMENT

VARIABLE SPEED DRIVE (VSD)

Novomet Variable Speed Drive is compatible with both Induction and Permanent Magnet motors. Ap-plication of VSD vs. FSD (fixed speed drive) can provide operators the flexibility to easily adjust productionoutputs of the ESP system as well conditions change. Alarms and limits are programmed in the VSD allow-ing it to automatically make step changes to optimize production operations.

In case of using PMM, apply only Novomet VSD as it is of universal design compatible with Induction

and Permanent Magnet motor.

OUTPUT SINE-WAVE FILTER

It is located between the VSD and step-up transformer. This device reduces voltage total harmonic dis-

tortion to the ESP less than 5%. This results in less stress on the winding of the ESP motor which leads tolonger run times. Application of Output sine-wave filter has a positive impact on the whole electrical equip-ment. VSDs with capacity lower than 300 kVA have built-in sine-wave filters.

INPUT POWER FILTER

The input power filter is installed between Novomet VSD input and source of 3-phase voltage(380/480 V) supply. It effectively decreases the level of higher harmonics in power circuit and compen-sates reactive power.

CHOKE UNIT

It creates Y-connection point for Downhole sensor communication in case HV side of Step-up trans-former has Delta-connection.

STEP-DOWN AND STEP-UP TRANSFORMERS

Step-down three-phase oil-immersed transformer is intended to convert high voltage input of the localpower grid into the low voltage required for VSD.

Step-up three-phase oil-immersed transformer with natural oil cooling. This high-voltage transformeris designed to convert low voltage input into the high voltage required by submersible electrical motor forESP operation.

JUNCTION BOX

The junction box is required for all ESP installations. If gas from the wellbore migrates up the powercable to the surface, the junction box will allow this gas to escape to the atmosphere, away from con-fined spaces.



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

BASIC EQUIPMENT SELECTION

Selecting the correct Novomet ESP system for each application is important to delivering the most effi-cient and reliable operation. Novomet Sel-Pro ESP design software provides an accurate and comprehen-sive evaluation of the ESP system. As with any software application, the accuracy of the results dependson the input data quality. Accurate data is the key to successful implementation of each individual system.Selection process starts from completing the Design Data Sheet available at the end of this section. It canbe used to collect the design information required by a Novomet application engineer.

SELECTION ON NOVOMET SEL-PRO

In an effort to enhance the reliability and consequently the run lives of the ESP systems, Novometembarked on an exercise to develop an in house sizing software programme

Sel-Pro that is unique to the characteristics of Novomet products but also has the flexibility to incorporateother ESP manufacturers pump polynomials for comparison and sensitivity analysis.

Novomet Sel-Pro follows the here below algorithm when performing selection:



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ESP SELECTION GUIDE

Novomet Sel-Pro sizing report includes the following information as a minimum:1. Pump

type and seriesnumber of stages required to achieve the optimum TDH valueoperating frequencyflow ratepower consumption2. Gas separator Software calculates content of free gas at pump intake and recommends if Gas separator is required.3. Motor

type and seriesrequired power capacity4. MLE & Power cable

typelengthtemperature rating

PUMP SELECTION

Selection of the pump is based on the estimated pumping rate, TDH, well conditions, and casing sizelimitations. The most optimal choice of ESP series with regard to the system reliability and efficiency is thelargest series (diameter) that the casing will permit. Pump performance curves define optimum operatinglimits for various motor and pump sizes. The desired capacity should be within the optimum limits of thepump performance curves and nearest best efficiency point of the pump selected.

The process of pump selection requires the following additional steps:Selection of housing number

When selecting a housing number or its combinations it is necessary to pick up the one which has thenumber of stages equal to those mentioned in the sizing report or nearest to this number within pump sec-

tions available in Novomet ESP catalog.When selecting housing number it is recommended to follow standardization method: better to choose

such combinations of housing number: for the same number of stages as HSG #9 + HSG #9 + HSG #9

rather than HSG #7 + HSG #9 + HSG #11.

Selection of design configuration

Novomet offers floater (FLT), semi-compression (SCMP) and compression (CMP) designs. For avail-ability in each type of pump, please check appropriate engineering tables in Catalog.

In case the well data is not accurate, it is recommended to opt for compression design as it allows to

operate at a wider operating range.

Selection of modification

Please, select appropriate modification based on your well conditions. Novomet has 4 types of corro-sion resistant and 2 types of abrasive resistant versions. For accurate selection, please refer to Glossaryin Pump section.

Conventional or "Power Save"

In case you would like to receive reduced power consumption – absolute best selection is "Power Save"pump with combination of PMM. Detailed description is available further in the appropriate section.

In order to obtain the maximum effect with regard to power savings, it is recommended to size and

operate the ESP system at BEP. The case studies show that this will help to save up to 40% of energy con-

sumption for the overall system.

Pump accessories

Each pump type contains information about required pump accessories such as bolt-on heads, subs,couplings and etc.

Shaft strength selection

For each pump three variants of shaft yield strength are available: standard S8 (780 MPa), S11 (1078MPa), S13 (1274 MPa), high strength S14 (1374 MPa) and ultra high strength S16 (1570 MPa) In case the

power consumed by the pump exceeds the power transmitted by standard strength, please select high



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

strength or ultra high strength shaft. Detailed specifications for all shaft diameters and maximum breakhorse power are presented in the Engineering Tables section.

Novomet has the following choice of shaft materials: alloyed stainless steel, Inconel or K-Monel, please

specify your needs. The most preferable and cost-effective shaft material is alloyed stainless steel.In case the well is significantly contaminated with solids and/or scale it is recommended to select ul-

tra high strength shaft S16. This type of a shaft will help your ESP system to survive in case of frequent

stop-start operations.

INTAKE DEVICES SELECTION

In case well has high content of gas and solids, it is preferable to select multi-phase pump instead

of gas separator

Selection of device

Novomet offers the following intake devices:• intake (bolt-on or integral type)• gas separator• advanced gas handler

• multiphase pump• slotted screen pump intake When determining the intake device, please refer to:

• Sel-Pro sizing report• Novomet recommendations depending on gas or solids content in your wells, which are presented in

Intake Devices section in this catalog.Selection of series

It shall be equal to pump series.Selection of shaft

Intake device shaft shall be equal to pump shaft diameter. In case required shaft diameter is not avail-able, please select shaft with closest diameter and add an extra coupling specifying pump shaft diameteras top of coupling and intake shaft diameter as a bottom coupling.

Novomet has the following choice of shaft materials: stainless steel, Inconel or K-Monel, please specifyyour exact requirements in Request for Quotation/Purchase Order.Selection of shaft strength.

The same logic as was mentioned in Pump selection part above shall apply.Selection of modification.

Please, select appropriate modification based on your well conditions. Novomet has 3 types of corro-sion resistant versions for Intake devices. For accurate selection, please refer to Glossary in Intake devicessection.

MOTOR SELECTION

When selecting the ESP system using Novomet Sel-Pro, the sizing report will contain the following in-formation about motor:

• Motor type and series

• Motor powerHowever, the parameters can be calculated manually.

N Motor

=(n × N max stg

× ρ × k 2 ) × x × 1.1

where:

N Motor

– power required for Motor, hp;

n – total number of pump stages, pcs;

N max stg

– maximum power per stage in operation range, hp (Please, see this parameter in Engineering

Tables –> Conventional/ Power Save Pump Engineering Data –> column ‘Power per stage, hp’);

ρ – fluid density, g/cm3 (fresh water has density of 1 g/cm3)



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k= –frequency factor or ratio between operation and nominal frequency.

It is recommended to multiply by safety factor 1.1 (as indicated in the above equation) as an extra 10%

of power reserve to avoid shaft sticking during start-up and commissioning.

To select motor series, please refer to the table in Engineering Tables section. The table defines appro-priate series of the pump, motor depending on the casing OD and weight.

Induction motor or Permanent Magnet motorIf preference is "Power Save" equipment or you would like to rotate the system at higher speeds, than

Permanent Magnet motor is your choice. Detailed information about Permanent Magnet motors is con-tained in the appropriate catalog section. In case well zenith angle at motor setting depth exceeds 75o, it isrequired to select motor design for horizontal wells. For each “Power Save" pump there is a speed limita-tion recommended based on tests. Please refer to table “Power Save" Pump Summary".

When choosing PMM, Novomet VSD is required.

Range of all motors is available in Motor section and Engineering Tables section.

Selection of modificationPlease, select appropriate modification based on your well conditions. Novomet has 4 types of cor-

rosion resistant and 2 types of heat resistant versions. For accurate selection, please refer to Glossary inMotor section. Please ensure that motor modification fits pump modification with regard to content of ag-gressive components in the well.

SHROUD NECESSITY

If motor cooling velocity is not enough or motor is placed below the perforation zone (e.g. CBM projects), it is required to use motor shroud. Please select the appropriate type using specifications presentedin Shroud section.

PROTECTOR SELECTION

Selection of Protector type and series As protector serves as motor protection device, then considering such parameters as: motor series and

motor power and temperature rating, it is possible to easily select an appropriate protector.For available combinations please refer to the table presented in the protector section of this catalog.For Hydraulic scheme selection please refer to Protector Specification table -> Maximum rotor power

column. If motor power is larger than specified please select the biggest one.

Modular or TandemNovomet offers two types of protectors: modular and tandem. Applications, benefits and features of ei-

ther type are shown in the corresponding sections.Selection of modificationPlease, select appropriate modification based on your well conditions. Novomet has 4 types of cor-

rosion resistant and 2 types of heat resistant versions. For accurate selection, please refer to Glossary inProtector Section. Please ensure that protector modification fits modifications of already selected units.

In case of horizontal or heavily deviated installations you must exclude labyrinth chamber, to choose

only bags combinations.

Protector BagsElastomer protector bags are available in different materials. As the durability of the bag material

depends on the temperature and the environment to which it is subjected, Novomet uses as standard bagmaterials: Aflas or Fluorelastomer, as they are the most robust ones. One common fluorelastomer is Vitonby DuPont, it is recommended to be used in cold climates, for mild to hot climates Aflas is the solution. Thefollowing chart demonstrates all parameters of these materials:

Material Aflas Fluorelastomer

Maximum ambient temperature 380 °F 193 °C 300 °F 150 °C

Maximum operating temperature 482 °F 250 °C 400 °F 204 °C

f x

f n



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Chemical Aflas Fluorelastomer

Water/oil Excellent Good

Carbon Dioxide (CO2) Good Fair

Hydrogen Sulfide (H2S) Excellent Fair

Amines Excellent Good or Fair

Steam (geothermal applications & SAGD) Excellent Fair

Ratings:

Excellent - Long term resistance (very low swell, maintains very high physical properties).Good - Long term resistance (moderate swell, maintains very high physical properties).Fair - Depends upon exposure time and temperature (good short term resistance).Poor - No resistance even in the short term.

THRUST BEARING LOAD CALCULATIONS FOR FLOATER (FLT) AND SEMI-COMPRESSION(SCMP) PUMPS

In these pump designs downthrust comes from the pump differential pressure operating on thecross-sectional area of the pump shaft. To calculate maximum FLT and SCMP pump downthrust use thefollowing procedure:

1. Look in the engineering data section of the product catalog and locate the pump shaft area ‘A’ insquare inches.

2. Look up the pump performance curve in the product catalog and locate the shut-in pump head ‘H’ inft/stage at your maximum operating frequency.

3. Calculate the maximum pump downthrust using:

F(Ibf) = H × 0.433 × Fluid sg × A × STG,

where:

“STG” is the number of FLT or SCMP pump stages,

“Fluid sg” is the pumped fluid specific gravity.

THRUST BEARING LOAD CALCULATIONS FOR COMPRESSION (CMP) PUMPS

CMP pump downthrust comes from both the discharge pressure operating across the pump shaft areaplus the sum of the pressure differential across each pump stage acting across the stage skirt areas minusthe fluid momentum imparted on the stage by the moving fluid. The pump downthrust is a function of thefluid rate and increases as the flow rate decreases. Novomet publishes maximum downthrust per stageof CMP pump in lbf/stage. This value already includes the pump shaft downthrust. To calculate maximumcompression pump downthrust use the following sequence:

1. Look in the engineering data section of the product catalog. It contains the maximum compressionpump downthrust in Ib/stage for both 60 and 50 Hz operation. (This is at shut-in).2. The pump downthrust at different operating frequencies ‘n’ can be estimated from:

F(n) = F(60) × (n/60) 2

3. Calculate the maximum pump downthrust using:

F(Ibf) = Ibf/stage × STG,

where: STG- the number of compression pump stages.



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THRUST BEARING LOAD CALCULATIONS FOR COMPRESSION (CMP) PUMPS

CMP pump downthrust comes from both the discharge pressure operating across the pump shaft area

plus the sum of the pressure differential across each pump stage acting across the stage skirt areas minusthe fluid momentum imparted on the stage by the moving fluid. The pump downthrust is a function of thefluid rate and increases as the flow rate decreases. Novomet publishes maximum downthrust per stageof CMP pump in lb/stage. This value already includes the pump shaft downthrust. To calculate maximumcompression pump downthrust use the following sequence:

1. Look in the engineering data section of the product catalog. It contains the maximum compressionpump downthrust in Ib/stage for both 60 and 50 Hz operation. (This is at shut-in condition).

2.The pump downthrust at different operating frequencies ‘n’ can be estimated from:

F(n) = F(60) × (n/60) 2

3.Calculate the maximum pump downthrust using:

F(Ibf) = lb/stage × STG, where: STG - the number of compression pump stages.

THRUST BEARING SELECTION

Compare the calculated maximum pump downthrust to the thrust bearing limit. Note this is a functionof temperature and motor oil used for high load bearings. Choose a thrust bearing that has a higher thrustlimit than the downthrust generated by the pump. Please note, that Novomet applies high load bearings inmost of protector series (except 272, 319, 338 series).

CABLE AND MLE SELECTION

For accurate cable and MLE selection (AWG, length (for MLE), temperature rating) please refer toSel-Pro sizing report. To determine precise length of the main power cable, the following formula shall beused:

Length of the main power cable =Pump setting depth + 160 ft (reserve) – MLE lengthThe length of MLE shown in Sel-Pro sizing report may include additional length of high temperature

cable as recommended by the software.Selection of typeMLE type is always flat.Main power cable can be either flat or round. The choice depends on the following criteria:customer preferenceenough clearance between casing drift ID and ESP system. (Please see Engineering table: ESP System

Overall Dimensions)Selection of modification

There are the following options for cable and MLE armor: galvanized steel, stainless steel or Monel. Thechoice depends on the well conditions and customer requirements. For application cases of each armor

type please refer to sections Cable and MLE. Selection of tools and spare parts.

CABLE BANDS SELECTION

To select cable band length, please refer to the table in Cable Production section. Selection is based ontubing diameter. For each tubing 2 cable bands are required.

Selection of modificationFor corrosive applications, please select Corrosion resistant cable bands. Variants are presented in

Glossary section in Cable Products.

CCCP SELECTION

Cross Coupling Cable Protector (CCCP) is intended to hold power cable and capillary tube on tubingand protects them from crushing between tubing joint and casing during RIH/POOH operations.

To select an appropriate cable protection, please consider: cable bands are used in any case in quantity

2 pcs per tubing. CCCP is used only in deviated wells or upon Customer request, it’s used 1 pc per 1 tub-ing, also as a reserve additional CCCP’s should be taken in quantity 5-10% more (round up to 10).



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SELECTION OF CHECK AND DRAIN VALVE

Selection of drain valve typeDrain valve enables fluid drainage from the tubing during the ESP pull out.To select an accurate drain valve design it is required to address the following parameters: tubing OD

and thread type. Please refer to engineering tables in Drain Valve section (Miscellaneous).Selection of check valve type

Check valve is designed to keep fluid in the tubing, prevent reverse rotation in case of ESP stops, easierESP re-start and to protect pump flow paths from the solids settling from the tubing.

To select an appropriate check valve, please consider: tubing OD, thread type and pump flow rate, thisinformation is shown in Check Valve section (Miscellaneous).

Note: Check valve has maximum operating capacity, it shall be equal or exceed pump flow rate.In case Novomet valves do not fit your tubing type, it is possible to complete the system with extra subs.

Please indicate in your request your tubing type.Selection of modification

Please, select appropriate modification based on your well conditions. Novomet has 3 types of corro-sion resistant versions. For accurate selection, please refer to Glossary in Miscellaneous section.

SELECTION OF UPPER SAND TRAP

Upper Sand Trap is intended for trapping suspended solids from the fluid in tubing and prevention ofsolids deposition to the impellers and diffusers after ESP system shut-down. When ESP stopping sus-pended solids are deposit between upper sand trap pipe and tubing.

To select an appropriate check valve, please consider: Upper Sand Trap is always used with check valveNCVBX and never used with check valve NCVB.

SMART SOLUTIONS

Being the industry leader in proprietary technologies for severe downhole conditions including high gasand oil ratio, high temperatures, abrasive and corrosive fluids, heavy oil, Novomet provides unique smartsolutions for each of the case. Information including application ranges, benefits, features, principles ofoperation and specifications is available in Smart Solutions section.

SELECTION OF DOWNHOLE SENSOR SYSTEM

There are several types of DS Systems: standard line and enhanced version. Measurable parameters,accuracy and resolution characteristics are mentioned in Downhole Monitoring section.

With regard to surface panels Novomet has two types: built-in NSP-B and remote type NSP-R. All No- vomet VSDs are supplied with built-in type of surface panels. In case of application of VSDs of other manu-facturers it is required to use remote type of surface panel and a choke unit. Details are shown further inthe catalog in Downhole Monitoring section.

SELECTION OF SURFACE EQUIPMENT

Selection of VSD and Step-Up Transformer.

It is based on motor voltage, amperage, ESP operation frequency.

Please, follow the here below steps to select required VSD and Step-Up transformer.

Parameters Steps of calculation

Motor Voltage Rating, V Nominal Motor voltage value from catalogue

Frequency factor (3500 rpm) Frequency factor = operation frequency/nominal frequency (60Hz)

Motor Operating Voltage, V Motor Operating Voltage = Frequency factor x Nominal Motor voltage

Voltage Losses in Cable Line, V Voltage Losses in Cable Line, V - specified in Sel-Pro report

S/U Tap voltage, V S/U Tap voltage = Voltage Losses in Cable Line + Motor Operating Voltage

VSD input voltage, V Input voltage on the field

Transformation ratio Transformation ratio = S/U Tap secondary voltage / primary voltage

Motor Current rating, А Nominal motor Current value from catalog



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Parameters Steps of calculation

VSD Consumption Current rating, А

VSD Consumption Current rating = Motor Current rating x Transformation

ratio

Current safety factor Safety factor - 40 %

Current value for VSD selection, АCurrent value for VSD selection = VSD Consumption Current rating xCurrent safety factor (1.4)

Transformer power rating, KVATransformer power rating=√3 x S/U Tap secondary voltage x Motor Currentrating x 0.001 x Power safety factor (1.3)

Choose VSD with Current rating next up to required Current value for VSD selection.Selected Step-Up Transformer shall comply with the following parameters:1. Transformer kVA shall be equal or exceed calculated Transformer power rating.2. Selected transformer shall have a tap equal to or next up compared to calculated Step-Up Tap volt-

age and it needs to have reserve for increasing/decreasing of voltage.

Selection of modificationTo select required pulse configuration (for VSD), enclosure type (e.g. NEMA 3R), oil-filled or dry version(for Step-Up transformer), please refer to the appropriate sections of this catalog.

SELECTION OF STEP-DOWN TRANSFORMER

In case you need to Step-down input voltage from the power supply line to fit input voltage on the VSD,Step-down transformer shall be selected. For detailed information, please refer to Transformers section.

SELECTION OF OUTPUT SINE-WAVE FILTER

VSDs with capacities lower than 400 kVA have built-in sine-wave filters. For higher capacities a remotefilter is required. Its capacity and characteristics shall repeat the same of the VSD. Specifications are pre-sented in this catalog in Surface equipment section.

SELECTION OF INPUT FILTER

Harmonic input filter is intended to reduce the total harmonic distortion of current at the input of the VSD. It has only 480V modification and is used always with this power supply.

SELECTION OF SURFACE CABLE

Cross section of surface cable depends on VSD parameters.Please select the required type of cable in the Cable Products section.

When determining length of surface cable it is necessary to consider distance between: Junctionbox, Step-Up Transformer, Output sine-wave filter (if applicable), VSD and Step-down Transformer(if applicable).

SELECTION OF JUNCTION BOX

Nominal voltage of junction box shall exceed nominal voltage of step-up transformer.Please select the required junction box using the information demonstrated in the appropriate sec-

tion, e.g. if Nominal voltage of step-up transformer is 2900 V, then choose JB of 3 kV design, , if 3100 Vthen 6 kV design.

SELECTION OF TOOLS AND SPARE PARTS

Each delivery set contains required number of spares for installation (O-rings, washers, couplings,etc.).However, if you would like to receive an extra set, please specify this requirement in your Request for Quo-tation/Purchase Order.

If splicing tools and consumables are required, please specify. Traditionally, Novomet supplies splicedcable line guaranteeing factory quality control.

If installation tools set and consumables are required, please specify.Recommended minimum list is presented in this catalog in appropriate section.To select an appropriate pump/motor clamp, please refer to the corresponding section.When selecting installation tools, please be aware that set for compression pump differs from the set

for floater and semi-compression pumps.



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NOVOMET

ESP DESIGN DATA SHEET

Dear Valued Customer,

The present Data Sheet intends to ensure the success operation of each ESP well.

Accurate data is the key to successful implementation of each individual system.

Please kindly complete the following tables to the highest accuracy possible.

*Fields in red are recommended to be filled for the most accurate design.

Contact information

Table #1

Company*:

Country:

Contact person:

Phone/Fax:

E-mail:

Field*:

Cluster:

Well name*:Reservoir*:

Date of completion:

Present production and equipment operation data

Present lift method ______________

Table #2

# Parameters Value

1 Start up date

2 Pump

3 Gas separator

4 Motor

5 Power cable

6 Motor-Lead Extention

7 Tubing OD, Category (EUE, NUE, BTC, IJ), Thread

8 Pump setting depth

9* Producing fluid level

10 Total fluid production

11 Oil production

12 Water production



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# Parameters Value

13* Reservoir pressure at upper perforations

14* Static fluid level

15* Manifold pressure

16* Water cut

17* Actual PI

18 Annulus pressure

19 Wellhead pressure

20 Voltage and frequency of power supply system

21 VSD

22 VSD operating frequency

23 Step down transformer

24 Step up transformer25 Shutdown date

26 Pullout

Reservoir data

Table #3

# Parameters ValueTemperature ofmeasurement

1* Bubble-point pressure

2* Reservoir GOR

3 Crude physical properties

3.1 Degree of bubble curve

3.2 Correlation

3.3 FVF – Formation Volume Factor

3.4* Reservoir temperature

3.5 Fluid gradient

3.6 Thermal gradient

3.7* Dead oil API gravity

3.8 Reservoir oil gravity

3.9 Oil dynamic viscosity at room temperature

3.10 Oil dynamic viscosity at 104 оF

3.11 Oil viscosity at reservoir temperature4 Physical properties of reservoir water

4.1 Specific gravity (rel. to fresh water)

4.2 Dynamic viscosity

# Parameters Value

5 Associated gas properties

5.1 Gas density (rel. to air)

5.2 Gas dynamic viscosity

5.3 pH value of reservoir water

5.4 Nitrogen content in associated gas



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6 Well bore fluid properties

6.1 Maximum TSS – total suspended solids

6.1.1 Particles size > 750 micrometer

6.1.2 Particles size of 500-750 micrometer





6.1.7 Particles size < 100 micrometer

6.2 H2S

6.3 CO2

6.4 Asphaltenes

6.5 Paraffin

Well design data and deviation survey

1*. Perforation interval, ft _______

2. Annulus vented: Yes/No

3. Please provide well completion diagram

4. Casing size and weight, inch/ppf: _______________ or attach Deviation survey

Table #4

Deviation survey*

Depth interval,ft

Zenith angle, degrees

Casing wall thickness/ weight, (inch/ppf)

Please note: Deviation survey is required from the wellhead to the bottom hole



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Downhole equipment design considerationsTable #5

1 Corrosion resistance

Please, select desired corrosion resistance for main downholeequipment: CR0, CR1, CR2, CR3, UCR*

*CR0- Corrosion Resistant 0. Design for slightly aggressive fluid; housing, end parts andinternal components are from Carbon steel;CR1- Corrosion Resistant 1. Design for moderately aggressive fluid; housing, end parts arefrom Carbon steel, internal components are from Stainless steel;CR2- Corrosion Resistant 2. Design for highly aggressive fluid; housing, end parts are coated with thermal spray coatings, internal components are from Stainless steel;CR3- Corrosion Resistant 3. Design for highly aggressive fluid; housing, end parts andinternal components are from Stainless steel;UCR- Ultra Corrosion Resistant. Design for extremely aggressive fluid; housing, end partsand internal components are from materials resistant to Sulfide Stress Cracking.

2 Downhole Sensor

Please, select desired Downhole Sensor variant: NDS1, NDS2, NDS3,

NDS4**NDS1- Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oiltemperature;NDS2- Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oiltemperature + pumpdischarge pressure nipple;NDS3- Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oiltemperature + connector forNovomet Pump Discharge Sensor with Flow meter (NPDSF);NDS4- Novomet Downhole Sensor, Type 4. Intake T & P, motor vibration X & Y, motor oiltemperature + connector forNovomet Pump Discharge Sensor with Flow meter (NPDSF) and Novomet Geophysical Probe witn Flow meter and Watercut meter (NGPFW).

Surface equipment design considerationsTable #6

1 Variable Speed Drive

Please, select required parameters/abilities/special devices:

1.1 Output filter requirements (yes/no, dU/dt, sine)

1.2 Electricity meter (yes/no)

1.3 Control by external SCADA system (yes/no, Scada system parameters )

1.4 Surface panel (yes/no, built-in/remote type)

1.5 Expected ambient temperature, оF

Notes:

2 Step-up transformer

2.1 Number of pulses

2.2 Protecting cover (yes/no)

Notes:



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Desired Operating Conditions

Table #5

# Parameters Value

1 Desired total daily fluid production

2 Oil production

3 Water production

4 Desired pump setting depth

# Parameters Value

1 Desired total daily fluid production

2 Oil production

3 Water production

4 Desired pump setting depth

5 Pump intake pressure

6 Wellhead pressure

Sizing based on 60-Hz fixed speed system design

Variable speed system design

Both

Additional information and remarks:

Thank you very much for completing the Data Sheet.Please kindly return this completed Data Sheet to Novomet:

E-mail: [email protected]



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NOVOMET

BYPASS QUESTIONNAIREDear Valued Customer,

We highly appreciate your interest in our company. The present

Questionnaire intends to ensure the success operation of each ESP well.

Using the below data we would be able to size ESP system for multi-reservoir

operation in one well with application of logging tools inside tubing and well

monitoring in the area from upper reservoir – bottomhole.

Accurate data is the key to successful implementation of each individual system.

Please kindly complete the following tables to the highest accuracy possible.

Contact information

Table #1

Company:Country:

Contact person:

Phone/Fax:

E-mail:

Field:

Cluster:

Well name:

Reservoir (from topto bottom)*- 1st reservoir- 2nd reservoir- 3rd reservoir- 4th reservoir- 5th reservoir

Planned delivery date:

Date of completion:

*please reflect data about the actual number of reservoirs

Inherited ESP data

Table #2

# Parameters Unit Value

1 Put into operation Date

2 ESP Type

3 Submersible motor Type

4 Submersible cable Model / cross section

5 Motor-lead extention Model / cross section

6*Tubing OD, Category (EUE, NUE, BTC, IJ),Thread

Inch / Threads per inch

7 Setting depth ft

8 Dynamic level ft

9 Flow rate at surface BPD

10 Flow rate from the 1st (top) reservoir BPD



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# Parameters Unit Value

11 Flow rate from the 2nd reservoir BPD

12 Flow rate from the 3rd reservoir BPD

13 Flow rate from the 4th reservoir BPD

14 Flow rate from the 5th reservoir BPD

15 Line pressure psi

16 Annulus pressure psi

17 Wellhead pressure psi

18 Shutdown Date

19 Pullouts Yes/No/Reason

20 Gas separator Type

21 Voltage and frequency of power supplysystem

V, Hz

22 VSD Frequency Hz

Please note: If earlier it was another way of production not by ESP, please specify.

Well parametersTable #3

# Production parameters Unit Value

1 Date of measurement

2 Actual productivity index of the 1st (top) reservoir Bbl / day / psi

3 Actual productivity index of the 2nd reservoir Bbl / day / psi

4 Actual productivity index of the 3rd reservoir Bbl / day / psi

5 Actual productivity index of the 4th reservoir Bbl / day / psi

6 Actual productivity index of the 5th reservoir Bbl / day / psi

7 Static level ft

8 1st (top) reservoir watercut %

9 2nd reservoir watercut %

10 3rd reservoir watercut %

11 4th reservoir watercut %

12 5th reservoir watercut %

13 Reservoir pressure at upper perforations of 1st reservoir psi

14 Reservoir pressure at upper perforations of 2nd reservoir psi

15 Reservoir pressure at upper perforations of 3rd reservoir psi16 Reservoir pressure at upper perforations of 4th reservoir psi

17 Reservoir pressure at upper perforations of 5th reservoir psi

18 Anticipated flow rate from the 1st reservoir bbl/day

19 Anticipated flow rate from the 2nd reservoir bbl/day

20 Anticipated flow rate from the 3rd reservoir bbl/day

21 Anticipated flow rate from the 4th reservoir bbl/day

22 Anticipated flow rate from the 5th reservoir bbl/day

23 Kill fluid density kg/m3



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Well design data and deviation survey

1. Perforation interval of the 1st reservoir, ft _______2. Perforation interval of the 2nd reservoir, ft_______3. Perforation interval of the 3rd reservoir, ft_______4. Perforation interval of the 4th reservoir, ft_______5. Perforation interval of the 5th reservoir, ft_______6. Bottom hole, ft7. Annulus: close / connected with pressure line (please choose the required one)

Table #4

Perforationinterval, ft

Zenith angle,degrees

Azimuth angle,degrees

Casing OD, inch*Casing wall thickness/weight,

(inch/ppf)

Please note: Deviation survey is required from the wellhead to the bottom hole

Reservoir dataTable #5

# Parameters Unit 1st res. 2nd res. 3rd res. 4th res. 5th res.

1 Bubble-point pressure psig

2 Reservoir GOR SCF/bbl

3 Crude physical properties

3.1 Degree of bubbling curve

3.2Crude volume factor at

bubbling pressure

3.3 Reservoir temperature о F

3.4 Geothermal gradient оС/m

3.5 Separated crude density kg/m3

3.6 Reservoir crude density kg/m3

3.7Crude dynamic viscosity

at first temperaturemPa*s

3.8*Crude dynamic viscosity

at second temperaturemPa*s

3.9*Crude viscosity at

reservoir temperaturemPa*s

4. Physical properties of reservoir water

4.1 Density g/ml

4.2 Dynamic viscosity mPа*s

5. Associated gas properties

5.1 Gas density kg/m3

5.2 Gas dynamic viscosity mPa*s

5.3pH value (of reservoir

water)



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# Parameters Unit 1st res. 2nd res. 3rd res. 4th res. 5th res.

6. Well bore fluid properties

6.1Maximum TSS – total

suspended solidsg/l

6.2Micro hardness of solids

by Mohs

6.3H

2S maximum

concentrationg/l

6.4 Asphaltenes content %

6.5 Paraffin content %

6.6 Tar content %

7. Associated gas content

7.1Hydrocarbon

components content%

7.2Non-hydrocarbon

components content(without nitrogen)

%

7.3 Nitrogen content %

7.4 Methane content %

Please note: *3.8 according to availability

Additional comments:

Thank you very much for completing the questionnaire.Please kindly return completed Questionnaire to Novomet:

[email protected]



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NOVOMET

VSD QUESTIONNAIREDear Valued Customer,

We highly appreciate your interest in our company. We would be glad to present to

your attention our products and services. Could you please fill in the below

questionnaire for us to be able to customize our presentation to meet your unique needs

and expectations.

Contact information

Table #1

Country:

Company:

Contact person (name, e-mail, tel.):

Date of completion:

Supply power

Table #2

# Data Value

1 Voltage, V (with deviations, %)

2 Frequency, Hz

3Type of supply power neutral: deadly earthed neutral /isolated

4 Max level of harmonic distortions for current and voltage, %

5Step-down transformer parameters (if available) /

number of pulses – 6, 12, 18, 24 Additional comments

Operation parameters

Table #3

# Data Value

1 Enclosure type (NEMA / IP)

2 Ambient temperature, F

3 Humidity, %

4 Dust content, g/l

5 Dust type (aggressive, conductive, neutral)

6 Vibrations, mm/sec2

7 Other ambient parameters (sea air, sand dust etc.)

Additional comments

Technical parameters



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

Table #4

# Data Value

1 Motor type, mark

2 Nominal motor current, A

3 Nominal motor voltage, V

4 Rated motor power, hp

5 Rated motor rotating speed, rpm

6 Cos φ7 Efficiency factor, %

Additional comments

Control parameters

Table #5

# Data Value

1 Local control (build-in control panel)

2Control by external SCADA system (Scada systemparameters )

Additional comments

Additional requirements

Table #6

# Data Yes/No, Value

1 Digital inputs requirements

2 Digital outputs requirements

3 Analog inputs requirements

4 Analog outputs requirements

5 Remote access requirements (GSM-modem)

6 Control system language (rus, eng)

7 Spare parts kit requirements

8Sensor system’s Surface panel requirements(type, data communications protocol, supply voltage etc.)

9 Electricity meter

10 Output filter requirements (no, dU/dt, sine)

Additional comments



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

Additional data, requirements, comments:

Thank you very much for completing the questionnaire. Upon your request we would be glad to submit detailed

ESP questionnaire necessary to select the most accurate ESP design to suit your unique well conditions.

Please kindly return completed Questionnaire to Novomet:[email protected]



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

NOVOMET

HSPS DESIGN DATA SHEET

Imperial System

Company: Contact Person:

Country: Phone:

Project: Fax:

Location: E mail:

HSPS Units Required: Date:

Injected Fluid Capacity (bpd)

Injected Fluid Temperature (deg F)

Injection Head (ft)

Intake Manifold Pressure (psi)

Required Discharge Pressure (psi)

HSPS Purpose renovation new object

Operating Mode continuous service periodic duty

Other

NoteRangeRated

OPER ATING CONDITIONS

Indoor Outdoor Submersible Industrial

Ambient Temp: Min Max deg F Dust ignition proof Yes No Type:

Erosive: Dust Sand Bugs

Corrosive: Salt Fog Rains Other Corrosive Erosive

Heat Protection Yes No Altitude above sea level ft

Cold Protection Yes No Other

Air Connditioner Yes No

Vent Conditioner Yes No

Fire Alarm Yes No Switcboard Yes NoFire Extinguishing Yes No Soft starter Yes No

Gas contamination Alarm Yes No VSD Yes No

Intruder Alarm Yes No Other

Other

Controller: Yes No

Class Group Div Operator Panel: Yes No

Supply: Volts Hertz Phase Data transfer: Yes No Type:

Remote control: Yes No Type:

Automatic control system: Yes No

Type/Name of fluid Other

Vapor Pressure psi @ deg F

Viscosity cP @ deg F

Specific Gravity Pintake module Yes NopH Factor Pdischarge Yes No

Gas Factor scf/stb Manometers Yes No

Free gas density API Tdischarge Yes No

Solids: % ptb Tmotor bearings Yes No

Hardness by Mohs Tpump housing Yes No

Max solid size: in Pump Vibr. Yes No

Dead water Specific Gravity API Intake Vibr. Yes No

Oil content % mg/l Filter clogging Yes No

H2S Concentration % mg/l Other

CO2 Concentration % mg/l

Other

*Please, add chemical water composition report or fill Att.1

Monitoring Parameters (Sensors)

Electric Motor

Electrical Area Classification

Site Conditions

Starter Panel

Control System

Water Parameters



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Filter: Yes No Type: Standard Instrumentation Package:

Inhibitor supply system: Yes No Custom Instrumentation Package:Other:

Feed fixtures: Yes No

High Pressure fixtures: Yes No

Hoisting device: Yes No

Other

Notes and Additional Information

HSPH Bench Preparation Systems Instrumentation

Table A

Table B

NO2

Cu2+ H2SiO3

Fe Al3+

I Other

Na+ + K

+Sr

2+F

Ba

NH4

Mn2+

HPO 2

HCO3

CO 2

Pb2+ B

SO 2 CO2 Ni

2+ H3BO3

Mg2+

Br Cr V

Ca2+ H2S Zn

2+ Bi

Chemical Water Composition, %

Cl

NO3

Co2+

As

Cr

H3BO3

OtherF

Na

+ + K

+

Cu2+

Mn2+

Al3+

NH4

Fe

NO2 H2SiO3

HPO 2

I

Sr2+

Mg2+

Ca2+

HCO3

SO42

Zn2+

Pb2+

Br

Ba

CO2

V

Bi

AsNO3

Ni2+

Co2+

H2SCO

2

Chemical Water Composition, mg/l

Cl

B

S



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

NOVOMET

HSPS DESIGN DATA SHEET

Metric System

Company: Contact Person:

Country: Phone:

Project: Fax:

Location: E-mail:

HSPS Units Required: Date:

Injected Fluid Capacity (m3/day) -

Injected Fluid Temperature (°C) -

Injection Head (m) -Intake Manifold Pressure (kPa) -

Required Discharge Pressure (kPa) -

HSPS Purpose renovation new object Other

Operating Mode continuous service periodic duty

Indoor Outdoor Submersible Industrial

Ambient Temp: Min Max °C Dust-ignition-proof Yes No Type:

Erosive: Dust Sand Bugs

Corrosive: Salt Fog Rains Other Corrosive Erosive

Heat Protection Yes No Altitude above sea level m

Cold Protection Yes No Other

Air Connditioner Yes No

Vent Conditioner Yes No

Fire Alarm Yes No Switcboard Yes No

Fire Extinguishing Yes No Soft starter Yes No

Gas contamination Alarm Yes No VSD Yes No

Intruder Alarm Yes No Other

Other

Controller: Yes No

Class Group Div Operator Panel: Yes No

Supply: Volts Hertz Phase Data transfer: Yes No Type:

Remote control: Yes No Type:

Automatic control system: Yes No

Type/Name of fluid Other

Vapor Pressure kPa@ °C

Viscosity cP @ °C

Density g/cm3

Pintake module Yes No

pH Factor Pdischarge Yes No

Gas Factor m3/m

3Manometers Yes No

Free gas density kg/cm3

Tdischarge Yes No

Solids: % mg/l Tmotor bearings Yes No

Hardness by Mohs Tpump housing Yes No

Max solid size: mm Pump Vibr. Yes No

Dead water density kg/cm3

Intake Vibr. Yes No

Oil content mg/l Filter clogging Yes No

H2S Concentration mg/l Other

CO2 Concentration mg/l

Other

*Please, add chemical water composition report or fill Att.1

Electric Motor

Monitoring Parameters (Sensors)

Electrical Area Classification

Site Conditions

Starter Panel

Control System

NoteRangeRated

OPERATING CONDITIONS

Water Parameters



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ESP SELECTION GUIDE

ESP SELECTION GUIDE

Filter: Yes No Type: Standard Instrumentation Package:

Inhibitor supply system: Yes No Custom Instrumentation Package:

Other:

Feed fixtures: Yes No

High Pressure fixtures: Yes No

Hoisting device: Yes No

Other

HSPH Bench Preparation Systems

Notes and Additional Information

Instrumentation

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l mg/l

mg/l mg/l mg/l

mg/l mg/l mg/l

mg/l mg/l mg/l

H3BO3

AsChemical Water Composition

Cl-

H2SiO3

HPO 2-

I-

Ba

Other F

-Na

+ + K

+

Cu2+

Mn2+

Al3+

NH4-

Fe

NO2-

Sr 2+

M 2+

Ca2+

HCO3-

SO42-

Zn2+

Pb2+

Br -

CO2

V

Bi

NO3-

Ni2+

Co2+

H2SCO3

2- B

Cr



Optimization

Services

Novomet Sel-Pro

ESP Calculator

Novomet Stat ProRemote monitoring system



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OPTIMIZATION

SERVICES

OPTIMIZATION SERVICES


ESP SIZING AND SELECTION TOOL “SEL-PRO”

In an effort to enhance the reliability and the consequently the run lives of the ESP systems, Novometembarked on an exercise to develop an in house sizing software program Sel-Pro that is unique to the char-acteristics of Novomet products but also has the flexibility to incorporate other ESP manufacturers pump

polynomials for comparison and sensitivity analysis.

FEATURES OF NOVOMET SEL-PRO SOFTWARE FOR ESP SIZING

It is deemed worthwhile to stress on some of the salient features that make Sel-Pro such a unique selec-tion program that would genuinely enhance the reliability in conjunction with it’s sister program Stat Pro.

The latest generation ESP sizing program Sel-Pro was developed in 2002 by the Russian ESP designbureau “OKB BN KONNAS" at the request of and in collaboration with “Novomet-Perm".

The software is an entirely new approach to ESP sizing, allowing optimal pump system design for any well. The program automatically selects a suggested pump from a series of pumps from any given manu-facturer with the same outer diameter but different productivity rates.



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Sizing can be performed by mainly three criteria:• Sizing by specifying the flow rate.• By specifying the pump intake conditions.

• By specifying pump setting depth.



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THE ADDITIONAL FEATURES THAT SEL-PRO PERFORMS ARE

1. The program has the ability to analyze the bending moment of the entire string including the tubing. Ifthe stress developed exceeds the design parameters then this is flagged out. The advantage of having anin house package is that all the relevant detailed design data of the units and the materials used is availa-

ble. Current programmes in the market take into account only the string itself while it has been determinedby STAT PRO that the tubing does have an effect on the overall stress.

2. Due to the inaccuracy of the data normally available, particularly the PI which has a significant effecton the sizing, Sel-Pro has a facility where test data or historical data of



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This calculation is obtained by using a new formula that has been empirically derived by using a largenumber of statistical data. It was discovered that the traditional Vogel does not really truly represent thechange in flow rate with reduction in downhole pressure. It was found that the change was much more dra-

matic when the pressure levels drop lower than the saturation pressure.3.In addition to calculating PI / IPR, this software has the ability to chart the correlation between mini-

mum setting depth and flowrate, pressure at the pump intake and dynamic fluid level.

2. Due to the inaccuracy of the data normally available, particularly the PI which has a significant effecton the sizing, Sel-Pro has a facility where test data or historical data of of the well can be input and the PI

can be deduced with reasonable accuracy.



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The correlation between required head pressure and motor load for different types of equipment, i.e.high-performance pumps allowing high gas concentration at the intake, with and without gas separator,

standard and high performance ESP’s, and systems with and without gas separators installed.

The criteria used to determine the minimum setting depth for the specified flow rate are the pressureat the pump intake, gas concentration and the flow structure under the motor. The latter is important tounderstand, in order to prevent gas locking. A little understood phenomenon is the case where gas lockingoccurs under the motor, additional low-frequency vibrations are generated which may lead to equipmentstrings parting and dropping down the well bore.

4. Another important feature of Sel-Pro is a numerical and graphical representation of the combined oil/ water / gas phases in the production string, as well as showing the calculated temperature of the powercable conductors. Thus, unlike other software, Sel-Pro gives the capability to "look into" the well and ana-lyze the results of the calculations made for any given ESP design. This makes the software a highly ef-fective ESP well modeling or even research and design tool. For example, drawing below represents thediagrams of pressure and mixture density for two identical calculations with and without a gas separator in-stalled. From reviewing the graph it is obvious that in first case, the pump discharge pressure is significantlylower (blue line), but also the mixture density in the tubing is lower (green line) and there is gas locking at

the tubing outlet. When using a gas separator, foam appears in the annulus.



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OPTIMIZATION

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5. When calculating heat rise within the ESP system, the Sel-Pro program calculates not only heat rise within the ESP elements, but also recommends the required length of temperature-resistant motor leadextension.



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OPTIMIZATION

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6. Real 3D profile of the well can be shown, including intervals of severe dogleg and combination of dif-ferent casing/liner sizes.

7. The program features user-friendly guide intending to guide the user throughout the whole sizing

process and ease his work. Moreover, it incorporates selection of languages and units of measurement.

3D view of deviated well



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ESP CALCULATOR

All oilfield specialists require ESP product catalog to be constantly up-to-date. However, very oftenprinted version becomes out of date by the moment of printed version release. Novomet has developed aninteractive ESP catalog: “ESP calculator”. It allows to monitor changes of characteristics both of an ESPsystem and a pump stage. Also you need to put in the minimum number of parameters. It allows to monitorchanges of characteristics both of an ESP system and a pump stage. Also you need to put in the minimumnumber of parameters.

Features:• Russian and English user interface;• Units can be of SI or USC measurement system;• Data base with all pump stages (2.72”- 7.40”) characteristics by Novomet is available.• Internet update is available.• Change of number of stages or pump head;• Change of frequency (Hz) or RPM of shaft rotation;• Change of density of pumped fluid;• Selection of type and yield strength of a shaft;• Selection of frequency range with a requested frequency or rpm interval;• Scaling of pump characteristics;• A hint arising by a mouse click reflects main parameters of pump characteristics in the point indicated

by an user;

• Printing, saving pdf or any other wide spread graphics format of requested characteristic• of selected pump is available;• Detailed user’s manual.

Pump Characteristics

ESP Calculator window contains two main tabs: 1 - Pump Characteristics



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OPTIMIZATION

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Qualification of specialists for working with software is minimal; it does not require special training.If complications occur during the work you can use the detailed user’s manual. Also any question or

suggestion on development of this product could be addressed to company’s specialist both via phoneand e-mail.

Having this tool for working with ESP characteristics oil field specialists are able to simplify their jobsignificantly and understand operation of pumping equipment not involving other specialists. Thereforenumber of mistakes related with selection of old equipment is being reduced.

Here visualization of any stage characteristics by Novomet from 2.72” to 7.40” OD is available. Beingsupported by Internet update of data bases the software contains only the latest information about Novo-met equipment.

Multi Hz Curves

ESP Calculator window contains two main tabs: 2 - Multi Hz Curves



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Applications:

• ESP Reliability and Forecasting

Benefits:• Accurate calculations as the pro-

gram takes into account not onlyfailed equipment, but as well

running one based on statisticalanalysis• The program provides accurate

data about projected run timeseven when the number of run-ning units exceeds the numberof failed ones. This has beenverified by a significant numberof case studies.

• The program allows to obtaindata regarding reliability of thewhole ESP system or its parts

• Based on the analysis it is pos-sible to take a decision what

actions shall be performed toincrease run lives, e.g. majorfailure causes were due to scal-ing problems. Implementationof the dosing unit with scale in-hibitor can help increase the runtime by this %, all of these op-tions can be simulated

• The Customer may run and main-tain his own data base

Features:• The program calculates:

• Survival function-proportion ofequipment that would work with-out failure during operating time

• Mean time to failure-time when50% of units will be working

• It builds accurate forecastsabout ESP reliability

• It makes forecasts of failures dy-namics starting from a specifieddate

• ESP structural analysis (generalreliability, operational and designreliability)

ESP OPERATION OPTIMIZATION TOOL

“STAT PRO”

Novomet STAT PRO is an ideal solution enabling both ESP ven-dors and oil operators to enhance ESP performance and increaserun times by identification and analysis of the following parameters:

• Duration of run-lives• Weak points of equipment

• Major operating factors which cause failuresTo perform the above mentioned processes, the here below

data is used:• Operating time, days (run-life, days)• Status: still in operation or pulled out• Reasons of failures• Pulled out equipment condition – teardown results, results of

ESP system components inspectionBasic steps of analysis are as follows:

• Calculating of ESP systems run-lives• Specification of all reasons shortening run-life• Calculation of appearance probability of each factor causing

failures, determination of major problems• Calculating of reliability of ESP systems components• Development of recommendations concerning improvement

of equipment and increase level of operating times



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RUN-LIVE BASIC EVALUATIONS

ESP STRUCTURAL ANALYSIS• General reliability: all types of failures are considered.• Operational reliability: operation-related pulls are considered: pulls due to scaling, plugging, etc.• Design reliability: equipment-related pulls are considered – wear, defects, etc.

Survival function – proportion of the equip-

ment that worked during the operating time

t without failure.

T m

– mean time to failure

Type 3

T m

= 75+8 days

Runlife, days

Higher level of survival function corresponds to more reliable equipment

Novomet Stat Pro allows calculation of probability of each factor causing to failure

S u r v i v a l f u n c t i o n

General reliability

Duration of run-lives

Operational Reliability

• Sizing and selection mistakes• Abnormal operation• Misuse of equipment• Plugging• Scaling• Production optimization

• Pumps (wear)• ESP motor (R-0)• Protector• Power cable• Motor Lead Extension

Design reliability



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OPTIMIZATION

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ESP STRUCTURAL ANALYSIS

STRUCTURE OF OPERATIONAL RELIABILITY

Runlife, days

Runlife, days



Design reliability – equipment related pulls are:

wear, defects, etc.

Operational reliability – operation-related pulls

due to scalng, plugging, etc

Level of run - leaves

Tubing Leakage

Wrong Selection

Scale Deposition

Production Optimization

Conclusion for this example:

To increase run-lives level, It is neces-

sary to provide:

• accurate selection

• scale deposition prevention

• application of more reliable tubing

Operational Reliability

Low level of curve means that this type of faures is the main problem, which shortens run-lives



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OPTIMIZATION

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STRUCTURE OF DESIGN RELIABILITY

0,7

0,75

0,8

0,85

0,9

0,95

1

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500

Runlife, days


Pump failures: wear – 0 washout – 12

Extension failures – 9

Gas separator failures – 2

Protector failures – 1

Motor failures – 0Conclusion for this example:

To increase run-lives level,

it is necessary to improve:

• Abrasion resistant pump

(to use abrasion and cor-

rosion resistant pum (to

use abration and corrosion

resistant pump)

• Motor Lead Extension

Motors

Protectors

Extensions

AR pumps

A&C R pump



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OPTIMIZATION

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REMOTE MONITORING SYSTEM

In Artificial Lift run time and reliability of equipment are of para-mount importance. The primary reason for monitoring and opti-mizing equipment operation is to achieve longer run life, continu-ous production, reduce workover rig time. Surveillance and controlsystems provide an opportunity for such activities as:

remote starts/stops of ESP operation

remote speed controlremote investigation of pump problems.In addition, the system enables coded data transmission, notifi-

cations on emergencies and some extra important features.The system is a cost-effective solution as it avoids the necessity

for a constant engineer presence on the wellsite.Oilfield vendors always seek to differentiate for competitive ad-

vantage and to add value to their equipment and services to theend-users. Remote monitoring system is a tool embodying carefuloperation of the equipment thus ensuring its longevity and reliabil-ity.

On the other side, oil operators look for safety, reliability andturnkey solutions to complex problem sets and efficient field ser-

vice support.Remote monitoring system bridges the needs of both oilfield

contractors and production operators.

Applications:

• Remote fields

• Fields with numerous

scattered wells

Benefits:

• Reduced number of wellsite

visits

• Reduced well interventions

• Extended system run time

• Optimized operation

Features:

• Wellsite access through the

internet

• Remote pump start/stop,

rpm control • Remote control and

investigation of pump

problems

• Versions: GSM/GPRS/

satellite

• Coded data transmission

to ensure secure access,

prevention of intrusive

elements such as viruses

and hacking

• Incorporation of additional

remote terminals

• Callouts and alarms in case

of emergencies

• Remote update of controller

software



“Power Save” Solutions

Gas handling solutions

Scale management solutions

Solids Management solutions

Extreme H S environment

solutions

CBM Applications

Y-tool

Multi-reservoir production

Slim-line ESP

“Smart oil well”

Smart

Solutions

2



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“POWER SAVE”

SOLUTIONS

SMART SOLUTIONS

NOVOMET UNIQUE “POWER SAVE” TECHNOLOGY

Novomet has a strong focus on new and innovative technologies that provide our Customers with the

best value and best in class ESP solutions. One of our most recent priority developments is “Power Save”

technology which enables our Customers to save up to 25% of the total ESP system power cosumption

(compared with conventional ESP systems).

BACKGROUND

With a conventional ESP design application, typically the overall system efficiency is approximately 39%

with losses totaling +/-61%.

The losses can be broken down into the following segments:

As detailed in the chart above, the major losses are with the pump and motor (29% and 13% respec-

tively). These figures are relatively consistent in the industry as the conventional ESP system consists of a

3 phase, 2 pole, oil filled induction motor driving a multistage centrifugal pump (using radial or mixed flow

type stages).

Novomet has approached this design challenge with the following goals in mind:

1. Improve overall system power efficiency by +/-25%

2. Long term reliability is the same (when compared to conventional ESP systems)

3. The “Power Save” system must include a Variable Speed Controller (VSC) option that is compatible

with asynchronous and permanent magnet motor

4. The “Power Save” system should be available in standard ESP type configurations to suit ‘typical’ wellapplications/requirements (e.g. 300/400/500 series equipment in 51/

2” to 95/

8” casing)

5. Easy installation methodology (same process as conventional ESP equipment)

6. Can be installed using existing well completion equipment, ESP power cable, MLE, penetrators, etc)

7. On a ‘like for like’ basis, the PMM motor is smaller/lighter than the conventional asynchronous mo-

tor design.

0

5

10

15

S h a r e ,

%

20

25

30

Overall useful capacity is 39%

Pump Motor Cable Tubing VSD S/U Transformer

29%

13%

10%

4% 3%2%



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“POWER SAVE”

SOLUTIONS

SMART SOLUTIONS

“Power Save” technology incorporates two important design factors that differentiate the system from

conventional equipment. These are:

• Permanent Magnet Motor (PMM)

• High efficiency Pump stage design using different geometry

“POWER SAVE” FEATURES & BENEFITS

“Power Save” is designed to bring a number of benefits to the Customer, including:

• Lower power consumption- lower cost of production/ lower OPEX • Lower dimensions of “Power Save” systems – lower time of installation procedures

• Lower workover/rig cost- increased production uptime

• Competitive pricing with conventional ESP systems

• Total “cost of ownership”(including: purchase price + OPEX + repair costs) of “Power Save” ESP sys-

tems is less than of conventional ESP systems

HOW ARE THESE BENEFITS ACHIEVED:

“Power Save” pumps are designed to rotate at higher RPM than the conventional system resulting in

higher pump efficiency

“POWER SAVE” INCORPORATES A NUMBER OF ENHANCED FIT-FOR-PURPOSE PARTS AND

COMPONENTS, E.G.

• Advanced stage geometry and upgraded materials for shaft, stages and bearings• Integration of high efficiency (94%) Novomet Permanent Magnet Motors (standard asynchronous mo-

tor efficiency is +/-84%)

•

•

••

•

•

• -

•• -

B E P ,

%

bpd

– Competitors’ ef ficiency level – Novomet ef ficiency level

0

20

40

60

80

0 1260 2515 3775 5030 6289

Novomet "Power Save" level

Current

Permanent Magnet Motor

COMPARISON IS FOR 400/406 SERIES



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“POWER SAVE”

SOLUTIONS

SMART SOLUTIONS

PERMANENT MAGNET MOTORS DESIGN FEATURES

PMM is a synchronous motor, thus rotor slip is zero (in a tra-

ditional asynchronous induction motor, the rotor slip is approxi-mately 6%)

The rotor is equipped with permanent magnets with two

ports where north and south interlace with one another. Rotor

magnets are made from rare-earth alloys.

To optimize efficiency and minimize stator losses, the stator

laminations are made from Novomet proprietary material.

The Stator is filled with a special high temperature epoxy

(rating @ 395 oF) which significantly increases the insulation re-

sistance (by a factor of 10 times).

9 5 f

t

3 7 f

t

2 7 f

t

6 2 f

t

Stage:

Q=3140 bpd @2910 rpm

η=57%

Stage:

Q=3140 bpd @4550 rpm

η=69%

AM+Modular protector

PMM+Modular protector

Ncon=317 hp

Ncon=241 hp

n=2910 rpm

n=4550 rpm 1

5 7 f

t

6 5 f

t

APPLICATION OF HIGHEFFICIENCY ESP:

• Reduces materials and power

consumption, reduced repair

costs.

• Requires design improvements

to maintain design reliability.

PMM Stator Sections



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GAS HANDLING

SYSTEM

SMART SOLUTIONS

MULTIPHASE PUMP

Novomet multiphase pump is the most efficient gas han-

dling device allowing continuous operation of ESP systems in

extreme applications with GVF up to 50%.

Axial flow, multiphase stage design primes the main pump and

pushes the gas-liquid flow stream into the stages. Gas volume

is compressed. This product is an important solution for ex-

tremely gassy wells as it reduces the possibility for underloadshut downs due to gas interference in the pump.

To select Multiphase pump, please refer to the table in Mul-

tiphase pump section.

Applications:

• Oil-producing wells with high

gas volume

• Oil producing wells with

nonvented packers

• Extremely gassy wells where

conventional gas-handling

devices are difficult to apply

• Offshore installations

Benefits:

• Extended pump run life

• Due to gas-lift effect greater

lift per stage and efficiency are

ensured

• Improved installation run life

with stabilized motor current

• Multiphase pump hasabrasion-resistant

construction enhancing

system reliability

• Laboratory tests and actual

field applications proved MPP

to be an excellent solution for

highly gassy wells.

Features:

• Highly efficient gas handling

stage of axial flow, multiphase

design

• Pushes gas-liquid flow into the

stages of ESP

• Enables successful operation

of the main pump in extreme

gas conditions with GVF (gas

volume fractions) up to 50%



ESP CATALOG

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JUNE 2013

PAGE 75

GAS HANDLING

SYSTEM

SMART SOLUTIONS

ABRASION RESISTANT GAS SEPARATOR

New construction of abrasion resistant gas separator has

been specially designed for application in severe abrasive

down-hole conditions. Traditional centrifugal gas separators

experience housing perforations due to abrasive laden fluids.

In conventional design the weakest area is between axial flow

inducer where vanes are equally spaced and multiple vortex

generators. This is the area where sand particles accumulate

under the action of vortices, thus leading to housing cutting.

Novomet new abrasion resistant design features the patented

construction of helical inducer providing for superior reliability

over previous designs and eliminating problem of housing cut-

ting completely. Changed geometry of the inducer reduces vor-

tices to the minimum and there are no areas of sand particles

accumulation.

The gas handling device has been extensively researched

and tested at various gas and abrasive test benches to ensure

that our Customers receive the best solution for gassy and

sandy challenging conditions. Moreover, the new design allowsmore effective gas separation efficiency at higher fluid flow

rates.

Specifications (for detailed specifications please refer In-

take devices sections: Gas separator, category AR2):

N362GS1500 N406GS2600 N406GS3800

Outside diameter, in 3.62 4.06 4.06

Length, ft 2.9 2.5 2.9

Weight, lb 60 66 73

Power consumption in 1.0-sg fluid @60Hz, hp

2.34.0

5.8

Housing material

Stainless steel

Shaft material

Shaft size, in 0.79 0.79 0.87

Shaft rating, hp @60Hz 410 410 540

Total liquid and gasoperating range, bpd @60Hz

1500 2600 3800

Stainless Steel or K-Monel shafts are available

Applications:

• Severe gassy wells

• Extremely abrasive wells

with gas

• High flow wells

Benefits:

• Extends ESP run life by

eliminating problem of housing

cutting by abrasive flow

• Has high separation efficiency

at high production rates

• Enables effective operation of

the pump by eliminating gas

interference problem

• Is a unique patented

technology designed to

ensure successful operation of

the pump from wells with high

free gas and solids content.

Features:

• New patented design of helical

inducer

• No areas of solids

accumulation

• Effective gas separation

efficiency at higher fluid

flow rates



ESP CATALOG

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JUNE 2013

PAGE 76

GAS HANDLING

SYSTEM

SMART SOLUTIONS

OPEN PUMP STAGE NFO150

Novomet company has developed ESP 362 series of open

impeller stage. The ESP is designed for use in gassy wells, with

scaling probability and sand production

(F - 362 series, O - open stage, 150 bpd@60Hz)

TESTING:

All field tests of ESP systems with open impeller stages in

oil producing companies ”Gazpromneft”, ”Rosneft”, ”Noyabr-

skneftegaz”, ”TNK BP”, ”Uganskneftegaz” and ”Orenburgneft”

were declared successful.

Applications:

• wells with high GVF;

• wells with high content of solids;

• wells with scale deposition.

Design features:

• Stages with open impeller are less

vulnerable to clogging by solids.

• Open impeller stage without up-

per disc has smaller surface area

and is less prone to scaling due

to peculiarities of hydrodynamic

processes.

• When gas-liquid mixture comes

through a stage with open impel-

ler there are no dead zones forgas plugs to form.

• Stages with open impeller weigh

less than ones of conventional

ESP (impellers with vortex crown)

resulting in less vibration.

• All parts and components of an

ESP with open impeller stages

(except the stages) are in-

terchangeable with standard

centrifugal-vortex ESP. Stage NFO150 characteristics in water with density

8.35 ppg (1000 kg/m3 ) at 2910 rpm



ESP CATALOG

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JUNE 2013

PAGE 77

SCALE MANAGEMENT

SOLUTIONS

SMART SOLUTIONS

NOVOMET SCALE PREVENTER IS AN INTEGRAL SOLUTION

INVOLVING SEVERAL ASPECTS

STEP 1 – ANALYSIS

• Analysis of well conditions: flow rate, fluid properties, water cut, temperature, average run time and

target run time.

STEP 2 – DESIGN

• Novomet applies special software to select downhole unit based on Step 1 – Analysis.

STEP 3 – MANUFACTURING AND INSTALLATION

• Novomet ensures 100% incoming and outcoming quality control of all system components.

• Installation of the unit is an easy process, nevertheless installation instruction shall be followed.

STEP 4 – MONITORING AND CONTROL

• Regular fluid sampling and testing.• Analysis of samples to verity that inhibitor concentration is not less then minimum as written in prod-

uct certificates.

SPECIFICATIONS

Parameter Solid type Encapsulated type

Series 350 (OD 3.5”) 450 (OD 4.5”)

Fluid temperature, oF 160 - 250 up to 338

Flow rate, bpd 1250

Water cut, % up to 90 up to 99

2. Design

3. Manufacturing

& Installation

4. Monitoring &Control

1. Analysis

SCALE MANAGEMENT SOLUTIONS

Scale deposition is a frequent cause of ESP failures. Novomet has approached this problem with its own

solutions:



ESP CATALOG

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JUNE 2013

PAGE 78

SCALE MANAGEMENT

SOLUTIONS

SMART SOLUTIONS

SCALE PREVENTER

Novomet has developed a downhole unit for dosing scaleinhibitor compositions as a solution for treating formation flu-

ids to prevent non-organic scale depositions on ESP impellers

and diffusers. Novomet offers two types of units are available

for solid and liquid scale inhibitors.

For solid inhibitor, tubes are filled with solid scale inhibitor

and a metering port is installed at the bottom of the tube. Dur-

ing ESP operation formation fluid flows into the downhole unit

through perforations, the solid scale inhibitor is dissolved and

gets mixed with the formation fluid. The dissolved inhibitor mol-

ecules are absorbed on crystal-forming nuclei thus preventing

their growth and deposition on ESP impellers, diffusers and

equipment surface.

Benefits:

• One of the most efficient ways ofkeeping producing wells healthy

from scale deposition.

• Is a cost-effective solution in

comparison with other scale

prevention techniques.

• Easy to install, does not require

additional tools or manpower.

• Is a complex solution including

sizing software designed to

ensure complete match of

equipment to application

conditions.

Reservoir fluidsaturated by

inhibitor

Secondarydosing unit

Inhibitor

Container

Primary dosingunit (in,out)

Reservoir fluid

For liquid inhibitor, the unit includes a tube filled up with encapsulated liquid scale inhibitor and meter-

ing port in the upper part of the tube. The number of sections is sized according to the well flow rate.

Encapsulated liquid scale inhibitor is a complex of capsules made of polymeric semipermeable mem-

brane, size 50 - 100 mcm, where inhibitor is inside the capsules. The formation fluid flows through the me-

tering port into the unit, enters the capsules, dissolves the inhibitor and flows out. Then the dissolved

inhibitor leaves the unit through the metering port and goes to the pump intake. In the tubing inhibitor

molecules are absorbed on crystal-forming nuclei thus preventing their growth and deposition on ESP

impellers, diffusers and equipment surface.



ESP CATALOG

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JUNE 2013

PAGE 79

SOLIDS MANAGEMENT

SOLUTIONS

SMART SOLUTIONS

SOLIDS MANAGEMENT SOLUTIONS

Novomet has an extensive portfolio of field-proven, cost-ef-

fective solutions for sand and solids management. They oper-

ate reliably in severe abrasive-laden fluids. Each of the product

is designed to ensure extended run time of ESP system and its

protection against solids, sand and scale particles.

These systems are available in various designs to addressspecific needs of each application:

• Downhole slotted gravitation filter (SGFD)

• Downhole gravitation filter (GFD)

• Downhole slotted filter (SFD)

• Slotted screen pump intake (SFI)

SLOTTED SCREEN PUMP INTAKE (SFI)

Slotted screen pump intake primes the pump and protects

ESP from proppant and solids.

It has the same wire-wrapped screen as downhole slotted

filter, the only difference is location in the ESP string.SFi has proven to be a reliable and successful solution for

application as intake in wells with severe solids content. Detailed

specifications can be seen Miscellaneous Equipment/Filter.

Benefits:

• Extend ESP longevity in severesandy applications

• Field-proven and cost-effective solutions

• These filters reliably control awide range of particle sizes

• Easy and fast installation• Features:• Each filter is a part of ESP

string• Available in various designs

customized for eachapplication

• Filtering capacities designedto fit medium to fine-grainedreservoirs: 70-500 mcm

• Robust design andconstruction

DOWNHOLE SLOTTED FILTER (SFD)

SFD is designed to ensure ESP protection in abrasive environments with medium-grained solids.

The system includes the following components:

• Wire-wrapped screen

• Sealing unit

• Protective valve

• Centralizer

SFD can be mounted at motor base or shroud with application of the sealing unit or on packer in per-

foration zone.

Solids are retained between wire winds of prismatic profile. As slots can open following fluid flow direc-

tion, thereby back flush allows low contamination by solids and long durability of the filter. The intention of

the protective valve is to enable continuous flow of the fluid once the filter is plugged, not leading to motor

overheating.

Filtering capacity depends on the slot size which is selected based on solids size analysis. Filter length

is chosen to fit pump operating capacity.

Applications:

• Wells with high content ofsolids and sand up to 1750 ptb

(5000 mg/l)



ESP CATALOG

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SOLIDS MANAGEMENT

SOLUTIONS

SMART SOLUTIONS

Motor DOWNHOLE GRAVITATION FILTER (GFD)

GFD is designed to ensure ESP protection from a wide range of particlesizes, including proppant.

Filter is placed at motor base and is comprised of the following units:• gravitation separator• storage container for solids• slotted (wire-wrapped) screen• bypass valveSand handling process involves 3 main stages:1. centrifugal separation2. separation under the actions of gravitation and inertia forces3. finally, solids are retained by the slotted screen.GFD can be differentiated from the downhole slotted gravitation filter

by shortened length of screen and smaller size as the majority of solids aresuccessfully handled during first two stages and the third stage is of minor

influence on the whole process. The idea of protective valve is to preventmotor overheating once slotted screen is clogged.

Downhole gravitation filter is tailored to well specific conditions.

DOWNHOLE SLOTTED GRAVITATION FILTER (SGFD)

SGFD is designed for abrasive fluid treatment from solids to ensuresmooth operation of ESP system.

It is placed at motor base.The system is a combination between two highly reliable sand-treat-

ment solutions: slotted screen and gravitation filter, thus filtration compris-es of the here below 2 stages:

1. At initial stage slotted (wire-wrapped) filter operates. As soon as it isplugged with solids, the other part- gravitation separator comes to force

2. Solids treatment in gravitation separator is done under the actionof gravitation forces. Solids are stored in the container below the system,once it is full they are discharged through the tail pipe into the bottom-holezone.

Such device is a highly reliable solids management tool, its operabilitydoes not depend on the number of solids or saturated scales in the fluid.SGFD is accurately sized to fit pump operating capacity.The system is a com-bination between two highly reliable sand-treatment solutions: slotted screen

and gravitation filter, thus filtration comprises of the here below 2 stages:

Motor

Sealing unit

Slotted filter

Gravitation

separator

Tail pipe

Storagecontainer forsolids

Series (OD) Operating capacity Filtration rating,mcm

Solidscontent

Length

ptb mg/l ft min mm bpd m3/day

SLOTTED SCREEN PUMP INTAKE (SFI)362 (3.62”) 92 470-2780 75-440

100, 200up to1050

up to3000

9.8-39.4 3.0-12.0406 (4.06”) 103 500-2890 80-460

DOWNHOLE SLOTTED FILTER (SFD)

319 (3.19”) 81

250-25000 40-4000 100, 150, 200, 300up to1050

up to3000

up to 21 up to 6.4433 (4.33”) 110

677 (6.77”) 172

DOWNHOLE GRAVITATION FILTER (GFD)

362 (3.62”) 92500-4400 80-700 70-100

up to1050

up to3000

30 9449 (4.49”) 114

DOWNHOLE SLOTTED GRAVITATION FILTER (SGFD)

449 (4.49”) 114up to

315-3140

up to

50-500100-500

up to

1750

up to

500052.5 16

*Not including length of the container



ESP CATALOG

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JUNE 2013

PAGE 81

EXTREME H2S AND CO

2

ENVIRONMENT SOLUTIONS

SMART SOLUTIONS

NOVOMET EXTREME H2S AND CO

2ENVIRONMENT

SOLUTIONS

ULTRA-CORROSION ESP DESIGN

Novomet Ultra-Corrosion ESP systems (UCR modification) are designed for extreme H2S and CO

2

conditions. They ensure reliable operation in highly corrosive environments and resistance to sulfidestress corrosion cracking.

Sulfide stress corrosion cracking (SSC) is a form of hydrogen embrittlement cracking which occurs

when a susceptible material is exposed to a corrosive environment containing water and H2S at a critical

level of applied or residual tensile stress.

All selected materials for ESP design are absolute best solutions for Ultra Corrosive environment in full

accordance with In ternational standard NACE MRO 175-2001

Applications:

• Wells with high corrosive fluids

H 2 S, CO

2 , Cl- and chemical

treatments• Sulfide Stress Corrosion

Cracking environment

Benefits:

• Extended ESP run life in harsh

H 2 S wells

• Available for a wide range of

flow rates

• Operation in high gassy wells

• Power Save stage designs

Features:

• Available for operation in Ultra

Corrosive environment

• Materials are resistant to

Sulfide Stress Corrosion

Cracking

• Extremely aggressive fluid

pumping with H 2 S volume

content more than 6%

Cable

Pump

Gas-separator

Protector

MLE

Motor

MATERIALS SPECIFICATION

Armor - SS steel 316L AISI

Corrosion-resistant SS powder stagesHousing -SS steel 316L AISI

Housing -SS steel 316L AISI

Housing -SS steel 316L AISI Armor-SSsteel 316L AISI

Housing -SS steel 316L AISI

All miscellaneous equipment such asMLE guards,cable bands,coupling are from SS steel316L AISI

All shafts materials - Monel



ESP CATALOG

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JUNE 2013

PAGE 82

CBM APPLICATIONS

SMART SOLUTIONS

COAL BED METHANE (CBM) PRODUCTION SYSTEMS

Applications:

• Coal bed Methane production

• Mine Dewatering

Benefits:

• Extended system run time in

challenging CBM conditions,

such as: produced fluid

contains coal fines/solids

• Novomet CBM system is

a cost-effective solution

ensuring acceptable return on

investment

Features:

• Special designs for low/high

flow rate scenarios as per

Customer request

• High-Temperature applications

• Abrasion-resistant

design: Compression/

Semi-compression pump

configuration

• Enhanced motor cooling due

to shroud application

Novomet coal bed methane (CBM) recovery ESP systems

ensure efficient operation advantages for production of indus-

trial water in CBM wells.

Novomet ESP systems for CBM projects are designed as

per Customer demand. To reduce drilling and overall comple-

tion costs slim ESP systems are available for Casings OD: 4, 4½

and 5”

A wide range of flow rates for various casing sizes enable

operators to select an ESP size to maximize water draw down

and gas production.

Novomet CBM systems can operate in extremely high tem-

peratures up to 400°F (204°C).

Novomet ESP systems provide both natural gas production

as well as reduction of risks for environment for CBM fields.

TECHNOLOGY OF PRODUCTION

Methane from coal seams is recovered through drainage

systems constructed by drilling a series of vertical or horizontal

wells directly into the seam. Water must first be drawn by ESP

from the coal seam in order to reduce pressure and release themethane from its adsorbed state on the surface of the coal and

the surrounding rock strata. Once dewatering by ESP has taken

place and the pressure has been reduced, the released meth-

ane can escape more easily to the surface via the wells.



ESP CATALOG

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JUNE 2013

PAGE 83

CBM APPLICATIONS

SMART SOLUTIONS

AVAILABLE CONFIGURATION:

Shrouded ESP system below perforation zone

FEATURES:

1) ESP setting below perforation zone

2) Application of motor shroud for motor cooling

3) Simple system with minimum extra devices

4) Motor size depends on casing OD

5) Application of downhole slotted screen filters to eliminate

high solids influence on ESP operation

For detailed specifications on equipment for CBM applica-

tions, please contact Novomet representative to get your copy

of a separate Product Catalog devoted to CBM solutions.

Cable

Pump

Perforation zone

Sensor

Gas production

Water productionfor gas release

Motor

Shroud

Protector

Intake



ESP CATALOG

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JUNE 2013

PAGE 84

Y-TOOL

SMART SOLUTIONS

BYPASS (Y-TOOL) SYSTEM

Applications:

• Coiled tubing productionlogging

• Wireline production logging

• Multiple ESP deployment • Zone isolation (bridge plug

setting)• Perforating• Production logging tests (PLT)• Well stimulation through

bypass or coiled tubing• Dual ESP systems for multi-

zone production• Dual ESP systems for offshore

applications (one ESPas back-up)

• Production well logging

of horizontal well sections (geophysical tools RIH on coiledtubing), opening and closingof sliding sleeves between the

packers of various zones

Benefits:

• Accurate production logging inESP wells

• Reduced downtime• Access below an ESP system

without workover

• Enables bottom-hole sampling

Features:

• Available for casings: 5 3 / 4” ,

6 5 / 8” , 7 ” , 9 5 /

8”

• For dual ESP configurationsbypass systems are availablefor casings: 53 /

4” , 6

5 / 8” .

• Manual and automaticswitching

• Logging and blanking plugs• Isolation sleeves

• Various designs for multi-reservoir production

Novomet Bypass (Y-tool) system is a tool to enable access

and logging below an ESP without pulling and workover. It is as

well an excellent solution in case it is required to configure more

than one ESP in a well to increase production.

Bypass (Y-tool) enables to solve the here below problems:

• It saves CAPEX as only one logging tool is needed to make

measurements

• Y-tool allows to make replacement of any measurement

device placed below the ESP in case of its failure

To select Y-tool system, please refer to the Novomet Bypass

(Y-tool) System section.



ESP CATALOG

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JUNE 2013

PAGE 85

MULTI-RESERVOIR

PRODUCTION

SMART SOLUTIONS

DUAL ESP SYSTEMS FOR MULTI-ZONE PRODUCTION

Benefits:

• Increased oil production

• Increased equipment durability

and run time

• Concentric or parallel double

tubing for separate flow control

without ESP system shutdown

Features:

• Selective control of each ESP

system operation

• Measurements of flow rate of

produced fluid from each zone

• Available for casings sizes from

5 3 / 4” up to 9 5 /

8”

Dual ESP system configuration

for multi-zone production

with casing 5 3 / 4”

Dual ESP system configuration

including leakproof pod system

for multi-zone production

with casing 53 /

4”

Bypass line Bypass lineESP for fluid productionfrom upperformation

Packerassembly

ESP for fluid production fromlower formation

ESP for fluid productionfrom upperformation

Packerassembly

ESP inside pod-system forfluid productionfrom lowerformation

- fluid from lower formation

- fluid from upper formation



ESP CATALOG

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PAGE 86

SLIM-LINE ESP

SMART SOLUTIONS

Producing formation

Casing 4 or 41 /

2 inCentralizer

Downhole SensorSystem

Permanent MagnetMotor

MLE Guard

Protector

Intake

Pump

Cable

Tubing

SLIM-LINE ESP

Novomet has once again pioneered ESP industry with slim

line of ESP systems: of 272 and 319 series. Novomet leads the

industry with innovative technology designed to maximize pro-

duction from wells: 4” and 41/

2”

Slim line of ESP systems incorporates such features as:

• Slim ESP: OD 2.72” and OD 3.19”

• PMM: OD 3.19”. Novomet is the only company in the world

having at its product portfolio such a motor.

• Specially designed Offset module to transfer torque

between two out-of-line shafts and to get smaller

OD of ESP System and fit into 4” casing.

• Protector and Motor for horizontal operation.

Applications:

• Operation in wells with technical

limitations due to:• Small drift diameter

• After workover • Displacement of casing• Exploration wells• Horizontal wells• Side tracks

• Application with Y-tool for casings

less than 53 / 4”.

• Multi-zone production

Benefits:

• Increased production fromwells with small ID lessthan 3.9”

• Increased production due tomulti-zone operation

• Production from wells when aslim ESP is a single solution:side-track wells

• All are of "Power Save" designhaving the best efficiency

possible for such smalldiameters

Features:

• Available in two series: 272 and319 (max OD including cable:3.23” and 3.74” )

• Asynchronous Motor cannotbe used due to low Efficiencyand long length, PermanentMagnet of 319 series is usedinstead

• Special type of connectionbetween motor and protector

• For gassy applications multiphase pumps of 272 series areavailable

• Downhole sensor system

is of 319 series



ESP CATALOG

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JUNE 2013

PAGE 87

SLIM-LINE ESP

SMART SOLUTIONS

SPECIFICATIONS SUMMARY

B (319) series ESP in 4 1/2”

(∅114 mm) casing

Series B, 319

Pump OD, in (mm) 3.19 (81)

Motor OD, in (mm) 3.19 (81)

Max OD of ESP system, in (mm) 3.74 (95)

Recommended casing OD, in (mm) 4 1/2 (114)

Available in the following range of flow rates:

• NBV(250-500)H, NB(630-1000)H,

• NB(1100-1800)H

Check Valve

Intake

ESP

MLE

Protector

Motor

Downhole Sensor System

A (272) series ESP in 4”

(∅102 mm) casing

Series A, 272

Pump OD, in (mm) 2.72 (69)

Motor OD, in (mm) 3.19 (81)

Max OD of ESP system, in (mm) 3.23 (82)

Recommended casing OD, in (mm) 4 (102)

Available in the following range of flow rates:

• NAV(190-380)H, NAV(440-630)H,

• NAV(630-1300)H

• NAV(130-250)H - in development

Check Valve

Intake

ESP

MLE

Protector

Motor


Offset module

Detailed specifications are mentioned in "Power Save" Pumps Section of this Catalog.



ESP CATALOG

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JUNE 2013

PAGE 88

SLIM-LINE ESP

SMART SOLUTIONS

SLIM ESPS WITH Y-TOOL FOR CASINGS 5 3/4”

Pressure test sleeve

Tubing nipple

Y-block

Cable climp

Cable

319 series pump

Equalizing valve

Bypass tubing

Bypass clamp

319 series intake

319 series protector

319 series motor

2 3 / 8” tubing nipple

Saddle assembly

Cap

Re-entry guide



ESP CATALOG

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JUNE 2013

PAGE 89

”SMART OIL WELL”

SMART SOLUTIONS

Features:

• VSD smart software with

a complex of adaptive

algorithms of control

• Downhole sensor system:

enhanced version

• VSD data handling ability

Benefits:

• Minimizes human factor

influence on commissioning

and operation

• Enables reduction of expenses

related to low-quality

commissioning

• Leads to reduced power

consumption

• Enhances production

• Ensures complete system

optimization

• Maximizes well uptime

SMART OIL WELL

Applications:

• Oil production optimization

To optimize oil production and boost ESP system reliability,

Novomet has developed Smart Oil Well solutions based on a

complex of control algorithms, such as:

• Commissioning, Operation and Cycle Mode at Best Effi-

ciency Point (BEP), thus leading to significant savings in

power consumption, namely 15-20% vs. operation beyond

BEP

• Cautious commissioning when lift of solids from the bot-

tom-hole zone is avoided, enabling increase of run life

during operation

• Commissioning with maximum production: start of opera-

tion within the shortest possible period reaching maximum

flow rate

• Maximum flow rate within Recommended Operating

Range is maintained

• Cycling operation: set time limits for operation and accu-

mulation or cycling mode is determined automatically to

ensure maximum flow rateSuch complex approach helps optimize ESP system opera-

tion, increase its reliability and save on OPEX due to significant

reduction of power consumption:

"PowerSave"Equipment

up to25%

up to39%

Type of equipment Capacity,bpd Pump BEP,% ESP unit efficiency,% ESP unit power,hp Specific powerconsumption, Hp*h/b

“Power Save”NH(4400-5000)H,

6560 ft3145 70 56 283 2.07

NHV3800,6560 ft

3145 59 40 379 2.89

Comprehensive approach:"Power Save"Equipment +

Smart Oil Well



ESP System

Components

Downhole

Equipment

Conventional pump



ESP CATALOG

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JUNE 2013

PAGE 91

CONVENTIONAL PUMP

CONVENTIONAL PUMP

GLOSSARY

CONVENTIONAL PUMP

N X X XXXX XXX XXX XXX XXX XXXSTG

Manufacturer (Novomet)

Series, (see Table 1)

Pump design:empty - centrifugal, non-vortex

V - centrifugal, vortex

Capacity, bpd @60 Hz

Pump assembly design:FLT - floater

SCMP - semi-compression

CMP - compression

Abrasion resistance, (see Table 2)

Corrosion resistance, (see Table 3)

Shaft material and yield strength:S8 - Stainless steel (785 MPa)

S11 - Stainless steel (1080 MPa)


S14 - Stainless (1370 MPa)


M8 - Monel alloy (785 MPa)

I8 - Inconel alloy (785 MPa)



Number of stages in a pump

e.g., NHV3800 CMP AR2 CR1 S13 27STG

Table 1 - Series

Novomet series Series HSG OD, in HSG OD, mm Head & base length, ft (m)

D 338 3.38 86 1.2 (0.365)

F 362 3.62 92 1.2 (0.365)

H 406 4.06 103 1.2 (0.365)

J 449 4.49 114 1.2 (0.365)

L 484 4.84 123 1.2 (0.365)

R 677 6.77 172 1.3 (0.405) Intake built-in

T 740 7.40 188 1.3 (0.405) Intake built-in



ESP CATALOG

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PAGE 92

CONVENTIONAL PUMP

CONVENTIONAL PUMP

Table 2 - Abrasion resistance

Abbr. Full name Description

AR1 Abrasion

Resistant 1For fluid containing solids up to 175 ptb (500 mg/l).

Note: Applicable for all Floater pumps and all pumps of NR and NT series

AR2 Abrasion

Resistant 2

For fluid containing solids up to 350 ptb (1000 mg/l).Note: Applicable only for Compression and Semi-compression pumps, except for

pumps of NR and NT series

Table 3 - Corrosion resistance

Abbr. Full name Fluid

Max chemicalcontent, g/l

pH Description

H2S CO

2Cl

CR1 CorrosionResistant 1 Moderatelyaggressive fluid 0.011.25 1.450.01 200 4.0..8.5

Stainless Steel for powder metallurgy stages. Ni-resist

or Stainless Steel for cast stages (please refer to Table 1Pump Summary in Pump Glossary section).Housing, head and base are from Carbon Steel

CR2CCorrosionResistant

2C

Highlyaggressive fluid

1.25 1.45 200 3.0..9.0Stainless Steel for powder metallurgy stages. Ni-resist orStainless Steel for cast stages. Housing, head and base

are coated with thermal spray coatings

CR2SCorrosionResistant

2S1.25 1.45 200 3.0..9.0

Stainless Steel for powder metallurgy stages. Ni-resist orStainless Steel for cast stages. Stainless Steel head and

base. Housing is coated with thermal spray coatings

CR3Corrosion

Resistant 31.25 1.45 200 3.0..9.0

Stainless Steel for powder metallurgy stages. Ni-resist orStainless Steel for cast stages. Stainless Steel housing,

head and base

UCRUltra

Corrosion

Resistant

Extremelyaggressive fluid

>1.25 1.45 200 3.0..9.0Materials resistant to Sulfide Stress Cracking are used for

housing, head and base.

Table 4 - Housing data

HSG#Length

ft m

1 3.3 1.0

2 4.9 1.5

3 6.6 2.0

4 8.2 2.5

5 9.8 3.0

6 11.5 3.5

7 13.1 4.0

8 14.8 4.5

9 16.4 5.0

10 18.0 5.5

11 19.7 6.0

12 21.3 6.5

13 23.0 7.0

14 24.6 7.5

15 26.2 8.0

To get CT pump installed length add head and base length from Table 1.



©N OV OME T

WWW.N OV OME T .R U / E N G

J U NE 2 0 1 3

P A GE 9 3

C ONV E NT I ONA L P U MP

CONVENTIONAL PUMP SUMMARY (338 - 740 SERI

Pumpseries

PumpOD, inch

Capacity, bpd @ 3500 rpm

D (338) 3.38 1501 2301 4701 6001 15001

F (362) 3.62 110 150 190 230 260 330 380 450 600 760 940

H (406) 4.06 200 250 260 380 760 940 1200 1500

J (449) 4.49

L (484) 4.84 1000 1900

R (677) 6.77 3800 7600 12000 15000

T (740) 7.40

powder-based stages cast stages

Operating frequency, rpm1 - at 3380 rpm



ESP CATALOG

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CONVENTIONAL PUMP

CONVENTIONAL PUMP

FLOATER DESIGN (abrasion-resistant AR1 with optimal number of intermediate bearings –

please see Fig.1)

Abrasion-resistant design includes optimal number of intermediate radial bearings.

Such construction allows to significantly improve abrasion-resistance of the pump due to increase of

shaft hardness and radial load is redistributed from stages onto radial bearings.

Number of bearings is calculated based on mathematic modeling and determined by length of section,

weight of impeller, shaft hardness, balance of impellers and clearance in stages.

SEMI-COMPRESSION DESIGN (please see Fig. 2).

In case of semi-compression pump design all stages are assembled as a few separate packs with radial

bearings between packs.

Floater design with optimal number of interme-

diate radial bearings

(Figure 1)

Abrasion-resistant design

(AR1)

500 mg/l (175 ptb)

R a d i a l

b e a r i n g s

I n t a k e

P U M P

P r o t e c t o r

(Figure 2)

Semi-compression design

1000 mg/l (350 ptb)

R a d i a l

b e a r i n g s

S t a g e

p a c k s

I n t a k e

P U M P

P r o t e c t o r


(AR2)



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CONVENTIONAL PUMP

CONVENTIONAL PUMP

During the initial phase of semi-compression pump running cycle, its impellers are functioning in the

same way as conventional floating impellers. Each impeller is being supported by appropriate diffuser.

During the ''wear-in'' phase thrust washers get worn, and a pack of the impellers located between one pair

of intermediate bearings rest upon each other with their hubs (please see Fig.3).

The axial force generated by the pack of impellers is being transmitted to axial bearing.

Semi-compression pump designs are selected for application in the wells:

1) To operate with extended various flow rate;

2) With solids ratio of less than or equal to 1000 mg/l (350 ptb)

3) With high GOR.

4) After Hydraulic fracturing.

(Figure 3)

After assembly During the operation

∆h

hw

Semi-compression design



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CONVENTIONAL PUMP

CONVENTIONAL PUMP

COMPRESSION DESIGN (please see Fig.4): In case of compression pump design all impellers origi-

nally act as a single pack in one pump tandem and stay in one position. Impellers are firmly fixed on the

shaft by sleeves and do not bear on diffusers, while the axial force is being transmitted onto pump shaft

and further onto axial thrust bearing in the protector section (please see Fig. 5). This pump has no axial

thrust bearings at all, washers act only as seals. Wear-resistance of this type of construction is improved

because of elimination of axial wear with extension of operating range of flow rates.

Compression pump designs are selected for application in the wells:

1) To operate with extended various flow rate;

2) With solids ratio of less than or equal to 350 ptb (1000 mg/l);

3) With high GOR;

4) After Hydraulic fracturing with proppant production.

(Figure 5)

Axial thrust to be transmitted to axial thrust

bearing in protector

(Figure 4)


(AR2)

1000 mg/l (350 ptb)

R a d i a l

b e a r i n g s

A x i a l t h r u s t

b e a r i n g

I n t a k e

P U M P

P r o t e c t o r

Compression design



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CONVENTIONAL PUMP

CONVENTIONAL PUMP

PANCAKE STAGE (centrifugal design of impeller) – standard

design when liquid lift is generated under the action of centrifugal

forces (please see Fig.6). Maximum gas content at Pump intake is up

to 25%. Pancake stage is powder-based stage.

MIXED FLOW STAGE (centrifugal design of impeller)

Mixed Flow stages borrow characteristics from both radial flow and

axial flow stages. As liquid flows through the impeller of a mixed flow

pump, the impeller blades push the liquid out from the pump shaft and

to the pump suction at an angle greater than 90o. The impeller of a

typical mixed flow pump and the flow through a mixed flow pump are

shown in Figure 7.

Such design enables to increase lift per stage. These are cast-

based stages.

VORTEX STAGE (centrifugal vortex design) enhanced design of

stage impeller due to Vortex crown application (please see Fig.8 and

Fig.9). The following benefits have been gained because of:

1) Higher dynamic head and BEP due to increased centrifugal

force alue

2) Increased maximum gas content at Pump intake due to gas han-dling by Vortex crown (up to 35%)

Both Pancake and Mixed Flow stages can be either centrifugal or

centrifugal-vortex.

(Figure 6)

(Figure 8)

(Figure 9)

(Figure 7)



ESP System

Components

Downhole

Equipment

Conventional pump

ND 338 series



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CONVENTIONAL PUMP

NDV, 338 SERIES

NDV150

This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only.

Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric

Submersible Pump Testing.

ENGINEERING DATA NDV150, 60 HZ

Maximal ESP System OD(incl. MLE AWG#6, 4kV)

4.13 in 105 mm Rotational Direction CW

Housing Diameter 3.38 in 86 mm

Shaft PowerLimit

Standard (S13) 193 hp 144 kW

Recommended Operating Range113-227

bpd18-36

m3/day

HighStrength (S14)

217 hp 162 kW

Shaft Diameter 0.67 in 17 mmUltra High

Strength (S16)241 hp 180 kW

Shaft CrossSectional Area

0.35 in2 227 mm2 Housing Burst Pressure Limit 5547 psi 382 bar

NDV150 PUMP PERFORMANCE CURVE

NDV150 60 Hz / 3380 rpm 338 series / OD 86 mm

4020 60

Curve is calculated for one stageon water of 1.00 sg



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CONVENTIONAL PUMP

NDV, 338 SERIES

NDV150








Shaft PowerLimit



bpd15-30

m3/day

HighStrength (S14)

181 hp 135 kW







Head

Eff.

Power

10

100 200 300 400

20 30 40 50 60 70




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CONVENTIONAL PUMP

NDV, 338 SERIES

NDV150

NDV150 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NDV150 338 series / OD 86 mm

500400300200100 0 0

0.12

0.18

0.24

0.06

0

0.08

0.13

0.18

0.05

0 15 30 45 60 75


40

45

50

55

60

65

70

75

80

4045

50

55

60

65

70

75

80



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CONVENTIONAL PUMP

NDV, 338 SERIES

NDV150

NDV150 PUMP DESIGN DATA @ 60 HZ

338 SERIES | POWDER METALLURGY STAGE

FLOATER: AR1 CR1*

HSG #Length*** Weight

STGHead

Eff., %BHP, nominal BHP, max Part Number

ft m lb kg ft m hp kW hp kW S13 shaft**

5 9.8 3.0 205 93 97 2071 631 35 6.7 5.0 9.2 6.9 3002010052

6 11.5 3.5 232 105 115 2456 749 35 8.0 6.0 10.9 8.1 TBA

7 13.1 4.0 262 119 132 2819 859 35 9.2 6.8 12.5 9.4 3002010053

8 14.8 4.5 291 132 150 3203 976 35 10.4 7.8 14.2 10.6 3002010051

9 16.4 5.0 320 145 165 3524 1074 35 11.5 8.6 15.7 11.7 3002010054

10 18.0 5.5 335 152 182 3887 1185 35 12.6 9.4 17.3 12.9 TBA

11 19.7 6.0 377 171 200 4271 1302 35 13.9 10.4 19.0 14.2 3002010055

*CR2, CR3 and UCR configurations are available.

**S14 and S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength.

***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).

PUMP ACCESSORIES

DescriptionLength Weight

Part Numberft m lb kg

BOH 2-3/8"-8RD EUE-338SERIES CR0 0.62 0.19 7.1 3.2 TBA

BOH 2-7/8"-8RD EUE-338SERIES CR0 0.62 0.19 7.7 3.5 2013070037

SPLINE COUPLING 0.67"-0.67" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010242

999.340.0020_INSTALLATION PARTS KIT. CR0 - - - - 2138030015

PUMP/MOTOR CLAMP 338..449SERIES 5TON - - 24.3 11.0 3020010007

CR2, CR3 and UCR configurations are available for pump components

STAGE DESIGN - PANCAKE STAGE WITH VORTEX CROWN



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CONVENTIONAL PUMP

ND, 338 SERIES

NDV230








Shaft PowerLimit



bpd24-48

m3/day

HighStrength (S14)

217 hp 162 kW






NDV230 60 Hz / 3380 rpm 338 series / OD 86 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV230










Shaft PowerLimit



bpd20-40

m3/day

HighStrength (S14)

181 hp 135 kW








ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV230


Multi Hz Curve NDV230 338 series / OD 86 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV230



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 205 93 97 1879 573 40 7.9 5.9 9.2 6.9 3002410045

7 13.1 4.0 262 119 132 2557 779 40 10.7 8.0 12.5 9.4 3002410047

8 14.8 4.5 291 132 150 2906 886 40 12.2 9.1 14.2 10.6 3002410048

9 16.4 5.0 320 145 165 3196 974 40 13.4 10.0 15.7 11.7 3002410049

11 19.7 6.0 377 171 200 3874 1181 40 16.2 12.1 19.0 14.2 3002410051

*CR2, CR3 and UCR configurations are available.**S14 and S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength.


PUMP ACCESSORIES









Stage design - Pancake stage with Vortex crown



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CONVENTIONAL PUMP

ND, 338 SERIES

ND470

ND470 PUMP PERFORMANCE CURVE

ND470 60 Hz / 3380 rpm 338 series / OD 86 mm




ENGINEERING DATA ND470, 60 HZ




Shaft PowerLimit


Recommended Operating Range 264-604

bpd42-96

m3/day

HighStrength (S14)

217 hp 162 kW

Shaft Diameter 0.67 in 17 mm Ultra High




200 400

10050 150

600 800 1000




ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND470


ND470 50 Hz / 2820 rpm 338 series / OD 86 mm








Shaft PowerLimit



bpd35-80

m3/day

HighStrength (S14)

181 hp 135 kW








ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND470

ND470 MULTI HZ CURVE (TORNADO)

Multi Hz Curve ND470 338 series / OD 86 mm

0 250 500 750 1000 1250 1500 BPD

0.1

0.2

0.3

0.4

0 40 80 120 160 200 (m3/day)

(m) ft

Capacity

(KW) hp

P o w e r

H e a d


4045

50

55

60

65

70

75

80

40

4550

55

60

65

70

75

80



ESP CATALOG

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PAGE 110

CONVENTIONAL PUMP

ND, 338 SERIES

ND470

ND470 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 205 93 96 1680 512 59 11.9 8.9 13.3 9.9 TBA

7 13.1 4.0 262 119 131 2293 699 59 16.2 12.1 18.2 13.6 TBA

8 14.8 4.5 291 132 148 2590 789 59 18.4 13.7 20.5 15.3 TBA

9 16.4 5.0 320 145 163 2853 869 59 20.2 15.1 22.6 16.9 TBA

11 19.7 6.0 377 171 198 3465 1056 59 24.6 18.3 27.5 20.5 TBA



PUMP ACCESSORIES









Stage design - Pancake stage



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND600








Shaft PowerLimit



bpd66-120m3/day

HighStrength (S14)

217 hp 162 kW






ND600 60 Hz / 3380 rpm 338 series / OD 86 mmCurve is calculated for one stageon water of 1.00 sg

10050

200 400 600 800 1000

150



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND600








Shaft PowerLimit



bpd55-100m3/day

HighStrength (S14)

181 hp 135 kW






ND600 50 Hz / 2820 rpm 338 series / OD 86 mmCurve is calculated for one stageon water of 1.00 sg

50

200 400 600 800

100 150



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND600

ND600 MULTI HZ CURVE (TORNADO)

Multi Hz Curve ND600 338 series / OD 86 mm

300

50 100 150 200

600 900 1200 1500


40

45

50

55

60

65

70

75

80

40

45

50

55

60

65

70

75

80



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

ND600

ND600 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 205 93 96 1595 486 62 11.6 8.6 12.0 9.0 3002030081

6 11.5 3.5 234 106 114 1894 577 62 13.7 10.2 14.3 10.6 3002030082

7 13.1 4.0 262 119 131 2176 663 62 15.8 11.8 16.4 12.2 3002030083

8 14.8 4.5 291 132 148 2458 749 62 17.8 13.3 18.5 13.8 3002030084

9 16.4 5.0 320 145 163 2708 825 62 19.6 14.6 20.4 15.2 3002030085

10 18.0 5.5 335 152 181 3007 916 62 21.8 16.3 22.6 16.9 3002030086

11 19.7 6.0 377 171 198 3289 1002 62 23.8 17.8 24.8 18.5 3002030087




PUMP ACCESSORIES












ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV1500








Shaft PowerLimit



bpd180-300m3/day

HighStrength (S14)

217 hp 162 kW









ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV1500








Shaft PowerLimit



bpd150-250m3/day

HighStrength (S14)

181 hp 135 kW









ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV1500


Multi Hz Curve NDV1500 338 series / OD 86 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

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CONVENTIONAL PUMP

ND, 338 SERIES

NDV1500


338 SERIES | CAST METALLURGY STAGE

FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 205 93 58 986 301 58 7.1 5.3 7.1 5.3 3002430022

6 11.5 3.5 234 106 69 1174 358 58 8.5 6.3 8.5 6.3 3002430023

7 13.1 4.0 262 119 79 1344 410 58 9.7 7.2 9.7 7.2 3002430024

8 14.8 4.5 291 132 89 1514 461 58 10.9 8.2 10.9 8.2 3002430025

9 16.4 5.0 320 145 100 1701 518 58 12.3 9.2 12.3 9.2 3002430026

10 18.0 5.5 335 152 110 1871 570 58 13.5 10.1 13.5 10.1 3002430027

11 19.7 6.0 377 171 121 2058 627 58 14.8 11.1 14.8 11.1 3002430028




PUMP ACCESSORIES












ESP System

Components

Downhole

Equipment

Conventional pump

NF 362 series



ESP CATALOG

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PAGE 120

CONVENTIONAL PUMP

NF, 362 SERIES

NFV110




ENGINEERING DATA NFV110, 60 HZ


4.70 in 119.3 mm Rotational Direction CW


Shaft PowerLimit



bpd12-24

m3/day

HighStrength (S14)

121 hp 90 kW





NFV110 PUMP PERFORMANCE CURVE

NFV110 60 Hz /3500 rpm Curve is calculated for one stageon water of 1.00 sg

362 series / OD 92 mm



ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV110


NFV110 50 Hz / 2910 rpm 362 series / OD 92 mm








Shaft PowerLimit



bpd10-20

m3/dayHigh




Shaft CrossSectional Area 0.24 in2 154 mm2 Housing Burst Pressure Limit 5547 psi 382 bar




ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV110


Multi Hz Curve NFV110 362 series / OD 92 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV110

NFV110 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 105 2728 832 30 7.5 5.6 8.0 6.0 3002040283

6 11.5 3.5 295 134 122 3170 966 30 8.8 6.5 9.3 7.0 3002040284

7 13.1 4.0 335 152 141 3664 1117 30 10.1 7.6 10.8 8.0 3002040285

8 14.8 4.5 373 169 160 4157 1267 30 11.5 8.6 12.2 9.1 3002040286

9 16.4 5.0 408 185 180 4677 1426 30 12.9 9.6 13.8 10.3 3002040287

10 18.0 5.5 445 202 196 5093 1552 30 14.1 10.5 15.0 11.2 3002040288

11 19.7 6.0 481 218 215 5587 1703 30 15.4 11.5 16.4 12.3 3002040289




SEMI-COMPRESSION: AR2 CR1*


STGHead



5 9.8 3.0 262 119 100 2598 792 30 7.2 5.4 7.6 5.7 3002040276

6 11.5 3.5 295 134 115 2988 911 30 8.3 6.2 8.8 6.6 3002040277

7 13.1 4.0 335 152 134 3482 1061 30 9.6 7.2 10.2 7.6 3002040278

8 14.8 4.5 373 169 150 3898 1188 30 10.8 8.0 11.5 8.6 3002040279

9 16.4 5.0 408 185 169 4391 1338 30 12.1 9.1 12.9 9.6 3002040280

10 18.0 5.5 445 202 185 4807 1465 30 13.3 9.9 14.1 10.5 3002040281

11 19.7 6.0 481 218 204 5301 1616 30 14.6 10.9 15.6 11.6 3002040282




PUMP ACCESSORIES





SPLINE COUPLING 0.67"STR-0.79"STR PRT (for FLT, SCMP pumps) 0.31 0.09 0.5 0.2 2024010319







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CONVENTIONAL PUMP

NF, 362 SERIES

NFV150


NFV150 60 Hz / 3500 rpm 362 series / OD 92 mmCurve is calculated for one stageon water of 1.00 sg








Shaft PowerLimit



bpd18-30

m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV150










Shaft PowerLimit



bpd15-25

m3/day

HighStrength (S14)

101 hp 75 kW




0.24in2 154 mm2 Housing Burst Pressure Limit 5547 psi 382 bar



ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV150

NFV150 MULTI HZ CURVE (TORNADO)




ESP CATALOG

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CONVENTIONAL PUMP

NF, 362 SERIES

NFV150



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 105 2331 711 33 7.8 5.8 8.5 6.4 3002480032

6 11.5 3.5 295 134 122 2709 826 33 9.0 6.7 9.9 7.4 3002480033

7 13.1 4.0 335 152 141 3131 954 33 10.4 7.8 11.4 8.5 3002480034

8 14.8 4.5 373 169 160 3553 1083 33 11.9 8.8 13.0 9.7 3002480030

9 16.4 5.0 408 185 180 3997 1218 33 13.3 10.0 14.6 10.9 3002480035

10 18.0 5.5 445 202 196 4352 1327 33 14.5 10.8 15.9 11.9 3002480036

11 19.7 6.0 481 218 215 4774 1455 33 15.9 11.9 17.4 13.0 3002480037






STGHead



5 9.8 3.0 262 119 100 2211 674 33 7.4 5.5 8.1 6.0 3002480038

6 11.5 3.5 295 134 115 2543 775 33 8.5 6.4 9.3 7.0 3002480039

7 13.1 4.0 335 152 134 2963 903 33 9.9 7.4 10.9 8.1 3002480040

8 14.8 4.5 373 169 150 3317 1011 33 11.1 8.3 12.2 9.1 3002480031

9 16.4 5.0 408 185 169 3737 1139 33 12.5 9.3 13.7 10.2 3002480041

10 18.0 5.5 445 202 185 4090 1247 33 13.7 10.2 15.0 11.2 3002480042

11 19.7 6.0 481 218 204 4510 1375 33 15.1 11.3 16.5 12.3 3002480043




PUMP ACCESSORIES





SPLINE COUPLING 0.67"STR-0.79"STR PRT (for FLT, SCMP pumps) 0.31 0.09 0.5 0.2 2024010319



All '8rd EUE' threaded components are also available in '10rd NUE' configuration




ESP CATALOG

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PAGE 128

CONVENTIONAL PUMP

NF, 362 SERIES

NFV190










Shaft PowerLimit



bpd22-42

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 129

CONVENTIONAL PUMP

NF, 362 SERIES

NFV190



6

11

17 5

4

2








Shaft PowerLimit



bpd18-35

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 130

CONVENTIONAL PUMP

NF, 362 SERIES

NFV190





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 131

CONVENTIONAL PUMP

NF, 362 SERIES

NFV190



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 91 1935 590 35 7.8 5.8 8.8 6.6 3002050434

6 11.5 3.5 295 134 107 2275 693 35 9.2 6.8 10.4 7.8 3002050435

7 13.1 4.0 335 152 124 2636 804 35 10.6 7.9 12.1 9.0 3002050436

8 14.8 4.5 373 169 140 2976 907 35 12.0 9.0 13.6 10.2 3002050437

9 16.4 5.0 408 185 157 3338 1017 35 13.5 10.0 15.3 11.4 3002050438

10 18.0 5.5 445 202 173 3678 1121 35 14.8 11.1 16.8 12.6 3002050439

11 19.7 6.0 481 218 190 4039 1231 35 16.3 12.1 18.5 13.8 3002050440






STGHead



5 9.8 3.0 262 119 79 1680 512 35 6.8 5.1 7.7 5.7 3002050441

6 11.5 3.5 295 134 95 2020 616 35 8.1 6.1 9.2 6.9 3002050442

7 13.1 4.0 335 152 111 2360 719 35 9.5 7.1 10.8 8.1 3002050443

8 14.8 4.5 373 169 124 2636 804 35 10.6 7.9 12.1 9.0 3002050444

9 16.4 5.0 408 185 140 2976 907 35 12.0 9.0 13.6 10.2 3002050445

10 18.0 5.5 445 202 152 3231 985 35 13.0 9.7 14.8 11.0 3002050446

11 19.7 6.0 481 218 168 3572 1089 35 14.4 10.7 16.3 12.2 3002050447




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 132

CONVENTIONAL PUMP

NF, 362 SERIES

NFV230










Shaft PowerLimit



bpd24-54

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 133

CONVENTIONAL PUMP

NF, 362 SERIES

NFV230










Shaft PowerLimit



bpd20-45

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 134

CONVENTIONAL PUMP

NF, 362 SERIES

NFV230





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 135

CONVENTIONAL PUMP

NF, 362 SERIES

NFV230



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 91 2064 629 44 7.8 5.8 9.1 6.8 3002060414

6 11.5 3.5 295 134 107 2426 740 44 9.2 6.8 10.7 8.0 3002060415

7 13.1 4.0 335 152 124 2812 857 44 10.6 7.9 12.3 9.2 3002060416

8 14.8 4.5 373 169 140 3175 968 44 12.0 9.0 13.9 10.4 3002060417

9 16.4 5.0 408 185 157 3560 1085 44 13.5 10.0 15.6 11.7 3002060418

10 18.0 5.5 445 202 173 3923 1196 44 14.8 11.1 17.2 12.9 3002060419

11 19.7 6.0 481 218 190 4309 1313 44 16.3 12.1 18.9 14.1 3002060420






STGHead



5 9.8 3.0 262 119 79 1791 546 44 6.8 5.1 7.9 5.9 3002060421

6 11.5 3.5 295 134 95 2154 657 44 8.1 6.1 9.5 7.1 3002060422

7 13.1 4.0 335 152 111 2517 767 44 9.5 7.1 11.1 8.2 3002060423

8 14.8 4.5 373 169 124 2812 857 44 10.6 7.9 12.3 9.2 3002060424

9 16.4 5.0 408 185 140 3175 968 44 12.0 9.0 13.9 10.4 3002060425

10 18.0 5.5 445 202 152 3447 1051 44 13.0 9.7 15.1 11.3 3002060426

11 19.7 6.0 481 218 168 3810 1161 44 14.4 10.7 16.7 12.5 3002060427




PUMP ACCESSORIES





SPLINE COUPLING 0.67"-0.67" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010242999.350.0020_INSTALLATION PARTS KIT. CR0 - - - - 2138030003






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 136

CONVENTIONAL PUMP

NF, 362 SERIES

NFV260










Shaft PowerLimit



bpd26-60

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 137

CONVENTIONAL PUMP

NF, 362 SERIES

NFV260










Shaft PowerLimit



bpd22-50

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 138

CONVENTIONAL PUMP

NF, 362 SERIES

NFV260





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 139

CONVENTIONAL PUMP

NF, 362 SERIES

NFV260



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 91 1935 590 45 8.2 6.1 9.5 7.1 3002680018

6 11.5 3.5 295 134 107 2275 693 45 9.7 7.2 11.1 8.3 3002680019

7 13.1 4.0 335 152 124 2636 804 45 11.2 8.4 12.9 9.6 3002680020

8 14.8 4.5 373 169 140 2976 907 45 12.6 9.4 14.6 10.9 3002680021

9 16.4 5.0 408 185 157 3338 1017 45 14.2 10.6 16.4 12.2 3002680022

10 18.0 5.5 445 202 173 3678 1121 45 15.6 11.7 18.0 13.5 3002680023

11 19.7 6.0 481 218 190 4039 1231 45 17.2 12.8 19.8 14.8 3002680024






STGHead



5 9.8 3.0 262 119 79 1668 509 45 7.1 5.3 8.2 6.1 3002680025

6 11.5 3.5 295 134 95 2006 611 45 8.6 6.4 9.9 7.4 3002680026

7 13.1 4.0 335 152 111 2344 714 45 10.0 7.5 11.6 8.6 3002680027

8 14.8 4.5 373 169 124 2619 798 45 11.2 8.4 12.9 9.6 3002680028

9 16.4 5.0 408 185 140 2957 901 45 12.6 9.4 14.6 10.9 3002680029

10 18.0 5.5 445 202 152 3210 978 45 13.7 10.2 15.8 11.8 3002680030

11 19.7 6.0 481 218 168 3548 1081 45 15.2 11.3 17.5 13.1 3002680031




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 140

CONVENTIONAL PUMP

NF, 362 SERIES

NFV330










Shaft PowerLimit



bpd38-72

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 141

CONVENTIONAL PUMP

NF, 362 SERIES

NFV330



0 30 60 90








Shaft PowerLimit



bpd32-60

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 142

CONVENTIONAL PUMP

NF, 362 SERIES

NFV330



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 143

CONVENTIONAL PUMP

NF, 362 SERIES

NFV330



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 96 2558 780 50 12.7 9.5 14.0 10.5 3002070418

6 11.5 3.5 295 134 113 3011 918 50 14.9 11.1 16.5 12.3 3002070419

7 13.1 4.0 335 152 131 3491 1064 50 17.3 12.9 19.1 14.3 3002070420

8 14.8 4.5 373 169 148 3944 1202 50 19.5 14.6 21.6 16.1 3002070421

9 16.4 5.0 408 185 163 4343 1324 50 21.5 16.1 23.8 17.7 3002070422

10 18.0 5.5 445 202 180 4796 1462 50 23.8 17.7 26.3 19.6 3002070423

11 19.7 6.0 481 218 198 5276 1608 50 26.1 19.5 28.9 21.6 3002070424






STGHead



5 9.8 3.0 262 119 83 2212 674 50 11.0 8.2 12.1 9.0 3002070425

6 11.5 3.5 295 134 100 2665 812 50 13.2 9.8 14.6 10.9 3002070426

7 13.1 4.0 335 152 113 3011 918 50 14.9 11.1 16.5 12.3 3002070427

8 14.8 4.5 373 169 130 3464 1056 50 17.2 12.8 19.0 14.2 3002070428

9 16.4 5.0 408 185 144 3837 1170 50 19.0 14.2 21.0 15.7 3002070429

10 18.0 5.5 445 202 160 4263 1299 50 21.1 15.8 23.3 17.4 3002070430

11 19.7 6.0 481 218 174 4636 1413 50 23.0 17.1 25.4 18.9 3002070431




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 144

CONVENTIONAL PUMP

NF, 362 SERIES

NFV380



bpd

Headm ft

Capacity

m3/day

Eff, %

Power hp kW

Head

Qmin Qnom Qmax

Recommended operating range

Power








Shaft PowerLimit



bpd42-78

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 145

CONVENTIONAL PUMP

NF, 362 SERIES

NFV380



30 60 90








Shaft PowerLimit



bpd35-65

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 146

CONVENTIONAL PUMP

NF, 362 SERIES

NFV380



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 147

CONVENTIONAL PUMP

NF, 362 SERIES

NFV380



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 96 2417 737 51 13.1 9.8 14.4 10.8 3002600083

6 11.5 3.5 295 134 113 2845 867 51 15.4 11.5 17.0 12.7 3002600097

7 13.1 4.0 335 152 131 3299 1005 51 17.9 13.4 19.7 14.7 3002600082

8 14.8 4.5 373 169 148 3727 1136 51 20.2 15.1 22.3 16.6 3002600081

9 16.4 5.0 408 185 163 4105 1251 51 22.3 16.6 24.5 18.3 3002600080

10 18.0 5.5 445 202 180 4533 1382 51 24.6 18.4 27.1 20.2 3002600098

11 19.7 6.0 481 218 198 4986 1520 51 27.0 20.2 29.8 22.2 3002600099




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 148

CONVENTIONAL PUMP

NF, 362 SERIES

NFV450










Shaft PowerLimit



bpd48-90

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 149

CONVENTIONAL PUMP

NF, 362 SERIES

NFV450










Shaft PowerLimit



bpd40-72

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 150

CONVENTIONAL PUMP

NF, 362 SERIES

NFV450





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 151

CONVENTIONAL PUMP

NF, 362 SERIES

NFV450



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 88 2328 710 52 14.9 11.1 16.3 12.2 3002080526

6 11.5 3.5 295 134 104 2751 839 52 17.6 13.1 19.3 14.4 3002080527

7 13.1 4.0 335 152 120 3175 968 52 20.3 15.1 22.2 16.6 3002080528

8 14.8 4.5 373 169 136 3598 1097 52 23.0 17.2 25.2 18.8 3002080529

9 16.4 5.0 408 185 152 4021 1226 52 25.7 19.2 28.2 21.0 3002080530

10 18.0 5.5 445 202 168 4445 1355 52 28.4 21.2 31.1 23.2 3002080531

11 19.7 6.0 481 218 182 4815 1468 52 30.8 23.0 33.7 25.2 3002080532






STGHead



5 9.8 3.0 262 119 80 2117 645 52 13.5 10.1 14.8 11.1 3002080533

6 11.5 3.5 295 134 92 2434 742 52 15.6 11.6 17.0 12.7 3002080534

7 13.1 4.0 335 152 108 2857 871 52 18.3 13.6 20.0 14.9 3002080535

8 14.8 4.5 373 169 120 3175 968 52 20.3 15.1 22.2 16.6 3002080536

9 16.4 5.0 408 185 136 3598 1097 52 23.0 17.2 25.2 18.8 3002080537

10 18.0 5.5 445 202 148 3916 1193 52 25.0 18.7 27.4 20.5 3002080538

11 19.7 6.0 481 218 164 4339 1322 52 27.7 20.7 30.4 22.7 3002080539




PUMP ACCESSORIES











ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 152

CONVENTIONAL PUMP

NF, 362 SERIES

NFV600










Shaft PowerLimit



bpd72-126m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 153

CONVENTIONAL PUMP

NF, 362 SERIES

NFV600



60

375 1125750








Shaft PowerLimit



bpd60-105m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 154

CONVENTIONAL PUMP

NF, 362 SERIES

NFV600



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 155

CONVENTIONAL PUMP

NF, 362 SERIES

NFV600



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 93 2685 818 59 20.0 14.9 22.0 16.4 3002760031

6 11.5 3.5 295 134 110 3175 968 59 23.7 17.7 26.0 19.4 3002760032

7 13.1 4.0 335 152 127 3666 1117 59 27.3 20.4 30.0 22.4 3002760033

8 14.8 4.5 373 169 144 4157 1267 59 31.0 23.1 34.0 25.4 3002760034

9 16.4 5.0 408 185 159 4590 1399 59 34.2 25.6 37.6 28.0 3002760035

10 18.0 5.5 445 202 176 5080 1549 59 37.9 28.3 41.6 31.0 3002760036

11 19.7 6.0 481 218 193 5571 1698 59 41.6 31.0 45.6 34.0 3002760037






STGHead



5 9.8 3.0 262 119 79 2280 695 59 17.0 12.7 18.7 13.9 3002090505

6 11.5 3.5 295 134 95 2742 836 59 20.5 15.3 22.4 16.7 3002090506

7 13.1 4.0 335 152 108 3118 950 59 23.3 17.4 25.5 19.0 3002090507

8 14.8 4.5 373 169 124 3579 1091 59 26.7 19.9 29.3 21.9 3002090508

9 16.4 5.0 408 185 140 4041 1232 59 30.1 22.5 33.1 24.7 3002090509

10 18.0 5.5 445 202 152 4388 1337 59 32.7 24.4 35.9 26.8 3002090510

11 19.7 6.0 481 218 168 4850 1478 59 36.2 27.0 39.7 29.6 3002090511




PUMP ACCESSORIES











ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 156

CONVENTIONAL PUMP

NF, 362 SERIES

NFV760










Shaft PowerLimit



bpd96-144m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 157

CONVENTIONAL PUMP

NF, 362 SERIES

NFV760










Shaft PowerLimit



bpd80-120m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 158

CONVENTIONAL PUMP

NF, 362 SERIES

NFV760





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 159

CONVENTIONAL PUMP

NF, 362 SERIES

NFV760



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 91 2472 753 58 23.4 17.5 26.8 20.0 3002880006

6 11.5 3.5 295 134 107 2907 886 58 27.5 20.5 31.5 23.5 3002880007

7 13.1 4.0 335 152 124 3369 1027 58 31.9 23.8 36.5 27.2 3002880008

8 14.8 4.5 373 169 140 3803 1159 58 36.0 26.9 41.2 30.7 3002880009

9 16.4 5.0 408 185 154 4183 1275 58 39.6 29.5 45.3 33.8 3002880010

10 18.0 5.5 445 202 170 4618 1408 58 43.7 32.6 50.0 37.3 3002880011

11 19.7 6.0 481 218 187 5080 1548 58 48.1 35.9 55.0 41.0 3002880012






STGHead



5 9.8 3.0 262 119 79 2146 654 58 20.3 15.2 23.2 17.3 3002880013

6 11.5 3.5 295 134 95 2581 787 58 24.4 18.2 27.9 20.8 3002880014

7 13.1 4.0 335 152 108 2934 894 58 27.8 20.7 31.8 23.7 3002880015

8 14.8 4.5 373 169 124 3369 1027 58 31.9 23.8 36.5 27.2 3002880016

9 16.4 5.0 408 185 140 3803 1159 58 36.0 26.9 41.2 30.7 3002880017

10 18.0 5.5 445 202 152 4129 1259 58 39.1 29.2 44.7 33.4 3002880018

11 19.7 6.0 481 218 168 4564 1391 58 43.2 32.2 49.4 36.9 3002880019




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 160

CONVENTIONAL PUMP

NF, 362 SERIES

NFV940



bpd

Headm ft

Capacity

m3/day

Eff, %

Power hp kW

Power

Head

Qmin Qnom Qmax


32024016080

Eff








Shaft PowerLimit



bpd92-192m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 161

CONVENTIONAL PUMP

NF, 362 SERIES

NFV940



0 500 1000 1500








Shaft PowerLimit



bpd80-160m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 162

CONVENTIONAL PUMP

NF, 362 SERIES

NFV940



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 163

CONVENTIONAL PUMP

NF, 362 SERIES

NFV940



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 81 2292 699 59 26.8 20.0 28.7 21.4 3002100601

6 11.5 3.5 295 134 96 2717 828 59 31.8 23.7 34.0 25.4 3002100602

7 13.1 4.0 335 152 110 3113 949 59 36.4 27.2 39.0 29.1 3002100603

8 14.8 4.5 373 169 125 3537 1078 59 41.4 30.9 44.3 33.0 3002100604

9 16.4 5.0 408 185 140 3962 1208 59 46.4 34.6 49.6 37.0 3002100605

10 18.0 5.5 445 202 155 4386 1337 59 51.3 38.3 54.9 41.0 3002100606

11 19.7 6.0 481 218 167 4726 1440 59 55.3 41.3 59.2 44.2 3002100607






STGHead



5 9.8 3.0 262 119 71 2009 612 59 23.5 17.5 25.2 18.8 3002100608

6 11.5 3.5 295 134 85 2405 733 59 28.1 21.0 30.1 22.5 3002100609

7 13.1 4.0 335 152 97 2745 837 59 32.1 24.0 34.4 25.6 3002100610

8 14.8 4.5 373 169 111 3141 957 59 36.8 27.4 39.3 29.3 3002100611

9 16.4 5.0 408 185 125 3537 1078 59 41.4 30.9 44.3 33.0 3002100612

10 18.0 5.5 445 202 137 3877 1182 59 45.4 33.9 48.5 36.2 3002100613

11 19.7 6.0 481 218 151 4273 1302 59 50.0 37.3 53.5 39.9 3002100614




PUMP ACCESSORIES











ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 164

CONVENTIONAL PUMP

NF, 362 SERIES

NFV3800










Shaft PowerLimit



bpd420-720m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 165

CONVENTIONAL PUMP

NF, 362 SERIES

NFV3800










Shaft PowerLimit



bpd350-600m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 166

CONVENTIONAL PUMP

NF, 362 SERIES

NFV3800





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 167

CONVENTIONAL PUMP

NF, 362 SERIES

NFV3800



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 262 119 37 594 181 63 25.7 19.2 25.7 19.2 3002360095

6 11.5 3.5 295 134 44 707 215 63 30.6 22.8 30.6 22.8 3002360096

7 13.1 4.0 335 152 50 803 245 63 34.7 25.9 34.7 25.9 3002360097

8 14.8 4.5 373 169 57 916 279 63 39.6 29.5 39.6 29.5 3002360098

9 16.4 5.0 408 185 64 1028 313 63 44.5 33.2 44.5 33.2 3002360099

10 18.0 5.5 445 202 70 1124 343 63 48.6 36.3 48.6 36.3 3002360100

11 19.7 6.0 481 218 77 1237 377 63 53.5 39.9 53.5 39.9 3002360101






STGHead



3 6.6 2.0 165 75 23 369 113 63 16.0 11.9 16.0 11.9 TBA

5 9.8 3.0 262 119 37 594 181 63 25.7 19.2 25.7 19.2 TBA

7 13.1 4.0 335 152 50 803 245 63 34.7 25.9 34.7 25.9 TBA

8 14.8 4.5 373 169 56 900 274 63 38.9 29.0 38.9 29.0 TBA




PUMP ACCESSORIES









Stage design - Mixed Flow stage with Vortex crown



ESP System

Components

Downhole

Equipment

Conventional pump

NH 406 series



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 169

CONVENTIONAL PUMP

NH, 406 SERIES

NHV200

NHV200 PUMP PERFORMANCE CURVE

NHV200 60 Hz / 3500 rpm 406 series / OD 103 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NHV200, 60 HZ




Shaft PowerLimit



bpd22-42

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 170

CONVENTIONAL PUMP

NH, 406 SERIES

NHV200










Shaft PowerLimit



bpd18-35

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

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CONVENTIONAL PUMP

NH, 406 SERIES

NHV200

NHV200 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NHV200 406 series / OD 103 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

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JUNE 2013

PAGE 172

CONVENTIONAL PUMP

NH, 406 SERIES

NHV200

NHV200 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 99 3508 1069 33 14.7 10.9 15.6 11.6 3002570030

6 11.5 3.5 344 156 114 4039 1231 33 16.9 12.6 17.9 13.4 3002570031

7 13.1 4.0 386 175 132 4677 1426 33 19.6 14.6 20.8 15.5 3002570032

8 14.8 4.5 430 195 150 5315 1620 33 22.2 16.6 23.6 17.6 3002570033

9 16.4 5.0 470 213 168 5953 1814 33 24.9 18.6 26.5 19.7 3002570034

10 18.0 5.5 518 235 183 6484 1976 33 27.1 20.2 28.8 21.5 3002570035

11 19.7 6.0 562 255 201 7122 2171 33 29.8 22.2 31.6 23.6 3002570036






STGHead



5 9.8 3.0 298 135 86 3047 929 33 12.7 9.5 13.5 10.1 3002570037

6 11.5 3.5 344 156 103 3650 1112 33 15.3 11.4 16.2 12.1 3002570038

7 13.1 4.0 386 175 119 4217 1285 33 17.6 13.2 18.7 14.0 3002570039

8 14.8 4.5 430 195 134 4748 1447 33 19.9 14.8 21.1 15.7 3002570040

9 16.4 5.0 470 213 148 5244 1598 33 21.9 16.4 23.3 17.4 3002570041

10 18.0 5.5 518 235 162 5740 1750 33 24.0 17.9 25.5 19.0 3002570042

11 19.7 6.0 562 255 179 6343 1933 33 26.5 19.8 28.2 21.0 3002570043




PUMP ACCESSORIES



BOH 2-7/8"-8RD EUE-406SERIES CR0 0.62 0.19 11.0 5 2013070026

BOH 3-1/2"-8RD EUE-406SERIES CR0 0.62 0.19 9.9 4.5 2013070006SPLINE COUPLING 0.67"-0.67" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010242







ESP CATALOG

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PAGE 173

CONVENTIONAL PUMP

NH, 406 SERIES

NHV250



40 6020








Shaft PowerLimit



bpd24-54

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

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JUNE 2013

PAGE 174

CONVENTIONAL PUMP

NH, 406 SERIES

NHV250



11

8

6

4

2

604020








Shaft PowerLimit



bpd20-45

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

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PAGE 175

CONVENTIONAL PUMP

NH, 406 SERIES

NHV250





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 176

CONVENTIONAL PUMP

NH, 406 SERIES

NHV250



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 99 3180 969 39 15.8 11.8 17.2 12.8 TBA

6 11.5 3.5 331 150 114 3662 1116 39 18.2 13.6 19.8 14.8 TBA

7 13.1 4.0 386 175 132 4241 1293 39 21.1 15.7 22.9 17.1 TBA

8 14.8 4.5 430 195 150 4819 1469 39 24.0 17.9 26.0 19.4 TBA

9 16.4 5.0 470 213 168 5397 1645 39 26.8 20.0 29.2 21.8 TBA

10 18.0 5.5 518 235 183 5879 1792 39 29.2 21.8 31.8 23.7 TBA

11 19.7 6.0 562 255 201 6457 1968 39 32.1 24.0 34.9 26.0 TBA






STGHead



5 9.8 3.0 298 135 86 2763 842 39 13.7 10.3 14.9 11.1 TBA

6 11.5 3.5 331 150 103 3309 1009 39 16.5 12.3 17.9 13.3 TBA

7 13.1 4.0 386 175 119 3823 1165 39 19.0 14.2 20.7 15.4 TBA

8 14.8 4.5 430 195 134 4305 1312 39 21.4 16.0 23.3 17.4 TBA

9 16.4 5.0 470 213 148 4755 1449 39 23.6 17.6 25.7 19.2 TBA

10 18.0 5.5 518 235 162 5204 1586 39 25.9 19.3 28.1 21.0 TBA

11 19.7 6.0 562 255 179 5751 1753 39 28.6 21.3 31.1 23.2 TBA




PUMP ACCESSORIES











ESP CATALOG

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JUNE 2013

PAGE 177

CONVENTIONAL PUMP

NH, 406 SERIES

NHV260



Eff, %








Shaft PowerLimit



bpd24-72

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

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PAGE 178

CONVENTIONAL PUMP

NH, 406 SERIES

NHV260



bpd

Headm ft

Capacity

m3/day

Eff, %

Power hp kW

Power

Eff

Head

Qmin

Qnom Q

max


100

6004503001500

50 7525100








Shaft PowerLimit



bpd20-60

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

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PAGE 179

CONVENTIONAL PUMP

NH, 406 SERIES

NHV260



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

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JUNE 2013

PAGE 180

CONVENTIONAL PUMP

NH, 406 SERIES

NHV260



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 104 3626 1105 40 17.8 13.3 18.8 14.0 3002120353

6 11.5 3.5 344 156 122 4254 1297 40 20.9 15.6 22.0 16.4 3002120354

7 13.1 4.0 386 175 141 4916 1498 40 24.2 18.0 25.5 19.0 3002120355

8 14.8 4.5 430 195 157 5474 1668 40 26.9 20.1 28.4 21.2 3002120356

9 16.4 5.0 470 213 176 6136 1870 40 30.2 22.5 31.8 23.7 3002120357

10 18.0 5.5 518 235 194 6764 2062 40 33.2 24.8 35.0 26.1 3002120358

11 19.7 6.0 562 255 213 7426 2264 40 36.5 27.2 38.5 28.7 3002120359






STGHead



5 9.8 3.0 298 135 89 3103 946 40 15.3 11.4 16.1 12.0 3002120360

6 11.5 3.5 344 156 104 3626 1105 40 17.8 13.3 18.8 14.0 3002120361

7 13.1 4.0 386 175 122 4254 1297 40 20.9 15.6 22.0 16.4 3002120362

8 14.8 4.5 430 195 140 4881 1488 40 24.0 17.9 25.3 18.9 3002120363

9 16.4 5.0 470 213 154 5369 1637 40 26.4 19.7 27.8 20.8 3002120364

10 18.0 5.5 518 235 169 5892 1796 40 29.0 21.6 30.5 22.8 3002120365

11 19.7 6.0 562 255 187 6520 1987 40 32.0 23.9 33.8 25.2 3002120366




PUMP ACCESSORIES











ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 181

CONVENTIONAL PUMP

NH, 406 SERIES

NHV380










Shaft PowerLimit



bpd42-84

m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 182

CONVENTIONAL PUMP

NH, 406 SERIES

NHV380



30 60 90








Shaft PowerLimit



bpd35-70

m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

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PAGE 183

CONVENTIONAL PUMP

NH, 406 SERIES

NHV380



80Hz

80Hz

75Hz

75Hz

70Hz

70Hz

65Hz

65Hz

60 Hz

60 Hz

55Hz

55Hz

50 Hz

50 Hz

45Hz

45Hz

40Hz

40Hz



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 184

CONVENTIONAL PUMP

NH, 406 SERIES

NHV380



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 101 3087 941 55 15.7 11.7 16.6 12.4 3002130096

6 11.5 3.5 344 156 117 3576 1090 55 18.2 13.5 19.2 14.4 3002130097

7 13.1 4.0 386 175 135 4127 1258 55 20.9 15.6 22.2 16.6 3002130098

8 14.8 4.5 430 195 153 4677 1425 55 23.7 17.7 25.2 18.8 3002130099

9 16.4 5.0 470 213 172 5258 1602 55 26.7 19.9 28.3 21.1 3002130100

10 18.0 5.5 518 235 190 5808 1770 55 29.5 22.0 31.2 23.3 3002130101

11 19.7 6.0 562 255 208 6358 1938 55 32.3 24.1 34.2 25.5 3002130102






STGHead



5 9.8 3.0 298 135 87 2659 811 55 13.5 10.1 14.3 10.7 3002130103

6 11.5 3.5 344 156 101 3087 941 55 15.7 11.7 16.6 12.4 3002130104

7 13.1 4.0 386 175 119 3637 1109 55 18.5 13.8 19.6 14.6 3002130105

8 14.8 4.5 430 195 137 4188 1276 55 21.3 15.9 22.5 16.8 3002130106

9 16.4 5.0 470 213 151 4616 1407 55 23.4 17.5 24.8 18.5 3002130107

10 18.0 5.5 518 235 169 5166 1575 55 26.2 19.6 27.8 20.7 3002130108

11 19.7 6.0 562 255 186 5685 1733 55 28.9 21.5 30.6 22.8 3002130109




PUMP ACCESSORIES











ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 185

CONVENTIONAL PUMP

NH, 406 SERIES

NHV760










Shaft PowerLimit



bpd84-168m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 186

CONVENTIONAL PUMP

NH, 406 SERIES

NHV760










Shaft PowerLimit



bpd70-140m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 187

CONVENTIONAL PUMP

NH, 406 SERIES

NHV760





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 188

CONVENTIONAL PUMP

NH, 406 SERIES

NHV760



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 97 3483 1062 60 32.6 24.3 37.5 28.0 3002140365

6 11.5 3.5 344 156 114 4093 1248 60 38.3 28.6 44.1 32.9 3002140366

7 13.1 4.0 386 175 132 4740 1445 60 44.3 33.1 51.0 38.1 3002140367

8 14.8 4.5 430 195 150 5386 1642 60 50.4 37.6 58.0 43.3 3002140368

9 16.4 5.0 470 213 167 5996 1828 60 56.1 41.8 64.6 48.2 3002140369

10 18.0 5.5 518 235 185 6643 2025 60 62.1 46.4 71.5 53.4 3002140370

11 19.7 6.0 562 255 202 7253 2211 60 67.8 50.6 78.1 58.3 3002140371






STGHead



5 9.8 3.0 298 135 84 3016 919 60 28.2 21.0 32.5 24.2 3002140372

6 11.5 3.5 344 156 100 3591 1094 60 33.6 25.1 38.7 28.9 3002140373

7 13.1 4.0 386 175 114 4093 1248 60 38.3 28.6 44.1 32.9 3002140374

8 14.8 4.5 430 195 130 4668 1423 60 43.6 32.6 50.3 37.5 3002140375

9 16.4 5.0 470 213 144 5170 1576 60 48.3 36.1 55.7 41.6 3002140376

10 18.0 5.5 518 235 161 5781 1762 60 54.1 40.3 62.3 46.5 3002140377

11 19.7 6.0 562 255 175 6283 1915 60 58.8 43.8 67.7 50.5 3002140378




PUMP ACCESSORIES




BOH 3-1/2"-8RD EUE-406SERIES CR0 0.62 0.19 9.9 4.5 2013070006SPLINE COUPLING 0.79"STR-0.79"STR (FOR FLT, SCMP PUMPS) 0.31 0.09 0.9 0,4 2024010016







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 189

CONVENTIONAL PUMP

NH, 406 SERIES

NHV940










Shaft PowerLimit



bpd114-192m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 190

CONVENTIONAL PUMP

NH, 406 SERIES

NHV940










Shaft PowerLimit



bpd95-160m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 191

CONVENTIONAL PUMP

NH, 406 SERIES

NHV940





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 192

CONVENTIONAL PUMP

NH, 406 SERIES

NHV940



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 90 3231 985 61 37.3 27.8 41.5 30.9 3002150493

6 11.5 3.5 344 156 106 3806 1160 61 43.9 32.8 48.8 36.5 3002150494

7 13.1 4.0 386 175 122 4380 1335 61 50.6 37.7 56.2 42.0 3002150495

8 14.8 4.5 430 195 137 4919 1499 61 56.8 42.4 63.1 47.1 3002150496

9 16.4 5.0 470 213 153 5494 1674 61 63.4 47.3 70.5 52.6 3002150497

10 18.0 5.5 518 235 169 6068 1850 61 70.0 52.3 77.9 58.1 3002150498

11 19.7 6.0 562 255 185 6643 2025 61 76.7 57.2 85.2 63.6 3002150499






STGHead



5 9.8 3.0 298 135 79 2837 865 61 32.7 24.4 36.4 27.2 3002150500

6 11.5 3.5 344 156 91 3267 996 61 37.7 28.1 41.9 31.3 3002150501

7 13.1 4.0 386 175 106 3806 1160 61 43.9 32.8 48.8 36.5 3002150502

8 14.8 4.5 430 195 119 4273 1302 61 49.3 36.8 54.8 40.9 3002150503

9 16.4 5.0 470 213 134 4811 1466 61 55.5 41.4 61.7 46.1 3002150504

10 18.0 5.5 518 235 149 5350 1631 61 61.8 46.1 68.7 51.2 3002150505

11 19.7 6.0 562 255 161 5781 1762 61 66.7 49.8 74.2 55.4 3002150506




COMPRESSION: AR2 CR1*


STGHead



3 6.6 2.0 198 90 49 1759 536 61 20.3 15.2 22.6 16.8 TBA

4 8.2 2.5 254 115 61 2190 668 61 25.3 18.9 28.1 21.0 TBA5 9.8 3.0 298 135 73 2621 799 61 30.3 22.6 33.6 25.1 TBA






ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 193

CONVENTIONAL PUMP

NH, 406 SERIES

NHV940

PUMP ACCESSORIES





SPLINE COUPLING 0.79"-0.79" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.9 0,4 2024010119

SPLINE COUPLING 0.79"-0.79" CMP (FOR CMP PUMPS) 0.31 0.09 0.9 0,4 2024010333








ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 194

CONVENTIONAL PUMP

NH, 406 SERIES

NHV1200










Shaft PowerLimit



bpd156-246m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 195

CONVENTIONAL PUMP

NH, 406 SERIES

NHV1200










Shaft PowerLimit



bpd130-205m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 196

CONVENTIONAL PUMP

NH, 406 SERIES

NHV1200





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 197

CONVENTIONAL PUMP

NH, 406 SERIES

NHV1200



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 98 3380 1030 56 53.1 39.6 59.5 44.4 3002160486

6 11.5 3.5 344 156 115 3966 1209 56 62.3 46.5 69.8 52.1 3002160487

7 13.1 4.0 386 175 132 4552 1388 56 71.5 53.4 80.1 59.8 3002160488

8 14.8 4.5 430 195 149 5139 1566 56 80.7 60.2 90.4 67.5 3002160489

9 16.4 5.0 470 213 166 5725 1745 56 89.9 67.1 100.7 75.2 3002160490

10 18.0 5.5 518 235 183 6311 1924 56 99.2 74.0 111.0 82.9 3002160491

11 19.7 6.0 562 255 201 6932 2113 56 108.9 81.3 121.9 91.0 3002160492






STGHead



5 9.8 3.0 298 135 82 2828 862 56 44.4 33.2 49.7 37.1 3002160493

6 11.5 3.5 344 156 98 3380 1030 56 53.1 39.6 59.5 44.4 3002160494

7 13.1 4.0 386 175 112 3863 1177 56 60.7 45.3 67.9 50.7 3002160495

8 14.8 4.5 430 195 128 4414 1346 56 69.4 51.8 77.7 58.0 3002160496

9 16.4 5.0 470 213 141 4863 1482 56 76.4 57.0 85.5 63.8 3002160497

10 18.0 5.5 518 235 158 5449 1661 56 85.6 63.9 95.9 71.5 3002160498

11 19.7 6.0 562 255 171 5897 1798 56 92.7 69.1 103.7 77.4 3002160499

*CR2, CR3 and UCR configurations are available.**S14 and S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength.***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).

PUMP ACCESSORIES





SPLINE COUPLING 0.79"-0.79" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.9 0,4 2024010119999.350.0020_INSTALLATION PARTS KIT. CR0 - - - - 2138030003






ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 198

CONVENTIONAL PUMP

NH, 406 SERIES

NH1500

NH1500 PUMP PERFORMANCE CURVE

NH1500 60 Hz / 3500 rpm 406 series / OD 103 mmCurve is calculated for one stageon water of 1.00 sg

400




ENGINEERING DATA NH1500, 60 HZ




Shaft PowerLimit



bpd180-300m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 199

CONVENTIONAL PUMP

NH, 406 SERIES

NH1500










Shaft PowerLimit



bpd150-250m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 200

CONVENTIONAL PUMP

NH, 406 SERIES

NH1500

NH1500 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NH1500 406 series / OD 103 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 201

CONVENTIONAL PUMP

NH, 406 SERIES

NH1500

NH1500 PUMP DESIGN DATA @ 60 HZ




STGHead



3 6.6 2.0 212 96 50 1181 360 62 21.2 15.8 21.2 15.8 3002540013

4 8.2 2.5 254 115 64 1512 461 62 27.1 20.2 27.1 20.2 3002540014

5 9.8 3.0 298 135 79 1866 569 62 33.5 25.0 33.5 25.0 3002540015




PUMP ACCESSORIES





SPLINE COUPLING 0.79"-0.79" CMP (FOR CMP PUMPS) 0.31 0.09 0.9 0,4 2024010333








ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 202

CONVENTIONAL PUMP

NH, 406 SERIES

NH3000










Shaft PowerLimit



bpd384-576m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 203

CONVENTIONAL PUMP

NH, 406 SERIES

NH3000










Shaft PowerLimit



bpd320-480m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 204

CONVENTIONAL PUMP

NH, 406 SERIES

NH3000


Multi Hz Curve NH3000 406 series / OD 103 mmCurve is calculated for one stageon water of 1.00 sg

40

45

50

55

60

65

70

75

80

4045

50

55

60

65

70

75

80



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 205

CONVENTIONAL PUMP

NH, 406 SERIES

NH3000

NH3000 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 51 1205 367 59 45.0 33.6 45.8 34.2 3002200316

6 11.5 3.5 344 156 60 1417 432 59 52.9 39.5 53.9 40.2 3002200317

7 13.1 4.0 386 175 69 1630 497 59 60.9 45.4 62.0 46.3 3002200318

8 14.8 4.5 430 195 78 1843 562 59 68.8 51.4 70.1 52.3 3002200319

9 16.4 5.0 470 213 87 2055 626 59 76.8 57.3 78.2 58.3 3002200320

10 18.0 5.5 518 235 96 2268 691 59 84.7 63.2 86.2 64.4 3002200321

11 19.7 6.0 562 255 105 2480 756 59 92.6 69.1 94.3 70.4 3002200308






STGHead



5 9.8 3.0 298 135 51 1205 367 59 45.0 33.6 45.8 34.2 3002200322

7 13.1 4.0 386 175 69 1630 497 59 60.9 45.4 62.0 46.3 3002200323

8 14.8 4.5 430 195 78 1843 562 59 68.8 51.4 70.1 52.3 3002200324

9 16.4 5.0 470 213 87 2055 626 59 76.8 57.3 78.2 58.3 3002200325

11 19.7 6.0 562 255 105 2480 756 59 92.6 69.1 94.3 70.4 3002200326




PUMP ACCESSORIES





SPLINE COUPLING 0.87"STR-0.87"STR PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.9 0,4 2024010010

999.350.0020_INSTALLATION PARTS KIT. CR0 - - - - 2138030003PUMP/MOTOR CLAMP 338..449SERIES 5TON - - 29.8 13.5 3020010007


Stage design - Mixed Flow stage



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 206

CONVENTIONAL PUMP

NH, 406 SERIES

NHV3800










Shaft PowerLimit



bpd420-720m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 207

CONVENTIONAL PUMP

NH, 406 SERIES

NHV3800










Shaft PowerLimit



bpd350-600m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 208

CONVENTIONAL PUMP

NH, 406 SERIES

NHV3800





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 209

CONVENTIONAL PUMP

NH, 406 SERIES

NHV3800



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 42 952 290 57 46.6 34.8 47.0 35.1 3002210226

6 11.5 3.5 344 156 50 1134 346 57 55.5 41.4 55.9 41.7 3002210227

7 13.1 4.0 386 175 57 1293 394 57 63.2 47.2 63.7 47.6 3002210228

8 14.8 4.5 430 195 65 1474 449 57 72.1 53.8 72.7 54.3 3002210229

9 16.4 5.0 470 213 72 1633 498 57 79.9 59.6 80.5 60.1 3002210230

10 18.0 5.5 518 235 80 1814 553 57 88.7 66.2 89.5 66.8 3002210231

11 19.7 6.0 562 255 88 1996 608 57 97.6 72.8 98.4 73.4 3002210200






STGHead



5 9.8 3.0 298 135 42 952 290 57 46.6 34.8 47.0 35.1 3002210232

6 11.5 3.5 344 156 50 1134 346 57 55.5 41.4 55.9 41.7 3002210233

7 13.1 4.0 386 175 57 1293 394 57 63.2 47.2 63.7 47.6 3002210234

8 14.8 4.5 430 195 65 1474 449 57 72.1 53.8 72.7 54.3 3002210235

9 16.4 5.0 470 213 72 1633 498 57 79.9 59.6 80.5 60.1 3002210236

10 18.0 5.5 518 235 80 1814 553 57 88.7 66.2 89.5 66.8 3002210237

11 19.7 6.0 562 255 88 1996 608 57 97.6 72.8 98.4 73.4 3002210238






STGHead



3 6.6 2.0 298 135 27 612 187 57 29.9 22.3 30.2 22.5 3002210239

4 8.2 2.5 386 175 34 771 235 57 37.7 28.1 38.0 28.4 30022102405 9.8 3.0 430 195 42 952 290 57 46.6 34.8 47.0 35.1 3002210241

7 13.1 4.0 470 213 57 1293 394 57 63.2 47.2 63.7 47.6 3002210242

8 14.8 4.5 562 255 64 1451 442 57 71.0 53.0 71.6 53.4 3002210243






ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 210

CONVENTIONAL PUMP

NH, 406 SERIES

NHV3800

PUMP ACCESSORIES

Description Length Weight Part Numberft m lb kg




SPLINE COUPLING 0.87"-0.87" CMP (FOR CMP PUMPS) 0.31 0.09 0.9 0.4 2024010340








ESP CATALOG

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JUNE 2013

PAGE 211

CONVENTIONAL PUMP

NH, 406 SERIES

NHV5300










Shaft PowerLimit



bpd660-1008m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

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PAGE 212

CONVENTIONAL PUMP

NH, 406 SERIES

NHV5300










Shaft PowerLimit



bpd550-840m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

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PAGE 213

CONVENTIONAL PUMP

NH, 406 SERIES

NHV5300





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 214

CONVENTIONAL PUMP

NH, 406 SERIES

NHV5300



FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 298 135 34 691 211 62 43.3 32.3 43.3 32.3 3002220257

7 13.1 4.0 386 175 46 934 285 62 58.6 43.7 58.6 43.7 3002220258

8 14.8 4.5 430 195 52 1056 322 62 66.2 49.4 66.2 49.4 3002220259

9 16.4 5.0 470 213 58 1178 359 62 73.9 55.1 73.9 55.1 3002220260

11 19.7 6.0 562 255 70 1422 433 62 89.1 66.5 89.1 66.5 3002220261





STGHead



5 9.8 3.0 298 135 34 691 211 62 43.3 32.3 43.3 32.3 3002220262

6 11.5 3.5 344 156 40 813 248 62 50.9 38.0 50.9 38.0 3002220263

7 13.1 4.0 386 175 46 934 285 62 58.6 43.7 58.6 43.7 3002220264

8 14.8 4.5 430 195 52 1056 322 62 66.2 49.4 66.2 49.4 3002220265

9 16.4 5.0 470 213 58 1178 359 62 73.9 55.1 73.9 55.1 3002220266

10 18.0 5.5 518 235 64 1300 396 62 81.5 60.8 81.5 60.8 3002220267

11 19.7 6.0 562 255 70 1422 433 62 89.1 66.5 89.1 66.5 3002220268




PUMP ACCESSORIES





SPLINE COUPLING 0.98"-0.98" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.9 0,4 2024010243

999.350.0020_INSTALLATION PARTS KIT. CR0 - - - - 2138030003PUMP/MOTOR CLAMP 338..449SERIES 5TON - - 29.8 13.5 3020010007





ESP System

ComponentsDownhole

Equipment

Conventional pump

NJ 449 series



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 216

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV6000

NJV6000 PUMP PERFORMANCE CURVE

NJV6000 60 Hz / 3500 rpm 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NJV6000, 60 HZ

Maximal ESP System OD (incl.MLE AWG#5, 4kV)



Shaft PowerLimit



bpd840-1560m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

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PAGE 217

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV6000










Shaft PowerLimit



bpd700-1300m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

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PAGE 218

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV6000

NJV6000 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NJV6000 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg

80

75

70

65

60

55

50

45

40

80

75

70

65

60

55

50

45

40



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 219

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV6000

NJV6000 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 309 140 38 1059 323 62 75.0 55.9 76.1 56.8 3002490016

7 13.1 4.0 474 215 51 1422 433 62 100.6 75.1 102.1 76.2 3002490017

9 16.4 5.0 529 240 65 1812 552 62 128.2 95.7 130.2 97.2 3002490018

11 19.7 6.0 684 310 78 2174 663 62 153.9 114.8 156.2 116.6 3002490019


**S14 and S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength.***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).

PUMP ACCESSORIES













ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 220

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV7600










Shaft PowerLimit



bpd840-1560m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 221

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV7600










Shaft PowerLimit



bpd700-1300m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 222

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV7600

NJV7600 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NJV7600 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 223

CONVENTIONAL PUMP

NJ, 449 SERIES

NJV7600

NJV7600 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 309 140 29 795 242 64 68.9 51.4 70.6 52.7 3002230108

6 11.5 3.5 386 175 34 932 284 64 80.8 60.3 82.7 61.7 3002230109

7 13.1 4.0 474 215 40 1096 334 64 95.0 70.9 97.3 72.6 3002230110

9 16.4 5.0 529 240 50 1370 418 64 118.8 88.6 121.7 90.8 3002230053

10 18.0 5.5 595 270 55 1507 459 64 130.7 97.5 133.8 99.9 3002230111

11 19.7 6.0 662 300 61 1671 509 64 144.9 108.1 148.5 110.8 3002230054






STGHead



5 9.8 3.0 309 140 29 795 242 64 68.9 51.4 70.6 52.7 3002230112

7 13.1 4.0 474 215 40 1096 334 64 95.0 70.9 97.3 72.6 3002230113

9 16.4 5.0 529 240 50 1370 418 64 118.8 88.6 121.7 90.8 3002230084

11 19.7 6.0 662 300 61 1671 509 64 144.9 108.1 148.5 110.8 3002230085




PUMP ACCESSORIES













ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 224

CONVENTIONAL PUMP

NJ, 449 SERIES

NJ9400

NJ9400 PUMP PERFORMANCE CURVE

NJ9400 60 Hz / 3500 rpm 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg








Shaft PowerLimit



bpd1200-1800

m3/day

HighStrength (S14)

1198 hp 894 kW




1.09 in2 706.5 mm2 Housing Burst Pressure Limit 4978 psi 343 bar



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 225

CONVENTIONAL PUMP

NJ, 449 SERIES

NJ9400

NJ9400 PUMP PERFORMANCE CURVE

NJ9400 50 Hz / 2910 rpm 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg








Shaft PowerLimit



bpd1000-1500

m3/day

HighStrength (S14)

998 hp 745 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 226

CONVENTIONAL PUMP

NJ, 449 SERIES

NJ9400

NJ9400 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NJ9400 449 series / OD 114 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 227

CONVENTIONAL PUMP

NJ, 449 SERIES

NJ9400

NJ9400 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 309 140 29 671 205 64 73.1 54.5 73.2 54.6 3002240028

6 11.5 3.5 386 175 34 787 240 64 85.7 63.9 85.8 64.0 3002240029

7 13.1 4.0 474 215 39 903 275 64 98.3 73.3 98.4 73.5 3002240030

9 16.4 5.0 529 240 50 1157 353 64 126.0 94.0 126.2 94.2 3002240031

10 18.0 5.5 606 275 55 1273 388 64 138.6 103.4 138.8 103.6 3002240032

11 19.7 6.0 684 310 60 1389 423 64 151.2 112.8 151.4 113.0 3002240033




PUMP ACCESSORIES













ESP System

Components

Downhole

Equipment

Conventional pump

NL 484 series



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 229

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1000

NLV1000 PUMP PERFORMANCE CURVE

NLV1000 60 Hz / 3550 rpm 484 series / OD 123 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NLV1000, 60 HZ




Shaft PowerLimit



bpd140-240m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 230

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1000










Shaft PowerLimit



bpd120-200m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 231

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1000

NLV1000 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NLV1000 484 series / OD 123 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 232

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1000

NLV1000 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 320 145 103 5109 1557 53 68.7 51.3 77.0 57.5 ТВА

6 11.5 3.5 419 190 121 6002 1830 53 80.7 60.2 90.5 67.5 ТВА

7 13.1 4.0 496 225 139 6895 2102 53 92.7 69.2 104.0 77.6 ТВА

9 16.4 5.0 551 250 157 7788 2374 53 104.7 78.1 117.4 87.6 ТВА

10 18.0 5.5 650 295 175 8681 2646 53 116.7 87.1 130.9 97.7 ТВА

11 19.7 6.0 772 350 193 9574 2918 53 128.7 96.0 144.3 107.7 ТВА

13 23.0 7.0 882 400 211 10467 3190 53 140.7 105.0 157.8 117.8 ТВА






STGHead



5 9.8 3.0 320 145 101 5010 1527 53 67.4 50.3 75.5 56.4 ТВА

6 11.5 3.5 386 175 119 5903 1799 53 79.4 59.2 89.0 66.4 ТВА

7 13.1 4.0 496 225 137 6796 2071 53 91.4 68.2 102.5 76.5 ТВА

8 14.8 4.5 551 250 154 7639 2328 53 102.7 76.6 115.2 86.0 ТВА

9 16.4 5.0 650 295 172 8532 2601 53 114.7 85.6 128.6 96.0 ТВА

10 18.0 5.5 772 350 190 9425 2873 53 126.7 94.6 142.1 106.0 ТВА

11 19.7 6.0 882 400 207 10269 3130 53 138.0 103.0 154.8 115.5 ТВА




PUMP ACCESSORIES




BOH 3-1/2"-8RD EUE-484SERIES CR0 0.62 0.19 7.7 3.5 TBABOH 4-1/2"-8RD EUE-484SERIES CR0 0.62 0.19 7.7 3.5 TBA

SPLINE COUPLING 0.98"-0.98" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 TBA

INSTALLATION PARTS KIT FOR 484 SERIES PUMP - FLT, SCMP. CR0 - - - - TBA






ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 233

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1900



bpd

Headm ft

Capacity

m3/day

Eff, %

Power hp kW

Power

Eff

Head

Qmin Qmax









Shaft PowerLimit



bpd216-372m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 234

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1900










Shaft PowerLimit



bpd180-310m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 235

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1900

NLV1900 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NLV1900 484 series / OD 123 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 236

CONVENTIONAL PUMP

NL, 484 SERIES

NLV1900

NLV1900 PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



5 9.8 3.0 320 145 86 3914 1193 60 90.5 67.5 95.0 70.9 ТВА

7 13.1 4.0 496 225 116 5279 1609 60 121.9 91.0 128.1 95.6 ТВА

8 14.8 4.5 551 250 135 6142 1872 60 141.9 105.9 149.1 111.3 ТВА

9 16.4 5.0 650 295 150 6824 2080 60 157.7 117.7 165.6 123.6 ТВА

11 19.7 6.0 882 400 181 8235 2510 60 190.3 142.0 199.9 149.2 ТВА





STGHead



5 9.8 3.0 320 145 88 3991 1217 60 92.5 69.0 97.2 72.5 ТВА

6 11.5 3.5 419 190 103 4671 1424 60 108.3 80.8 113.8 84.9 ТВА

7 13.1 4.0 496 225 118 5352 1631 60 124.0 92.6 130.3 97.3 ТВА

8 14.8 4.5 551 250 133 6032 1839 60 139.8 104.3 146.9 109.6 ТВА

9 16.4 5.0 650 295 149 6758 2060 60 156.6 116.9 164.6 122.8 ТВА

10 18.0 5.5 761 345 164 7438 2267 60 172.4 128.7 181.1 135.2 ТВА

11 19.7 6.0 882 400 179 8118 2474 60 188.2 140.4 197.7 147.5 ТВА




PUMP ACCESSORIES






SPLINE COUPLING 0.98"-0.98" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 TBAINSTALLATION KIT FOR 484 SERIES PUMP - FLT, SCMP. CR0 - - - - TBA






ESP System

Components

Downhole

Equipment

Conventional pump

NR 677 series



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 238

CONVENTIONAL PUMP

NR, 677 SERIES

NRV3800

NRV3800 PUMP PERFORMANCE CURVE

NRV3800 60 Hz / 3500 rpm 677 series / OD 172 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NRV3800, 60 HZ




Shaft PowerLimit

LowStrength (S8)

563 hp 420 kW


bpd480-780m3/day

MediumStrength (S11)

780 hp 582 kW

Shaft Diameter 1.18 in 30 mm Standard (S13) 925 hp 690 kW



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 239

CONVENTIONAL PUMP

NR, 677 SERIES

NRV3800










Shaft PowerLimit

LowStrength (S8)

469 hp 350 kW


bpd400-650m3/day


650 hp 485 kW







ESP CATALOG

© NOVOMET

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PAGE 240

CONVENTIONAL PUMP

NR, 677 SERIES

NRV3800

NRV3800 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NRV3800 677 series / OD 172 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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PAGE 241

CONVENTIONAL PUMP

NR, 677 SERIES

NRV3800

NRV3800 PUMP DESIGN DATA @ 60 HZ



HSG #Length** Weight

STGHead


ft m lb kg ft m hp kW hp kW S8 shaft

2 4.9 1.5 198 90 22 1996 608 59 89.0 66.4 93.2 69.5 3002420005

3 6.6 2.0 265 120 30 2721 829 59 121.4 90.6 127.1 94.8 3002420006

4 8.2 2.5 342 155 40 3628 1106 59 161.8 120.8 169.4 126.4 3002420007

5 9.8 3.0 386 175 48 4354 1327 59 194.2 144.9 203.3 151.7 3002420008

6 11.5 3.5 452 205 59 5352 1631 59 238.7 178.1 249.9 186.5 3002420009

7 13.1 4.0 562 255 67 6077 1852 59 271.0 202.3 283.8 211.8 3002420010

8 14.8 4.5 772 350 77 6985 2129 59 311.5 232.4 326.1 243.4 3002420011

9 16.4 5.0 1003 455 85 7710 2350 59 343.8 256.6 360.0 268.6 3002420012

10 18.0 5.5 1235 560 96 8708 2654 59 388.3 289.8 406.6 303.4 3002420013

11 19.7 6.0 1433 650 104 9434 2875 59 420.7 314.0 440.4 328.7 3002420014


**Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).

PUMP ACCESSORIES





SPLINE COUPLING 1.18"STR-1.18"STR PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010092

999.380.0020_INSTALLATION PARTS KIT (FOR FLT, SCMP PUMPS). CR0 - - - - 2138030005

PUMP/MOTOR CLAMP 677SERIES 7TON - - 48.1 21.8 3020020001





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 242

CONVENTIONAL PUMP

NR, 677 SERIES

NRV7600










Shaft PowerLimit

LowStrength (S8)

1158 hp 864 kW


bpd840-1560m3/day


1592 hp 1188 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 243

CONVENTIONAL PUMP

NR, 677 SERIES

NRV7600










Shaft PowerLimit

LowStrength (S8)

965 hp 720 kW


bpd700-1300m3/day


1327 hp 990 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 244

CONVENTIONAL PUMP

NR, 677 SERIES

NRV7600





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 245

CONVENTIONAL PUMP

NR, 677 SERIES

NRV7600



FLOATER: AR1 CR1*


STGHead



2 4.9 1.5 198 90 15 1453 443 66 123.0 91.8 133.7 99.7 3002280030

3 6.6 2.0 265 120 22 2131 649 66 180.4 134.6 196.0 146.3 3002280005

4 8.2 2.5 342 155 28 2712 827 66 229.6 171.3 249.5 186.2 3002280031

5 9.8 3.0 386 175 35 3390 1033 66 287.0 214.2 311.9 232.7 3002280006

6 11.5 3.5 452 205 41 3971 1210 66 336.2 250.9 365.3 272.6 3002280032

7 13.1 4.0 562 255 48 4649 1417 66 393.6 293.7 427.7 319.2 3002280007

8 14.8 4.5 772 350 54 5230 1594 66 442.8 330.4 481.1 359.1 3002280033

9 16.4 5.0 1003 455 61 5908 1801 66 500.2 373.2 543.5 405.6 3002280008

10 18.0 5.5 1235 560 67 6489 1978 66 549.4 410.0 597.0 445.5 3002280034

11 19.7 6.0 1433 650 74 7167 2184 66 606.7 452.8 659.3 492.1 3002280009



PUMP ACCESSORIES




BOH 4-1/2"-8RD EUE-677SERIES CR0 0.62 0.19 7.7 3.5 TBASPLINE COUPLING 1.50"-1.50" PRT (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010020

999.380.0020_INSTALLATION PARTS KIT (FOR FLT, SCMP PUMPS). CR0 - - - - 2138030005






ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 246

CONVENTIONAL PUMP

NR, 677 SERIES

NR12000

NR12000 PUMP PERFORMANCE CURVE

NR12000 60 Hz / 3500 rpm 677 series / OD 172 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NR12000, 60 HZ




Shaft PowerLimit

LowStrength (S8)

1158 hp 864 kW


bpd1320-2280

m3/day


1592 hp 1188 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 247

CONVENTIONAL PUMP

NR, 677 SERIES

NR12000










Shaft PowerLimit

LowStrength (S8)

965 hp 720 kW


bpd1100-1900

m3/day


1327 hp 990 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 248

CONVENTIONAL PUMP

NR, 677 SERIES

NR12000

NR12000 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NR12000 677 series / OD 172 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 249

CONVENTIONAL PUMP

NR, 677 SERIES

NR12000

NR12000 PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 198 90 13 983 300 65 135.1 100.8 139.0 103.8 3002290036

2 4.9 1.5 198 90 15 1134 346 65 155.9 116.4 160.4 119.7 3002290037

3 6.6 2.0 265 120 20 1512 461 65 207.9 155.1 213.9 159.6 3002290038

3 6.6 2.0 265 120 22 1663 507 65 228.7 170.7 235.3 175.6 3002290039

4 8.2 2.5 342 155 26 1965 599 65 270.3 201.7 278.1 207.5 3002290040

4 8.2 2.5 342 155 28 2117 645 65 291.0 217.2 299.5 223.5 3002290041

5 9.8 3.0 386 175 33 2494 760 65 343.0 256.0 352.9 263.4 3002290042

5 9.8 3.0 386 175 35 2646 806 65 363.8 271.5 374.3 279.4 3002290043

6 11.5 3.5 452 205 39 2948 899 65 405.4 302.5 417.1 311.3 3002290044

6 11.5 3.5 452 205 42 3175 968 65 436.6 325.8 449.2 335.2 3002290045

7 13.1 4.0 562 255 46 3477 1060 65 478.1 356.8 492.0 367.2 3002290046

7 13.1 4.0 562 255 48 3628 1106 65 498.9 372.3 513.4 383.1 3002290026



PUMP ACCESSORIES


Part Number

ft m lb kgBOH 3-1/2"-8RD EUE-677SERIES CR0 0.62 0.19 7.1 3.2 TBA


SPLINE COUPLING 1.50"-1.50" PRT (FOR CMP PUMPS) 0.31 0.09 0.5 0.2 2024010020







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 250

CONVENTIONAL PUMP

NR, 677 SERIES

NRV15000










Shaft PowerLimit

LowStrength (S8)

1568 hp 1170 kW


bpd1680-3120

m3/day


2139 hp 1596 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 251

CONVENTIONAL PUMP

NR, 677 SERIES

NRV15000










Shaft PowerLimit

LowStrength (S8)

1307 hp 975 kW


bpd1400-2600

m3/day


1782 hp 1330 kW







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 252

CONVENTIONAL PUMP

NR, 677 SERIES

NRV15000





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 253

CONVENTIONAL PUMP

NR, 677 SERIES

NRV15000





STGHead



2 4.9 1.5 198 90 9 736 224 65 127.1 94.9 131.2 97.9 3002300039

2 4.9 1.5 198 90 12 981 299 65 169.5 126.5 174.9 130.6 3002300038

3 6.6 2.0 265 120 15 1226 374 65 211.9 158.1 218.7 163.2 3002300041

3 6.6 2.0 265 120 17 1389 424 65 240.2 179.2 247.8 185.0 3002300040

4 8.2 2.5 342 155 20 1635 498 65 282.5 210.9 291.6 217.6 3002300042

5 9.8 3.0 386 175 23 1880 573 65 324.9 242.5 335.3 250.2 3002300044

5 9.8 3.0 386 175 26 2125 648 65 367.3 274.1 379.0 282.9 3002300043

6 11.5 3.5 452 205 29 2370 722 65 409.7 305.7 422.8 315.5 3002300046

6 11.5 3.5 452 205 32 2615 797 65 452.1 337.4 466.5 348.1 3002300045

7 13.1 4.0 562 255 35 2861 872 65 494.4 369.0 510.2 380.8 3002300048

7 13.1 4.0 562 255 37 3024 922 65 522.7 390.1 539.4 402.5 3002300047



PUMP ACCESSORIES



BOH 3-1/2"-8RD EUE-677SERIES CR0 0.62 0.19 7.1 3.2 TBABOH 4-1/2"-8RD EUE-677SERIES CR0 0.62 0.19 7.7 3.5 TBA

SPLINE COUPLING 1.65"STR-1.65"STR (FOR CMP PUMPS) 0.31 0.09 0.5 0.2 2024010042







ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 254

CONVENTIONAL PUMP

NR, 677 SERIES

NRV19000










Shaft PowerLimit

LowStrength (S8)

1568 hp 1170 kW


bpd2040-4320

m3/day


2139 hp 1596 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 255

CONVENTIONAL PUMP

NR, 677 SERIES

NRV19000










Shaft PowerLimit

LowStrength (S8)

1307 hp 975 kW


bpd1700-3600

m3/day


1782 hp 1330 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 256

CONVENTIONAL PUMP

NR, 677 SERIES

NRV19000





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 257

CONVENTIONAL PUMP

NR, 677 SERIES

NRV19000





STGHead



2 4.9 1.5 198 90 10 694 212 67 145.6 108.7 152.1 113.5 3002310002

3 6.6 2.0 265 120 14 972 296 67 203.8 152.1 212.9 158.9 3002310024

4 8.2 2.5 342 155 17 1181 360 67 247.5 184.7 258.5 192.9 3002310025

5 9.8 3.0 386 175 21 1458 445 67 305.8 228.2 319.4 238.3 3002310006

6 11.5 3.5 452 205 27 1875 572 67 393.1 293.4 410.6 306.4 3002310013

6 11.5 3.5 452 205 24 1667 508 67 349.4 260.8 365.0 272.4 3002310026

7 13.1 4.0 562 255 31 2153 656 67 451.4 336.8 471.5 351.8 3002310027



PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 258

CONVENTIONAL PUMP

NR, 677 SERIES

NRV22500










Shaft PowerLimit

LowStrength (S8)

1568 hp 1170 kW


bpd2880-4320

m3/day


2139 hp 1596 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 259

CONVENTIONAL PUMP

NR, 677 SERIES

NRV22500










Shaft PowerLimit

LowStrength (S8)

1307 hp 975 kW


bpd2400-3600

m3/day


1782 hp 1330 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 260

CONVENTIONAL PUMP

NR, 677 SERIES

NRV22500





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 261

CONVENTIONAL PUMP

NR, 677 SERIES

NRV22500


677 SERIES |CAST METALLURGY STAGE



STGHead



2 4.9 1.5 198 90 10 605 184 68 144.2 107.6 148.0 110.5 3002450003

3 6.6 2.0 265 120 14 847 258 68 201.8 150.6 207.2 154.7 3002450004

4 8.2 2.5 342 155 18 1089 332 68 259.5 193.7 266.5 198.8 3002450005

5 9.8 3.0 386 175 23 1391 424 68 331.6 247.4 340.5 254.1 3002450006

6 11.5 3.5 452 205 27 1633 498 68 389.2 290.5 399.7 298.3 3002450007

7 13.1 4.0 562 255 31 1875 571 68 446.9 333.5 458.9 342.5 3002450008



PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 262

CONVENTIONAL PUMP

NR, 677 SERIES

NR30000










Shaft PowerLimit

LowStrength (S8)

1568 hp 1170 kW


bpd3360-5760

m3/day


2139 hp 1596 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 263

CONVENTIONAL PUMP

NR, 677 SERIES

NR30000










Shaft PowerLimit

LowStrength (S8)

1307 hp 975 kW


bpd2800-4800

m3/day


1782 hp 1330 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 264

CONVENTIONAL PUMP

NR, 677 SERIES

NR30000

NR30000 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NR30000 677 series / OD 172 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 265

CONVENTIONAL PUMP

NR, 677 SERIES

NR30000

NR30000 PUMP DESIGN DATA @ 60 HZ




STGHead



4 8.2 2.5 342 155 15 694 212 64 239.4 178.7 239.4 178.7 3002320005

6 11.5 3.5 452 205 21 972 296 64 335.2 250.1 335.2 250.1 3002320006

7 13.1 4.0 562 255 25 1157 353 64 399.0 297.8 399.0 297.8 3002320007

9 16.4 5.0 1003 455 31 1435 437 64 494.8 369.2 494.8 369.2 3002320003

10 18.0 5.5 1235 560 35 1620 494 64 558.6 416.9 558.6 416.9 3002320004

*CR2, CR3 and UCR configurations are available.**Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).

PUMP ACCESSORIES












ESP System

Components

Downhole

Equipment

Conventional pump

NT 740 series



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 267

CONVENTIONAL PUMP

NT, 740 SERIES

NT38000

NT38000 PUMP PERFORMANCE CURVE

NT38000 60 Hz / 3500 rpm 740 series / OD 188 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NT38000, 60 HZ




Shaft PowerLimit

LowStrength (S8)

1568 hp 1170 kW

Recommended Operating Range 30187- 45281

bpd4800-7200

m3/day


2139 hp 1596 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 268

CONVENTIONAL PUMP

NT, 740 SERIES

NT38000

NT38000 PUMP PERFORMANCE CURVE

NT38000 50 Hz / 2910 rpm 740 series / OD 188 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NT38000, 50 HZ

Maximal ESP System OD (incl. MLE AWG#2, 4kV)



Shaft PowerLimit

LowStrength (S8)

1307 hp 975 kW


bpd4000-6000

m3/day


1782 hp 1330 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 269

CONVENTIONAL PUMP

NT, 740 SERIES

NT38000

NT38000 MULTI HZ CURVE (TORNADO)

Multi Hz Curve NT38000 740 series / OD 188 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 270

CONVENTIONAL PUMP

NT, 740 SERIES

NT38000

NT38000 PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 258 117 6 403 123 70 161.6 120.6 161.6 120.6 3002500007

3 6.6 2.0 344 156 10 671 204 70 269.3 201.0 269.3 201.0 3002500008

4 8.2 2.5 445 202 13 872 266 70 350.1 261.3 350.1 261.3 3002500009

5 9.8 3.0 501 227 16 1073 327 70 430.9 321.5 430.9 321.5 3002500010

6 11.5 3.5 587 266 19 1275 389 70 511.7 381.8 511.7 381.8 3002500006

7 13.1 4.0 73 33 22 1476 450 70 592.4 442.1 592.4 442.1 3002500011

8 14.8 4.5 1003 455 25 1677 511 70 673.2 502.4 673.2 502.4 TBA

9 16.4 5.0 1301 590 29 1946 593 70 781.0 582.8 781.0 582.8 TBA

10 18.0 5.5 1588 720 32 2147 654 70 861.7 643.1 861.7 643.1 TBA

11 19.7 6.0 1863 845 35 2348 716 70 942.5 703.4 942.5 703.4 TBA



PUMP ACCESSORIES




BOH 4-1/2"-8RD EUE-740SERIES CR0 0.62 0.19 7.7 3.5 TBASPLINE COUPLING 1.65"STR-1.65"STR (FOR CMP PUMPS) 0.31 0.09 0.5 0.2 2024010042







ESP System

Components

Downhole

Equipment

"Power Save" pump



ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 272

POWER SAVE PUMP

POWER SAVE PUMP

GLOSSARY

"POWER SAVE" PUMP

N X X (XXX-XXX) H XXX XXX XXX XXX XXXSTG


Series, (see Table 1)Pump design:

empty - centrifugal, non-vortex

V - centrifugal, vortex

Recommended nominal ratings, bpd

(as per Pump Summary)

H - "Power Save" Stage

Pump assembly design:

FLT - floater

SCMP - semi-compression

CMP - compression

Abrasion resistance, (see Table 2)


Shaft material and yield strength:






M8 - Monel alloy (785 MPa)



I13 - Inconel alloy (1275 MPa)Number of stages in a pump

e.g., NHV(790-1000)H SCMP AR2 CR1 S13 99STG

Table 1 - Series

Novomet series Series HSG OD, inch HSG OD, mm Head & base length, ft (m)

A 272 2.72 69 1.2 (0.365)

B 319 3.19 81 1.2 (0.365)

F 362 3.62 92 1.2 (0.365)

H 406 4.06 103 1.2 (0.365)

P 535 5.35 136 1.2 (0.365)

R 677 6.77 172 1.3 (0.405)Intake built-in



ESP CATALOG

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PAGE 273

POWER SAVE PUMP

POWER SAVE PUMP

Table 2 - Abrasion resistance


AR1 Abrasion Resistant 1For fluid containing solids up to 175 ptb (500 mg/l).

Note: Applicable for all Floater pumps and all pumps of NR series

AR2 Abrasion Resistant 2For fluid containing solids up to 350 ptb (1000 mg/l).

Note: Applicable only for Compression and Semi-compression pumps,except for pumps of NR series



Max chemicalcontent, g/l pH Description

H2S CO

2Cl

CR1Corrosion

Resistant 1

Moderatelyaggressive

fluid

0.011.25

1.450.01

200 4.0..8.5

Stainless Steel for powder metallurgy stages.Ni-resist or Stainless Steel for cast stages(please refer to Table 1 Pump Summary in Pump

Glossary section).Housing, head and base are from Carbon Steel

CR2CCorrosionResistant

2C

Highlyaggressive

fluid

1.25 1.45 200 3.0..9.0

Stainless Steel for powder metallurgy stages.Ni-resist or Stainless Steel for cast stages.

Housing, head and base are coated with thermalspray coatings

CR2SCorrosionResistant

2S1.25 1.45 200 3.0..9.0

Stainless Steel for powder metallurgy stages.Ni-resist or Stainless Steel for cast stages.

Stainless Steel head and base. Housing is coated with thermal spray coatings

CR3

Corrosion

Resistant 3 1.25 1.45 200 3.0..9.0

Stainless Steel for powder metallurgy stages.

Ni-resist or Stainless Steel for cast stages.Stainless Steel housing, head and base

UCRUltra

CorrosionResistant

Extremelyaggressive

fluid>1.25 1.45 200 3.0..9.0

Materials resistant to Sulfide Stress Crackingare used for housing, head and base.

Table 4 - Housing data

HSG#Length

ft m

1 3.3 1.0

2 4.9 1.5

3 6.6 2.0

4 8.2 2.5

5 9.8 3.0

6 11.5 3.5

7 13.1 4.0

8 14.8 4.5

9 16.4 5.0

10 18.0 5.5

11 19.7 6.0

12 21.3 6.5

13 23.0 7.0

14 24.6 7.5

15 26.2 8.0

To get CT pump installed length add head and base length from Table 1.



©N OV OME T


MA R C H2 0 1 3

P A GE 2 7 4

P OWE R

S A V E P UMP

"POWER SAVE" PUMP SUMMARY (338 - 740 SERI

ESP

series

Pump OD,

inch Capacity, bpd @ rpm

А (272) 2.72

Stage NAV(130-250)H NAV(190-380)H NAV(440-630)H NA(630-1300)H

Capacity 130 160 190 220 190 250 315 380 440 500 630 790 1000 1130 1260

rpm 2910 3640 4365 4070 2910 3880 4850 5820 4070 4660 5820 3640 4660 5240 5820

B (319) 3.19

Stage

NBV(250-500)Н NB(630-1000)Н NB(1100-1800)Н

Capacity 250 280 315 380 440 500 630 790 1000 1100 1260 1570 1800

rpm 2850 3200 3550 4280 5000 5700 3230 4040 5170 3740 4160 5200 5820

F (362) 3.62

Stage NF(130- 250)Н NF(250-320)Н NF(310-630)Н NF(630-820)Н NF( 900-1300)Н NF(1300–2 000

Capacity 130 160 190 220 250 280 320 310 380 500 630 630 690 760 820 880 1000 1130 1260 1380 1320* 1570

rpm 2910 3640 4370 5100 3350 3750 4160 2910 3490 4660 5820 3 900 4280 4660 5060 2910 3330 3740 4160 4570 2910 3470

H (406) 4.06

Stage NHV(790-1000)H NH(1000-1600)Н NH(1600–2300)Н NH(2500–3100)Н NH(2500–3800)Н

Capa ci ty 630 790 880 1000 1100 1130* 1260 1400 1600 1760 1400* 2000 2500 2000* 3100 2500* 3800 3

rpm 2910 3640 4070 4660 5240 2910 3230 3640 4040 4530 2910 4140 5170 2910 4550 2910 4370 2

N (512) 5.12

Stage NN(1900-2800)H NN(3100-4700)H NN(5000-6300)H NNV(9400-1260

Capacity 1900 2200 2500 2800 3100 3800 4400 4700 5000 5700 6300 9400 11000

rpm 2910 3400 3900 4370 2910 3490 4070 4370 3110 3490 3900 2910 3400

P (535) 5.35

Stage NP(1900–2500)H NP(3100–4400)H NP(4400–5700)H NP(4700–6300)Н NP(7900–10100)Н

Capacity 1900 2000 2300 2500 3100 3800 4400 4400 5000 5700 5000 5700 6300 7900 10100

rpm 2910 3110 3490 3880 2910 3490 4080 3140 3590 4030 3110 3490 3880 3640 4660

R (677) 6.77

Stage NR(4700-6300)Н NR(6300-7900)Н NR(10000–11300)Н NR(12600–15700)Н N

Capacity 4700 6300 6300 7900 10000 11300 12600 13800 15700 15700

rpm 2910 3880 2910 3640 2910 3280 2910 3200 3640 2910

Powder metallurgy stages Powder metallurgy + cast stages Cast stages

NR(4700-6300)H - in development

* - Not recommended. To be delivered only upon Customer request.



ESP System

Components

Downhole

Equipment

"Power Save" pump

NA, 272 series



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 276

NAV(190-380)H

POWER SAVE PUMP

NA, 272 SERIES

NAV(190-380)H PUMP PERFORMANCE CURVE

60 Hz / 3490 rpm 272 series / OD 69 mmCurve is calculated for one stageon water of 1.00 sg




ENGINEERING DATA NAV(190-380)H, 60HZ




Shaft PowerLimit



bpd24-48

m3/day

HighStrength (S14)

100 hp 74 kW

Shaft Diameter 0.50 in 12.8 mmUltra High






ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 277

NAV(190-380)H

POWER SAVE PUMP

NA, 272 SERIES










Shaft PowerLimit



bpd20-40

m3/day

HighStrength (S14)

83 hp 62 kW







ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 278

NAV(190-380)H

POWER SAVE PUMP

NA, 272 SERIES

NAV(190-380)H MULTI HZ CURVE (TORNADO)

Multi Hz Curve 272 series / OD 69 mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 279

NAV(190-380)H

POWER SAVE PUMP

NA, 272 SERIES

NAV(190-380)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 68 31 45 549 167 49 1.9 1.4 1.9 1.4 3002820016

3 6.6 2.0 88 40 62 756 230 49 2.6 1.9 2.6 1.9 3002820017

4 8.2 2.5 106 48 79 963 294 49 3.3 2.5 3.3 2.5 3002820018

5 9.8 3.0 135 61 94 1146 349 49 3.9 2.9 3.9 2.9 3002820019

6 11.5 3.5 157 71 112 1365 416 49 4.7 3.5 4.7 3.5 3002820020

7 13.1 4.0 176 80 129 1572 479 49 5.4 4.0 5.4 4.0 3002820021

11 19.7 6.0 562 255 186 5685 1733 55 28.9 21.5 30.6 22.8 3002130109




PUMP ACCESSORIES




SPLINE COUPLING 0.50"-0.50" (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 2024010353

SPLINE COUPLING 0.50"-0.50" (FOR CMP PUMPS) 0.31 0.09 0.5 0.2 2024010769


PUMP/MOTOR CLAMP 276SERIES 3TON - - 19,8 9.0 3020010011


Stage design - Pancake stage , Vortex crown



ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 280

NAV(440-630)H

POWER SAVE PUMP

NA, 272 SERIES










Shaft PowerLimit



bpd42-78

m3/day

HighStrength (S14)

100 hp 74 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 281

NAV(440-630)H

POWER SAVE PUMP

NA, 272 SERIES










Shaft PowerLimit



bpd35-65

m3/day

HighStrength (S14)

83 hp 62 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 282

NAV(440-630)H

POWER SAVE PUMP

NA, 272 SERIES

MULTI HZ CURVE (TORNADO)

Multi Hz Curve series / OD mmCurve is calculated for one stageon water of 1.00 sg



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 283

NAV(440-630)H

POWER SAVE PUMP

NA, 272 SERIES

NAV(440-630)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 68 31 35 438 134 60 2.0 1.5 2.1 1.6 3002810017

3 6.6 2.0 88 40 47 588 179 60 2.7 2.0 2.8 2.1 3002810018

4 8.2 2.5 106 48 60 751 229 60 3.5 2.6 3.6 2.7 3002810019

5 9.8 3.0 135 61 74 926 282 60 4.3 3.2 4.5 3.3 3002810020

6 11.5 3.5 157 71 85 1064 324 60 4.9 3.7 5.1 3.8 3002810021

7 13.1 4.0 176 80 99 1239 378 60 5.7 4.3 6.0 4.4 3002810022

11 19.7 6.0 562 255 186 5685 1733 55 28.9 21.5 30.6 22.8 3002130109




PUMP ACCESSORIES









Stage design - Pancake stage , Vortex crown



ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 284

NA(630-1300)H

POWER SAVE PUMP

NA, 272 SERIES

NA(630-1300)H PUMP PERFORMANCE CURVE


300

50 100 150

600 900 1200




ENGINEERING DATA NA(630-1300)H, 60HZ




Shaft PowerLimit



bpd96-144m3/day

HighStrength (S14)

100 hp 74 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 285

NA(630-1300)H

POWER SAVE PUMP

NA, 272 SERIES

NA(630-1300)H PUMP PERFORMANCE CURVE


400 80 120 160

0 500250 750 1000




ENGINEERING DATA NA(630-1300)H, 50HZ




Shaft PowerLimit



bpd80-120m3/day

HighStrength (S14)

83 hp 62 kW







ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 286

NA(630-1300)H

POWER SAVE PUMP

NA, 272 SERIES

NA(630-1300)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 287

NA(630-1300)H

POWER SAVE PUMP

NA, 272 SERIES

NA(630-1300)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 75 34 28 270 82 60 2.6 1.9 2.6 1.9 TBA

3 6.6 2.0 99 45 39 376 115 60 3.6 2.7 3.6 2.7 TBA

4 8.2 2.5 117 53 49 472 144 60 4.6 3.4 4.6 3.4 TBA

5 9.8 3.0 141 64 60 578 176 60 5.6 4.2 5.6 4.2 TBA

6 11.5 3.5 157 71 71 684 209 60 6.6 4.9 6.6 4.9 TBA



PUMP ACCESSORIES









Stage design - Pancake stage , non Vortex



ESP System

Components

Downhole

Equipment

"Power Save" pump

NB, 319 series



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 289

NBV(250-500)H

POWER SAVE PUMP

NB,319 SERIES

NBV(250-500)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NBV(250-500)H, 60 HZ




Shaft PowerLimit



bpd37-66

m3/day

HighStrength (S14)

145 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 290

NBV(250-500)H

POWER SAVE PUMP

NB,319 SERIES

NBV(250-500)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NBV(250-500)H, 49 HZ




Shaft PowerLimit



bpd30-54

m3/day

HighStrength (S14)

99 hp 74 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 291

NBV(250-500)H

POWER SAVE PUMP

NB,319 SERIES

NBV(250-500)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 292

NBV(250-500)H

POWER SAVE PUMP

NB,319 SERIES

NBV(250-500)H PUMP DESIGN DATA @ 60 HZ


FLOATER: AR1 CR1*


STGHead



2 4.9 1.5 75 34 48 844 257 52 3.7 2.7 4.1 3.1 3002440130

3 6.6 2.0 95 43 66 1160 354 52 5.0 3.8 5.7 4.2 3002440131

4 8.2 2.5 117 53 84 1476 450 52 6.4 4.8 7.2 5.4 3002440132

5 9.8 3.0 150 68 102 1793 546 52 7.8 5.8 8.7 6.5 3002440082

6 11.5 3.5 172 78 120 2109 643 52 9.2 6.8 10.3 7.7 3002440086

7 13.1 4.0 190 86 140 2460 750 52 10.7 8.0 12.0 9.0 3002440060

8 14.8 4.5 221 100 157 2759 841 52 12.0 9.0 13.5 10.0 3002440120

9 16.4 5.0 243 110 175 3076 937 52 13.4 10.0 15.0 11.2 3002440085

10 18.0 5.5 276 125 195 3427 1045 52 14.9 11.1 16.7 12.5 3002440084

11 19.7 6.0 291 132 210 3691 1125 52 16.0 12.0 18.0 13.4 3002440133






STGHead



2 4.9 1.5 75 34 39 685 209 52 3.0 2.2 3.3 2.5 3002440118

3 6.6 2.0 95 43 54 949 289 52 4.1 3.1 4.6 3.5 3002440097

4 8.2 2.5 117 53 69 1213 370 52 5.3 3.9 5.9 4.4 3002440098

5 9.8 3.0 150 68 88 1547 471 52 6.7 5.0 7.5 5.6 3002440105

6 11.5 3.5 172 78 104 1828 557 52 7.9 5.9 8.9 6.6 3002440107

7 13.1 4.0 190 86 119 2091 637 52 9.1 6.8 10.2 7.6 3002440116

8 14.8 4.5 221 100 134 2355 718 52 10.2 7.6 11.5 8.6 3002440119

9 16.4 5.0 243 110 150 2636 804 52 11.5 8.6 12.9 9.6 3002440117

10 18.0 5.5 276 125 165 2900 884 52 12.6 9.4 14.1 10.5 3002440125

11 19.7 6.0 291 132 181 3181 970 52 13.8 10.3 15.5 11.6 3002440091






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 293

NBV(250-500)H

POWER SAVE PUMP

NB,319 SERIES

Stage design - Pancake stage, Vortex crown

PUMP ACCESSORIES

Description Length Weight Part Numberft m lb kg








ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 294

NB(630-1000)H

POWER SAVE PUMP

NB,319 SERIES

NB(630-1000)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NB(630-1000)H, 60 HZ




Shaft PowerLimit



bpd81-135m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 295

NB(630-1000)H

POWER SAVE PUMP

NB,319 SERIES










Shaft PowerLimit



bpd60-100m3/day

HighStrength (S14)

91 hp 68 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 296

NB(630-1000)H

POWER SAVE PUMP

NB,319 SERIES

NB(630-1000)H MULTI HZ CURVE (TORNADO)


89

89

69

69

60

60

55

55

45

45



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 297

NB(630-1000)H

POWER SAVE PUMP

NB,319 SERIES

NB(630-1000)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 75 34 30 354 108 58 2.7 2.0 2.7 2.0 3002710034

3 6.6 2.0 95 43 43 508 155 58 3.9 2.9 3.9 2.9 3002710035

4 8.2 2.5 117 53 52 614 187 58 4.7 3.5 4.7 3.5 3002710036

5 9.8 3.0 150 68 66 780 238 58 6.0 4.4 6.0 4.4 3002710037

6 11.5 3.5 172 78 79 933 284 58 7.1 5.3 7.1 5.3 3002710038



PUMP ACCESSORIES









Stage design - Pancake stage, non Vortex



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 298

NB(1100-1800)H

POWER SAVE PUMP

NB,319 SERIES










Shaft PowerLimit



bpd96-216m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 299

NB(1100-1800)H

POWER SAVE PUMP

NB,319 SERIES






ENGINEERING DATA NB(1100-1800)H, 50HZ




Shaft PowerLimit



bpd80-180m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 300

NB(1100-1800)H

POWER SAVE PUMP

NB,319 SERIES

NB(1100-1800)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 301

NB(1100-1800)H

POWER SAVE PUMP

NB,319 SERIES

NB(1100-1800)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 75 34 33 558 170 64 6.6 5.0 6.7 5.0 TBA

3 6.6 2.0 95 43 45 761 232 64 9.1 6.8 9.2 6.8 3002900027

4 8.2 2.5 117 53 58 981 299 64 11.7 8.7 11.8 8.8 3002900026

5 9.8 3.0 150 68 70 1184 361 64 14.1 10.5 14.3 10.6 3002900031

6 11.5 3.5 172 78 83 1404 428 64 16.7 12.5 16.9 12.6 3002900030



PUMP ACCESSORIES











"Power Save" pump

NF, 362 series

ESP System

Components

Downhole

Equipment



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 303

NFV(130-250)H

POWER SAVE PUMP

NF, 362 SERIES

NFV(130-250)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NFV(130-250)H, 60 HZ




Shaft PowerLimit



bpd18-30

m3/day

HighStrength (S14)

100 hp 74 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 304

NFV(130-250)H

POWER SAVE PUMP

NF, 362 SERIES

NFV(130-250)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NFV(130-250)H, 50 HZ




Shaft PowerLimit



bpd15-25

m3/day

HighStrength (S14)

83 hp 62 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 305

NFV(130-250)H

POWER SAVE PUMP

NF, 362 SERIES

NFV(130-250)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 306

NFV(130-250)H

POWER SAVE PUMP

NF, 362 SERIES

NFV(130-250)H PUMP DESIGN DATA @ 60 HZ

362 SERIES | POWDER METALLURGY + CAST STAGE



STGHead



3 6.6 2.0 183 83 64 1107 337 46 2.7 2.0 2.8 2.1 TBA

4 8.2 2.5 221 100 80 1383 422 46 3.4 2.5 3.5 2.6 TBA

5 9.8 3.0 262 119 95 1643 501 46 4.0 3.0 4.2 3.1 TBA

6 11.5 3.5 271 123 114 1971 601 46 4.8 3.6 5.0 3.7 TBA

7 13.1 4.0 335 152 123 2127 648 46 5.2 3.9 5.4 4.0 TBA



PUMP ACCESSORIES









Stage design - Pancake stage, Vortex crown,

radial diffuser

Impeller – Powder metallurgy

Diffuser– Cast metallurgy

Barrel – Powder metallurgy



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 307

NF(310-630)H

POWER SAVE PUMP

NF, 362 SERIES

NF(310-630)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NF(310-630)H, 60 HZ




Shaft PowerLimit



bpd42-78

m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 308

NF(310-630)H

POWER SAVE PUMP

NF, 362 SERIES










Shaft PowerLimit



bpd35-65

m3/day

HighStrength (S14)

101 hp 75 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 309

NF(310-630)H

POWER SAVE PUMP

NF, 362 SERIES

NF(310-630)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 310

NF(310-630)H

POWER SAVE PUMP

NF, 362 SERIES

NF(310-630)H PUMP DESIGN DATA @ 60 HZ




STGHead



5 9.8 3.0 262 119 96 2145 654 56 10.9 8.1 11.3 8.5 3002600024

6 11.5 3.5 300 136 115 2570 783 56 13.0 9.7 13.6 10.1 3002600025

7 13.1 4.0 335 152 130 2905 885 56 14.7 11.0 15.4 11.5 3002600026

8 14.8 4.5 373 169 148 3307 1008 56 16.8 12.5 17.5 13.0 3002600027

9 16.4 5.0 408 185 166 3710 1131 56 18.8 14.1 19.6 14.6 3002600028

10 18.0 5.5 441 200 182 4067 1240 56 20.6 15.4 21.5 16.0 3002600029

11 19.7 6.0 481 218 200 4469 1362 56 22.7 16.9 23.6 17.6 3002600030




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 311

NF(900-1300)H

POWER SAVE PUMP

NF, 362 SERIES










Shaft PowerLimit



bpd96-216m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 312

NF(900-1300)H

POWER SAVE PUMP

NF, 362 SERIES










Shaft PowerLimit



bpd80-180m3/day

HighStrength (S14)

101 hp 75 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 313

NF(900-1300)H

POWER SAVE PUMP

NF, 362 SERIES





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 314

NF(900-1300)H

POWER SAVE PUMP

NF, 362 SERIES





STGHead



3 6.6 2.0 165 75 44 927 283 65 11.0 8.2 11.0 8.2 3002340056

4 8.2 2.5 198 90 56 1180 360 65 14.0 10.5 14.0 10.5 3002340031

5 9.8 3.0 262 119 68 1433 437 65 17.0 12.7 17.0 12.7 3002340030

6 11.5 3.5 300 136 81 1707 520 65 20.3 15.1 20.3 15.1 3002340029



PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 315

NF(1300-2000)H

POWER SAVE PUMP

NF, 362 SERIES










Shaft PowerLimit



bpd96-216m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 317

NF(1300-2000)H

POWER SAVE PUMP

NF, 362 SERIES





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 318

NF(1300-2000)H

POWER SAVE PUMP

NF, 362 SERIES





STGHead



3 6.6 2.0 165 75 42 921 281 61 16.6 12.4 16.7 12.5 3002740013

4 8.2 2.5 198 90 53 1162 354 61 21.0 15.7 21.1 15.8 3002740014

5 9.8 3.0 262 119 65 1425 434 61 25.7 19.2 25.9 19.3 3002740015

7 13.1 4.0 335 152 88 1929 588 61 34.8 26.0 35.0 26.2 3002740016

8 14.8 4.5 372.6 169 100 2192 668 61 39.6 29.5 39.8 29.7 3002740017



PUMP ACCESSORIES









Stage design - Mixed flow, non Vortex



ESP System

Components

Downhole

Equipment

"Power Save" pump

NH, 406 series



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 320

NHV(790-1000)H

POWER SAVE PUMP

NH, 406 SERIES

NHV(790-1000)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NHV(790-1000)H, 60HZ




Shaft PowerLimit



bpd84-168m3/day

HighStrength (S14)

121 hp 90 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 321

NHV(790-1000)H

POWER SAVE PUMP

NH, 406 SERIES

NHV(790-1000)H PUMP PERFORMANCE CURVE


19.7

13.1

6.6




ENGINEERING DATA NHV(790-1000)H, 50 HZ




Shaft PowerLimit



bpd70-140m3/day

HighStrength (S14)

101 hp 75 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 322

NHV(790-1000)H

POWER SAVE PUMP

NH, 406 SERIES

NHV(790-1000)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 323

NHV(790-1000)H

POWER SAVE PUMP

NH, 406 SERIES

NHV(790-1000)H PUMP DESIGN DATA @ 60 HZ

406 SERIES | POWDER METALLURGY + CAST STAGE



STGHead



3 6.6 2.0 212 96 47 910 277 69 7.3 5.5 7.8 5.8 3002140363

4 8.2 2.5 254 115 59 1143 348 69 9.2 6.9 9.8 7.3 3002140364

5 9.8 3.0 298 135 72 1395 425 69 11.2 8.4 11.9 8.9 3002140299

6 11.5 3.5 344 156 84 1627 496 69 13.1 9.8 13.9 10.4 3002140296



PUMP ACCESSORIES





SPLINE COUPLING 0.55"-0.55" (FOR FLT, SCMP PUMPS) 0.31 0.09 0.5 0.2 TBA

SPLINE COUPLING 0.55"-0.55" (FOR CMP PUMPS) 0.31 0.09 0.9 0,4 TBA





Stage design - Pancake stage, Vortex crown,

radial diffuser

Impeller – Cast metallurgy

Diffuser– Cast metallurgy

Barrel – Powder metallurgy



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 324

NH(1000-1600)H

POWER SAVE PUMP

NH, 406 SERIES

NH(1000-1600)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NH(1000-1600)H, 60 HZ




Shaft PowerLimit



bpd168-264m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 325

NH(1000-1600)H

POWER SAVE PUMP

NH, 406 SERIES






ENGINEERING DATA NH(1000-1600)H, 50HZ




Shaft PowerLimit



bpd140-220m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 326

NH(1000-1600)H

POWER SAVE PUMP

NH, 406 SERIES

NH(1000-1600)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 327

NH(1000-1600)H

POWER SAVE PUMP

NH, 406 SERIES

NH(1000-1600)H PUMP DESIGN DATA @ 60 HZ




STGHead



3 6.6 2.0 198 90 41 1116 340 67 16.6 12.4 16.8 12.5 3002870007

4 8.2 2.5 254 115 55 1497 456 67 22.3 16.6 22.5 16.8 3002870008

5 9.8 3.0 298 135 66 1796 547 67 26.7 20.0 27.0 20.2 3002870009

6 11.5 3.5 331 150 77 2095 639 67 31.2 23.3 31.6 23.6 3002870010



PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 328

NH(1600-2300)H

POWER SAVE PUMP

NH, 406 SERIES






ENGINEERING DATA NH(1600-2300)H, 60HZ




Shaft PowerLimit



bpd180-330m3/day

HighStrength (S14)

217 hp 162 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 329

NH(1600-2300)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd150-275m3/day

HighStrength (S14)

181 hp 135 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 330

NH(1600-2300)H

POWER SAVE PUMP

NH, 406 SERIES





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 331

NH(1600-2300)H

POWER SAVE PUMP

NH, 406 SERIES





STGHead



3 6.6 2.0 198 90 34 832 254 68 15.5 11.6 15.5 11.6 3002730053

4 8.2 2.5 254 115 43 1052 321 68 19.6 14.6 19.6 14.6 3002730054

5 9.8 3.0 298 135 53 1297 395 68 24.2 18.0 24.2 18.0 3002730022

6 11.5 3.5 331 150 63 1542 470 68 28.7 21.4 28.7 21.4 3002730020



PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 332

NH(2500-3100)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd288-480m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 333

NH(2500-3100)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd240-400m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 334

NH(2500-3100)H

POWER SAVE PUMP

NH, 406 SERIES



50

60

78

78

60

50



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 335

NH(2500-3100)H

POWER SAVE PUMP

NH, 406 SERIES





STGHead



3 6.6 2.0 198 90 28 586 179 72 14.4 10.7 14.4 10.7 3002550088

4 8.2 2.5 254 115 35 733 223 72 18.0 13.4 18.0 13.4 3002550105

5 9.8 3.0 298 135 43 900 274 72 22.1 16.5 22.1 16.5 3002550087

7 13.1 4.0 331 150 59 1235 376 72 30.3 22.6 30.3 22.6 3002550084

8 14.8 4.5 430 195 67 1402 427 72 34.4 25.7 34.4 25.7 3002550091



PUMP ACCESSORIES





SPLINE COUPLING 0.79"-0.79" PRT (FOR CMP PUMPS) 0.31 0.09 0.9 0,4 2024010119







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 336

NH(2500-3800)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd360-600m3/day

HighStrength (S14)

346 hp 258 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 337

NH(2500-3800)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd300-500m3/day

HighStrength (S14)

288 hp 215 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 338

NH(2500-3800)H

POWER SAVE PUMP

NH, 406 SERIES





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 339

NH(2500-3800)H

POWER SAVE PUMP

NH, 406 SERIES





STGHead



5 9.8 3.0 298 135 38 813 248 73 25.4 19.0 25.4 19.0 TBA

7 13.1 4.0 386 175 52 1113 339 73 34.8 26.0 34.8 26.0 TBA

8 14.8 4.5 430 195 59 1263 385 73 39.5 29.5 39.5 29.5 TBA




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 340

NH(4400-5000)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd420-720m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 341

NH(4400-5000)H

POWER SAVE PUMP

NH, 406 SERIES










Shaft PowerLimit



bpd350-600m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 342

NH(4400-5000)H

POWER SAVE PUMP

NH, 406 SERIES





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 343

NH(4400-5000)H

POWER SAVE PUMP

NH, 406 SERIES





STGHead



3 6.6 2.0 198 90 24 403 123 70 16.2 12.1 16.2 12.1 TBA

4 8.2 2.5 254 115 31 520 158 70 21.0 15.6 21.0 15.6 TBA

5 9.8 3.0 298 135 38 637 194 70 25.7 19.2 25.7 19.2 3002210278

7 13.1 4.0 386 175 52 872 266 70 35.2 26.2 35.2 26.2 3002210272

8 14.8 4.5 430 195 59 990 302 70 39.9 29.8 39.9 29.8 3002210271



PUMP ACCESSORIES












ESP System

Components

Downhole

Equipment

"Power save" pump

NP, 535 series



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 345

NP(1900-2500)H

POWER SAVE PUMP

NP, 535 SERIES

NP(1900-2500)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NP(1900-2500)H, 60HZ




Shaft PowerLimit



bpd288-444m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 346

NP(1900-2500)H

POWER SAVE PUMP

NP, 535 SERIES






ENGINEERING DATA NP(1900-2500)H, 50 HZ




Shaft PowerLimit



bpd240-370m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 347

NP(1900-2500)H

POWER SAVE PUMP

NP, 535 SERIES

NP(1900-2500)H MULTI HZ CURVE (TORNADO)


50 Hz

53 Hz

60 Hz

67 Hz

67 Hz

60 Hz

53 Hz

50 Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 348

NP(1900-2500)H

POWER SAVE PUMP

NP, 535 SERIES

NP(1900-2500)H PUMP DESIGN DATA @ 60 HZ

535SERIES | POWDER METALLURGY STAGE



STGHead



2 4.9 1.5 221 100 31 1479 451 67 36.7 27.4 37.8 28.2 3002470033

3 6.6 2.0 293 133 42 2004 611 67 49.7 37.1 51.3 38.2 3002470034

4 8.2 2.5 368 167 55 2624 800 67 65.1 48.6 67.1 50.1 3002470035

5 9.8 3.0 441 200 68 3245 989 67 80.5 60.0 83.0 61.9 3002470036

6 11.5 3.5 518 235 80 3817 1164 67 94.7 70.6 97.6 72.9 3002470037

7 13.1 4.0 595 270 91 4342 1324 67 107.7 80.4 111.0 82.9 3002470038




PUMP ACCESSORIES







INSTALLATION KIT FOR 535 SERIES PUMP - FLT, SCMP. CR0 - - - - TBA


PUMP/MOTOR CLAMP 535..562SERIES 5TON - - 46.1 20,9 3020010009





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

MARCH 2013

PAGE 349

NP(3100-4400)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd420-720m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

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PAGE 350

NP(3100-4400)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd350-600m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

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PAGE 351

NP(3100-4400)H

POWER SAVE PUMP

NP, 535 SERIES



70 Hz

60 Hz

50 Hz

70 Hz

60 Hz

50 Hz



ESP CATALOG

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MARCH 2013

PAGE 352

NP(3100-4400)H

POWER SAVE PUMP

NP, 535 SERIES





STGHead



2 4.9 1.5 143 65 20 980 299 70 38.6 28.8 39.0 29.1 3002890024

3 6.6 2.0 203 92 29 1421 433 70 56.0 41.8 56.5 42.2 3002890025

4 8.2 2.5 287 130 36 1764 538 70 69.5 51.9 70.2 52.4 3002890026

5 9.8 3.0 375 170 45 2205 672 70 86.9 64.9 87.7 65.5 3002890027

6 11.5 3.5 529 240 52 2548 777 70 100.4 74.9 101.4 75.7 3002890028

7 13.1 4.0 706 320 61 2989 911 70 117.8 87.9 118.9 88.8 3002890029




PUMP ACCESSORIES







INSTALLATION KIT FOR 535 SERIES PUMP - FLT, SCMP. CR0 - - - - TBA







ESP CATALOG

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PAGE 353

NP(4400-5700)H

POWER SAVE PUMP

NP, 535 SERIES


60 Hz /3490 rpm 535 series / OD 136 mmCurve is calculated for one stageon water of 1.00 sg








Shaft PowerLimit



bpd540-960m3/day

HighStrength (S14)

1198 hp 894 kW







ESP CATALOG

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PAGE 354

NP(4400-5700)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd450-800m3/day

HighStrength (S14)

998 hp 745 kW







ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 355

NP(4400-5700)H

POWER SAVE PUMP

NP, 535 SERIES





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 356

NP(4400-5700)H

POWER SAVE PUMP

NP, 535 SERIES





STGHead



3 6.6 2.0 203 92 30 1512 461 69 77.0 57.4 78.8 58.8 TBA

4 8.2 2.5 287 130 39 1966 599 69 100.1 74.7 102.4 76.4 TBA

5 9.8 3.0 375 170 48 2420 738 69 123.1 91.9 126.0 94.1 TBA

6 11.5 3.5 529 240 57 2873 876 69 146.2 109.1 149.7 111.7 TBA

7 13.1 4.0 706 320 66 3327 1014 69 169.3 126.4 173.3 129.3 TBA



PUMP ACCESSORIES













ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 357

NP(4700-6300)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd660-1080

m3/day

HighStrength (S14)

466 hp 348 kW







ESP CATALOG

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PAGE 358

NP(4700-6300)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd550-900m3/day

HighStrength (S14)

389 hp 290 kW







ESP CATALOG

© NOVOMET

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PAGE 359

NP(4700-6300)H

POWER SAVE PUMP

NP, 535 SERIES





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 360

NP(4700-6300)H

POWER SAVE PUMP

NP, 535 SERIES





STGHead



2 4.9 1.5 143 65 13 496 151 76 27.1 20.2 27.3 20.4 3002580013

3 6.6 2.0 203 92 18 686 209 76 37.5 28.0 37.8 28.2 3002580014

4 8.2 2.5 287 130 23 877 267 76 47.9 35.7 48.3 36.0 3002580015

5 9.8 3.0 375 170 29 1106 337 76 60.4 45.1 60.8 45.4 3002580016

6 11.5 3.5 529 240 34 1296 395 76 70.8 52.8 71.3 53.2 3002580017

7 13.1 4.0 706 320 39 1487 453 76 81.2 60.6 81.8 61.1 3002580018




PUMP ACCESSORIES













ESP CATALOG

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MARCH 2013

PAGE 361

NP(7900-10100)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd840-1560

m3/day

HighStrength (S14)

683 hp 510 kW







ESP CATALOG

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PAGE 362

NP(7900-10100)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd700-1300

m3/day

HighStrength (S14)

570 hp 425 kW







ESP CATALOG

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PAGE 363

NP(7900-10100)H

POWER SAVE PUMP

NP, 535 SERIES





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 364

NP(7900-10100)H

POWER SAVE PUMP

NP, 535 SERIES





STGHead



2 4.9 1.5 154 70 12 525 160 75 38.8 29.0 39.3 29.3 TBA

3 6.6 2.0 232 105 18 787 240 75 58.3 43.5 59.0 44.0 TBA

4 8.2 2.5 298 135 23 1006 307 75 74.5 55.6 75.4 56.2 TBA

5 9.8 3.0 375 170 28 1225 373 75 90.6 67.6 91.7 68.5 3002530004

6 11.5 3.5 452 205 33 1444 440 75 106.8 79.7 108.1 80.7 TBA

7 13.1 4.0 529 240 39 1706 520 75 126.2 94.2 127.8 95.4 3002530003




PUMP ACCESSORIES













ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 365

NP(11300-15100)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd1440-2400

m3/day

HighStrength (S14)

1198 hp 894 kW







ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 366

NP(11300-15100)H

POWER SAVE PUMP

NP, 535 SERIES










Shaft PowerLimit



bpd1200-2000

m3/day

HighStrength (S14)

998 hp 745 kW







ESP CATALOG

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PAGE 367

NP(11300-15100)H

POWER SAVE PUMP

NP, 535 SERIES





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 368

NP(11300-15100)H

POWER SAVE PUMP

NP, 535 SERIES





STGHead



2 4.9 1.5 154 70 10 454 139 77 52.9 39.5 56.4 42.1 TBA

3 6.6 2.0 232 105 15 682 208 77 79.4 59.3 84.6 63.1 3202120004

4 8.2 2.5 368 167 19 864 263 77 100.6 75.1 107.1 79.9 TBA

5 9.8 3.0 441 200 23 1045 319 77 121.7 90.9 129.7 96.8 3202120001

6 11.5 3.5 518 235 28 1273 388 77 148.2 110.6 157.9 117.8 3202120003

7 13.1 4.0 595 270 32 1454 443 77 169.4 126.4 180.4 134.6 3202120002




PUMP ACCESSORIES













ESP System

Components

Downhole

Equipment

"Power Save" pump

NR, 677 series



ESP CATALOG

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PAGE 370

NR(10000-11300)H

POWER SAVE PUMP

NR, 677 SERIES

NR(10000-11300)H PUMP PERFORMANCE CURVE





ENGINEERING DATA NR(10000-11300)H, 60 HZ




Shaft PowerLimit

LowStrength (S8)

563 hp 420 kW


bpd1320-2280

m3/day


780 hp 582 kW




Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only.



ESP CATALOG

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PAGE 371

NR(10000-11300)H

POWER SAVE PUMP

NR, 677 SERIES










Shaft PowerLimit

LowStrength (S8)

469 hp 350 kW


bpd1100-1900

m3/day


650 hp 485 kW




Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only.



ESP CATALOG

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PAGE 372

NR(10000-11300)H

POWER SAVE PUMP

NR, 677 SERIES

NR(10000-11300)H MULTI HZ CURVE (TORNADO)




ESP CATALOG

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MARCH 2013

PAGE 373

NR(10000-11300)H

POWER SAVE PUMP

NR, 677 SERIES

NR(10000-11300)H PUMP DESIGN DATA @ 60 HZ




STGHead



2 4.9 1.5 198 90 9 651 199 76 75.9 56.6 80.6 60.2 3002290051

3 6.6 2.0 265 120 13 941 287 76 109.6 81.8 116.5 86.9 3002290052

4 8.2 2.5 342 155 17 1230 375 76 143.3 106.9 152.3 113.7 3002290053

5 9.8 3.0 386 175 21 1520 463 76 177.0 132.1 188.2 140.4 3002290054

6 11.5 3.5 452 205 25 1809 552 76 210.7 157.2 224.0 167.2 3002290055

7 13.1 4.0 562 255 29 2099 640 76 244.4 182.4 259.9 193.9 3002290056




PUMP ACCESSORIES












ESP CATALOG

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PAGE 374

NR(12600-15700)H

POWER SAVE PUMP

NR, 677 SERIES










Shaft PowerLimit

LowStrength (S8)

1179 hp 880 kW


bpd1680-3120

m3/dayMedium



Shaft Cross

Sectional Area


Involute shaft splines



ESP CATALOG

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PAGE 375

NR(12600-15700)H

POWER SAVE PUMP

NR, 677 SERIES










Shaft PowerLimit

LowStrength (S8)

982 hp 733 kW


bpd1400-2600

m3/dayMedium



Shaft Cross

Sectional Area





ESP CATALOG

© NOVOMET

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PAGE 376

NR(12600-15700)H

POWER SAVE PUMP

NR, 677 SERIES





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 377

NR(12600-15700)H

POWER SAVE PUMP

NR, 677 SERIES





STGHead



2 4.9 1.5 198 90 9 591 180 75 87.9 65.6 88.6 66.1 3002300057

3 6.6 2.0 265 120 13 854 260 75 127.0 94.8 127.9 95.5 3002300058

4 8.2 2.5 342 155 17 1116 340 75 166.1 124.0 167.3 124.8 3002300059

5 9.8 3.0 386 175 21 1379 420 75 205.2 153.1 206.7 154.2 3002300060

6 11.5 3.5 452 205 25 1642 500 75 244.3 182.3 246.0 183.6 3002300061

7 13.1 4.0 562 255 29 1904 580 75 283.4 211.5 285.4 213.0 3002300062




PUMP ACCESSORIES












ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 378

NR(15700-19000)H

POWER SAVE PUMP

NR, 677 SERIES










Shaft PowerLimit

LowStrength (S8)

1179 hp 880 kW


bpd2040-4320

m3/dayMedium



Shaft Cross

Sectional Area





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 379

NR(15700-19000)H

POWER SAVE PUMP

NR, 677 SERIES










Shaft PowerLimit

LowStrength (S8)

982 hp 733 kW


bpd1700-3600

m3/dayMedium



Shaft Cross

Sectional Area





ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 380

NR(15700-19000)H

POWER SAVE PUMP

NR, 677 SERIES



60 Hz

60 Hz

50 Hz

50 Hz



ESP CATALOG

© NOVOMET

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MARCH 2013

PAGE 381

NR(15700-19000)H

POWER SAVE PUMP

NR, 677 SERIES





STGHead



2 4.9 1.5 198 90 8 489 149 74 91.9 68.6 96.7 72.2 3002310018

3 6.6 2.0 265 120 12 734 224 74 137.8 102.9 145.0 108.2 3002310019

4 8.2 2.5 342 155 15 917 280 74 172.3 128.6 181.3 135.3 3002310020

5 9.8 3.0 386 175 19 1162 354 74 218.2 162.8 229.7 171.4 3002310021

6 11.5 3.5 452 205 23 1406 429 74 264.2 197.1 278.0 207.5 3002310016

7 13.1 4.0 562 255 26 1589 484 74 298.6 222.8 314.3 234.5 3002310023




PUMP ACCESSORIES












ESP System

Components

Downhole

Equipment

Intake devices



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 383

INTAKE DEVICES

INTAKE

INTAKE

GLOSSARY

INTAKE

IntakeN XXX I XXX

e.g., N406I CR3 0.79" S13






XXX


X.XX"

Shaft diameter, inches


Series, (see Table 1)Intake

Table 1 - Series

SeriesHSG OD,

inHSG OD,

mm

272 2.72 69

319 3.19 81

338 3.38 86

362 3.62 92

406 4.06 103

449 4.49 114

535 5.35 136

677 Integrated into pump

740 Integrated into pump


Abbr. Full name FluidMax chemical

content, g/l pH Description

H2S CO

2Cl

CR1Corrosion Re-

sistant 1Moderately ag-

gressive fluid0.011.25

1.450.01

200 4.0..8.5Housing and flow path parts are from

Stainless Steel. Head and base are fromCarbon Steel.

CR3Corrosion Re-

sistant 3Highly aggressive

fluid1.25 1.45 200 3.0..9.0 Stainless Steel housing, head and base.

UCRUltra Corrosion

ResistantExtremely aggres-

sive fluid>1.25 1.45 200 3.0..9.0

Materials resistant to Sulfide StressCracking are used for housing, head

and base.



ESP CATALOG

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PAGE 384

INTAKE DEVICES

INTAKE

INTAKE

INTAKE SPECIFICATION

Nomenclature

Installedlength

WeightHousingdiameter

Shaftdiameter

Flow rate ofsingle phase

fluid Part Number

ft m lb kg in mm in mm bpd m3/day

N272I CR1 0.51" S13 0.78 0.238 11.0 5.0 2.72 69 0.50 12.8 630 100 3003090002

N272I CR1 0.51" S14 0.78 0.238 11.0 5.0 2.72 69 0.50 12.8 630 100 3003090003

N272I CR1 0.51" S16 0.78 0.238 11.0 5.0 2.72 69 0.50 12.8 630 100 3003090004

N319I CR1 0.55" S13 0.78 0.238 13.2 6.0 3.19 81 0.55 14 1900 300 3003070002

N319I CR1 0.55" S14 0.78 0.238 13.2 6.0 3.19 81 0.55 14 1900 300 3003070005

N319I CR1 0.55" S16 0.78 0.238 13.2 6.0 3.19 81 0.55 14 1900 300 3003070008

N319I CR1 0.67" S13 0.78 0.238 13.2 6.0 3.19 81 0.67 17 1900 300 3003070009

N319I CR1 0.67" S14 0.78 0.238 13.2 6.0 3.19 81 0.67 17 1900 300 3003070010

N319I CR1 0.67" S16 0.78 0.238 13.2 6.0 3.19 81 0.67 17 1900 300 3003070011

N338I CR1 0.67" S13 0.77 0.235 13.2 6.0 3.38 86 0.67 17 2500 400 3003060014

N338I CR1 0.67" S14 0.77 0.235 13.2 6.0 3.38 86 0.67 17 2500 400 3003060015

N338I CR1 0.67" S16 0.77 0.235 13.2 6.0 3.38 86 0.67 17 2500 400 3003060016

N362I CR1 0.67" S13 0.93 0.283 19.8 9.0 3.62 92 0.67 17 5000 800 3003010129

N362I CR1 0.67" S14 0.93 0.283 19.8 9.0 3.62 92 0.67 17 5000 800 3003010130

N362I CR1 0.67" S16 0.93 0.283 19.8 9.0 3.62 92 0.67 17 5000 800 3003010131

N362I CR1 0.79" S13 0.93 0.283 19.8 9.0 3.62 92 0.79 20 5000 800 3003010132

N362I CR1 0.79" S14 0.93 0.283 19.8 9.0 3.62 92 0.79 20 5000 800 3003010133

N362I CR1 0.79" S16 0.93 0.283 19.8 9.0 3.62 92 0.79 20 5000 800 3003010134

N406I CR1 0.67" S13 0.93 0.283 24.3 11.0 4.06 103 0.67 17 6300 1000 3003020213

N406I CR1 0.67" S14 0.93 0.283 24.3 11.0 4.06 103 0.67 17 6300 1000 3003020230

N406I CR1 0.67" S16 0.93 0.283 24.3 11.0 4.06 103 0.67 17 6300 1000 3003020235

N406I CR1 0.79" S13 0.93 0.283 24.3 11.0 4.06 103 0.79 20 6300 1000 3003020202

N406I CR1 0.79" S14 0.93 0.283 24.3 11.0 4.06 103 0.79 20 6300 1000 3003020226

N406I CR1 0.79" S16 0.93 0.283 24.3 11.0 4.06 103 0.79 20 6300 1000 3003020214

N406I CR1 0.87" S13 0.93 0.283 24.3 11.0 4.06 103 0.87 22 6300 1000 3003020212

N406I CR1 0.87" S14 0.93 0.283 24.3 11.0 4.06 103 0.87 22 6300 1000 3003020208

N406I CR1 0.87" S16 0.93 0.283 24.3 11.0 4.06 103 0.87 22 6300 1000 3003020223

N406I CR1 0.98" S13 0.93 0.283 24.3 11.0 4.06 103 0.98 25 6300 1000 3003020070

N406I CR1 0.98" S14 0.93 0.283 24.3 11.0 4.06 103 0.98 25 6300 1000 3003020073

N406I CR1 0.98" S16 0.93 0.283 24.3 11.0 4.06 103 0.98 25 6300 1000 3003020224

N449I CR1 0.98" S13 1.05 0.320 33.1 15.0 4.60 117 0.98 25 9400 1500 3003030052

N449I CR1 0.98" S14 1.05 0.320 33.1 15.0 4.60 117 0.98 25 9400 1500 3003030049

N449I CR1 0.98" S16 1.05 0.320 33.1 15.0 4.60 117 0.98 25 9400 1500 3003030044

N449I CR1 1.18" S13 1.05 0.320 33.1 15.0 4.60 117 1.18 30 9400 1500 3003030045

N449I CR1 1.18" S14 1.05 0.320 33.1 15.0 4.60 117 1.18 30 9400 1500 3003030046

N449I CR1 1.18" S16 1.05 0.320 33.1 15.0 4.60 117 1.18 30 9400 1500 3003030047

N535I CR1 1.18" S13 1.21 0.370 55.1 25.0 5.35 136 1.18 30 9400 1500 3003080013

N535I CR1 1.18" S14 1.21 0.370 55.1 25.0 5.35 136 1.18 30 9400 1500 3003080005

N535I CR1 1.18" S16 1.21 0.370 55.1 25.0 5.35 136 1.18 30 9400 1500 3003080014



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 385

INTAKE DEVICES

GAS SEPARATOR

GAS SEPARATOR

GLOSSARY

GAS SEPARATOR

Table 1 - Series

Series HSG OD, in HSG OD, mm

338 3.38 86

362 3.62 92

406 4.06 103




H2S CO

2Cl

CR1Corrosion Re-



1.450.01


Stainless Steel. Head and base are from

Carbon Steel.

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.

e.g., N406GS3800 AR2 CR3 0.87" S14








Gas Separator

Nominal capacity, bpd @60Hz

Abrasion resis tance, (see Table 2)


XXXXXX


N XXX GS XXXX XXX X.XX"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 386

INTAKE DEVICES

GAS SEPARATOR

GAS SEPARATOR

GAS SEPARATOR SPECIFICATION

Nomenclature

Installed

length Weight

Housing

diameter

Shaft

diameter

Nominal flow rate of

single phase fluid Part

Numberft m lb kg in mm in mm

bpd @

60 Hz

m3/day @

50 Hz

N338GS1900 AR1 CR1 0.67" S13 2.68 0.816 52.9 24.0 3.38 86 0.67 17 1900 250 3008030020

N338GS1900 AR1 CR1 0.67" S14 2.68 0.816 52.9 24.0 3.38 86 0.67 17 1900 250 3008030021

N338GS1900 AR1 CR1 0.67" S16 2.68 0.816 52.9 24.0 3.38 86 0.67 17 1900 250 3008030022

N362GS1500 AR2 CR1 0.79" S13 2.90 0.885 59.5 27.0 3.62 92 0.79 20 1500 200 3008010384

N362GS1500 AR2 CR1 0.79" S14 2.90 0.885 59.5 27.0 3.62 92 0.79 20 1500 200 3008010385

N362GS1500 AR2 CR1 0.79" S16 2.90 0.885 59.5 27.0 3.62 92 0.79 20 1500 200 3008010386

N406GS2600 AR2 CR1 0.79" S13 2.49 0.760 66.2 30.0 4.06 103 0.79 20 2600 350 3008020291

N406GS2600 AR2 CR1 0.79" S14 2.49 0.760 66.2 30.0 4.06 103 0.79 20 2600 350 3008020295

N406GS2600 AR2 CR1 0.79" S15 2.49 0.760 66.2 30.0 4.06 103 0.79 20 2600 350 3008020296

N406GS3800 AR2 CR1 0.87" S13 2.90 0.885 72.8 33.0 4.06 103 0.87 22 3800 500 3008020294

N406GS3800 AR2 CR1 0.87" S16 2.90 0.885 72.8 33.0 4.06 103 0.87 22 3800 500 3008020299

N406GS3800 AR2 CR1 0.87" S14 2.90 0.885 72.8 33.0 4.06 103 0.87 22 3800 500 3008020300



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 387

INTAKE DEVICES

ADVANCED GAS HANDLER

ADVANCED GAS

HANDLER

GLOSSARY


Table 1 - Series

SeriesHSG OD,

inHSG OD,

mm

272 2.72 69

362 3.62 92

406 4.06 103




H2S CO

2Cl

CR1Corrosion Re-



1.450.01


Stainless Steel. Head and base are from

Carbon Steel.

CR3Corrosion Re-


fluid1.25 1.45 200 3.0..9.0

Stainless Steel housing,head and base.

UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.

e.g., N362AGH1500 CR3 0.79" S14

XXXXXX


Shaft material strength:







Advanced Gas Handler

Nominal capacity, bpd @60Hz


X.XX"N XXX AGH XXXX



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 388

INTAKE DEVICES


ADVANCED GAS

HANDLER

ADVANCED GAS HANDLER SPECIFICATION

Nomenclature

Installed

length Weight

Housing

diameter

Shaft

diameter

Nominal flow rate of

single phase fluid Part


bpd @

60 Hz

m3/day @

50 Hz

N272AGH600 CR1 0.50" S11 4.03 1.229 48.5 22.0 2.72 69 0.50 12.8 600 80 TBA

N272AGH600 CR1 0.50" S13 4.03 1.229 48.5 22.0 2.72 69 0.50 12.8 600 80 3040010002

N272AGH600 CR1 0.50" S14 4.03 1.229 48.5 22.0 2.72 69 0.50 12.8 600 80 3040010003

N319AGH750 CR1 0.67" S11 4.08 1.243 55.1 25.0 3.19 81 0.67 17 750 100 3040020002

N319AGH750 CR1 0.67" S13 4.08 1.243 55.1 25.0 3.19 81 0.67 17 750 100 TBA

N319AGH750 CR1 0.67" S14 4.08 1.243 55.1 25.0 3.19 81 0.67 17 750 100 3040020001

N362AGH1500 CR1 0.79" S11 3.65 1.113 66.2 30.0 3.62 92 0.79 20 1500 200 TBA

N362AGH1500 CR1 0.79" S13 3.65 1.113 66.2 30.0 3.62 92 0.79 20 1500 200 3040030002

N362AGH1500 CR1 0.79" S14 3.65 1.113 66.2 30.0 3.62 92 0.79 20 1500 200 TBA

N406AGH1700 CR1 0.87" S11 3.44 1.049 92.6 42.0 4.06 103 0.87 22 1700 225 TBA

N406AGH1700 CR1 0.87" S13 3.44 1.049 92.6 42.0 4.06 103 0.87 22 1700 225 3040040001

N406AGH1700 CR1 0.87" S14 3.44 1.049 92.6 42.0 4.06 103 0.87 22 1700 225 TBA



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 389

INTAKE DEVICES

MULTIPHASE PUMP

MULTIPHASE PUMP

GLOSSARY

MULTIPHASE PUMP

Table 1 - Series

Series HSG OD,in

HSG OD,mm

272 2.72 69

319 3.19 81

362 3.62 92

406 4.06 103

535 5.35 136




H2S CO

2Cl

CR1Corrosion Re-



1.450.01

200 4.0..8.5Ni-resist stages. Housing, head and

base are from Carbon Steel.

CR2CCorrosion Re-

sistant 2CHighly aggressive

fluid1.25 1.45 200 3.0..9.0

Ni-resist stages. Housing, head andbase are coated with thermal spray

coatings.

CR2SCorrosion Re-

sistant 2SHighly aggressive

fluid1.25 1.45 200 3.0..9.0

Ni-resist stages. Stainless Steel headand base. Housing is coated with ther-

mal spray coatings.

CR3Corrosion Re-


fluid1.25 1.45 200 3.0..9.0

Ni-resist stages. Housing, head andbase are from Stainless Steel.

UCRUltra Corrosion

Resistant

Extremely aggres-

sive fluid

>1.25 1.45 200 3.0..9.0Materials resistant to Sulfide StressCracking are used for housing, head

and base.

Abrasion resistance:

AR2 for fluid containing solids up to 350 pt(1000 mg/l)

Pump assembly design:

CMP compression


S13 Stainless steel (1275 MPa)



I13 Inconel alloy (1275 MPa)

e.g., N406MPP3800 CMP AR2 CR1 S14 28STG

N X MPP XXXX XXX XXXSTG X XX XXX XXX

Number of stages in a multiphase pump




Multiphase pump

Capacity, bpd @60Hz



ESP CATALOG

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PAGE 390

INTAKE DEVICES

MULTIPHASE PUMP

MULTIPHASE PUMP

MULTIPHASE PUMP SPECIFICATION

Nomenclature

Installedlength

WeightHousingdiameter

Shaftdiameter

Nominal flow rate ofsingle phase fluid Part


bpd @60 Hz

m3/day @50 Hz

N272MPP940 CMP AR2 CR1 S14 24STG 6.6 2.0 132.30 60 2.72 69 0.50 12.8 940 125 3001950001

N319MPP940 CMP AR2 CR1 S14 15STG 6.6 2.0 198.45 90 3.19 81 0.50 12.8 940 125 3001900002

N362MPP1500 CMP AR2 CR1 S14 22STG 8.2 2.5 198.45 90 3.62 92 0.79 20 1500 200 3001580029




N535MPP12000 CMP AR2 CR3 S14 30STG 7.4 2.3 322 146 5.35 136 1.18 30 7200 950 TBA



ESP CATALOG

© NOVOMET

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PAGE 391

INTAKE DEVICES

MULTIPHASE PUMP

N272MPP940

N272MPP940 PUMP PERFORMANCE CURVE





ENGINEERING DATA N272MPP940, 60HZ


bpd18-192m3/day Shaft Power

Limit

HighStrength (S14)

100 hp 74 kW




0.20 in2 128.6 mm2

Housing Burst Pressure Limit 5547 psi 382 bar




ESP CATALOG

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PAGE 392

INTAKE DEVICES

MULTIPHASE PUMP

N272MPP940









Limit

HighStrength (S14)

83 hp 62 kW




0.20 in2 128.6 mm2





ESP CATALOG

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PAGE 393

INTAKE DEVICES

MULTIPHASE PUMP

N272MPP940

N272MPP940 MULTI HZ CURVE (TORNADO)




ESP CATALOG

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PAGE 394

INTAKE DEVICES

MULTIPHASE PUMP

N319MPP940









Limit

HighStrength (S14)

100 hp 74 kW




0.35 in2 227 mm2





ESP CATALOG

© NOVOMET

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PAGE 395

INTAKE DEVICES

MULTIPHASE PUMP

N319MPP940









Limit

HighStrength (S14)

83 hp 62 kW




0.35 in2 227 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 396

INTAKE DEVICES

MULTIPHASE PUMP

N319MPP940





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 397

INTAKE DEVICES

MULTIPHASE PUMP

N362MPP1500









Limit

HighStrength (S14)

346 hp 258 kW




0.49 in2 314 mm2





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 398

INTAKE DEVICES

MULTIPHASE PUMP

N362MPP1500









Limit

HighStrength (S14)

288 hp 215 kW




0.49 in2 314 mm2





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 399

INTAKE DEVICES

MULTIPHASE PUMP

N362MPP1500





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 400

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP940









Limit

HighStrength (S14)

466 hp 348 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 401

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP940









Limit

HighStrength (S14)

389 hp 290 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 402

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP940





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 403

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP2400









Limit

HighStrength (S14)

466 hp 348 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 404

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP2400









Limit

HighStrength (S14)

389 hp 290 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 405

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP2400





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 406

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP3800









Limit

HighStrength (S14)

466 hp 348 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 407

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP3800









Limit

HighStrength (S14)

389 hp 290 kW




0.59 in2 380 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 408

INTAKE DEVICES

MULTIPHASE PUMP

N406MPP3800



80 Hz

40 Hz 45 Hz 50 Hz55 Hz

60 Hz65 Hz

70 Hz

75 Hz



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 409

INTAKE DEVICES

MULTIPHASE PUMP

N535MPP12000








bpd1560-2340

m3/day Shaft PowerLimit

HighStrength (S14)

1198 hp 894 kW




1.095 in2 706.5 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 410

INTAKE DEVICES

MULTIPHASE PUMP

N535MPP12000


50 Hz /2910 rpm 535 series / OD 136 mmmCurve is calculated for one stageon water of 1.00 sg






bpd1300-1950

m3/day Shaft PowerLimit

HighStrength (S14)

998 hp 745 kW




1.095 in2 706.5 mm2





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 411

INTAKE DEVICES

MULTIPHASE PUMP

N535MPP12000





ESP System

Components

Downhole

Equipment

Protector



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 413

PROTECTOR

PROTECTOR

GLOSSARY

PROTECTOR

Table 1 - Series

SeriesHSG OD,

inHSG OD,

mm

272 2.72 69

319 3.19 81

338 3.38 86

362 3.62 92

406 4.06 103

449 4.49 114

535 5.35 136

677 6.77 172

e.g., N406MP LSBSB CR0 S13 HT HL

* Other hydraulic schemes are available on Customer request


Protector design:

MP - Modular Protector

TMP - Tandem Modular Protector

Hydraulic scheme (from top to bottom)*:

LSB (Labyrinth-series-Bag)

BSB (Bag-series-Bag)LSBPB (Labyrinth-series-Bag-parallel-Bag)

LSBSB (Labyrinth-series-Bag-series-Bag)

LSBPB-SBPBSL (Labyrinth-series-Bag-parallel-Bag

+ series-Bag-parallel-Bag-series-Labyrinth)

N XXX XX XXXXX XXX







M8 - Monel alloy (785 MPa)I8 - Inconel alloy (785 MPa)



XXX

Heat resistance, (see Table 3)

XXXXX


Thrust bearing:

STL - Standard Load thrust bearing

HL - High Load thrust bearing




ESP CATALOG

© NOVOMET

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PAGE 414

PROTECTOR

PROTECTOR



Max chemical

content, g/l pH DescriptionH

2S CO

2Cl

CR0Corrosion Re-

sistant 0Slightly aggressive

fluid0.01 0.01 20 5.0..8.5

Housing, head and base are from Car-bon Steel.

CR2CCorrosion Re-

sistant 2CHighly aggressive

fluid1.25 1.45 200 3.0..9.0

Housing, head and base are coated with thermal spray coatings.

CR2SCorrosion Re-

sistant 2SHighly aggressive

fluid1.25 1.45 200 3.0..9.0

Stainless Steel head and base. Housingis coated with thermal spray coatings.

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.

Table 3 - Heat resistance


HTHigh Tem-perature

Ambient temperature - up to 340 oF (170 oC)Note: Applicable for conventional, Modular and Tandem Modular Protectors.

UHTUltra High

Temperature Ambient temperature - up to 395 oF (200 oC).Note: Applicable only for Metall bellows Protectors.



ESP CATALOG

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JUNE 2013

PAGE 415

PROTECTOR

PROTECTOR

MODULAR PROTECTOR

The Protector serves a vital link in the entire assembly and. if

it is not properly applied. can reduce the overall running life of

the system. The purpose of the modular design of protector is

to give the Customer the ultimate in flexibility in applying pro-

tectors while maintaining all the advantages of additional seals.

etc.. without duplicating unnecessary parts.The system consists of a head. base. shaft. seal chamber

(either labyrinth or bag type) and a "seal body" which. with the

repositioning of a few valves and plugs. allows the protector to

be assembled in any one of dozens of possible configurations.

Bag and labyrinth chambers can be connected in "series" or

in "parallel":

• Series connection is required to ensure that in case one

chamber fails. the back-up one will replace it

• Parallel connection (for bags only) increases oil volume

compensation capacity. Total oil volume capacity is the sum

of each module oil volume capacity.

Some combinations are presented here:

Applications:

• Protector being a part of ESP sys-

tem. performs the following func-

tions:

• It protects the motor from the well

fluid

• It provides pressure equalizationbetween the motor and the well-

bore

• It carries the thrust load of the

pump

• It compensates motor oil volume

during ESP system operation

• It transfers torque moment from

Motor to Intake devices and Pump

Benefits:

• Versatile design reduces invento-

ries

• High-load thrust bearing adds

greater pump thrust capacity

• Ensures extended ESP run life in

challenging conditions

Features:

• Modular Protectors are available

in 319. 362. 406. 449. 535 and 677

Series.• They come in either standard

(STL) or high load thrust (HL) rat-

ings as well as high temperature

(HT) configurations (well ambient

temperature is up to 340 oF).

• With regard to corrosion-resistant

versions. three variant are availa-

ble: for slightly (CR0). highly (CR2

and CR3) and extremely aggres-

sive fluids (UCR).

B LsB LsBpB LsBsB



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 416

PROTECTOR

PROTECTOR

All Novomet protectors are designed to successfully operate in fluids containing asphaltenes.

Modular Protector by Novomet has many special features that improve performance in wells with highly

abrasive-laden fluids. New design of head incorporates special sand diverter system. which allows anysand particles falling from the intake to drop back into the annulus through the drainholes as presented in

the picture. Such solution enables Novomet Modular Protector to ensure long run life of the ESP system.

Premium grade Silicone Carbide mechanical seals

solids

Using the Modular System. the Protector can be designed to meet specific application requirements

without unnecessary and expensive duplication of parts.

The Modular Protectors can also be reconfigured easily during the repair cycle to another stack-up

without wasting parts.

Detailed specifications of the Modular Protector are presented further in the Product Catalog.



©N OV OME T


J U NE 2 0 1 3

P A GE 4 1 7

P R O

T E C T OR

PROTECTOR SPECIFICATION

Modular ProtectorHydraulicscheme

Housing ODShaft

diameter

Thrust bearing loadlimit

Maximummotor power Inst

len@60Hz @50Hz hp

@60HzkW

@50Hzin mm in mm lb kg lb kg ft

PROTECTOR N272MP BSB CR0 S13 HT STL BSB

2.72 69 0.55 14 1191 540 992 450

145 90 6.40

PROTECTOR N272MP LSBPB CR0 S13 HT STL LSBPB TBA TBA TBA

PROTECTOR N272MP LSBSB CR0 S13 HT STL LSBSB 145 90 TBA

PROTECTOR N319MP LSBPB CR0 S13 HT STL LSBPB3.19 81 0.98 25 1323 600 1103 500

TBA TBA 7.56

PROTECTOR N319MP LSBSB CR0 S13 HT STL LSBSB 145 90 7.56

PROTECTOR N338MP LSB CR0 S13 HT STL LSB

3.38 86 0.98 25 1588 720 1323 600

100 63 5.06

PROTECTOR N338MP LSBPB CR0 S13 HT STL LSBPB 160 100 6.68


PROTECTOR N362MP LSBPB CR0 S13 HT STL LSBPB3.62 92 0.98 25 1985 900 1654 750

320 200 7.56


PROTECTOR N362MP BSB CR0 S13 HT HL BSB

3.62 92 0.98 25 5292 2400 4410 2000

130 80 5.66

PROTECTOR N362MP LSBPB CR0 S13 HT HL LSBPB 320 200 7.56

PROTECTOR N362MP LSBSB CR0 S13 HT HL LSBSB 130 80 7.56

PROTECTOR N406MP LSBPB CR0 S13 HT STL LSBPB

4.06 103 0.98 25 2514 1140 2095 950

560 350 7.56


PROTECTOR N406MP LSBPBSL CR0 S13 HT STL LSBPBSL 560 350 9.45


4.06 103 0.98 25 6350 2880 5292 2400

200 125 TBA



PROTECTOR N406MP LSBSBSL CR0 S13 HT HL LSBSBSL 560 350 9.45

PROTECTOR N406TMP LSBPB-SBPBSL CR0 S13 HT HL LSBPB-SBPBSL 560 350 14.98

PROTECTOR N449MP LSB CR0 S13 HT HL LSB

4.49 114 1.38 35 6350 2880 5292 2400

290 180 6.05

PROTECTOR N449MP BSB CR0 S13 HT HL BSB 290 180 TBA



PROTECTOR N449TMP LSBPB-SBPBSL CR0 S13 HT HL LSBPB-SBPBSL TBA TBA TBA



©N OV OME T


J U NE 2 0 1 3

P A GE 4 1 8

P R O

T E C T OR

Modular ProtectorHydraulicscheme

Housing ODShaft

diameter

Thrust bearing loadlimit

Maximummotor power Inst

len@60Hz @50Hz hp

@60HzkW

@50Hzin mm in mm lb kg lb kg ft


5.35 136 1.50 38 12120 5497 10100 4580

420 260 TBA



PROTECTOR N535TMP LSBPB-SBPBSL CR0 S13 HT HL LSBPB-SBPBSL TBA TBA TBA

PROTECTOR N535MP BSBSB CR0 S13 HT HL BSBSB 420 260 9.17

PROTECTOR N535MP BPBSB CR0 S13 HT HL BPBSB 420 260 9.17

PROTECTOR N535MP BPBSL CR0 S13 HT HL BSBSL 1130 700 9.17

PROTECTOR N535MP LSBPBSL CR0 S13 HT HL LSBPBSL 1130 700 11.50



6.77 172 1.69 43 14500 6576 12083 5480

320 200 TBA



PROTECTOR N677MP LSBPBSL CR0 S13 HT HL LSBPBSL 1050 650 9.40


Comments: 1. Other hydraulic schemes apart from mentioned above are available on Customer request.

2. In case you require other than available modification of ESP component, please specify in your Request its existing full description and Part

modification:E.g., Protector N362MP LSBSB CR0 HT HL. Part number 3006020099. Request for CR2 HT HL modification.

PROTEC



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 419

PROTECTOR

PROTECTOR

MOTOR - PROTECTOR

CORRESPONDENCE TABLE

Motor seriesMotor OD Protector

series

Protector OD ModularProtector

PistonProtectorin mm in mm

319 3.19 81 272 2.72 69 Available

319 3.19 81 319 3.19 81 Available

378 3.78 96 338 3.38 86 TBP

406 4.06 103 362 3.62 92 Available Available

460 4.60 117 406 4.06 103 Available

512 5.12 130 449 4.49 114 Available

562 5.62 143 535 5.35 136 Available

744 7.44 189 677 6.77 172 Available



ESP System

Components

Downhole

Equipment

Bypass System (Y-tool)



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 421

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

GLOSSARY

BYPASS SYSTEM (Y-TOOL)

Table 1 - Bypass tubing size

Min bypass passage ID Casing OD ESP system OD

in mm in mm in mm

1.26 32 53/4

146 3.19 81

1.38 35 53/4

146 3.19 81

1.45 37 65/8

168 3.78 96

1.61 41 7 178 4.06 103

1.77 45 7 178 3.78 96

2.24 52 65

/8 168 3.19 812.24 57 7 178 3.19 81

2.44 62 95/8

245 5.62 143

Table 2 - Logging plug design

Seal type Logging plug design Plug ID, mm

Type0 Chevron seal*, ID 0.315" 8.0

Type1 Taper seal**, ID 0.236" 6.0







* - Chevron seal is rubber-fabric seal for smooth logging cable.

** - Taper type is bronze seal with small clearance. It is used for non-smooth logging cable.




H2S CO

2Cl

CR3Corrosion Re-


fluid1.25 1.45 200 3.0..9.0 Stainless Steel

e.g., Y-TOOL 7" 1.77" 118FT TYPE1 CR3

TYPEX CR3Y-TOOL X-X/X" X.XX" XXXFT

Logging plug design, (see Table 2)


Y-tool

Casing OD, inches

Minimum bypass passage ID, inches (see Table 1)

Bypass tubing length, ft



ESP CATALOG

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PAGE 423

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

Table 1 - Y-tool 53/4" 1.38" composition

Part number Description

Y -

b l o c k

a s s e m b l y

P r e s s u r e t e s t

p l u g 2 . 1

7 "

B y p a s s c l a m p

3 1 9 -

4 2

P r e s s u r e t e s t

s l e e v e 2 7 / 8 "

Y - T

O O L 5 3 / 4 "

1 . 3

8 "

s u p p o r t

a s s e m b l y

P u p j o i n t

o f Y -

b l o c k

a s s e m b l y

B y p a s s t u b i n g

4 2 x 3 . 5

4 1 5 . 8

0 7 . 0

0 5 0

_

R e p l a c e a b l e

p a r t s k i t

TBA Y-TOOL 5-3/4" 1.38" 49FT TYPE2 CR3 1 1 2 1 1 1 3 1


3037010025 Y-TOOL 5-3/4" 1.38" 72FT TYPE2 CR3 1 1 4 1 1 1 5 1





Y - b l o c k a s s e m b l y

P r e s s u r e t e s t p l u g

2 . 1

7 "


3 3 8 - 4 5 - 5 2


3 3 8 - 4 5 - 6 0

P r e s s u r e t e s t s l e e v e

2 7 / 8

"

Y - T O O L 6 5 / 8

" 1 . 4

5 "

s u p p o r t a s s e m b l y

P u p j o i n t o f Y - b l o c k

a s s e m b l y


4 5 x 3 . 5

4 1 5 . 8

0 3 . 0

1 1 0_

R e p l a c e a b l e p a r t s

k i t

4 1 5 . 8

0 3 . 0

1 2 0_


k i t

4 1 5 . 8

0 3 . 0

1 3 0_


k i t

4 1 5 . 8

0 3 . 0

1 4 0_


k i t

4 1 5 . 8

0 3 . 0

3 1 0_


k i t

4 1 5 . 8

0 3 . 0

3 4 0_


k i t

3037010004 Y-TOOL 6--5/8" 1.45" 131FT TYPE0 CR3 1 1 4 1 1 1 1 9 1 - - - - -

3037010022 Y-TOOL 6-5/8" 1.45" 131FT TYPE2 CR3 1 1 4 1 1 1 1 9 - - 1 - - -

3037010006 Y-TOOL 6-5/8" 1.45" 131FT TYPE3 CR3 1 1 4 1 1 1 1 9 - - - 1 - -

3037010007 Y-TOOL 6-5/8" 1.45" 131FT TYPE1 CR3 1 1 4 1 1 1 1 9 - 1 - - - -

3037010014 Y-TOOL 6-5/8" 1.45" 177FT TYPE2 CR3 1 1 6 1 1 1 1 12 - - 1 - - -

3037010017 Y-TOOL 6-5/8" 1.45" 164FT TYPE2 CR3 1 1 5 1 1 1 1 11 - - 1 - - -

TBA Y-TOOL 6-5/8" 1.45" 164FT TYPE6 CR3 1 1 5 1 1 1 1 11 - - - - - 1

TBA Y-TOOL 6-5/8" 1.45" 164FT TYPE7 CR3 1 1 5 1 1 1 1 11 - - - - 1 -





2 . 1

7 "

B y p a s s c l a m p 3 3 8 -

4 5 - 5 2

B y p a s s c l a m p 3 3 8 -

4 5 - 6 0


2 7 / 8

"

Y - T O O L 6 5 / 8

" 2 . 0

5 "


P u p j o i n t o f Y - b l o c k

a s s e m b l y


4 5 x 3 . 5

4 1 5 . 8

0 3 . 0

1 1 0_


k i t

4 1 5 . 8

0 3 . 0

1 2 0_


k i t

4 1 5 . 8

0 3 . 0

1 3 0_


k i t

4 1 5 . 8

0 3 . 0

1 4 0_


k i t

4 1 5 . 8

0 3 . 0

3 1 0_


k i t

4 1 5 . 8

0 3 . 0

3 4 0_


k i t

TBA Y-TOOL 6-5/8" 2.05" XXFT TYPEX CRX TBA TBA TBA TBA TBA TBA TBA TBA TBA TBA TBA TBA TBA TBA



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 424

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

Table 4 - Y-tool 7" 1.61" composition


Y -

b l o c k

a s s e m b l y

P r e s s u r e t e

s t

p l u g 2 . 1 7

"

B y p a s s c l a m

p

3 6 2 - 4 8 - 5 8

B y p a s s c l a m

p

3 1 9 - 6 0

P r e s s u r e t e

s t

s l e e v e 3 1 /

2 "

Y - T

O O L 7 "

1 . 6

1 "

s u p p o r t

a s s e m b l y

P u p j o i n t

o f Y -

b l o c k

a s s e m b l y


4 8 x 3 . 5

4 1 5 . 8

0 6 . 0 1 2

0_

R e p l a c e a b

l e

p a r t s k i t

3037010020 Y-TOOL 7" 1.61" 59FT TYPE4 CR3 1 1 2 1 1 1 1 4 1

3037010021 Y-TOOL 7" 1.61" 72FT TYPE4 CR3 1 1 3 1 1 1 1 5 1




P r e s

s u r e t e s t p l u g

2 . 1

7 "

B y p a

s s c l a m p 3 3 8 -

5 4 - 5 2

B y p a

s s c l a m p 3 6 2 -

5 4 - 6 0

P r e s s

u r e t e s t s l e e v e

2 7 / 8 "

Y - T

O O L 7 " 1 . 7

7 "

s u p p

o r t a s s e m b l y

P u p j o i n t o f Y -

b l o c k

a s s e m b l y

B y p a s

s t u b i n g 5 4 x 3 . 5

4 1 5 . 8

0 2 . 0

1 1 0

_

R e p l a c e a b l e p a r t s k i t

4 1 5 . 8

0 2 . 0

1 2 0

_


4 1 5 . 8

0 2 . 0

1 3 0

_


4 1 5 . 8

0 2 . 0

1 4 0

_


3037010018 Y-TOOL 7" 1.77" 118FT TYPE0 CR3 1 1 4 1 1 1 1 8 1 TBA TBA TBA

3037010001 Y-TOOL 7" 1.77" 118FT TYPE1 CR3 1 1 4 1 1 1 1 8 TBA 1 TBA TBA

3037010012 Y-TOOL 7" 1.77" 118FT TYPE2 CR3 1 1 4 1 1 1 1 8 TBA TBA 1 TBA

TBA Y-TOOL 7" 1.77" 118FT TYPE3 CR3 1 1 4 1 1 1 1 8 TBA TBA TBA 1

TBA Y-TOOL 7" 1.77" 177FT TYPE1 CR3 1 1 6 1 1 1 1 12 TBA 1 TBA TBA






Y -

b l o c k a s s e m b l y


2 . 7

6 "

B y p a s s c l a m p 3 1 9 - 6

5


3 1 / 2

"

Y - T

O O L 7 " 2 . 2

4 "



b l o c k

a s s e m b l y

B y p a s s t u b i n g 6 5 x 4

4 1 5 . 8

0 5 . 0

1 2 0

_

R e p l a c e a b l e p a r t s k

i t

4 1 5 . 8

0 2 . 0

1 1 0

_


i t

4 1 5 . 8

0 2 . 0

1 2 0

_


i t

4 1 5 . 8

0 2 . 0

1 3 0

_


i t

4 1 5 . 8

0 2 . 0

1 4 0

_


i t

3037010015 Y-TOOL 7" 2.24" 89FT TYPE1 CR3 1 1 4 1 1 1 6 1 1 TBA TBA TBA



Y -

b l o c k a

s s e m b l y

P r e s s u r e

t e s t p l u g

2 . 7

6 "

B y p a s s c l a m p 5 3 5 -

7 0 - 8 6

B y p a s s c l a m p 5 3 5 -

7 0 - 9 4

P r e s s u r e t

e s t s l e e v e

3 1

/ 2 "

Y - T

O O L 9

5 / 8 " 2 . 2

4 "



b l o c k

a s s e

m b l y

B y p a s s t u

b i n g 7 0 х 4

4 1 5 . 8 0

4 . 0

1 1 0

_

R e p l a c e a b

l e p a r t s k i t

4 1 5 . 8 0

4 . 0

1 2 0

_

R e p l a c e a b

l e p a r t s k i t

4 1 5 . 8 0

4 . 0

1 3 0

_

R e p l a c e a b

l e p a r t s k i t

4 1 5 . 8 0

4 . 0

1 4 0

_

R e p l a c e a b

l e p a r t s k i t

TBA Y-TOOL 9-5/8" 2.44" 49FT TYPE0 CR3 1 TBA 1 1 1 1 1 3 1 TBA TBA TBA

3037010005 Y-TOOL 9-5/8" 2.44" 49FT TYPE1 CR3 1 TBA 1 1 1 1 1 3 TBA 1 TBA TBA

TBA Y-TOOL 9-5/8" 2.44" 49FT TYPE2 CR3 1 TBA 1 1 1 1 1 3 TBA TBA 1 TBA

TBA Y-TOOL 9-5/8" 2.44" 49FT TYPE3 CR3 1 TBA 1 1 1 1 1 3 TBA TBA TBA 1



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 425

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

Y-BLOCK ASSEMBLY SPECIFICATION

Y-tool description Description Part number

Y-TOOL 5-3/4" 1.38" 415.807.0010_Y-BLOCK ASSEMBLY 2124030013



Y-TOOL 7" 1.61" 415.806.0010_Y-BLOCK ASSEMBLY 2124030012






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 426

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

ESP SWIVEL SPECIFICATION


Y-TOOL 5-3/4" 1.38" 415.800.0050_ESP SWIVEL UPU 60X60 2209010006

Y-TOOL 6-5/8" 1.45" 415.803.0040_ESP SWIVEL UPU 60X73 2209010016

Y-TOOL 6-5/8" 2.05" 415.800.0050-01_ESP SWIVEL UPU 48X60 2209010029

Y-TOOL 7" 1.61" 415.803.0040_ESP SWIVEL UPU 60X73 2209010016

Y-TOOL 7" 1.77" 415.801.0040_ESP SWIVEL 2209010012

Y-TOOL 7" 2.24" 415.800.0050_ESP SWIVEL UPU 60X60 2209010006

Y-TOOL 9-5/8" 2.44" 415.804.0070_ESP SWIVEL UPU 89 2209010018



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 427

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

Y-BLOCK SPECIFICATION


Y-TOOL 5-3/4" 1.38" 415.807.0020_Y-BLOCK 2239010036

Y-TOOL 6-5/8" 1.45" 415.803.0290_Y-BLOCK 2239010023

Y-TOOL 6-5/8" 2.05" 415.808.0020_Y-BLOCK 2239010055

Y-TOOL 7" 1.61" 415.806.0020_Y-BLOCK 2239010035

Y-TOOL 7" 1.77" 415.802.0020_Y-BLOCK 2239010022

Y-TOOL 7" 2.24" 415.805.0020_Y-BLOCK 2239010032

Y-TOOL 9-5/8" 2.44" 415.804.0050_Y-BLOCK 2239010027



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 428

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

CLAMP SPECIFICATION


Y-TOOL 5-3/4" 1.38" 415.807.0030_CLAMP 2218010045

Y-TOOL 6-5/8" 1.45" 415.803.0030_CLAMP 2218010012

Y-TOOL 6-5/8" 2.05" 415.808.0050_CLAMP 2218010052

Y-TOOL 7" 1.61" 415.806.0030_CLAMP 2218010044

Y-TOOL 7" 1.77" 415.802.0030_CLAMP 2218010011

Y-TOOL 7" 2.24"415.805.0011_NUT 2098010559

415.805.0012_BYPASS SWIVEL 2024010574

Y-TOOL 9-5/8" 2.44" 415.804.0060_CLAMP 2218010014



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 429

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

BLANKING PLUG SPECIFICATION


Y-TOOL 5-3/4" 1.38"415.803.0070_BLANKING PLUG 1.57" 2035010104

Y-TOOL 6-5/8" 1.45"

Y-TOOL 6-5/8" 2.05" 415.808.0030_BLANKING PLUG 2.17" 2035010174

Y-TOOL 7" 1.61" 415.806.0040_BLANKING PLUG 1.73" 2035010162



Y-TOOL 9-5/8" 2.44" 415.804.0080_BLANKING PLUG 2.56" 2035010114



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 430

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

PRESSURE TEST PLUG SPECIFICATION


Y-TOOL 5-3/4" 1.38"415.801.0130_PRESSURE TEST PLUG 2.17" 2035010101

Y-TOOL 6-5/8" 1.45"

Y-TOOL 6-5/8" 2.05" 415.804.0030_PRESSURE TEST PLUG 2.76" 2035010113

Y-TOOL 7" 1.61"

415.801.0130_PRESSURE TEST PLUG 2.17" 2035010101 Y-TOOL 7" 1.77"

Y-TOOL 7" 2.24"415.804.0030_PRESSURE TEST PLUG 2.76" 2035010113

Y-TOOL 9-5/8" 2.44"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 431

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

BYPASS CLAMP SPECIFICATION

Y-tool description Description Position at the ESP Part number

Y-TOOL 5-3/4" 1.38" 415.800.0250_BYPASS CLAMP 319-42on the groove of protector

and pump section base2059010185

Y-TOOL 6-5/8" 1.45"

415.803.0160_BYPASS CLAMP 338-45-52on the groove

of pump section base2059010189


of protector base2059010190

Y-TOOL 6-5/8" 2.05" 415.808.0060_BYPASS CLAMP 319-60 on the groove of protectorand pump section base

2059010272

Y-TOOL 7" 1.61"





Y-TOOL 7" 1.77"





Y-TOOL 7" 2.24" 415.805.0080_BYPASS CLAMP 319-65on the groove of protector

and pump section base2059010211

Y-TOOL 9-5/8" 2.44"


of pump section base

2059010199





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 432

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

PRESSURE TEST SLEEVE SPECIFICATION


Y-TOOL 5-3/4" 1.38"415.802.0160_PRESSURE TEST SLEEVE 2-7/8"-10RD NUE 2012010116

Y-TOOL 6-5/8" 1.45"

Y-TOOL 6-5/8" 2.05" 415.804.0020_PRESSURE TEST SLEEVE 3-1/2"-10RD NUE 2012010112

Y-TOOL 7" 1.61"

415.802.0160_PRESSURE TEST SLEEVE 2-7/8"-10RD NUE 2012010116 Y-TOOL 7" 1.77"

Y-TOOL 7" 2.24"415.804.0020_PRESSURE TEST SLEEVE 3-1/2"-10RD NUE 2012010112

Y-TOOL 9-5/8" 2.44"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 433

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

PUP JOINT OF Y-BLOCK ASSEMBLY SPECIFICATION

Y-tool description Description Part number Location

Y-TOOL 5-3/4" 1.38"

PUP JOINT OF Y-BLOCK ASSEMBLY 2-7/8"-10RDNUE BOX - 2-3/8"-10RD NUE PIN

2053060473Over Y-block as-

sembly


2053060475Over ESP before

Y-block

Y-TOOL 6-5/8" 1.45"PUP JOINT OF Y-BLOCK ASSEMBLY 2-7/8"-10RD

NUE BOX - 2-3/8"-10RD NUE PIN2053060473

Over Y-block as-

sembly

Y-TOOL 6-5/8" 2.05"


TBAOver Y-block as-

sembly


2053060475Over ESP before

Y-block

Y-TOOL 7" 1.61"PUP JOINT OF Y-BLOCK ASSEMBLY 2-7/8"-10RDNUE BOX - 2-3/8"-10RD NUE PIN


sembly



sembly



sembly

Y-TOOL 9-5/8" 2.44"

PUP JOINT OF Y-BLOCK ASSEMBLY 3-1/2"-10RD

NUE BOX - 3-1/2"-10RD NUE PIN 2053060391

Over Y-block as-

sembly



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 434

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

BYPASS TUBING SPECIFICATION


Y-TOOL 5-3/4" 1.38" 415.800.0460_BYPASS TUBING 42X3.5 2053010917

Y-TOOL 6-5/8" 1.45" 415.803.0210_BYPASS TUBING 45X3.5 2053010831

Y-TOOL 6-5/8" 2.05" 415.808.0070_BYPASS TUBING 60X4 TBA

Y-TOOL 7" 1.61" 415.806.0090_BYPASS TUBING 48X3.5 2053010946

Y-TOOL 7" 1.77" 415.802.0230_BYPASS TUBING 54X3.5 2053010844

Y-TOOL 7" 2.24" 415.805.0050_BYPASS TUBING 65X4 2053010835

Y-TOOL 9-5/8" 2.44" 415.804.0230_BYPASS TUBING 70X4 2053010833



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 435

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

SUPPORT ASSEMBLY SPECIFICATION


Y-TOOL 5-3/4" 1.38" 415.807.0040_SUPPORT ASSEMBLY 2097080008


Y-TOOL 6-5/8" 2.05" 415.808.0080_SUPPORT ASSEMBLY TBA

Y-TOOL 7" 1.61" 415.806.0100_SUPPORT ASSEMBLY 2097080007






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 436

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

LOGGING PLUG FOR SMOOTH LOGGING CABLE SPECIFICATION

Y-tool description Description Part numberLogging cable type

and dimensions

Y-TOOL 5-3/4" 1.38" XXFT TYPE0 CRX LOGGING PLUG 1.57" TYPE0 2035010106Smooth logging cable,

OD 0.295"-0.323"


OD 0.374"-0.402"


OD 0.295"-0.323"


OD 0.374"-0.402"

Y-TOOL 6-5/8" 2.05" XXFT TYPE0 CRX LOGGING PLUG 2.17" TYPE0 TBASmooth logging cable,

OD 0.295"-0.323"

Y-TOOL 6-5/8" 2.05" XXFT TYPE3 CRX LOGGING PLUG 2.17" TYPE3 TBASmooth logging cable,

OD 0.374"-0.402"

Y-TOOL 7" 1.61" XXFT TYPE0 CRX LOGGING PLUG 1.73" TYPE0 TBASmooth logging cable,

OD 0.295"-0.323"


OD 0.374"-0.402"

Y-TOOL 7" 1.77" XXFT TYPE0 CRX LOGGING PLUG 1.89" TYPE0 2035010109Smooth logging cable,

OD 0.295"-0.323"

Y-TOOL 7" 1.77" XXFT TYPE3 CRX LOGGING PLUG 1.89" TYPE3 2035010128 Smooth logging cable,OD 0.374"-0.402"


OD 0.295"-0.323"


OD 0.374"-0.402"


OD 0.295"-0.323"


OD 0.374"-0.402"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 437

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

LOGGING PLUG FOR NON-SMOOTH LOGGING CABLE SPECIFICATION

Y-tool description Description Part numberLogging cable type and

dimensions

Y-TOOL 5-3/4" 1.38" XXFT TYPE1 CRX LOGGING PLUG 1.57" TYPE1 2035010139Non-smooth logging cable,

OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"

Y-TOOL 5-3/4" 1.38" XXFT TYPE7 CRX LOGGING PLUG 1.57" TYPE7 2035010165 Non-smooth logging cable,OD 0.398"-0.417"


OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"

Y-TOOL 6-5/8" 2.05" XXFT TYPE1 CRX LOGGING PLUG 2.17" TYPE1 TBANon-smooth logging cable,

OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 438

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)


and dimensions

Y-TOOL 7" 1.61" XXFT TYPE1 CRX LOGGING PLUG 1.73" TYPE1 TBANon-smooth logging cable,

OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"


OD 0.232"-0.244"

Y-TOOL 7" 1.77" XXFT TYPE2 CRX LOGGING PLUG 1.89" TYPE2 2035010129Non-smooth logging cable,

OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"


OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"


OD 0.232"-0.244"


OD 0.240"-0.260"


OD 0.335"-0.350"


OD 0.398"-0.417"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 439

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

LOGGING PLUG FOR COILED TUBING SPECIFICATION


and dimensions

Y-TOOL 5-3/4" 1.38" XXFT TYPE4 CRX LOGGING PLUG 1.57" TYPE4 TBASmooth coiled tubing,

OD 0.984"-1.024"


OD 0.984"-1.024"


OD 0.984"-1.024"


OD 1.457"-1.500"

Y-TOOL 7" 1.61" XXFT TYPE4 CRX LOGGING PLUG 1.73" TYPE4 2035010163Smooth coiled tubing,

OD 0.984"-1.024"

Y-TOOL 7" 1.77" XXFT TYPE4 CRX LOGGING PLUG 1.89" TYPE4 TBASmooth coiled tubing,

OD 0.984"-1.024"


OD 0.984"-1.024"


OD 1.457"-1.500"


OD 0.984"-1.024"

Y-TOOL 9-5/8" 2.44" XXFT TYPE5 CRX LOGGING PLUG 2.56" TYPE5 TBA Smooth coiled tubing,OD 1.457"-1.500"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 440

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

Y-TOOL INSTALLATION TOOLS AND ACCESSORIES


Y-TOOL 5-3/4" 1.38" 415.807.0060_Y-TOOL INSTALLATION TOOLS AND ACCESSORIES 2138070015



Y-TOOL 7" 1.61" 415.806.0150_Y-TOOL INSTALLATION TOOLS AND ACCESSORIES 2138070014






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 441

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

R E P L A C E A B L E P A R T S K I T S P E C I F I C A T I O N

F i g u r e

D e s c r i p t i o n ( p u r p o s e )

Y - t o o l d e s c

r i p t i o n

D e s c r i p t i o n

P a r t n

u m b e r

1

P u m p / M o t o r c l a m p

( f o r s u p p o r t a s s e m b l y

a n d P u m p j o i n t

o

f Y - b l o c k a s s e b l y l i f t -

i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

P U M P / M O T O R C L A M P 2 7

6 S E R I E S 3 T O N

3 0 2 0

0 1 0 0 1 1

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

P U M P / M O T O R C L A M P 3 1 9 S E R I E S 3 T O N

3 0 2 0 0 1 0 0 0 8

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "



3 0 2 0

0 1 0 0 1 1

Y - T O O L 7 " 1 . 6

1 "


3 0 2 0 0 1 0 0 0 8

Y - T O O L 7 " 1 . 7

7 "


3 0 2 0 0 1 0 0 0 8

Y - T O O L 7 " 2 . 2

4 "

T

B A

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "


3 0 2 0 0 1 0 0 0 8

Y - t o o l e l e v a t o r

( f o r Y - b l o c k l i f t i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "



3 0 2 0 0 1 0 0 1 0

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L E L E V A T O R 5 6 2 S E R I E S 5 T O N

3 0 2 0 0 2 0 0 0 5

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "


3 0 2 0 0 2 0 0 0 5

Y - T O O L 7 " 1 . 6

1 "


3 0 2 0 0 2 0 0 0 7

Y - T O O L 7 " 1 . 7

7 "


3 0 2 0 0 2 0 0 0 4

Y - T O O L 7 " 2 . 2

4 "


3 0 2 0 0 2 0 0 0 7

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "


3 0 2 0 0 2 0 0 0 6

2

L i f t i n g s u b

( f o r b y p a s s t u b i n g l i f t -

i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

4 1 5 . 8

0 7 . 0

0 7 0_

L I F T I N G S U

B M K 3 9

2 2 7 6 0 1 0 0 0 4

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

4 1 5 . 8

0 3 . 0

0 9 0_

L I F T I N G S U

B M K 4 2

3 0 9 9 0 1 0 7 6 5

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

4 1 5 . 8

0 8 . 0

1 5 0_

L I F T I N G S U

B M K 5 7

2 2 7 6 0 1 0 0 0 7

Y - T O O L 7 " 1 . 6

1 "

4 1 5 . 8

0 6 . 0

1 6 0_

L I F T I N G S U

B M K 4 5

2 2 7 6 0 1 0 0 0 3

Y - T O O L 7 " 1 . 7

7 "

4 1 5 . 8

0 2 . 0

0 8 0_

L I F T I N G S U

B M K 5 2

3 0 9 9 0 1 0 7 6 4

Y - T O O L 7 " 2 . 2

4 "

4 1 5 . 8

0 5 0 2 0 0_

L I F T I N G S U B M K 6 2

3 0 9 9 0 1 0 8 5 9

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

4 1 5 . 8

0 4 . 0

1 9 0_

L I F T I N G S U

B M K 6 7

3 0 9 9 0 1 0 7 9 8

3

B y p a s s t u b i n g e l e v a t o r

( f o

r b y p a s s t u b i n g h o l d -

i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

4 1 5 . 8

0 1 . 0

1 0 0_

B Y P A S S T U B I N G E L E V A T O R 4 8 M M

2 0 5 9 0 1 0 1 2 9

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

4 1 5 . 8

0 1 . 0

1 0 0_


2 0 5 9 0 1 0 1 2 9

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

4 1 5 . 8

0 4 . 0

1 8 0 - 0 2_

B Y P A S S

T U B I N G E L E V A T O R 6 0 M M

2 0 5 9 0 1 0 2 7 1

Y - T O O L 7 " 1 . 6

1 "

4 1 5 . 8

0 1 . 0

1 0 0_


2 0 5 9 0 1 0 1 2 9

Y - T O O L 7 " 1 . 7

7 "

4 1 5 . 8

0 2 . 0

0 9 0_

B Y P A S S T U

B I N G E L E V A T O R 5 4 M M

2 0 5 9

0 1 0 1 4 7

Y - T O O L 7 " 2 . 2

4 "

4 1 5 . 8

0 4 . 0

1 8 0 - 0 1_

B Y P A S S

T U B I N G E L E V A T O R 6 5 M M

2 0 5 9 0 1 0 2 1 6

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

4 1 5 . 8

0 4 . 0

1 8 0_

B Y P A S S T U

B I N G E L E V A T O R 7 0 M M

2 0 5 9 0 1 0 1 6 7



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 442

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

F i g u r e


Y - t o o l d e s c

r i p t i o n


P a r t n

u m b e r

4

S o c k e t w r e n c h

( f o r b y p a s s c l a m p a n d

c

l a m p s c r e w s t i g h t e n -

i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

4 0 6 . 0

0 2 . 0

0 0 5_

S O C K E T W

R E N C H

2 1 3 9 0 1 0 0 0 1

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

Y - T O O L 7 " 1 . 6

1 "

Y - T O O L 7 " 1 . 7

7 "

Y - T O O L 7 " 2 . 2

4 "

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

5

E n d c a p

( f o r b y p a s s t u b i n g

t h r e a d p r o t e c t i o n )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

4 1 5 . 8

0 7 . 0

0 8 0_

E N D C A P M

K 3 9

2 0 2 6 0 1 0 3 0 3

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

4 1 5 . 8

0 3 . 0

0 0 6_

E N D C A P M

K 4 2

2 0 2 6 0 1 0 2 3 3

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

4 1 5 . 8

0 8 . 0

1 6 0_

E N D C A P M

K 5 7

2 0 2 6 0 1 0 3 3 0

Y - T O O L 7 " 1 . 6

1 "

4 1 5 . 8

0 6 . 0

1 7 0_

E N D C A P M

K 4 5

2 0 2 6 0 1 0 3 0 1

Y - T O O L 7 " 1 . 7

7 "

4 1 5 . 8

0 2 . 0

0 0 7_

E N D C A P M

K 5 2

2 0 2 6 0 1 0 2 7 8

Y - T O O L 7 " 2 . 2

4 "

4 1 5 . 8

0 5 . 0

0 0 1_

E N D C A P M

K 6 2

2 0 2 6 0 1 0 2 7 4

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

4 1 5 . 8

0 4 . 0

0 0 7_

E N D C A P M

K 6 7

2 0 2 6 0 1 0 2 8 2

6

D o u b l e - e n d e d o p e n

s p a n n e r 1 0 х 1 3

( f o r t h e Y - t o o l b o l t s

t i g h t e n i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

D O U B L E - E N D E D O P E N S P A N N E R 7 8 1 1 - 0 4 5 8 M O D

D 1 C H R O M I U M 9

M C M 1 0

X 1 3 M M G

O S T 2 8 3 9 - 8 0

7 0 0 4 1 0 0 2 3 6

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

Y - T O O L 7 " 1 . 6

1 "

Y - T O O L 7 " 1 . 7

7 "

Y - T O O L 7 " 2 . 2

4 "

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

D o u b l e - e n d e d o p e n

s p

a n n e r 2 4 х 2 7 ( 2 7 х 3 0 )

( f o r t h e e l e v a t o r a n d

c l a m p s b o l t s t i g h t e n i n g )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "


C 1 C H R O M I U M 9

M C M 2 4

X 2 7 M M G

O S T 2 8 3 9 - 8 0

7 0 0 4 1 1 0 1 3 6

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "



M C M 2 4

X 2 7 M M G

O S T 2 8 3 9 - 8 1

7 0 0 4 1 1 0 1 3 6

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "



M C M 2 4

X 2 7 M M G

O S T 2 8 3 9 - 8 2

7 0 0 4 1 1 0 1 3 6

Y - T O O L 7 " 1 . 6

1 "



M C M 2 4

X 2 7 M M G

O S T 2 8 3 9 - 8 3

7 0 0 4 1 1 0 1 3 6

Y - T O O L 7 " 1 . 7

7 "



M C M 2 4

X 2 7 M M G

O S T 2 8 3 9 - 8 4

7 0 0 4 1 1 0 1 3 6

Y - T O O L 7 " 2 . 2

4 "

D O U B L E - E N D E D O P E N S P A N N E R 7 8 1 1 - 0 0 4 1 M O D C 1

C H R O M I U M 9

M C M 2

7 X 3 0

M M G

O S T 2 8 3 9 - 8 0

7 0 0 4 1 1 0 3 6 7

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

D O U B L E - E N D E D O P E N S P A N N E R 7 8 1 1 - 0 0 4 1 M O D C 1

C H R O M I U M 9

M C M 2

7 X 3 0

M M G

O S T 2 8 3 9 - 8 0

7 0 0 4 1 1 0 3 6 7



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 443

BYPASS SYSTEM

(Y-TOOL)

BYPASS SYSTEM

(Y-TOOL)

F i g u r e


Y - t o o l d e s c

r i p t i o n


P a r t n

u m b e r

7

H e x w r e n c h

( f o r b o s s t i g h t e n i n g

i n b y p a s s c l a m p )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

H E X W R E N C H 7 8 1 2 - 0 3 7 6 K H 9_

G O S T 1 1 7 3

7 0 0 4 1 1 0 2 3 4

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

Y - T O O L 7 " 1 . 6

1 "

Y - T O O L 7 " 1 . 7

7 "

Y - T O O L 7 " 2 . 2

4 "

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

8

S c r e w d r i v e r

( f o r t i g h t e n i n g

t h e c a p s c r e w s )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

S C R E W D R I V E R 7 8 1 0 - 0 9 6 8 N 1 2 K H_

G O S T 1 7 1 9 9 - 8 8

7 0 0 1 0 9 0 0 9 9

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

Y - T O O L 7 " 1 . 6

1 "

Y - T O O L 7 " 1 . 7

7 "

Y - T O O L 7 " 2 . 2

4 "

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

9

O f f s e t p i p e w r e n c h

2 p c s

( f o r b y p a s s t u b i n g i n -

s t a l l a t i o n )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

O F F S E T P I P E W R E N C H R I D G I D # 1 8

7 0 0 4 1 1 0 3 0 7

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "

Y - T O O L 7 " 1 . 6

1 "

Y - T O O L 7 " 1 . 7

7 "

Y - T O O L 7 " 2 . 2

4 "

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "

1 0

C

h a i n w r e n c h ( 2 p c s )

( f o r Y - t o o l i n s t a l l a t i o n )

Y - T O O L 5 - 3 /

4 " 1 . 3

8 "

C H A I N W R E N C H R I D G I D C

- 3 6

7 0 0 4 1 1 0 0 9 3

Y - T O O L 6 - 5 /

8 " 1 . 4

5 "


- 3 6

7 0 0 4 1 1 0 0 9 3

Y - T O O L 6 - 5 /

8 " 2 . 0

5 "


- 2 4

7 0 0 4 1 1 0 4 3 1

Y - T O O L 7 " 1 . 6

1 "


- 3 6

7 0 0 4 1 1 0 0 9 3

Y - T O O L 7 " 1 . 7

7 "


- 3 6

7 0 0 4 1 1 0 0 9 3

Y - T O O L 7 " 2 . 2

4 "


- 3 6

7 0 0 4 1 1 0 0 9 3

Y - T O O L 9 - 5 /

8 " 2 . 4

4 "


- 3 6

7 0 0 4 1 1 0 0 9 3



ESP System

Components

Downhole

Equipment

Asynchronous Motor



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 445

ASYNCHRONOUS

MOTOR

ASYNCHRONOUS

MOTOR

GLOSSARY

ASYNCHRONOUS MOTOR

NDSX

Type of Downhole Sensor, if applicable (see Table 4)


XXX

e.g., N406AM160 2520V DBL CR0 HT NDS2



Asynchronous Motor

Power, hp (at 60 Hz)

Single and Tandem motor s:

SGL - Single motor

DBL - Double motor

TRP - Triple motor

Voltage, V (at 60 Hz)

Design mod ifications

HRZ - Horizontal operation

XXXXXXXXXXVN XXX AM XXX XXX


Table 1 - Series


378 3.78 96

406 4.06 103

460 4.60 117

512 5.12 130

562 5.62 143

744 7.44 189




H2S CO

2Cl

CR0Corrosion Re-


fluid0.01 0.01 20 5.0..8.5


CR2Corrosion Re-


fluid1.25 1.45 200 3.0..9.0


CR3Corrosion Re-


fluid1.25 1.45 200 3.0..9.0

Stainless Steel housing,head and base.

UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 446

ASYNCHRONOUS

MOTOR

ASYNCHRONOUS

MOTOR



HT High Temperature Ambient temperature - up to 285 oF (140 oC) Winding temperature - up to 375 oF (190 oC).

UHT Ultra High Temperature Ambient temperature - up to 356 oF (180 oC) Winding temperature - up to 430 oF (220 oC).

Table 4 - Type of downhole sensor

NDS1 Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oil temperature

NDS2Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y,motor oil temperature + pump discharge pressure

NDS3Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y,motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)

NDS4Novomet Downhole Sensor, Type 4. Intake T & P, motor vibration X & Y, motor oil temperature + connectorfor Novomet Pump Discharge Sensor with Flow meter (NPDSF) and Novomet Geophysical Probe with Flow meter and Watercut meter (NGPFW)

The motor thrust bearing is rated to operate under high load and high temperature.

ASYNCHRONOUS MOTORS SUMMARY (378 - 744 SERIES)

Motor series Motor OD, inPower rating, hp @ 60 Hz (3500 rpm)

1-section 2-section 3-section

378 3.78 26 - 51 72 - 90 110 - 160

406 4.06 26 - 130 110 - 255 290 - 320

460 4.60 13 - 200 200 - 400 400 - 510

512 5.12 51 - 235 290 - 480 560 - 720

562 5.62 100 - 350 420 - 710 890

744 7.44 160 - 640 800 - 1050

890 - in development



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HR ON O U S

M

OT OR

DESIGN DATA ON ASYNCHRONOUS MOTOR 378 SERIES (OD 96 M

DescriptionMotor hp @

60 HzMotor kW @

50 Hz

Volts Amps

Min. fluid velocity Type

Installed le

60 Hz 50 Hz ft/s m/s ft m

N378AM26 600V SGL CR0 HT 26 - 16 16 600 - 500 - 29.2 0.20 0.06 S 11.5 3

N378AM35 840V SGL CR0 HT 35 - 22 22 840 - 700 - 28.7 0.20 0.06 S 14.8 4

N378AM51 1200V SGL CR0 HT 51 - 32 32 1200 - 1000 - 29.2 0.20 0.06 S 19.7 6

S - Single


60 HzMotor kW @

50 Hz

Volts Amps


Installed len


N378AM72 1740V DBL CR0 HT 7224

4515

1740576

1450480

25.9 0.20 0.06UT 10.5 3

48 30 1164 970 LT 20.7 6

N378AM80 1980V DBL CR0 HT 8035

5022

1980900

1650750

26.5 0.20 0.06UT 14.1 4

45 28 1080 900 LT 18.4 5

N378AM90 2040V DBL CR0 HT 9037

5623

2040852

1700710

27.6 0.20 0.06UT 14.1 4

53 33 1188 990 LT 20.7 6

N378AM110 2760V TRP CR0 HT 112

32

70

20

2760

840

2300

700

25.5 0.20 0.06

UT 14.1 4

40 25 960 800 CT 17.4 5

40 25 960 800 LT 18.4 5

N378AM160 3600V TRP CR0 HT 159

53

100

33

3600

1200

3000

1000

28.0 0.33 0.10

UT 19.0 5

53 33 1200 1000 CT 19.7 6

53 33 1200 1000 LT 20.7 6

UT - Upper tandem

CT - Center tandemLT - Lower tandem

ASYNCHRONOUS MOTOR ACCESSORIES 378 SERIES

Description Weight

lb kg

ADAPTER FOR NOVOMET DH SENSOR OF 378 SERIES 18.3 8.3

ADAPTER FOR ZENITH DH SENSOR OF 375 SERIES TBA TBA

ADAPTER FOR ELEKTON DH SENSOR OF 378 SERIES 12.3 5.6

INSTALLATION KIT FOR SGL MOTOR OF 378 SERIES 1.1 0.5

INSTALLATION KIT FOR DBL MOTOR OF 378 SERIES 1.1 0.5

INSTALLATION KIT FOR TRP MOTOR OF 378 SERIES 1.1 0.5

DescriptionExtra length

ft m

MOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO NOVOMET DH SENSOR OF 378 SERIES 2.5 0.8

MOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO ZENITH DH SENSOR OF 375 SERIES TBA TBA

MOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO ELEKTON DH SENSOR OF 378 SERIES 1.8 0.6

Novomet can develop Adapter for any other type of DH Sensor



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 448

ASYNCHRONOUS

MOTOR

378 SERIES

TYPICAL 378 SERIES MOTOR PERFORMANCE CURVE

60Hz / 3420 rpm 378 series / OD 96 mm



©N OV OME T


J U NE 2 0 1 3

P A GE 4 5 0

A S Y N C

HR ON O U S

M

OT OR



60 HzMotor kW @

50 Hz

Volts Amps


Installlengt

60 Hz 50 Hz ft/s m/s ft

N406AM26 720V SGL CR0 HT 26 - 16 16 720 - 600 - 24.7 0.07 0.02 S 10.2

N406AM35 840V SGL CR0 HT 35 - 22 22 840 - 700 - 25.8 0.16 0.05 S 12.5

N406AM45 1020V SGL CR0 HT 45 - 28 28 1020 - 850 - 27.5 0.20 0.06 S 13.5

N406AM51 1200V SGL CR0 HT 51 - 32 32 1200 - 1000 - 30.0 0.20 0.06 S 14.8

N406AM64 1200V SGL CR0 HT 64 - 40 40 1200 - 1000 - 34.0 0.20 0.06 S 17.1

N406AM72 1380V SGL CR0 HT 72 - 45 45 1380 - 1150 - 33.5 0.26 0.08 S 19.4

N406AM90 1920V SGL CR0 HT 90 - 56 56 1920 - 1600 - 30.0 0.36 0.11 S 22.6

N406AM100 1980V SGL CR0 HT 101 - 63 63 1980 - 1650 - 32.5 0.36 0.11 S 24.0

N406AM115 2160V SGL CR0 HT 113 - 70 70 2160 - 1800 - 32.5 0.36 0.11 S 25.9

N406AM130 2400V SGL CR0 HT 129 - 80 80 2400 - 2000 - 34.0 0.36 0.11 S 28.2

S - Single


60 HzMotor kW @

50 Hz

Volts Amps


Installlengt


N406AM110 2160V DBL CR0 HT 113

41

70

25

2160

840

1800

700

35.0 1.00 0.30

UT 12.5

72 45 1320 1100 LT 19.4

N406AM145 2520V DBL CR0 HT 14472

9045

25201260

21001050

35.5 1.00 0.30UT 19.0

72 45 1260 1050 LT 19.4

N406AM160 2520V DBL CR0 HT 16072

10045

25201200

21001000

40.3 1.00 0.30UT 19.0

88 55 1320 1100 LT 21.7

N406AM200 2760V DBL CR0 HT 20188

12555

27601200

23001000

49.0 1.00 0.30UT 19.0

113 70 1560 1300 LT 24.0

N406AM225 2880V DBL CR0 HT 226113

14070

28801440

24001200

49.0 1.00 0.30UT 23.6

113 70 1440 1200 LT 24.0

N406AM255 3480V DBL CR0 HT 258129

16080

34801680

29001400

46.5 1.00 0.30UT 27.2

129 80 1800 1500 LT 28.5

N406AM290 3720V TRP CR0 HT 289

88

180

55

3720

1140

3100

950

49.0 1.00 0.30

UT 19.0

88 55 1140 950 CT 19.4

113 70 1440 1200 LT 24.0

N406AM320 4200V TRP CR0 HT 322

113

200

70

4200

1500

3500

1250

48.0 1.00 0.30

UT 23.6

96 60 1200 1000 CT 19.0

113 70 1500 1250 LT 24.0

UT - Upper tandemCT - Center tandemLT - Lower tandem



©N OV OME T


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A S Y N C

HR ON O U S

M

OT OR



60 HzMotor kW @

50 Hz

Volts Amps


Installlengt


N460AM13 456V SGL CR0 HT 13 - 8 8 456 - 380 - 15.0 0.07 0.02 S 4.9

N460AM19 804V SGL CR0 HT 19 - 12 12 804 - 670 - 20.0 0.07 0.02 S 6.2

N460AM26 780V SGL CR0 HT 26 - 16 16 780 - 650 - 25.5 0.07 0.02 S 7.5

N460AM35 840V SGL CR0 HT 35 - 22 22 840 - 700 - 25.0 0.23 0.07 S 8.9

N460AM40 960V SGL CR0 HT 40 - 25 25 960 - 800 - 26.0 0.26 0.08 S 9.8

N460AM45 1080V SGL CR0 HT 45 - 28 28 1080 - 900 - 26.0 0.26 0.08 S 11.2

N460AM51 1200V SGL CR0 HT 51 - 32 32 1200 - 1000 - 26.0 0.33 0.10 S 12.5

N460AM64 1500V SGL CR0 HT 64 - 40 40 1500 - 1250 - 26.0 0.23 0.07 S 13.8

N460AM72 1680V SGL CR0 HT 72 - 45 45 1680 - 1400 - 26.0 0.36 0.11 S 15.1

N460AM80 1740V SGL CR0 HT 80 - 50 50 1740 - 1450 - 27.0 0.66 0.20 S 16.1

N460AM90 1680V SGL CR0 HT 90 - 56 56 1680 - 1400 - 34.0 0.50 0.15 S 17.4

N460AM100 2280V SGL CR0 HT 101 - 63 63 2280 - 1900 - 26.5 0.66 0.20 S 20.0

N460AM115 2400V SGL CR0 HT 113 - 70 70 2400 - 2000 - 27.5 1.00 0.30 S 21.3

N460AM130 2520V SGL CR0 HT 129 - 80 80 2520 - 2100 - 30.0 2.62 0.80 S 22.3

N460AM145 2400V SGL CR0 HT 145 - 90 90 2400 - 2000 - 37.3 1.64 0.50 S 24.9

N460AM160 2400V SGL CR0 HT 161 - 100 100 2400 - 2000 - 40.0 2.62 0.80 S 24.9

N460AM200 2520V SGL CR0 HT 201 - 125 125 2520 - 2100 - 48.5 2.62 0.80 S 28.5

S - Single



©N OV OME T


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HR ON O U S

M

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60 HzMotor kW @

50 Hz

Volts Amps


Installlengt


N460AM200 1920V DBL CR0 HT 20180

12550

1920840

1600700

61.0 1.00 0.30UT 14.8

121 75 1080 900 LT 19.7

N460AM200 2760V DBL CR0 HT 20180

12550

27601200

23001000

43.0 1.00 0.30UT 14.8

121 75 1560 1300 LT 19.7

N460AM225 2280V DBL CR0 HT 225

72

140

45

2280

840

1900

700

58.0 1.00 0.30

UT 14.8

153 95 1440 1200 LT 24.9

N460AM240 2400V DBL CR0 HT 24188

15055

2400960

2000800

59.0 1.00 0.30UT 17.4

153 95 1440 1200 LT 24.9

N460AM255 2520V DBL CR0 HT 257105

16065

25201080

2100900

59.5 1.00 0.30UT 19.7

152 95 1440 1200 LT 24.9

N460AM290 2760V DBL CR0 HT 289136

18085

27601320

23001100

61.0 1.00 0.30UT 23.6

153 95 1440 1200 LT 24.9

N460AM320 3120V DBL CR0 HT 322169

200105

31201680

26001400

61.0 1.00 0.30UT 27.2

153 95 1440 1200 LT 24.9

N460AM350 3240V DBL CR0 HT 354161

220100

32401500

27001250

65.0 2.00 0.60UT 24.6

193 120 1740 1450 LT 28.5

N460AM400 3480V DBL CR0 HT 402193

250120

34801680

29001400

70.0 2.62 0.80UT 27.2

209 130 1800 1500 LT 28.5

N460AM400 3600V TRP CR0 HT 402

109

250

68

3600

984

3000

820

65.5 2.30 0.70

UT 17.4

164 102 1476 1230 CT 24.6

129 80 1140 950 LT 19.7

N460AM430 3960V TRP CR0 HT 434

96

270

60

3960

1080

3300

900

65.0 2.30 0.70

UT 17.4

169 105 1440 1200 CT 24.6

169 105 1440 1200 LT 24.9

N460AM480 4440V TRP CR0 HT 482

145

300

90

4440

1440

3700

1200

65.0 2.30 0.70

UT 23.6

169 105 1500 1250 CT 24.6

169 105 1500 1250 LT 24.9

N460AM510 4740V TRP CR0 HT 515

153

320

95

4740

1440

3950

1200

65.0 2.30 0.70

UT 23.6

169 105 1524 1270 CT 24.6

193 120 1776 1480 LT 28.5


DESIGN DATA ON Asynchronous motor



©N OV OME T


J U NE 2 0 1 3

P A GE 4 5 9

A S Y N C

HR ON O U S

M

OT OR



60 HzMotor kW @

50 Hz

Volts Amps

Min. fluid ve-locity Type

Installed le


N512AM51 1140V SGL CR0 HT 51 - 32 32 1140 - 950 - 26.5 1.00 0.30 S 9.2

N512AM72 1500V SGL CR0 HT 72 - 45 45 1500 - 1250 - 59.0 1.00 0.30 S 10.8

N512AM100 1620V SGL CR0 HT 101 - 63 63 1620 - 1350 - 35.5 1.00 0.30 S 14.1

N512AM115 2340V SGL CR0 HT 113 - 70 70 2340 - 1950 - 27.5 1.00 0.30 S 15.7

N512AM130 2340V SGL CR0 HT 129 - 80 80 2340 - 1950 - 31.0 1.00 0.30 S 17.4

N512AM145 2340V SGL CR0 HT 145 - 90 90 2340 - 1950 - 35.0 1.00 0.30 S 19.0

N512AM200 2520V SGL CR0 HT 201 - 125 125 2520 - 2100 - 45.5 2.00 0.60 S 22.3

N512AM235 3000V SGL CR0 HT 233 - 145 145 3000 - 2500 - 46.0 2.00 0.60 S 25.6

S - Single


60 HzMotor kW @

50 Hz

Volts Amps


Installed


N512AM290 2880V DBL CR0 HT 290145

18090

28801440

24001200

58.0 2.00 0.60UT 19.0

145 90 1440 1200 LT 19.0

N512AM320 3180V DBL CR0 HT 322145

20090

31801440

26501200

57.0 2.00 0.60UT 19.0

177 110 1740 1450 LT 22.3

N512AM400 2880V DBL CR0 HT 402201

250125

28801440

24001200

80.0 2.00 0.60UT 22.0

201 125 1440 1200 LT 22.3

N512AM480 3360V DBL CR0 HT 482241

300150

33601680

28001400

82.0 2.00 0.60UT 25.3

241 150 1680 1400 LT 25.3

N512AM560 4440V TRP CR0 HT 563

209

350

130

4440

1680

3700

1400

72.0 2.00 0.60

UT 25.3

177 110 1380 1150 CT 22.0

177 110 1380 1150 LT 22.3

N512AM640 4740V TRP CR0 HT 643

225

400

140

4740

1656

3950

1380

77.0 2.00 0.60

UT 25.3

193 120 1428 1190 CT 22.0

225 140 1656 1380 LT 25.3

N512AM720 5040V TRP CR0 HT 723

241

450

150

5040

1680

4200

1400

82.0 2.00 0.60

UT 25.3

241 150 1680 1400 CT 25.3

241 150 1680 1400 LT 25.3




©N OV OME T


J U NE 2 0 1 3

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A S Y N C

HR ON O U S

M

OT OR



60 HzMotor kW @

50 Hz

Volts Amps


Installed


N562AM100 1476V SGL CR0 HT 101 - 63 63 1476 - 1230 - 40.0 1.00 0.30 S 10.5

N562AM120 1800V SGL CR0 HT 119 - 74 74 1800 - 1500 - 39.0 1.00 0.30 S 11.8

N562AM140 2040V SGL CR0 HT 142 - 88 88 2040 - 1700 - 40.0 1.00 0.30 S 13.5

N562AM160 2340V SGL CR0 HT 161 - 100 100 2340 - 1950 - 39.5 1.00 0.30 S 14.8

N562AM175 2400V SGL CR0 HT 177 - 110 110 2400 - 2000 - 41.5 1.30 0.40 S 16.4

N562AM175 1164V SGL CR0 HT 177 - 110 110 1164 - 970 - 88.0 1.00 0.30 S 16.4

N562AM200 2916V SGL CR0 HT 198 - 123 123 2916 - 2430 - 39.0 1.00 0.30 S 17.7

N562AM200 1284V SGL CR0 HT 198 - 123 123 1284 - 1070 - 88.5 1.00 0.30 S 17.9

N562AM240 2880V SGL CR0 HT 238 - 148 148 2880 - 2400 - 48.5 2.00 0.60 S 19.4

N562AM245 3120V SGL CR0 HT 243 - 151 151 3120 - 2600 - 44.6 1.00 0.30 S 20.7

N562AM265 2964V SGL CR0 HT 264 - 164 164 2964 - 2470 - 51.0 1.00 0.30 S 22.3

N562AM295 2880V SGL CR0 HT 297 - 185 185 2880 - 2400 - 62.0 1.30 0.40 S 23.6

N562AM310 2916V SGL CR0 HT 306 - 190 190 2916 - 2430 - 60.0 1.30 0.40 S 25.3

N562AM350 3120V SGL CR0 HT 354 - 220 220 3120 - 2600 - 65.0 2.00 0.60 S 26.6

S - Single



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60 HzMotor kW @

50 Hz

Volts Amps


Installed len


N562AM420 3960V DBL CR0 HT 418209

260130

39601980

33001650

61.5 2.00 0.60UT 17.7 5.

209 130 1980 1650 LT 17.4 5.

N562AM480 4320V DBL CR0 HT 476238

296148

43202160

36001800

63.5 2.00 0.60UT 19.4 5.

238 148 2160 1800 LT 19.0 5.

N562AM510 4704V DBL CR0 HT 508 254 316 158 4704 2352 3920 1960 62.5 2.00 0.60 UT 20.7 6.

254 158 2352 1960 LT 20.3 6.

N562AM550 3768V DBL CR0 HT 546273

340170

37681884

31401570

83.0 2.00 0.60UT 22.3 6.

273 170 1884 1570 LT 22.0 6.

N562AM600 4200V DBL CR0 HT 596297

370185

42002100

35001750

83.0 2.00 0.60UT 23.6 7.

297 185 2100 1750 LT 23.3 7.

N562AM640 4392V DBL CR0 HT 644322

400200

43922196

36601830

84.0 2.00 0.60UT 25.3 7.

322 200 2196 1830 LT 24.9 7.

N562AM710 4800V DBL CR0 HT 708354

440220

48002400

40002000

86.0 2.00 0.60UT 26.6 8.

354 220 2400 2000 LT 26.2 8.

N562AM890 4800V TRP CR0 HT 891

297

555

185

4800

1600

4000

1333

107.5 2.00 0.60

UT 23.6 7.

297 185 1600 1333 CT 23.3 7.

297 185 1600 1333 LT 23.3 7.


DESIGN DATA ON Asynchronous motor



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60 HzMotor kW @ 50

Hz

Volts Amps


Installed le


N744AM160 2160V SGL CR0 HT 161 - 100 100 2160 - 1800 - 40.0 1.00 0.30 S 11.8 3

N744AM200 2640V SGL CR0 HT 201 - 125 125 2640 - 2200 - 41.0 1.00 0.30 S 13.5 4

N744AM255 2880V SGL CR0 HT 257 - 160 160 2880 - 2400 - 48.0 1.00 0.30 S 14.4 4

N744AM320 3480V SGL CR0 HT 322 - 200 200 3480 - 2900 - 49.5 1.00 0.30 S 16.4 5

N744AM400 3360V SGL CR0 HT 402 - 250 250 3360 - 2800 - 64.5 1.64 0.50 S 20.7 6

N744AM480 3360V SGL CR0 HT 482 - 300 300 3360 - 2800 - 78.0 1.64 0.50 S 25.3 7

N744AM560 3480V SGL CR0 HT 563 - 350 350 3480 - 2900 - 87.0 1.64 0.50 S 27.2 8

N744AM640 3720V SGL CR0 HT 643 - 400 400 3720 - 3100 - 94.0 2.95 0.90 S 27.2 8

S - Single


60 HzMotor kW @ 50

Hz

Volts Amps


Installed le


N744AM800 4200V DBL CR0 HT 804402

500250

42002100

35001750

102.0 2.95 0.90UT 18.0 5

402 250 2100 1750 LT 18.0 5

N744AM1050 4800V DBL CR0 HT 1046

523

650

325

4800

2400

4000

2000

117.0 2.95 0.90

UT 22.6 6

523 325 2400 2000 LT 22.6 6




ESP System

Components

Downhole

Equipment

Permanent Magnet Motor



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 473

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR

GLOSSARY

PERMANENT MAGNET MOTOR

e.g., N512PM345 3840V 3600RPM SGL CR0 UHT NDS2

Type of Downhole Sensor, if applicable (see Table 4)


XXXXXX




Permanent Magnet motor

Power, hp (at rated rotation frequency)

Rated rotation frequency, rpm

Single motor

XXXXV

Rated voltage, V (at rated rotation frequency)

N XXX PM XXX XXXXRPM SGL NDSX

Table 1 - Series


319 3.19 81

460 4.60 117512 5.12 130




H2S CO

2Cl

CR0Corrosion Re-


fluid0.01 0.01 20 5.0..8.5


CR2Corrosion Re-


fluid1.25 1.45 200 3.0..9.0


CR3

Corrosion Re-

sistant 3

Highly aggressive

fluid 1.25 1.45 200 3.0..9.0

Stainless Steel housing,

head and base.

UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.



UHT Ultra High Temperature Ambient temperature - up to 356 oF (180 oC) Winding temperature - up to 430 oF (220 oC)



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 474

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR



NDS2Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y,motor oil temperature + pump discharge pressure

NDS3Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y,motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)

NDS4Novomet Downhole Sensor, Type 4. Intake T & P, motor vibration X & Y, motor oil temperature + connectorfor Novomet Pump Discharge Sensor with Flow meter (NPDSF) and Novomet Geophysical Probe with Flow meter and Watercut meter (NGPFW)

The motor thrust bearing is rated to operate under high load and high temperature.

MOTORS SUMMARY (378 - 744 SERIES)

Low speed (1000 and 500 rpm) PMM for PCP wells and Novomet solution for high-viscous applications

Motor series Motor OD, inch Speed range, rpm Power rating, hp

460 4.60 500 - 1000 Pmax

= 107

460 4.60 100 - 500 Pmax

= 54

PMM rated at 3600 rpm for ESP systems (Conventional + "Power Save") + Progressive Cavity Pump


460 4.60 1000 - 4200 19 - 360

512 5.12 1000 - 4200 51 - 480

PMM rated at 6000 rpm for ESP systems (Conventional + "Power Save")Motor series Motor OD, inch Speed range, rpm Power rating, hp

319 3.19 1000 - 6000 19 - 120

460 4.60 1000 - 6000 54 - 540

512 5.12 1000 - 6000 80 - 620

In development - PMM rated at 6000 rpm for ESP systems (Conventional + "Power save")


406 4.06 1000 - 6000 Pmax

= 320

562 5.62 1000 - 6000 Pmax

= 1140

744 7.44 1000 - 6000 Pmax

= 1600



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 475

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR

PERMANENT MAGNET MOTOR

Permanent Magnet Motor (PMM) is synchronous motor. Sta-

tor manufacturing technique is similar to that of asynchronous

motor. Rotor has permanent magnets made from rare-earth al-

loys forcing high level of magnet induction.

At a single moment only two phases are controlled by VSD

vector system.

Applications:

• Conventional ESP systems

• "Power Save" ESP systems

• PCP systems

• Novomet system for high-viscous

fluids

Benefits:

• Smaller size and weight at same

power output in comparison with

asynchronous motor (excellent

solution for offshore applications)

• Wider ranges of rotation frequen-

cy regulation (100-1000, 1000-

4200 and 3000-6000 rpm)

• Reduced energy consumption

• Stable torque over wide operation

range

• Power factor is near to 1

• Lower specific heat release due

to higher efficiency

• High efficiency (90-94%) vs.

asynchronous motors up to 86%

25 ft

18 ft

10 ft

# Motor abbreviationRated power,

hpRated volt-

age, V Inom,

A Rated

rpmEfficiency, %

Powerfactor

Fluid velocitypast motor, m/s

Length,ft

Wt, lb±0.5%

1 N460AM160, 2400V, SGL 160 2400 40 3600 84 0.86 0.3 25 ft 1244 lb

2 N460PM160, 3230V, 3600RPM, SGL 160 3230 27 3600 90.8 0.95 0.1 18 ft 772 lb

3 N460PM135,2480V, 6000RPM, SGL 135 2480 30 6000 91.7 0.95 0.4 10 ft 452 lb

PERMANENT MAGNET MOTOR VS. ASYNCHRONOUS MOTOR

N460AM160 2400V SGL (135HP@ 3000RPM)

N460PM160 3230V 3600RPM SGL (135HP@ 3000RPM)

N460PM135 2480V 6000RPM SGL (135HP@ 6000RPM)



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 476

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR

Parameters comparison for Permanent Magnet Motor and Asynchronous Motor of 744 series

With PMM we receive greater horsepower 950hp vs. 545hp (increase by 74%) per length of motor.

PMM AND ASYNCHRONOUS MOTOR OF 744 SERIES

ParameterPMM, 744 series,

1 section AM, 744 series,

1 section

Rated power, HP 950 545

Rated voltage, V 4200 3100

Rated current, A 123 94

Electromagnetic torque, N-m 2230 1505

Efficiency, % 94.5 89.3

Power factor 0.95 0.903

Rotation speed, rpm 3000 3000

Motor OD, in 7.44 7.44Number of sections 1 1

Number of rotor packs, pcs 21 26

Motor length, ft 27 27.2

Motor weight, lb 3505 3638

To receive higher horse power in Permanent Magnet Motor we shall speed up to 6000rpm, in Asynchro-

nous Motor we shall add two more sections with total length of 69 ft weight 7805 lb, thus 3 times higher

than in Permanent Magnet Motor.

PMM AND ASYNCHRONOUS MOTOR OF 744 SERIES

Parameter

PMM, 744 series,

1 section

AM, 744 series,

3 sectionsRated power, HP 1475 1341

Rated voltage, V 5300 4800

Rated current, A 158 149

Electromagnetic torque, N-m 1885 3300

Efficiency, % 93 89.9

Power factor 0.95 0.88

Rotation speed, rpm 6000 3000

Motor OD, in 7.44 7.44

No of motor sections 1 3

No of rotor packages, pcs 10 57

Motor length, ft 18.5 69

Motor weight, lb 2453 7805



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 477

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR

Conventional

pump

"Power Save"

pump

Figure 1 Figure 2

Permanent

Magnet Motor

Permanent

Magnet Motor

Based on testing results, power consumption is reduced by 7-10%

Permanent Magnet Motor can be used either with conventional pump or with

"Power Save", thus leading to the following benefits of application:

Based on testing results, power consumption is reduced by up to 25%.

For further reference please see "Power Save" Section.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 478

PERMANENT

MAGNET MOTOR

PERMANENT

MAGNET MOTOR

Motor shaft: involute splines allow

to increase torque by 20%

Down thrust bearing: special coating

provides increased reliability

Stator packs: special design

and material reduce losses by 1.2 times

PMM rotor: enables significant power output

of 545 hp (in 460 series) in one section

Radial bearings: special design allows

high speed rotation up to 6000 rpm

Epoxy encapsulated stator ensures

high temperature applications



©N OV OME T


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DESIGN DATA ON PERMANENT MAGNET 319 SERIES (OD 81 MM

DescriptionMotor hp kW Volts

AmpsMin.fluid velocity,

ft/s

Min.fluid velocity,

m/sType

Lengt

200Hz 150Hz 200Hz 150Hz 200Hz 150Hz ft

N319PM19 530V 6000RPM SGL CR0 UHT 19 14 14 11 530 410 18.5 0.10 0.33 S 6.9









Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPS - Single



©N OV OME T


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PERMANENT MAGNET MOTOR ACCESSORIES 319 SERIES

Description Weight

lb kg

999.191.2030_INSTALLATION PARTS KIT. ADAPTER FOR NOVOMET DH SENSOR OF 319 SERIES 16.5 7.5

999.191.0030_INSTALLATION PARTS KIT. INSTALLATION KIT FOR SGL MOTOR OF 319 SERIES 1.1 0.5


ft m

Motor additional length and weight due to Novomet DH Sensor of 319 series 2.2 0.7




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 481

PERMANENT MAGNET

MOTOR

319 SERIES

PERFORMANCE CURVE

PERMANENT MAGNET MOTOR N319PM84, 1390V, 6000RPM

6000 rpm / 200 Hz 319 series / OD 81 mm



©N OV OME T


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P E R MA N

E NT MA GNE T

M

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Description Weight

lb kg

999.191.2030_INSTALLATION PARTS KIT. ADAPTER FOR NOVOMET DH SENSOR OF 319 SERIES 16.5 7.5

999.191.0030_INSTALLATION PARTS KIT. INSTALLATION KIT FOR SGL MOTOR OF 319 SERIES 1.1 0.5


ft m

Motor additional length and weight due to Novomet DH Sensor of 319 series 2.2 0.7




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 484

PERMANENT MAGNET

MOTOR

460 SERIES

3000 rpm / 100 Hz 460 series / OD 117 mm

PERFORMANCE CURVE




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 485

PERMANENT MAGNET

MOTOR

460 SERIES

460 series / OD 117 mm6000 rpm / 200 Hz

PERFORMANCE CURVE




©N OV OME T


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P E R MA N

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Description Weight

lb kg

999.184.2030_INSTALLATION PARTS KIT ADAPTER FOR NOVOMET DH SENSOR OF 378 SERIES 26.5 12.0

999.184.5030_INSTALLATION PARTS KIT ADAPTER FOR ZENITH DH SENSOR OF 456 SERIES TBA TBA


999.184.0030_INSTALLATION PARTS KIT INSTALLATION KIT FOR SGL MOTOR OF 512 SERIES 1.1 0.5


ft m







©N OV OME T


J U NE 2 0 1 3

P A GE 4 8 8

P E R MA N

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DESIGN DATA ON PERMANENT MAGNET 744 SERIES (OD 189 MM

DescriptionMotor hp kW Volts

AmpsMin.fluid velocity,

ft/s

Min.fluid velocity,

m/sType

Lengt

120Hz 100Hz 120Hz 100Hz 120Hz 100Hz ft

N744PM96 2200V 3600RPM 96 80 72 60 2200 1850 22.3 0.98 0.30 S 8.6

N744PM145 3270V 3600RPM 145 121 108 90 3270 2750 22.3 0.98 0.30 S 9.6

N744PM195 3850V 3600RPM 193 161 144 120 3850 3230 25.2 0.98 0.30 S 10.6

N744PM240 3930V 3600RPM 241 201 180 150 3930 3300 29.9 0.98 0.30 S 11.6

N744PM290 3990V 3600RPM 289 241 216 180 3990 3350 35.4 0.98 0.30 S 12.6

N744PM340 4240V 3600RPM 338 281 252 210 4240 3550 39.0 0.98 0.30 S 13.6

N744PM390 4300V 3600RPM 386 322 288 240 4300 3600 43.2 0.98 0.30 S 14.6

N744PM430 4050V 3600RPM 434 362 324 270 4050 3390 52.0 0.98 0.30 S 15.6

N744PM480 4160V 3600RPM 482 402 360 300 4160 3480 55.6 0.98 0.30 S 16.6

N744PM530 3920V 3600RPM 531 442 396 330 3920 3280 65.0 0.98 0.30 S 17.6

N744PM580 3890V 3600RPM 579 482 432 360 3890 3260 70.9 0.98 0.30 S 18.6

N744PM630 4230V 3600RPM 627 523 468 390 4230 3540 71.0 0.98 0.30 S 19.6

N744PM680 4110V 3600RPM 675 563 504 420 4110 3440 78.1 0.98 0.30 S 20.6

N744PM720 3960V 3600RPM 724 603 540 450 3960 3320 86.9 0.98 0.30 S 21.6

N744PM770 4240V 3600RPM 772 643 576 480 4240 3550 86.9 0.98 0.30 S 22.6

N744PM820 3980V 3600RPM 820 683 612 510 3980 3330 97.9 0.98 0.30 S 23.6

N744PM870 4220V 3600RPM 868 724 648 540 4220 3530 97.9 0.98 0.30 S 24.6

N744PM920 3900V 3600RPM 917 764 684 570 3900 3260 112.2 0.98 0.30 S 25.6

N744PM970 4090V 3600RPM 965 804 720 600 4090 3420 112.1 0.98 0.30 S 26.6

N744PM1010 4300V 3600RPM 1013 844 756 630 4300 3600 112.2 0.98 0.30 S 27.6

N744PM1060 3850V 3600RPM 1061 884 792 660 3850 3220 131.3 0.98 0.30 S 28.6

N744PM1110 4030V 3600RPM 1110 925 828 690 4030 3370 131.3 0.98 0.30 S 29.6

N744PM1160 4200V 3600RPM 1158 965 864 720 4200 3510 131.3 0.98 0.30 S 30.6

N744PM1210 4400V 3600RPM 1206 1005 900 750 4400 3680 132.0 0.98 0.30 S 31.6

N744PM1250 4560V 3600RPM 1254 1045 936 780 4560 3820 131.9 0.98 0.30 S 32.6

N744PM1290 4720V 3600RPM 1286 1072 960 800 4720 3950 129.8 0.98 0.30 S 33.6

Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RP

S - Single



©N OV OME T


J U NE 2 0 1 3

P A GE 4 8 9

P E R MA N

E NT MA GNE T

M

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Description Weight

lb kg

ADAPTER FOR NOVOMET DH SENSOR OF 378 SERIES

TBA ADAPTER FOR ZENITH DH SENSOR OF 456 SERIES

ADAPTER FOR ELEKTON DH SENSOR OF 378 SERIES

INSTALLATION KIT FOR SGL MOTOR OF 744 SERIES


ft m

MOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO NOVOMET DH SENSOR OF 378 SERIES

TBAMOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO ZENITH DH SENSOR OF 456 SERIES

MOTOR ADDITIONAL LENGTH AND WEIGHT DUE TO ELEKTON DH SENSOR OF 378 SERIES




ESP System

Components

Downhole

Equipment




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 491

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

GLOSSARY

DOWNHOLE SENSOR

e.g., NDS1 319 5800PSI CR2 MOD0

Maximum measured pressure, psi

MODX

MOD0 - standard design

MOD1 - special design




XXXN XXXDSX XXXXPSI

Type of Downhole Sensor, (see Table 1)



NDS2Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pumpdischarge pressure

NDS3Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector

for Novomet Pump Discharge Sensor with Flow meter (NPDSF)

NDS4Novomet Downhole Sensor, Type 4. Intake T & P, motor vibration X & Y, motor oil temperature + connectorfor Novomet Pump Discharge Sensor with Flow meter (NPDSF) and Novomet Geophysical Probe withFlow meter and Watercut meter (NGPFW)

Table 2 - Series


319 3.19 81

378 3.78 96



Max chemical

content, g/l pH DescriptionH

2S CO

2Cl

CR0Corrosion Re-


fluid0.01 0.01 20 5.0..8.5 Carbon Steel

CR2Corrosion Re-


fluid1.25 1.45 200 3.0..9.0

Housing is coated with thermal spraycoatings

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0

Materials resistant to Sulfide StressCracking are used.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 492

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

GLOSSARY

GEOPHYSICAL PROBE

WITH FLOW METER AND WATERCUT METER

Novomet Geophysical Probe

with Flow meter and Watercut

MODX

e.g., NGPFW 295 5800PSI CR3 MOD0

N XXXGPFW XXXXPSI

MOD0 - standard design

MOD1 - special design



XXX



Table 1 - Series


295 2.95 75

335 3.35 85




H2S CO

2Cl

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 493

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

GLOSSARY

PUMP DISCHARGE SENSOR WITH FLOW METER


Novomet Pump Discharge Sensor

with Flow meter

Flow Capacity, bpd:

500


e.g., NPDSF 362 2-7/8" 5800PSI 500BPD CR3

N XXXPDSF XXXXPSI


Tubing thread diameter, inches:

27/8

XXX XXXXXXBPD




NDS2Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pumpdischarge pressure

NDS3

Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector

for Novomet Pump Discharge Sensor with Flow meter (NPDSF)

NDS4Novomet Downhole Sensor, Type 4. Intake T & P, motor vibration X & Y, motor oil temperature + connectorfor Novomet Pump Discharge Sensor with Flow meter (NPDSF) and Novomet Geophysical Probe withFlow meter and Watercut meter (NGPFW)

Table 2 - Series


362 3.62 92




H2S CO

2Cl

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 494

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

GLOSSARY

SURFACE PANEL

GLOSSARY

CHOKE UNIT

e.g., NSP-R

Version:

R - Remote

B - VSD Built-in

Surface Panel

N -XSP


Choke Unit

N CU


e.g., NCU



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 495

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

DOWNHOLE MONITORING

SYSTEMS

Reservoir Managementand ESP Performance Control

Novomet Downhole Sensor System (DSS) and ESP Surveil-

lance Services ensure you get the absolute best well perfor-

mance and ESP reliability using the intelligent monitoring and well analysis technologies.

DSS fit-for-purpose design for ESP environments acquires

detailed and accurate critical data about the operation of your

well, reservoir, Fluid and pump-motor system, transmitting it in

real time to the surface with a digital signal via the motor power

cable for display, control and logging purposes.

Production optimization

Novomet DSS is of utmost importance for assessing well

and artificial lift system performance.

Accurate measurements surrounding an ESP enables you

to be sure that system operates with optimum performance

within specified operating range, enabling maximum produc-

tion. Maximized ESP Run life and production optimization are

proven by field applications and reliable ESP operation in a

number of locations including high temperature and severe op-

erating environments.

Configuration

Advanced transducer technology provides reliable and ac-

curate information for pressure draw-down monitoring and

analysis.

Measurable parameters can be hand-picked to collect the

data that is valuable for Customer ESP operation analysis –

from a simple 6-parameters system (intake pressure, intake

temperature, motor winding temperature, axial/radial motor vi-

bration, insulation resistance) to a full 15-parameters system.Sensor accuracy can be selected to suit your well perfor-

mance.

Trip and alarm settings for all monitored parameters are

field-programmable to match individual reservoir, well operat-

ing conditions and fit for operator requirements - it decreases

false trips.

Integrated system

Novomet measuring systems are fully compatible with all

major ESP suppliers.

Novomet DSS continues to operate when ESP is shut down.

It has long service life allowing repeated deployment.

Simple data collection by transferring via SD card or USB slot.

Applications:

• ESP wells operation real-timemonitoring

• Wells with harsh start-up condi-tions

• Unsteady production perfor-

mance• High temperature and difficult

operating environments• Pressure gradient and reservoir

pressure tests• Water wells data measurement • ESP operation and well perfor-

mance optimization

Benefits:

• Digital connection betweendownhole and surface sensors

ensures high data accuracy andhigh interference protection• Saving operability with power ca-

ble length 13000 ft and more• Enhanced diagnostic features for

production increase and downtime decrease, reduces early ESPfailure

• User-friendly software

Features:

• ESP key parameters accurate,

continuous monitoring• Data transfer via RS232 and

RS485 ports• Connectivity to remote data col-

lection and SCADA systems usingModbus protocol

• Standard and corrosion-resistantdesign for high H

2 S applications

• Factory calibrated • Communications and power sup-

ply via the ESP cable• Continues to operate when ESP is

shut down and power off



ESP CATALOG

© NOVOMET

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PAGE 496

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

Novomet Monitoring Systems are SCADA ready and enable

connectivity to remote data collection systems.

Modbus remote terminal-protocol port, RS232 and RS485ports allow continuous data output.

Novomet DSS systems can be combined with other com-

ponents to achieve an integrated monitoring and control

of EPS wells.

ESP monitoring

Novomet Downhole monitoring system provides the follow-

ing options:

• Intake pressure

• Discharge pressure

• Intake temperature

• Discharge temperature

• Motor winding temperature

• Bottom-hole temperature

• Axial Motor vibration

• Radial Motor vibration

• Insulation resistance

• Bottom-hole pressure

• Axial Pump vibration

• Radial Pump vibration

• Discharge fluid flow

• Current leakage

• Annulus pressure

• Wellhead pressure

• Watercut at pump discharge.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 497

DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

MEASURED PARAMETERS

Parameters Version Values ± %

(accuracy FS)

Standard Enhanced

Intake pressure, psi + + 0 ÷ 5800 ±1%

Intake temperature, °F + + 0 ÷ 300 ±1%

Motor winding temperature, °F + + 0 ÷ 430 ±1.5%

Motor vibration, mm/sec2 + + 0 ÷ 30 ±5%

Insulation resistance, kOhm + + 0 ÷ 9999 ±10%

Discharge pressure, psi + 0 ÷ 5800 ±1%

Discharge temperature, °F + 0 ÷ 300 ±1%

Pump vibration, mm/sec2 + 0 ÷ 30 ±5%

Fluid flow, bpd +130 ÷ 500 ± 1%250 ÷ 1000 ±1%380 ÷ 1900 ±1%

Annulus pressure, psi + 0 ÷ 870 ±2%

Wellhead pressure, psi + 0 ÷ 870 ±2%

Bottom-hole pressure, psi + 0 ÷ 5800 ±1%

Bottom-hole temperature, °F + 0 ÷ 300 ±1%

Watercut at pump discharge, % + 0 ÷ 100 ±5%

Annulus and wellhead pressure

Discharge pressure and temperature

Pump vibration

Fluid flow at pump discharge

Intake pressure and temperature

Winding temperature and motor vibration

Bottom-hole pressure & temperature

Perforation zone water cut

Fluid flow at perforation zone



ESP CATALOG

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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

DOWNHOLE SENSOR SYSTEMS DESIGNS

SYSTEM NDSS1Novomet Downhole Sensor System NDSS1 consists of 2 components: downhole sensor NDS1 and

surface panel NSP-B or NSP-R.

Downhole sensor NDS1 is mounted below the motor base. Downhole sensor head includes one con-

nector for communication cable and two connectors for Motor winding temperature sensor. Downhole

sensor head includes intake fluid flow sensor hole.

Surface panel can be of 2 types: NSP-B which is integrated into Variable Speed Drive or separate mod-

ule NSP-R.

Downhole sensor OD 3.78 in

Downhole sensor OD 3.78 in Built-in Surface Panel

MEASURABLE PARAMETERS

Parameter Value Resolution Accuracy FS

Intake pressure, psi 0…5800 0.01 1%Intake temperature, °F 32…300 0.1 1%

Motor oil temperature, °F 32…430 0.1 1.5%

Axial Motor vibration, mm/sec2 0…30 0.1 5%

Radial Motor vibration, mm/sec2 0…30 0.1 5%

Insulation resistance, kOhm0…1000

1001…99991

5%10%



ESP CATALOG

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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

SYSTEM NDSS2

Novomet Downhole Sensor System NDSS2 consists of 3 components: downhole sensor NDS2, dis-

charge pressure sub and surface panel. Discharge pressure sub is installed at pump discharge. Pressuresub transfers pressure via leak proof tube to the downhole sensor NDS2 below motor. Downhole sensor

NDS2 has an extra nipple for this tube.

Discharge pressure sub Leak proof tube



Intake pressure, psi 0…5800 0.01 1%

Discharge pressure, psi 0…5800 0.01 1%

Intake temperature, °F 32…300 0.1 1%

Motor oil temperature, °F 32…430 0.1 1.5%




1001…99991

5%10%

SYSTEM NDSS3

Novomet Downhole Sensor System NDSS3 consists of 3 components: downhole sensor NDS3, Novo-

met Pump Discharge Sensor with Flow meter (NPDSF) and surface panel.

NPDSF is mounted above pump discharge. It is connected to downhole sensor NDS3 below motor and

power supplied (voltage rate 12 V) via special communication cable (along ESP system) inside metal tube.

Flow meter principle of operation: fluid flows helically after passing through a swirler. This swirler in-

cludes specially designed ball which rotates in fluid flow and frequency of ball rotation is directly propor-tional to flow passed through the swirler. Flow meter includes electronic controller, which acquires, con-

verts, processes and transmits signals from the ball to Downhole Sensor NDS3 via communication cable.

Afterwards surface panel receives data from Downhole sensor.

Discharge head sensor with flow meter



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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

Downhole sensor OD 3.78 in






Motor winding temperature, °F 32…430 0.1 1.5%

Discharge temperature, psi 32…300 0.1 1%



Axial Pump vibration, mm/sec2 0…30 0.1 5%

Radial Pump vibration, mm/sec2 0…30 0.1 5%

Fluid flow rate at pump discharge, bpd 125…1260 0.1 10%

Insulation resistance, kOhm 0…10001001…9999

1 5%10%

Watercut at pump discharge, % 0...100 1 5%

SYSTEM NDSS4

Novomet Downhole Sensor System NDSS4 consists of 3 components: downhole sensor NDS4, No-

vomet Geophysical Probe with Flow meter and Watercut meter (NGPFW) and surface panel. There can be

various combinations of NGPFW, including up to 3 probes for three different zones.

NGPFW runs down on the special cable at perforation zone depth. Downhole sensor NDS4 includes

electrical connector for NGPFW cable.




Discharge pressure, psi 0…5800 0.01 1%Intake temperature, °F 32…300 0.1 1%


Perforation zone temperature, °F 32…300 0.1 1%



Fluid flow at perforation zone, bpd 380 ÷ 1000 0.1 10%

Perforation zone water cut, % 0 ÷ 100 1 5%


1001…99991

5%10%



ESP CATALOG

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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

SYSTEM NDSS5

Novomet Downhole Sensor System NDSS5 consists of 4 components: downhole sensor NDS4, Novo-

met Pump Discharge Sensor with Flow meter (NPDSF), Novomet Geophysical Probe with Flow meter and Watercut meter (NGPFW) and surface panel. The combination principle is the same as for NDSS4, up to 3

probes can be placed on the geophysical cable near the perforation zone(s).

NGPFW runs down on the special cable at perforation zone depth. Downhole sensor NDS4 includes

electrical connector for NGPFW cable.

NPDSF is mounted at pump discharge. It is connected to downhole sensor NDS4 and power supplied

(voltage rate 12 V) via special communication cable (along ESP system) inside metal tube.






Discharge temperature, °F


Perforation zone temperature, °F 32…300 0.1 1%



Fluid flow at perforation zone, bpd 380 ÷ 1000 0.1 10%

Perforation zone water cut, % 0 ÷ 100 1 5%

Insulation resistance, kOh m0…1000

1001…99991

5%10%

Perforation zone pressure, psi 0…5800 0.01 1%

Axial Pump vibration, mm/sec2 0…30 0.1 5%

Radial Pump vibration, mm/sec2 0…30 0.1 5%

Discharge fluid flow, bpd 125…1260 0.1 10%

Watercut at pump discharge, % 0...100 1 5%

OPERATION PRINCIPLE OF WATERCUT METER

This device is measuring the water content in reservoir fluid, where the volume of wa-

ter in the total volume of reservoir fluid most heavily influences the dielectric permittivity

of the fluid because the dielectric permittivity of water (80-81) is much greater than that

of crude oil (2-3) at room temperature. When the amount of water changes in the fluid, aprobe will measure a change in capacitance due to the change in dielectric permittivity

that can be directly correlated with a change in water content.



ESP CATALOG

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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

SURFACE PANELS

Novomet Sensor panel is available in 2 variants:

1) NSP-B – VSD built-in type

2) NSP-R – remote type.

Surface panel is used for data acquisition from downhole

sensor, measuring insulation resistance between ground and

system "‘Zero’ SU transformer - Power cable – ‘Zero’ Motor"

and data transfer to external device via digital port ModBus

RTU or by analog output.

NSP-B FEATURES:

• Surface panel processes and transfers data from surface

and downhole sensors to VSD controller.

• In case any deviation of parameters outside preset limits is

determined the system provides programmed ESP startsand stops to ensure its reliable operation and protection.

• Surface panel NSP-B has 2 ports: RS-485 and RS-232 for

connection with external device.

• Two current analog inputs (4÷20 mА) and four voltage

analog outputs (0÷10V) are available.

• NSP-B side panel has light-emitting diodes for power-up

and operation indication.

Surface panel is compatible with switchboards of any

manufacturers and downhole sensor system – with any motor

type: asynchronous and permanent magnet.

Surface panel NSP-B is 220V voltage supplied.

Surface panel NSP-B consists of filter and controller

board RK-09.

Surface panel NSP-B

External view NSP-B

Internal view NSP-B



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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

External view NSP-R

Internal view NSP-R

NSP-R FEATURES:

• Surface panel NSP-R is used for remote installation.

• NSP-R operates as a standalone Controller to performcontrol or alarm shutdown functions based on set points

against downhole data.

• Degree of environmental activity protection is NEMA 3R.

• Surface panel NSP-R consists of controller, Filter, external

connection terminal block, heater.

• Controller has LCD for online data displaying and key-

board for menu navigation and settings.

Surface panel NSP-R is 220 V power supplied.

Surface panel NSP-R



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DOWNHOLE

SENSOR SYSTEM

DOWNHOLE

MONITORING SYSTEM

DOWNHOLE MONITORING SYSTEMS SPECIFICATION

DescriptionHousing OD Weight Installed Length

Part Numberin mm lb kg ft m

NDS1 319 5800PSI CR0 MOD0 3.19 81 37.5 17 1.96 0.596 3018030018

NDS1 319 5800PSI CR3 MOD0 3.19 81 37.5 17 1.96 0.596 3018030159

NDS1 319 5800PSI CR2 MOD0 3.19 81 37.5 17 1.96 0.596 3018030160

NDS2 319 5800PSI CR3 MOD0 3.19 81 37.5 17 1.96 0.596 3018030294

NDS1 378 5800PSI CR0 MOD0 3.78 96 59.5 27 2.49 0.759 3018030055

NDS1 378 5800PSI CR3 MOD0 3.78 96 59.5 27 2.49 0.759 3018030109

NDS1 378 5800PSI CR2 MOD0 3.78 96 59.5 27 2.49 0.759 3018030110

NDS1 378 5800PSI CR0 MOD1 3.78 96 59.5 27 2.49 0.759 3018030290

NDS1 378 5800PSI CR2 MOD1 3.78 96 59.5 27 2.49 0.759 3018030292

NDS1 378 5800PSI CR3 MOD1 3.78 96 59.5 27 2.49 0.759 3018030291

NDS2 378 5800PSI CR3 MOD0 3.78 96 63.9 29 2.60 0.791 3018030059NDS2 378 5800PSI CR0 MOD0 3.78 96 63.9 29 2.60 0.791 3018030233

NDS2 378 5800PSI CR2 MOD0 3.78 96 63.9 29 2.60 0.791 3018030235

NDS3 378 5800PSI CR0 MOD0 3.78 96 61.7 28 2.47 0.753 3018030011

NDS3 378 5800PSI CR0 MOD1 3.78 96 61.7 28 2.47 0.753 3018030230

NDS3 378 5800PSI CR2 MOD0 3.78 96 61.7 28 2.47 0.753 3018030232

NDS3 378 5800PSI CR3 MOD0 3.78 96 61.7 28 2.47 0.753 3018030231

NDS4 378 5800PSI CR0 MOD0 3.78 96 72.8 33 3.46 1.056 3018030057

NDS4 378 5800PSI CR3 MOD0 3.78 96 72.8 33 3.46 1.056 3018030287

NDS4 378 5800PSI CR2 MOD0 3.78 96 72.8 33 3.46 1.056 3018030288

NGPFW 295 5800PSI CR3 MOD0 2.95 75 24.3 11 3.11 0.948 3018030229

NSР-R - - 136.7 62 23.62" x 62.99" x 12.59"600 mm x 1600 mm

x 320 mm3018040004

NSР-B - - 14.3 6.5 9.60" x 7.87" x 6.29"244 mm x 200 mm

x 160 mm 3018040007

NCU - - 172.0 78 24.65" x 30.51" x 14.96"626 mm х 775 mm

х 380 mm3018050001

NSР-R - - 27.9 62 23.62"x62.99"x12.59"600mmx1600mm

x320mm3018040004

NSР-B - - 2.9 6.5 9.60"x7.87"x6.29"244mmx200mm

x160mm3018040007

NCU - - 172.0 78 24.65"x30.51"x14.96"626mmх775mm

х380mm3018050001

DISCHARGE PRESSURE SUB SPECIFICATION

Description Part Number

DISCHARGE PRESSURE SUB 2-3/8"-10RD NUE PIN - 2-3/8"-10RD NUE PIN SWAGELOK 1/4" CR0, OD 81MM 2024010425

DISCHARGE PRESSURE SUB 2-7/8"-10RD NUE PIN - 2-7/8"-10RD NUE PIN SWAGELOK 1/4" CR0, OD 92MM 2024010232

DISCHARGE PRESSURE SUB 2-7/8"-8RD EUE PIN - 2-7/8"-8RD EUE PIN SWAGELOK 1/4" CR0, OD 93.2MM 2024010712

DISCHARGE PRESSURE SUB 3-1/2"-8RD EUE PIN - 3-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0, OD 114MM 2024010713

DISCHARGE PRESSURE SUB 4-1/2"-8RD EUE PIN - 4-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0, OD 162MM INCLUDING MLE TBA

DISCHARGE PRESSURE SUB 4-1/2"-8RD EUE PIN - 4-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0, OD 162MM INCLUDING MLE 2024010582



ESP System

Components

Downhole

Equipment

Cable Products



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 506

CABLE PRODUCTS

MOTOR LEAD EXTENSION

MOTOR LEAD

EXTENSION

GLOSSARY

MOTOR LEAD EXTENSION

e.g., MLE TYPE2 450F AWG#7 4KV GSTA 197FT

XKV

AWG size (see Table 2)

XXXXX XXXFTMLE TYPEX XXXF AWG#X

Armor material, (see Table 3)

Length, ft

Motor Lead Extension

Plug type, (see Table 1)

Temperature rating,oF

Voltage rating, kV

Table 1 - Plug type

Plug sizePlug size Motor OD, in

in mm 3.19 3.78 4.06 4.60 5.12 5.62 7.44

Type1 1.02 26 X

Type3 1.42 36 X X X X SGL

Type4 1.65 42 DBL, TRP

Type5 2.17 55 X

Table 2 - Series

AWG# mm2

2 35

3 25

4 21

5 16

6 13

7 10

8 8




H2S CO

2Cl

GSTACorrosion Re-



1.450.01

200 4.0..8.5 Galvanized Steel Tape Armor

SSCorrosion Re-


fluid1.25 1.45 200 3.0..9.0 Stainless Steel Armor

MonelUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0 Monel armor



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 510

CABLE PRODUCTS

POWER CABLE

POWER CABLE

GLOSSARY

POWER CABLE

Table 1 - Series

AWG# mm2

1 42

2 35

3 25

4 21

5 16

6 13

7 10

8 8




H2S CO

2Cl

GSTA Corrosion Re-sistant 1

Moderately ag-gressive fluid

0.011.25

1.450.01

200 4.0..8.5 Galvanized Steel Tape Armor

SSCorrosion Re-


fluid1.25 1.45 200 3.0..9.0 Stainless Steel Armor

MonelUltra Corrosion


sive fluid> 1.25 1.45 200 3.0..9.0 Monel armor

e.g., POWER CABLE SUB-LINE AWG#4 4KV 285F FLAT GSTA BY ZTS

Temperature rating,oF

XXXFXKV

AWG size, (see Table 1)

XXXXX

Power cable

Manufacturer

Armor material, (see Table 2)

Shape (round /flat)

POWER CABLE AWG#X

Model

Voltage rating, kV

XXXXX BY XXXXXXXXX

PRYSMIAN



ESP CATALOG

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WWW.NOVOMET.RU/ENG

JUNE 2013

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POWER CABLE

CABLE PRODUCTS

POWER CABLE

ESP POWER CABLE, MLE, SURFACE CABLE

Novomet list of approved 3rd party vendors for cable products includes the following manufacturers:

• Podolsk

• ZTS

• Prysmian

• Kerite

We can supply cable of any other manufacturer depending on the customer’s request and specifica-

tions. All of these new supplies will have to pass through our vendors approval procedure to verify the qual-

ity of their goods.

Here below, some information about products of above four manufacturers is mentioned for your refer-

ence during ESP system selection process.

Novomet produces in-house Motor Lead Extensions, the specifications are presented further in this

Catalog, and performs factory splicing of the whole cable line to ensure 100% of quality control.In this Section the following Abbreviations mean the following:

• AWG – American Wire Gage

• PE – Polyethylene insulation

• PP – Polypropylene insulation

• EPDM – Ethylene Propylene Diene Monomer insulation

• EE – EPDM insulation, EPDM jacket

• EN – EPDM insulation, Nitrile Butadiene Rubber jacket

• E-Lead – EPDM insulation, Lead sheath

• GSTA – Galvanized Steel Tape Armor

• SS – Stainless Steel armor

• Monel – Monel armor

• MLE – Motor lead extension

PODOLSK CABLE – 3.3 KV, FLAT/ROUND, 250/300 OF

Standard Construction

Conductors. Solid, stranded or stranded compacted tinned copper conductors.

Insulation. A high dielectric quality Polypropylene provides the ideal balance of physical and electrical

properties.

Jacket. A Nitrile rubber formulation compound providing excellent heat, oil resistance and low swell, is

extruded over the insulation.

Tape. A fluoropolymer tape is helically applied with an overlap over the jacket to provide added protec-

tion against oil and chemicals and core decompression damage.

Braid. A synthetic braid, applied with full coverage over the fluoropolymer tape, provides additional

mechanical reinforcement and hoop strength.

Armor. A fully galvanized steel tape armor provides excellent mechanical protection with a high degree

offlexibility

Armor

Braid Tape

Jacket Insulation

Conductors



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JUNE 2013

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POWER CABLE

CABLE PRODUCTS

POWER CABLE

PODOLSK FLAT CABLE SPECIFICATION (250 OF)

AMPACITY CHART

DescriptionConductor size

ConductorOverall dimensions Weight Part

Number AWG# mm2 in mm lb/ft kg/m

POWER CABLE KPSPBP 3.3KV 250F FLAT PE, GSTA BY PODOLSKKABEL (temperature rating - 250oF / 120 oC)

POWER CABLE KPSPBP 3.3KV 250F FLAT GSTABY PODOLSKKABEL

2 35 Solid 0.71 x 1.89 18 x 48.2 1.22 1.82 TBA


3 25 Solid 0.64 x 1.67 16.2 x 42.5 1.01 1.51 TBA


4 21 Solid 0.64 x 1.67 16.2 x 42.5 0.91 1.35 TBA


5 16 Solid 0.59 x 1.47 15.0 x 37.4 0.74 1.1 TBA


6 13 Solid 0.57 x 1.41 14.6 x 35.9 0.68 1.02 TBA


7 10 Solid 0.56 x 1.35 14.2 x 34.4 0.59 0.88 TBA


8 8 Solid 0.51 x 1.26 13.0 x 32.0 0.48 0.72 TBA

POWER CABLE KPSPBK 3.3KV 250FROUND PE, GSTA BY PODOLSKKABEL (temperature rating - 250 oF / 120 oC)

POWER CABLE KPSPBK 3.3KV 250FROUND GSTABY PODOLSKKABEL

2 35 Solid 1.51 38.3 1.17 1.74 TBA


3 25 Solid 1.4 35.6 0.96 1.43 TBA


4 21 Solid 1.4 35.6 0.84 1.26 TBA


5 16 Solid 1.26 32 0.68 1.02 TBA

POWER CABLE KPSPBK 3.3KV 250FROUND GSTA

BY PODOLSKKABEL 6 13 Solid 1.26 32 0.63 0.93 TBA


7 10 Solid 1.14 29 0.54 0.81 TBA


8 8 Solid 0.98 25 0.44 0.65 TBA

Well fluid Air-gas mixture

Temperature, oF

C u r r e n t , A

0

20

20 90 100 120 140 160 180 200 210 230 240 245

40

60

80

100

120

140

160



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POWER CABLE

CABLE PRODUCTS

POWER CABLE

PODOLSK ROUND CABLE SPECIFICATION (300 OF)




POWER CABLE KPSPBP 3.3KV 300F FLAT PP GSTA* BY PODOLSKKABEL (TEMPERATURE RATING - 300 oF / 150 oC)


4 21 Solid 0.64 x 1.67 16.2 x 42.5 0.92 1.37 TBA


5 16 Solid 0.59 x 1.47 15.0 x 37.4 0.74 1.11 TBA


6 13 Solid 0.57 x 1.41 14.6 x 35.9 0.7 1.04 TBA


7 10 Solid 0.56 x 1.35 14.2 x 34.4 0.6 0.89 TBA

POWER CABLE KPSPBK 3.3KV 300F ROUND PP GSTA BY PODOLSKKABEL (TEMPERATURE RATING - 300 oF / 150 oC)

POWER CABLE KPSPBK 3.3KV 300F ROUND GSTABY PODOLSKKABEL

4 21 Solid 1.4 35.6 0.84 1.25 TBA


5 16 Solid 1.26 32 0.68 1.02 TBA


6 13 Solid 1.26 32 0.63 0.93 TBA


7 10 Solid 1.14 29 0.54 0.8 TBA

AMPACITY CHART

Well fluid Air-gas mixture

Temperature, oF

C u r r e n t , A

0

25

70 100 120 140 180 200 210 250 265 285 300

50

75

100

125

150

175

200



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POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS FLAT CABLE SPECIFICATION (285 OF)




POWER CABLE SUB-LINE 4KV 285F FLAT EPDM GSTA BY ZTS (TEMPERATURE RATING - 285 OF / 140 OC)

POWER CABLE SUB-LINE 4KV 285F FLAT GSTA BY ZTS 1 42 Stranded 0.76 x 2.01 19.2 x 50.9 1.9 2.8 TBA

POWER CABLE SUB-LINE 4KV 285F FLAT GSTA BY ZTS 1 42 Compacted 0.72 x 1.91 18.4 x 48.4 1.83 2.7 TBA



POWER CABLE SUB-LINE 4KV 285F FLAT GSTA BY ZTS 4 21 Solid 0.62 x 1.60 15.8 x 40.6 1.16 1.7 TBA


POWER CABLE SUB-LINE 5KV 285F FLAT EPDM GSTA BY ZTS (TEMPERATURE RATING - 285 OF / 140 OC)







AMPACITY CHART

Temperature (oF)

C u r r e n t ( A m p s )

SL-285 (EN) Flat

50

0

20

40

60

80

100

120

140

160

180

200

100 150 200 250 300

AWG 6

AWG 4

AWG 2

AWG 1



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 516

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS CABLE – 4/5 KV, ROUND, 285 OF

STANDARD CONSTRUCTIONConductors. Solid, stranded or stranded compacted tinned copper conductors.

Insulation. A high quality EPDM compound is bonded to the conductor. It is formulated to provide high

dielectric and low swell characteristics in the presence of oil.

Jacket. A Nitrile rubber formulation compounded providing excellent heat, oil resistance and low swell,

is extruded over the insulated conductors.

Armor. An interlocking, fully galvanized steel tape armor provides excellent mechanical protection with

a high degree of flexibility.

OPTIONS



Tape. A fluoropolymer tape helically applied with an overlap over the jacket to provide added protection

against oil and chemicals and core decompression damage.

Armor. Stainless steel or MONEL armor is available for use in highly corrosive well environments. Heavy

or double armor options are available.

Armor

Jacket

Insulation

Conductors



ESP CATALOG

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WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 517

POWER CABLE

CABLE PRODUCTS

POWER CABLE


Conductor

Overalldimensions

Weight PartNumber

AWG# mm2 in mm lb/ft kg/m

POWER CABLE SUB-LINE 4KV 285F ROUND EPDM GSTA BY ZTS (TEMPERATURE RATING - 285 OF / 140 OC)

POWER CABLE SUB-LINE 4KV 285F ROUND GSTA BY ZTS 1 42 Stranded 1.41 35.8 1.8 2.7 TBA

POWER CABLE SUB-LINE 4KV 285F ROUND GSTA BY ZTS 1 42 Compacted 1.34 34 1.73 2.6 TBA


POWER CABLE SUB-LINE 4KV 285F ROUND GSTA BY ZTS 2 35 Compacted 1.29 32.7 1.53 2.3 TBA

POWER CABLE SUB-LINE 4KV 285F ROUND GSTA BY ZTS 4 21 Solid 1.12 28.3 1.13 1.7 TBA

POWER CABLE SUB-LINE 4KV 285F ROUND GSTA BY ZTS 6 13 Solid 1.02 26 0.92 1.4 TBA

POWER CABLE SUB-LINE 5KV 285F ROUND EPDM GSTA BY ZTS (TEMPERATURE RATING - 285 OF / 140 OC)







ZTS ROUND CABLE SPECIFICATION (285 OF)

Temperature (oF)


SL-285 (EN) Round

50

0

50

100

150

200

250

100 150 200250

300

AWG 6

AWG 4

AWG 2

AWG 1

AMPACITY CHART



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 518

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS CABLE – 4/5 KV, FLAT, 450 OF




Jacket. An EPDM high temperature formulation compounded to provide excellent heat, oil resistance

and low swell, is extruded over the insulated conductors.

Tape. A fluoropolymer tape is helically applied over with an overlap over the jacket to provide added

protection against oil and chemicals and core decompression damage.



Armor. A fully galvanized steel tape armor provides excellent mechanical protection with a high degree

of flexibility.

OPTIONS

Stainless steel or MONEL armor is available for use in highly corrosive well environments. Heavy or

double armor options are available.

Armor

Braid Tape

Jacket Insulation

Conductors



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 519

POWER CABLE

CABLE PRODUCTS

POWER CABLE


ConductorOverall d imensions Weight Part


POWER CABLE SUB-LINE , 4KV 450F FLAT EE GSTA BY ZTS (TEMPERATURE RATING - 450 OF / 230 OC)







POWER CABLE SUB-LINE , 5KV 450F FLAT EE GSTA BY ZTS (TEMPERATURE RATING - 450 OF / 230 OC)







ZTS FLAT CABLE SPECIFICATION (450 OF)

Temperature (oF)


SL-450 (EE) Flat

100

0

50

100

150

200

250

150 250200 300 350 400 450 500

AWG 6

AWG 4

AWG 2

AWG 1

AMPACITY CHART



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 520

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS CABLE – 4/5 KV, ROUND, 450 OF




Tape. A fluoropolymer tape is helically applied with an overlap over the jacket to provide added protec-

tion against oil and chemicals and core decompression damage.



Jacket. An EPDM high temperature formulation compounded to provide excellent heat, oil resistance


Armor. An interlocking, fully galvanized steel tape armor provides excellent mechanical protection with

a high degree of flexibility.

OPTIONS

Armor. Stainless steel or MONEL armor is available for use in highly corrosive well environments. Heavy

or double armor options are available.

Armor

Braid Tape

Jacket

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 521

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS ROUND CABLE SPECIFICATION (450 OF)

Temperature (oF)


SL-450 (EE) Round

200

0

50

100

150

200

250

250 300 350 400 450 500

AWG 6

AWG 4

AWG 2

AWG 1

AMPACITY CHART




POWER CABLE SUB-LINE 4KV 450F ROUND EE GSTA BY ZTS (temperature rating - 450 oF / 230 oC)


POWER CABLE SUB-LINE 4KV 450F ROUND GSTA BY ZTS 1 42 Compacted 1.34 34 1.73 2.6 TBA




POWER CABLE SUB-LINE 4KV 450F ROUND GSTA BY ZTS 6 13 Solid 1.02 26 0.92 1.4 TBA

POWER CABLE SUB-LINE 5KV 450F ROUND EE GSTA BY ZTS (temperature rating - 450 oF / 230 oC)









ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 522

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS CABLE – 4/5 KV, FLAT, E-LEAD, 450 OF




Lead sheath. A continuous, impervious, fatigue and corrosion resistant lead sheath is extruded over the

insulation to provide excellent protection against oil, chemicals and gases and insulation decompression.

Braid. An overlapped tape applied over the lead.

Armor. A fully galvanized steel tape amour provides excellent mechanical protection with a high degree

of flexibility.

OPTIONS



Armor

Braid Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 523

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS FLAT CABLE SPECIFICATION E-LEAD (450 OF)

Temperature (oF)


SL-450 (E-Lead) Flat

200

0

40

60

20

80

120

100

160

180

140

200

250 300 350 400 450 500

AWG 6

AWG 4

AWG 2

AWG 1

AMPACITY CHART




POWER CABLE SUB-LINE 4KV 450F FLAT E-LEAD GSTA BY ZTS (temperature rating - 450 OF / 230 OC)







POWER CABLE SUB-LINE 5KV 450F FLAT E-LEAD GSTA BY ZTS (temperature rating - 450 OF / 230 OC)




POWER CABLE SUB-LINE 5KV 450F FLAT GSTA BY ZTS 2 35 Compacted 0.65 x 1.7 16.5 x 43.1 2 3 TBA





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 524

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS CABLE – 4/5 KV, ROUND, E-LEAD, 450 OF






Braid. A synthetic braid, applied with full coverage over the lead sheath, provides additional mechani-

cal reinforcement and hoop strength.

Jacket. An EPDM high temperature formulation compounded to provide excellent heat ,oil resistance


Armor. A fully galvanized steel tape amour provides excellent mechanical protection with a high degree

of flexibility.

OPTIONS



Armor

Braid Jacket

Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 525

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS ROUND CABLE SPECIFICATION E-LEAD (450 OF)

Temperature (oF)


SL-450 (E-Lead - E) Round

200

0

40

60

20

80

120

100

160

180

140

200

250 300 350 400 450 500

AWG 6

AWG 4

AWG 2

AWG 1

AMPACITY CHART




POWER CABLE SUB-LINE 4KV 450F ROUND E-LEAD GSTA BY ZTS (temperature rating - 450 oF / 230 oC)


POWER CABLE SUB-LINE 4KV 450F ROUND GSTA BY ZTS 1 42 Compacted 1.5 38.5 2.73 3.94 1191696



POWER CABLE SUB-LINE 4KV 450F ROUND GSTA BY ZTS 4 21 Solid 1.29 32.8 1.92 2.78 1191694


POWER CABLE SUB-LINE 5KV 450F ROUND E-LEAD GSTA BY ZTS (temperature rating - 450 oF / 230 oC)


POWER CABLE SUB-LINE 5KV 450F ROUND GSTA BY ZTS 1 42 Compacted 1.55 39.4 28 4.06 TBA

POWER CABLE SUB-LINE 5KV 450F ROUND GSTA BY ZTS 2 35 Stranded 1.53 39 2.7 3.9 TBA






ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 526

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS MLE – 4/5 KV, FLAT, 450 OF

Standard ConstructionConductors

Solid plain copper conductors.

Tape

Two layers of 50% overlapped Polyimide tape are applied to the conductors to facilitate high thermal

and electrical performance.

Insulation

A high quality EPDM compound is bonded to the conductor. It is formulated to provide high dielectric

and low swell characteristics in the presence of oil.

Lead sheath

A continuous, impervious, fatigue and corrosion resistant lead sheath is extruded over the insulation to

provide excellent protection against oil, chemicals and gases and insulation decompression.

Braid A synthetic braid, applied with full coverage over the lead sheath, provides additional mechanical rein-

forcement and hoop strength.

Armor

A 50% lapped, MONEL tape armor provides excellent mechanical protection with a high degree of flex-

ibility.

Options

Stainless steel or Galvanized armor is available for use in benign well environments. Heavy or double

armor options are available.

Armor

Braid Tape

Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 527

POWER CABLE

CABLE PRODUCTS

POWER CABLE

ZTS MLE SPECIFICATION (450 OF)

Temperature (oF)


SL-MLE

200

0

60

20

80

120

160

140

200

250 300 350 400 450 500

AWG 6

AWG 4

AMPACITY CHART




MLE SL-MLE 4KV 450F FLAT EPDM GSTA BY ZTS (temperature rating - 450 oF / 230 oC)

MLE SL-MLE 4KV 450F FLAT GSTA BY ZTS 4 21 Solid 0.49 x 1.23 12.4 x 31.1 1.55 2.3 TBA


MLE SL-MLE 5KV 450F FLAT EPDM GSTA BY ZTS (temperature rating - 450 oF / 230 oC)





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 528

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 5 KV, ROUND, 285 OF

STANDARD CONSTRUCTIONConductors

Solid or stranded tinned copper conductors. A special sealing compound completely fills the interstices

spaces between the strands to prevent gas migration.

Insulation

A proprietary high quality EPDM compound is chemically bonded to the conductor. It is specially formu-

lated to provide high dielectric and low swell characteristics in presence of oil.

Tape

A fluoropolymer tape is helically applied over the insulation to provide added protection against oil and

insulation decompression.

Braid

A synthetic braid, applied with full coverage over the fluoropolymer tape, provides additional mechanical

reinforcement and hoop trength.Jacket

A proprietary Nitrile Rubber (NBR) formulation, specially compounded to provide excellent heat, oil re-

sistance and low swell, is extruded over the cabled insulated conductors.

Armor

An interlocking, fully galvanized (4-sides) steel tape armor provides excellent mechanical protection

with a high degree of flexibility and enhanced crush resistance, available in thickness of 0.025" or 0.034".

Stainless steel or Monel 400 armor is available for use in highly corrosive well environments.

A selection of various armor profiles is available to suit various down hole applications.

The armor of Deviline R 285 cable is stamped with the letter “P” at regular intervals for ease of manufac-

turer identification.

Armor

Braid Tape

Jacket

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 529

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN ROUND CABLE SPECIFICATION (285 OF)




POWER CABLE DEVILINE 5K V 285F ROUND GSTA BY PRYSMIAN, EPDM INSULATION (temperature rating - 285 oF / 140 oC)

POWER CABLE DEVILINE 5KV 285F ROUND GSTA BY PRYSMIAN 1 42 Stranded 1.44 36.6 1.85 2.75 TBA

POWER CABLE DEVILINE 5KV 285F ROUND GSTA BY PRYSMIAN 1 42 Solid 1.35 34.3 1.73 2.57 TBA

POWER CABLE DEVILINE 5KV 285F ROUND GSTA BY PRYSMIAN 2 35 Stranded 1.35 34.3 1.6 2.38 TBA




Conductor current (A) Maximum well temperature (oF)Volt/1000 ft

0 100 140 180 220 260204060800

20

40

60

80

100

120

140

1601 AWG

2 AWG

4 AWG

6 AWG

VOLTAGE DROP AT 285 OF - 60 HZ -

COSΦ = 0.8

AMPACITY CHART



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 530

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 5 KV, ROUND, 400 OF

STANDARD CONSTRUCTIONConductors. Solid or stranded tinned copper conductors. A special sealing compound completely fills

the interstices spaces between the strands to prevent gas migration.

Insulation. A proprietary quality EPDM compound is chemically bonded to the conductor. It is specially

formulated to provide high dielectric and low swell characteristics in presence of oil.

Tape. A fluoropolymer tape is helically applied over the insulation to provide added protection against

oil and insulation decompression.



Jacket. A proprietary Nitrile Rubber (NBR) formulation, specially compounded to provide excellent

heat, oil resistance and low swell, is extruded over the cabled insulated conductors.

Armor. An interlocking, fully galvanized (4-sides) steel tape armor provides excellent mechanical pro-

tection with a high degree of flexibility and enhanced crush resistance, available in thickness of 0.025" or0.034". Stainless steel or Monel 400 armor is available for use in highly corrosive well environments.

A selection of various armor profiles is available to suit various down hole applications.

The armor of Deviline R 285 cable is stamped with the letter “P” at regular intervals for ease of manu-

facturer identification

Armor

Braid Tape

Jacket

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 532

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 5 KV, E-LEAD, ROUND, 450 OF







Braid. A synthetic braid, applied with full coverage over the lead sheath, provides additional mechanical

reinforcement, hoop strength and armor bedding. A suitable overlapped tape can be used as an alternative.

Armor. An 50% lapped, fully galvanized (4-sides) steel tape armor provides excellent mechanical pro-

tection with a high degree of flexibility and is available in thickness of 0.020" or 0.025".

Stainless steel or Monel 400 armor is available for use in highly corrosive well environments. The armor

of Devilead oF cable is stamped with the letter “P” at regular intervals for ease of manufacturer identification

Armor

Braid Jacket

Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 533

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN ROUND CABLE SPECIFICATION E-LEAD (450 OF)




POWER CABLE DEVILEAD 5K V 450F ROUND GSTA BY PRYSMIAN, E-LEAD (temperature rating - 450 oF / 230 oC)

POWER CABLE DEVILEAD 5KV 450F ROUND GSTA BY PRYSMIAN 1 42 Stranded 0.70 x 1.87 17.8 x 47.5 2.52 3.75 TBA

POWER CABLE DEVILEAD 5KV 450F ROUND GSTA BY PRYSMIAN 1 42 Solid 0.66 x 1.75 16.8 x 44.5 2.36 3.5 TBA

POWER CABLE DEVILEAD 5KV 450F ROUND GSTA BY PRYSMIAN 2 35 Stranded 0.66 x 1.76 16.8 x 44.7 2.23 3.32 TBA



Conductor current (A) Maximum well temperature (oF)Volt/1000 ft

0 140 180 220 260 300 340 380 4201020304050607080901000

20

40

60

80

100

120

140

160

180

200

220

1 AWG

2 AWG

4 AWG

VOLTAGE DROP AT 450 OF - 60 HZ -

COSΦ = 0.8

AMPACITY CHART



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 534

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 3/4/5 KV, ROUND, 300 OF



Insulation. A proprietary high quality EPDM compound is chemically bonded to the conductor. It is

specially formulated to provide high dielectric and low swell characteristics in presence of oil.




mechanical reinforcement and hoop trength.

Jacket. A proprietary Nitrile Rubber (NBR) formulation, specially compounded to provide excellent

heat, oil resistance and low swell, is extruded over the cabled insulated conductors.

Armor. An interlocking, fully galvanized (4-sides) steel tape armor provides excellent mechanical protec-

tion with a high degree of flexibility and enhanced crush resistance, available in thickness of 0.025" or 0.034". Stainless steel or Monel 400 armor is available for use in highly corrosive well environments. A selection

of various armor profiles is available to suit various down hole applications.



Armor

Braid Tape

Jacket

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 535

POWER CABLE

CABLE PRODUCTS

POWER CABLE


C o n d u c t o r c u r r e n t ( A )

Volt/1000 ft

051015202530354045500

10

20

304050

60

70

8090

100110

120

VOLTAGE DROP AT 300 OF - 60 HZ - COSΦ = 0.8

1 AWG – 100 A

2 AWG – 90 A

4 AWG – 67 A

6 AWG – 50 A

Maximum current recommended to BHT (Bottom Hole Temperature) 268oF (130

oC)




POWER CABLE DW 3KV 300F ROUND GSTA BY PRYSMIAN, EPDM INSULATION (temperature rating - 300 oF / 150 oC)

POWER CABLE DW 3KV 300F ROUND GSTA BY PRYSMIAN 1 42 Stranded 1.38 35 1.73 2.58 TBA

POWER CABLE DW 3KV 300F ROUND GSTA BY PRYSMIAN 2 35 Stranded 1.31 33.2 1.51 2.25 TBA

POWER CABLE DW 3KV 300F ROUND GSTA BY PRYSMIAN 4 21 Solid 1.17 29.8 1.17 1.74 TBA










POWER CABLE DW 5KV 300F ROUND GSTA BY PRYSMIAN 4 21 Solid 1.18 30 1.25 1.86 TBA




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 536

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 3/4/5 KV, ROUND, 400 OF



Insulation. A proprietary high quality EPDM compound is chemically bonded to the conductor. It is

specially formulated to provide high dielectric and low swell characteristics in presence of oil.




mechanical reinforcement and hoop trength.

Jacket. A proprietary EPDM high temperature formulation, specially compounded to provide excellent

heat, oil resistance and very low swell, is extruded over the cabled insulated conductors.

Armor. An interlocking, fully galvanized (4-sides) steel tape armor provides excellent mechanical protec-

tion with a high degree of flexibility and enhanced crush resistance, available in thickness of 0.025" or 0.034".Stainless steel or Monel 400 armor is available for use in highly corrosive well environments. A selection

of various armor profiles is available to suit various down hole applications.



Armor

Braid Tape

Jacket

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 537

POWER CABLE

CABLE PRODUCTS

POWER CABLE



Volt/1000 ft

051015202530354045500

10

20

30

40

50

60

70

80

90

100

110

120


1 AWG – 100 A

2 AWG – 90 A

4 AWG – 67 A

6 AWG – 50 A

Maximum current recommended to BHT (Bottom Hole Temperature) 360oF (182

oC)




POWER CABLE DW 3K V 400F ROUND GSTA BY PRYSMIAN, EE INSULATION (temperature rating - 400 oF / 205 oC)

POWER CABLE DW 3KV 400F ROUND GSTA BY PRYSMIAN 1 42 Stranded 1.38 35 1.67 2.49 TBA












POWER CABLE DW 5KV 400F ROUND GSTA BY PRYSMIAN 4 21 Solid 1.18 30 1.2 1.78 TBA




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 538

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN CABLE – 4/5 KV, E-LEAD, FLAT, 450 OF









Armor. An 50% lapped, fully galvanized (4-sides) steel tape armor provides excellent mechanical pro-

tection with a high degree of flexibility and is available in thickness of 0.020" or 0.025".

Stainless steel or Monel 400 armor is available for use in highly corrosive well environments. The armor

of Devilead oF cable is stamped with the letter “P” at regular intervals for ease of manufacturer identification

Armor

Braid Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 539

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN FLAT CABLE SPECIFICATION E-LEAD (450 OF)


Volt/1000 ft

051015202530354045500

10

20

30

40

50

60

70

80

90

100

110

120


1 AWG – 100 A

2 AWG – 90 A

4 AWG – 67 A

6 AWG – 50 A

Maximum current recommended to BHT (Bottom Hole Temperature) 400 oF (204 oC)




POWER CABLE DW 4KV 450F FLAT GSTA BY PRYSMIAN, E-LEAD (temperature rating - 450 oF / 230 oC)

POWER CABLE DW 4KV 450F FLAT GSTA BY PRYSMIAN 1 42 Stranded 0.66 x 1.72 16.8 x 43.7 2.35 3.5 TBA


POWER CABLE DW 4KV 450F FLAT GSTA BY PRYSMIAN 4 21 Solid 0.54 x 1.37 13.9 x 34.9 1.61 2.4 TBA


POWER CABLE DW 5KV 450F FLAT GSTA BY PRYSMIAN, E-LEAD (temperature rating - 450 oF / 230 oC)







ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 540

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN MLE – 4 KV, E-LEAD, FLAT, 400 OF

STANDARD CONSTRUCTIONConductors. Solid plain copper conductors.

Tape. Two layers of Kapton tape are applied on the conductors to allow high thermal and electrical

performances.







Armor. An 50% lapped, Monel 400 tape armor provides excellent mechanical protection with a high

degree of flexibility and is available in thickness of 0.015". Stainless steel or fully galvanized (4 sides) steel

tape armor (thickness 0.020") is available for use in less corrosive well environments

Armor

Braid Tape

Lead Sheath

Insulation

Conductors



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 541

POWER CABLE

CABLE PRODUCTS

POWER CABLE

PRYSMIAN MLE SPECIFICATION E-LEAD (400 OF)

C o n d u c t o r c u r

r e n t ( A )

Volt/1000 ft

051015202530354045500

10

20

30

40

50

6070

80

90

100

110

120


4 AWG – 67 A

6 AWG – 50 A

Maximum current recommended to BHT (Bottom Hole Temperature) 360 oF (182 oC)




MLE 4KV 400F FLAT MONEL BY PRYSMIAN, E-LEAD (temperature rating - 400 oF / 205 oC)

MLE 4KV 400F FLAT MONEL BY PRYSMIAN 4 21 Solid 0.47 x 1.26 11.7 x 32.1 1.48 2.2 TBA

MLE 4KV 400F FLAT MONEL BY PRYSMIAN 6 13 Solid 0.45 x 1.17 11.5 x 29.7 1.16 1.72 TBA



ESP System

Components

Surface

Equipment

Variable Speed Drive


Skid-mounted VSD



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 543

VARIABLE SPEED

DRIVE

SURFACE EQUIPMENT

VSD

GLOSSARY

VARIABLE SPEED DRIVE

Table 1 - Nameplate power capacity

Total output [email protected], kVA

Output power [email protected]/60Hz, kVA

Rated output [email protected]/60Hz, A

130 133 150

200 200 240

300 300 360

490 490 590

605 605 730

Total output power@380V, kVA

Output power capacity@380V/50Hz, kVA

Rated output current@380V/50Hz, A

115 117 160

170 171 250

260 260 400

430 433 630

525 525 800

Total output power is shown for reference only.

e.g., NVSD 200KVA 480V 60HZ 6P NIF-B NSWF-В NSP-В

N XXXXXXHZ XXXXXPXXXVVSD XXXKVA XXXXX


Total output power, kVA,

(see Table 1 for available models)

NSWF-B (Novomet Sine-Wave Filter Built-in, if present)


NSP-B (Novomet Surface Panel Built-in, if present)

Rated input voltage, V

Rated frequency, Hz

Pulse number

NIF-B (Novomet Input Filter Built-in, if present)



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 544

VARIABLE SPEED

DRIVE

SURFACE EQUIPMENT

VSD

VARIABLE SPEED DRIVE

Variable Speed Drives (VSD) is a smart solution to easily

adjust production parameters and outputs of the ESP system

when downhole conditions change. VSD protects the system by

sensing changing conditions that could potentially be harmful

to the ESP. In order to control and optimize production opera-

tions, special alarms and user-set limits are programmed in the

VSD.

Currently, Novomet provides VSD systems in the range be-

tween 75 up to 315 KVA and more powerful systems with capac-

ity up to 600 KVA shall be expected soon.

One of the most important features of Novomet VSD is that

it is compatible with both Asynchronous (induction) and Perma-

nent Magnet Motor (PMM).Pump Control Methods:

• Frequency Limit

• Output Current Limit

• Pump Intake Pressure Limit

• Flow Range Limit

Applications:

• Control and protection of

Asynchronous motor and PMM

• Protection by electrical and

technological problems

• Receiving data from DH sen-

sors

• Registration of history/events

data

• Control and data transmission

from remote control system

Benefits:

• Compatible with both Asyn-

chronous and PMM motors

• High efficiency 97…98 %

• Optimizes production by ad-

justing operation parameters

• Ensures great starting and

commissioning characteristics

• Increased monitoring and con-

trol capability

• User-friendly display provides

visibility of information during

set up and operation

• Modular design ensures easy

maintenance and repair

• Double-loop ventilation sys-

tem

• Heating/cooling systems de-

pending on the weather condi-

tions

• Surface readout unit for down-

hole gauge or Insulation con-

trol unit

• Built-in ligthning guard

• Indication of voltage at IN/OUTterminals

• Extended terminal blocks for

external connections



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 545

VARIABLE SPEED

DRIVE

SURFACE EQUIPMENT

VSD

Features:

• High-speed and accurate pro-tection of inverter and motor

from abnormal modes: over-

load or short circuit. No even

one case of IGBT failure

• Quality electronic components

used in circuit boards from

leading manufacturers

• Strong and flexible control

system realized on base of in-

dustrial computer-Miscrosoft

is inside

• Software update with USB port •

Displays:

• Input Voltage, Current and Un-

balance

• Output Voltage Current and

Unbalance

• ESP Surface Voltage (after

step-up transformer)

• Total Power, Active Power,

Power Factor to motor

• Insulation Resistance of Down-

hole System

• Backspin Frequency

• Logging of all parameters

when out of normal range

Set points:

• Operating Mode: HAND or AUTO

• Output Frequency 10 to 75 Hz, and Rotation Direction• Trip Points for Input Voltage Too High, Too Low, Unbalanced

• Trip Points for Motor Current Too High, Too Low, Unbal-

anced

• Trip Point for Low Insulation Resistance

• Time delays for all trip functions

• Allowable number of restarts for each trip function

• Soft Start with Frequency Synchronization

• Output Voltage to Frequency Adjustment to optimize motor

operating conditions

• Pump Cycling On and Off time

• Notes for Well Parameters: location, pump stages, motor

rating, cable length, etc.

MAIN COMPONENTS:

• Controller

Designed to run control algorithm for all ESP components

• Sine filter

Designed for filtration of carrying frequency in PDM inverter.

Reduces losses in line, step-up transformer and submersible

motor



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 547

SKID-MOUNTED VSD

SURFACE EQUIPMENT

VSD

GLOSSARY

SKID-MOUNTED VSD

Table 1 - Nameplate power capacity

Nameplate power capacity@480V, kVA

Output power capacity@480V/50Hz, kVA

Output amperage@50Hz, A

360 369 440

/

XXXX

Nameplate power capacity, kVA,

(see Table 1 for available models)


Rated VSD voltage, kV

e.g., NSMVSD 500KVA 11KV/0.48KV 50HZ 6P NIF-B NSWF-B NSP-B

NSWF-B (Novomet Sine-Wave Filter Built-in, if present)

NIF-B (Novomet Input Filter Built-in, if present)

NSP-B (Novomet Surface Panel Built-in, if present)

Rated input voltage, kV

Rated frequency, Hz

Pulse number

N SMVSD XXXKVA

Skid-Mounted Variable Speed Drive

XXXXX XXXXXXXKV XXXKV XXHZ XXP



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 548

VARIABLE SPEED

DRIVE

SURFACE EQUIPMENT

VSD

Applications:

• VSD for very hot and dust cli-

mate

• For wellsites with poor infra-

structure

• Mobile applications

• Offshore platforms

Benefits:

• Self-contained unit

• Compatible with Asynchro-

nous and PMM motors• Adaptive motor control modes

• Operator compartment air-

conditioned for hot climates or

heated for cold

• Remote control and monitor-

ing system

• Transfer with standard 40 ft

container

Features:

• Enclosure: IP55

• Twelve diode (12 pulse) input

voltage rectifier scheme

• Input filter (in DC circuit)

• VSD built-in output sine filter

• VSD built-in DH sensor system

• Uninterrupted Power Supply

for Controller

• Electricity meter

SKID-MOUNTED VSD

This type of VSD is a fully integrated Skid Base, including the

following components on one skid:

• step-down transformer: 0.4 up to 33 input kV

• VSD in a air-conditioned compartment

• step-up transformer: 1...4 kV

Skid has IP55 type of protection against dust, insects, water

sprays and designed to fit into a 40 ft High Cube Container or 40

ft Open Top container.

The most important features of Novomet Skid-mounted VSD

is it’s self-contained design and 12-pulse input voltage rectifier

scheme.

A 12 pulse drive has two diode rectification bridges (12 recti-

fiers) and a 6 phase input. THD by current of a 12 pulse drive isusually significantly less than that of 6 pulse system.



©N OV OME T


J U NE 2 0 1 3

P A GE 5 4 9

S U R F A C E

E Q U I P ME NT

V S D

SKID-MOUNTED VSD SPECIFICATION

DescriptionOutput power

capacity @480V,50/60Hz, kVA

Inputpulses

Ratedinput

voltage, V

Input voltage

deviation, %

Output voltage,

V

Outputamperage,

A

Overall dimeHeight x Width

in

NSMVSD 360KVA 33KV/480V 50HZ 12P NSWF-B NSP-B 360 12 480 -15…+15 0…480 440 99 x 226 x 88 2520

NSMVSD 250KVA 33KV/0.48KV 50HZ 12P NSWF-B NSP-B 250 12 480 -15…+15 0…480 440 TBA

NSMVSD 800KVA 6.6KV/0.4KV 50HZ 6P NIF-B NSWF-B NSP-B 800 6 480 -15…+15 0…480 440 TBA



ESP System

Components

Surface

Equipment

Transformers

Step-down transformers

Step-up transformers

Junction Box



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 551

TRANSFORMERS

SURFACE EQUIPMENT

GLOSSARY

STEP-DOWN TRANSFORMERS

SDT XXXKVA XXXV/XXXV XXHZ XXXXX

e.g., SDT 25KVA 15000V/400V 50HZ 3PHASE OIL-FILLED BY METZ

Rated Primary / Secondary voltage, V

Frequency, Hz

Manufacturer

BY XXXXXX

Type (oil-filled / dry)

Capacity, kVA

Phase number

XXXXX

Step-Down Transfo rmer



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 554

TRANSFORMERS

SURFACE EQUIPMENT

GLOSSARY

STEP-UP TRANSFORMERS

e.g., SUT 100KVA 380V/1250V 50HZ OIL-FILLED BY METZ

SUT(S) XXXKVA XXXV/XXXV

Step-Up Transform er (Sealed)

XXHZ XXXXX

Type (oil-filled / dry)

BY XXXXXX

Manufacturer

Capacity , kVA

Primary / rated Secondary voltage, V

Frequency, Hz



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 558

TRANSFORMERS

SURFACE EQUIPMENT

TRANSFORMERS FOR OILFIELD ESP APPLICATIONS

BY ARTRANS (ARGENTINA)

Step-up and step-down transformers are manufactured under Customer’s requirements and specifica-

tions.

Constructive type is designed to cope with the most severe shipping, handling and environmental con-

ditions.

Step-down three-phase oil-filled transformers are designed for transforming electric energy in net-

works of power systems and in energy consumer networks.

Transformers are designed for indoor or outdoor applications under conditions of moderate (-50oF to

130oF / -45

oC to +55

oC) or cold (-76

oF to 104

oF / -60

oC to +40

oC) climates. Transformers are assigned

for operation in unexplosive environments excluding dust content that could affect transformer param-

eters.

Step-down transformers are used with ESP Frequency Drives of 6, 12, 18 and 24 pulse secondary wind-

ings, designed to work with 6, 12, 18 and 24-pulse VSD. Transformers are manufactured taking into con-

sideration the harmonic loads in order to keep losses low. They help to reduce the problems caused byharmonic currents including overheating of cables, especially the neutral conductor, overheating and vi-

bration in induction motors, etc. Supply package includes a complete set of gauges for monitoring of such

parameters as oil level, temperature and vacuum pressure gauges.

Step-down transformers for oilfield ESP applications (onshore / offshore use) are available in capacity

range from 63 up to 1600 kVA at either 33, 20, 13.8, 11 or 6.6 kV suitable for 6, 12, 18 or 24 pulse VSD with

rated frequency 50 or 60 Hz. Voltage regulation within ±5 % range is carried out through HV tap-changing.

For oil-level control transformers are fitted with float-type oil indicators.

Step-up three-phase transformers with natural oil cooling are used for power transmission to submers-

ible electric pumps (induction motors or permanent magnet motors).

Transformers can operate in temperate climates at ranges from – 50oF up to 130

oF (-45

oC to +55

oC)

and in cold climates at temperatures ranging from – 76oF up to 104

oF (-60

oC to +40

oC).

Step-up transformers for oilfield ESP applications (onshore / offshore use) are available in capacityrange from 25 up to 1200 kVA at either 380 or 480 V input voltage. Output variable frequency range is 20 to

90 Hz, secondary voltage range is 390-5600 V. Voltage regulation within ±5 % range is carried out through

tap-changing. For oil-level control transformers are fitted with float-type oil indicators.

Cooling type for oil-filled transformers is ONAN.

Along with oil-filled type dry transformers are available.

All transformers are designed and tested in full compliance with international standards:

• IEC 60076-1 Part 1: General

• IEC 60076-2 Part 2: Temperature rise

• IEC 60076-3 Part 3: Insulation levels and dielectric tests

• IEC 60076-4 Part 4: Tappings and connections

• IEC 60076-5 Part 5: Ability to withstand short circuit



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 563

JUNCTION BOX

SURFACE EQUIPMENT

GLOSSARY

JUNCTION BOX

e.g., JB 3KV N3R

Junction Box

Voltage rating, kV

Nema rating

JB XKV NXX

JUNCTION BOX SPECIFICATION

Description Rated Voltage, V

Overall dimensions,Height x Width x Depth

Weight PartNumber

in mm lb kg

JB 3KV N3R 3000 17 x 14 x 22 430 x 347 x 550 40 18 1135020128

JB 6KV N3R 6000 17 x 14 x 22 430 x 347 x 550 40 18 1135020129



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 564

SURFACE CABLE

SURFACE EQUIPMENT

GLOSSARY

SURFACE CABLE

Shape (round/flat)

e.g., SURFACE CABLE KGHL 3X120MM2+1X35MM2 1KV ROUND

Voltage rating, kV

Conductor number and size, XX mm2

Surface cable

SURFACE CABLE XXXXX

Model (original designation)

XXXXX XXXXXKV



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 565

SURFACE CABLE

SURFACE EQUIPMENT

FLEXIBLE CABLE

FOR ESP SURFACE EQUIPMENT TIE-IN

Flexible power cables are designed for connection of ESP Surface equipment (Step-down transformer,

VSD and Step-up transformer) with A.C. voltage of 660 V up to 400 Hz or D.C. voltage of 1000 V.

Standard Construction

1 2 3 4 5

1. Flexible copper conductor.

2. Separation layer - PETF tape.

3. Rubber insulation.

4. Separation layer - PETF tape.

5. Rubber outer sheath.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 566

SURFACE CABLE

SURFACE EQUIPMENT

SURFACE CABLE SPECIFICATION


ConductorCurrent

rate, amps

Weight PartNumber AWG# mm2 lb/ft kg/m

Surface cable, 1kV, round (temperature rating - 400 oF / 205 oC) by Kamkabel

SURFACE CABLE, KGHL,3X35MM2+1X16MM2, 1KV,ROUND, BY KAMKABEL

- 35 Solid 160 TBA TBA TBA



SURFACE CABLE, KGHL,3X70MM2+1X25MM2, 1KV,

ROUND, BY KAMKABEL








SURFACE CABLE, KGHL,3X185MM2+1X95MM2, 1KV,

ROUND, BY KAMKABEL






ESP System

Components

MiscellaneousEquipment

Valves

Bolt-On Head

Sub

Filters

Upper Sand Trap

Scale Preventer

Shroud

Pump/Motor Clamp

Cable bands

MLE guard



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 568

CHECK VALVE

MISCELLANEOUS EQUIPMENT

VALVES

GLOSSARY

CHECK VALVE

Table 1 - Thread size

in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146

for 4 /2" thread both EUE and NUE options are 8RD only

e.g., NCVBX 3-1/2"-10RD NUE6300 CR1


N CV -XX RD XXX

Pitch, threads per i nch:

8

10

RD - round th read

X XXX" XXXXXXX

Max capacity , bpd, (see Table 2)

Thread type:

EUE - External Upset Ends (for 8RD)*

NUE - Non Upset Ends (for 10RD)*

S - Short casing thread (51/2" and 5

3/4" are 8RD only)


Check Valve

Thread size, inches, (see Table 1)

Design:

B - ball type, with labyrinth

D - disk type

BX - ball type, without labyrinth

Table 2 - Max capacity

bpd m3/day

3500 550

6300 1000

9500 1500

25200 4000

37700 6000




H2S CO

2Cl

CR0Corrosion Re-



CR1Corrosion Re-



1.450.01

200 4.0..8.5Stainless Steel for internal parts. Hous-

ing, head and base are from CarbonSteel

CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0

Materials resistant to Sulfide StressCracking are used



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 569

CHECK VALVE


VALVES

CHECK VALVE SPECIFICATION

DescriptionHousing diameter Installed length Weight

Part Numberin mm ft m lb kg

NCVBX 2-3/8"-10RD NUE3500 CR1 2.87 73 0.755 0.230 9.3 4.2 TBA

NCVBX 2-3/8"-10RD NUE3500 CR3 2.87 73 0.755 0.230 9.3 4.2 TBA

NCVBX 2-3/8"-8RD EUE3500 CR1 3.07 78 0.755 0.230 11.0 5.0 TBA

NCVBX 2-3/8"-8RD EUE3500 CR3 3.07 78 0.755 0.230 11.0 5.0 TBA

NCVBX 2-7/8"-10RD NUE3500 CR1 3.62 92 0.781 0.238 12.8 5.8 3004020037

NCVBX 2-7/8"-10RD NUE3500 CR3 3.62 92 0.781 0.238 12.8 5.8 3004020051

NCVBX 2-7/8"-10RD NUE3500 UCR 3.62 92 0.781 0.238 12.8 5.8 3004020064

NCVBX 2-7/8"-10RD NUE6300 CR1 3.62 92 0.781 0.238 12.8 5.8 3004020061

NCVBX 2-7/8"-10RD NUE6300 CR3 3.62 92 0.781 0.238 12.8 5.8 3004020066

NCVBX 2-7/8"-10RD NUE6300 UCR 3.62 92 0.781 0.238 12.8 5.8 TBA

NCVBX 2-7/8"-8RD EUE3500 CR1 3.62 92 0.738 0.225 12.8 5.8 3004020052

NCVBX 2-7/8"-8RD EUE3500 CR3 3.62 92 0.738 0.225 12.8 5.8 3004020053

NCVBX 2-7/8"-8RD EUE3500 UCR 3.62 92 0.738 0.225 12.8 5.8 TBA

NCVBX 2-7/8"-8RD EUE6300 CR1 3.62 92 0.738 0.225 14.6 6.6 3004020067

NCVBX 2-7/8"-8RD EUE6300 CR3 3.62 92 0.738 0.225 14.6 6.6 3004020068

NCVBX 2-7/8"-8RD EUE6300 UCR 3.62 92 0.738 0.225 14.6 6.6 3004020063

NCVBX 3-1/2"-10RD NUE6300 CR1 4.25 108 0.853 0.260 22.5 10.2 3004020058

NCVBX 3-1/2"-10RD NUE6300 CR3 4.25 108 0.853 0.260 22.5 10.2 3004020059

NCVBX 3-1/2"-10RD NUE6300 UCR 4.25 108 0.853 0.260 22.5 10.2 TBANCVBX 3-1/2"-10RD NUE9500 CR1 4.25 108 0.853 0.260 TBA TBA 3004020062

NCVBX 3-1/2"-10RD NUE9500 CR3 4.25 108 0.853 0.260 TBA TBA 3004020069

NCVBX 3-1/2"-10RD NUE9500 UCR 4.25 108 0.853 0.260 TBA TBA TBA

NCVBX 3-1/2"-8RD EUE6300 CR1 4.49 114 0.853 0.260 TBA TBA 3004020065


NCVBX 3-1/2"-8RD EUE6300 UCR 4.49 114 0.853 0.260 TBA TBA TBA



NCVBX 3-1/2"-8RD EUE9500 UCR 4.49 114 0.853 0.260 TBA TBA TBA

NCVB 4-1/2"-10RD NUE25200 CR0 5.12 130 1.148 0.350 69.5 31.5 3004020008

NCVB 4-1/2"-10RD NUE25200 CR1 5.12 130 1.148 0.350 69.5 31.5 3004020025

NCVB 4-1/2"-10RD NUE25200 CR3 5.12 130 1.148 0.350 69.5 31.5 3004020038

NCVB 4-1/2"-8RD EUE25200 CR0 5.55 141 1.148 0.350 81.6 37.0 3004020049

NCVB 4-1/2"-8RD EUE25200 CR1 5.55 141 1.148 0.350 81.6 37.0 3004020050

NCVB 4-1/2"-8RD EUE25200 CR3 5.55 141 1.148 0.350 81.6 37.0 3004020060

NCVD 5-1/2"-8RD S37700 CR0 6.77 172 2.001 0.610 110.3 50.0 3004010006

NCVD 5-1/2"-8RD S37700 CR3 6.77 172 2.001 0.610 110.3 50.0 3004010008

NCVD 5-3/4"-8RD S37700 CR0 6.77 172 2.001 0.610 124.6 56.5 3004010009

NCVD 5-3/4"-8RD S37700 CR3 6.77 172 2.001 0.610 124.6 56.5 3004010010



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 570

DRAIN VALVE


VALVES

GLOSSARY

DRAIN VALVE


in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


Thread type:




3/4" are 8RD only)


Drain Valve


* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10RD only;

for 41/2" thread both EUE and NUE options are 8RD only

e.g., NDV 3-1/2"-8RD EUE CR0

XXX" XXX


N DV -XX RD XXX

Pitch, threads per inch:

8

10

RD - round thread



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 571

DRAIN VALVE


VALVES

DRAIN VALVE SPECIFICATION

DescriptionHousing diameter Installed length Weight


NDV 2-3/8"-10RD NUE CR0 2.88 73 0.656 0.200 8.6 3.9 3004040053

NDV 2-3/8"-10RD NUE CR3 3.19 81 0.656 0.200 11.0 5.0 3004040047

NDV 2-3/8"-10RD NUE UCR 3.19 81 0.656 0.200 11.0 5.0 TBA

NDV 2-3/8"-8RD EUE CR0 3.07 78 0.656 0.200 11.0 5.0 3004040045

NDV 2-3/8"-8RD EUE CR3 3.07 78 0.656 0.200 11.0 5.0 3004040044

NDV 2-3/8"-8RD EUE UCR 3.07 78 0.656 0.200 11.0 5.0 TBA

NDV 2-7/8"-10RD NUE CR0 3.51 89 0.591 0.180 7.5 3.4 3004040006

NDV 2-7/8"-10RD NUE CR3 3.51 89 0.591 0.180 7.5 3.4 3004040003

NDV 2-7/8"-10RD NUE UCR 3.51 89 0.591 0.180 7.5 3.4 3004040046

NDV 2-7/8"-8RD EUE CR0 3.66 93 0.705 0.215 11.7 5.3 3004040024

NDV 2-7/8"-8RD EUE CR3 3.66 93 0.705 0.215 11.7 5.3 3004040021

NDV 2-7/8"-8RD EUE UCR 3.66 93 0.705 0.215 11.7 5.3 TBA

NDV 3-1/2"-10RD NUE CR0 4.25 108 0.656 0.200 14.6 6.6 3004040012

NDV 3-1/2"-10RD NUE CR3 4.25 108 0.656 0.200 15.2 6.9 3004040009

NDV 3-1/2"-10RD NUE UCR 4.25 108 0.656 0.200 15.2 6.9 TBA

NDV 3-1/2"-8RD EUE CR0 4.49 114 0.656 0.200 14.6 6.6 3004040032

NDV 3-1/2"-8RD EUE CR3 4.49 114 0.656 0.200 15.2 6.9 3004040049

NDV 3-1/2"-8RD EUE UCR 4.49 114 0.656 0.200 15.2 6.9 TBA

NDV 4-1/2"-8RD NUE CR0 5.20 132 0.919 0.280 28.4 12.9 3004040018NDV 4-1/2"-8RD NUE CR3 5.20 132 0.919 0.280 28.4 12.9 3004040015

NDV 4-1/2"-8RD NUE UCR 5.20 132 0.919 0.280 28.4 12.9 TBA

NDV 4-1/2"-8RD EUE CR0 5.55 141 0.919 0.280 28.4 12.9 3004040018

NDV 4-1/2"-8RD EUE CR3 5.55 141 0.919 0.280 28.4 12.9 3004040050

NDV 4-1/2"-8RD EUE UCR 5.55 141 0.919 0.280 28.4 12.9 TBA

NDV 5-1/2"-8RD S CR0 6.07 154 1.148 0.350 55.1 25.0 3004040030

NDV 5-1/2"-8RD S CR3 6.07 154 1.148 0.350 55.1 25.0 3004040031

NDV 5-3/4"-8RD S CR0 6.54 166 1.148 0.350 78.9 35.8 3004040029



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 572

BOLT-ON HEAD

MISCELLANEOUS

EQUIPMENT

GLOSSARY

BOLT-ON HEAD


in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.

e.g., BOH 2-7/8" -8RD EUE-406SERIES CR0

XXX-XXXSERIES

Pump series

Thread type:EUE - External Upset Ends (for 8RD)*


Bolt-On Head


* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10RD only;



BOH -XX RD XXX


8

10

RD - round thread

XX"



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 573

BOLT-ON HEAD

MISCELLANEOUS

EQUIPMENT

BOLT-ON HEAD SPECIFICATION

DescriptionInstalled length Weight

Part Numberin mm ft m



BOH 2-3/8"-8RD EUE-272SERIES CR0 0.49 0,15 6.4 2.9 2013070035

BOH 2-3/8"-8RD EUE-272SERIES CR3 0.49 0,15 6.4 2.9 TBA















BOH 3-1/2"-8RD EUE-406SERIES CR0 0.62 0.19 9.9 4.5 2013070059BOH 3-1/2"-8RD EUE-406SERIES CR3 0.62 0.19 9.9 4.5 2013070052




















ft m lb kg



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 574

BOLT-ON HEAD

MISCELLANEOUS

EQUIPMENT

DescriptionHousing diameter Installed length

Part Numberin mm ft m






All '-8rd EUE' Bolt-On Heads are available in '-10rd NUE' modification

Appropriate Bolt-On Heads are specified for each pump type in Pump section

m lb kg ft

Installed length Weight



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 575

SUB

MISCELLANEOUS

EQUIPMENT

GLOSSARY

SUB


in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



-

e.g., SUB 3-1/2"-8RD EUE BOX - 2-7/8"-8RD EUE PIN CR3

Sub


SUB -XX RD XXX


8

10

RD - round thread

XXX''


8

10

Bottom Th read size, inches, (see Table 1)

Thread type:




3/4" are 8RD only)

Type of connection:

BOX (inside thread)

PIN (outside thread)

RD - round thread

* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10rd only;


XXX

Type of connection:

box (inside thread)

pin (outside thread)

XXX'' -XX RD XXX XXX XXX

Top Th read size, inches, (see Table 1)

Thread type:

EUE - external upset (for 8RD)

NUE - non-upset (for 10RD)



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 576

SUB

MISCELLANEOUS

EQUIPMENT

SUB SPECIFICATION

Description

Housingdiameter

Installedlength

Weight Top threaddia

Bottomthread dia

PartNumber

in mm ft m lb kg

SUB 4-1/2"-10RD NUE BOX - 5-3/4"-10RD NUE PIN CR0 TBA TBA TBA 4 1/2" 5 3/

4" 2079030101

SUB 4-1/2"-8RD EUE BOX - 2-7/8"-10RD NUE PIN CR0 5.55 141 0.499 0.152 14.7 6.7 4 1/2" 2 7/

8" 2079030072

SUB 5"-10RD NUE BOX - 4-1/2"-10RD NUE PIN CR0 TBA TBA TBA 5" 4 1/2" 2079030059

SUB 4-1/2"-10RD NUE BOX - 5"-10RD NUE PIN CR0 TBA TBA TBA 4 1/2" 5" 2079030060


8" 2079030139

SUB 2 3/8"-10RD NUE BOX - 2-7/8"-10RD NUE PIN CR0 3.15 80 0.253 0.077 4.2 1.9 2 3/8" 2 7/

8" 2079030092


8" 2079030051

SUB 3-1/2"-10RD NUE BOX - 2-7/8"-10RD NUE PIN CR0 4.25 108 0.482 0.147 8.8 4.0 3 1/2" 2 7/

8" 2079030135


2" 2079030027


8" 2079030031


2" 2079030050


2" 2079030102


2" 2079030053

SUB 2-7/8"-10RD NUE BOX - 3-1/2"-8RD EUE PIN CR0 3.74 95 0.482 0.147 11.5 5.2 2 7/8" 3 1/

2" 2079030061

SUB 3-1/2"-8RD EUE BOX - 4-1/2"-10RD NUE PIN CR0 TBA TBA TBA 3 1/2" 4 1/

2" 2079030057

SUB 4-1/2"-10RD NUE BOX - 3-1/2"-8RD EUE PIN CR0 TBA TBA TBA 4 1/2" 3 1/

2" 2079030058



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 577

DOWNHOLE SLOTTED

FILTER


FILTERS

GLOSSARY

DOWNHOLE SLOTTED FILTER

Design, (see Table 4)

Thread size, (see Table 3)

Thread type:

-10RD NUE, 10 threads per inch, Non Upset Ends

e.g., N433SFD 1000BPD 200MCM CR1 2-7/8"-10RD NUE D0

*To choose the most suitable filtration rating please specify type and size of solids.

N XXX SFD


XXXBPD XXX X-X/X" -XXRD XUEXXXMCM



Slotted Filter (Downhole)

Max capacity, bpd

Filtration rating, mcm

100

200

DX

Table 1 - Series


319 3.19 81

433 4.33 110

677 6.77 172




H2S CO

2Cl

CR1Corrosion Re-



0.011.45

20 4.0..8.5 Carbon Steel

CR3Corrosion Re-




in mm

23/8

60

27/8

73

41/2

114

Table 4 - Design

Design

0 Standard



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 578

DOWNHOLE SLOTTED

FILTER


FILTERS

DOWNHOLE SLOTTED FILTER SPECIFICATION

DescriptionCapacity

Filtration

rating

Installed

Length Weight

Part Number

bpd m3/day mcm ft m lb kg

N433SFD 380BPD 100MСM CR0 2-7/8"-10RD NUE 380 60

100

10.97 3.345 141 64 3010020129

N433SFD 500BPD 100MСM CR0 2-7/8"-10RD NUE 500 80 14.26 4.345 183 83 3010020130



N433SFD 760BPD 200MСM CR0 2-7/8"-10RD NUE 760 120 200 10.97 3.345 138 63 3010020133





100

10.97 3.345 141 64 3010020357









100

11.15 3.400 326 148 3010020137










ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 579

DOWNHOLE

GRAVITATION FILTER


FILTERS

GLOSSARY

DOWNHOLE GRAVITATION FILTER

e.g., N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D0

Thread type:

-10RD NUE, 10 threads per inch,

Non Upset Ends

-XXRD XUE


Thread si ze, (see Table 3)




Downhole Gravitation Filter

Max capacity, bpd


100

DXN XXX DGF X-X/X"XXXMCMXXXBPD XXX

Table 1 - Series


449 4.49 114




H2S CO

2Cl

CR1Corrosion Re-



0.011.45


CR3Corrosion Re-




in mm

23/8

60

Table 4 - Design

Design

0 W ith tail pipe and sealing unit for 53/4" casing

1 W ith container and sealing unit for 53/4" casing



ESP CATALOG

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JUNE 2013

PAGE 580

DOWNHOLE

GRAVITATION FILTER


FILTERS

DOWNHOLE GRAVITATION FILTER SPECIFICATION

Description

InstalledLength

Weight SeriesNominalcapacity

Filtrationrating Part

Numberft m lb kg in mm bpd m3/day mcm

N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D0 48.5 14.793 227 103 4.49 114 1900 300 100 3010030020

N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D1 70.9 21.600 1098 498 4.49 114 1900 300 100 3010030021



ESP CATALOG

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PAGE 581

DOWNHOLE SLOTTED

GRAVITATION FILTER


FILTERS

GLOSSARY

DOWNHOLE SLOTTED GRAVITATION FILTER

e.g., N449SGFD 1900BPD 100MCM CR1 2-3/8"-10RD NUE D1

DXN XXX SGFD X-X/X"XXXMCMXXXBPD XXX

Thread type:

-10RD NUE, 10 threads per inch, Non Upset Ends

-XXRD XUE


Thread si ze, (see Table 3)




Slotted Gravitation Filter (Downhole)

Max capacity, bpd


100

Table 1 - Series


449 4.49 114




H2S CO

2Cl

CR1Corrosion Re-



0.011.45


CR3Corrosion Re-




in mm

23

/8 60

Table 4 - Design

Design

0 W ith tail pipe and sealing unit for 53/4" casing

1 W ith container and sealing unit for 53/4" casing



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 582

DOWNHOLE SLOTTED

GRAVITATION FILTER


FILTERS

DOWNHOLE SLOTTED GRAVITATION FILTER SPECIFICATION

Description

Installed

LengthCapacity

Filtration

rating Weight Part

Numberft m bpd m3/day mcm lb kg

N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D0 70.9 21.6 630 100 100 525 238 3010030023








ESP CATALOG

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JUNE 2013

PAGE 583

SLOTTED SCREEN

PUMP INTAKE


FILTERS

GLOSSARY

SLOTTED SCREEN PUMP INTAKE

e.g., N406SFI 1000BPD 100MCM CR3 0.67" S14

*To choose the most suitable filtration rating please specify type and size of solids.

XXX


N XXX SFI XXXMCMXXXBPD X.XX"

Filtration rating, mcm*

100

200

XXX

Shaft material and yield st rength:




Manufactur er (Novomet)


Slotted Filter Intake

Max capacity, b pd


Table 1 - Series


362 3.62 92

406 4.06 103




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


and base.



ESP CATALOG

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WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 586

UPPER SAND TRAP

MISCELLANEOUS

EQUIPMENT

GLOSSARY

UPPER SAND TRAP


in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0


UST X-X/X" -XX RD

e.g., UST 2-3/8"-8RD EUE UCR

Thread type:

EUE - External Upset Ends (for 8rd)*

NUE - Non Upset Ends (for 10rd)*


3/4" are 8rd only)


rd - round thread

* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10rd only;

for 41/2" thread both EUE and NUE options are 8rd only

XXX XXX



8

10

Upper Sand Trap



ESP CATALOG

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JUNE 2013

PAGE 587

UPPER SAND TRAP

MISCELLANEOUS

EQUIPMENT

UPPER SAND TRAP SPECIFICATION

DescriptionHousing OD Installed length Weight


UST 2-3/8"-10RD NUE CR0 3.15 80 2.76 0.842 15.4 7.0 3012020011

UST 2-3/8"-8RD EUE CR0 3.15 80 2.76 0.842 16.5 7.5 3012020010

UST 2-7/8"-10RD NUE CR0 3.51 89 2.73 0.831 21.8 9.9 3012010020

UST 2-7/8"-8RD EUE CR0 3.54 90 2.74 0.836 21.8 9.9 3012010019

UST 3-1/2"-10RD NUE CR0 4.25 108 3.42 1.041 24.9 11.3 3012020005

UST 3-1/2"-8RD EUE CR0 4.53 115 3.42 1.041 27.6 12.5 3012020019

UST 4-1/2"-8RD NUE CR0 5.20 132 5.17 1.575 42.1 19.1 3012020006

UST 4-1/2"-8RD EUE CR0 5.59 142 5.17 1.575 48.5 22.0 3012020028

UST 5-3/4"-8RD S CR0 6.54 166 9.22 2.811 329.0 149.2 3050090007



ESP CATALOG

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JUNE 2013

PAGE 588

SCALE PREVENTER

MISCELLANEOUS

EQUIPMENT

GLOSSARY

SCALE PREVENTER

e.g., SP350S 2-3/8"-10RD NUE 160BPD CR0

SP XXX X

Thread size, inches

Scale Preventer

Type:

S - Solid

E - Encapsulated

XXX-XX RD XXX

Series

350

450

XX/X"


10


Water component in fluid, bpd

RD - round thread

Thread type:

NUE - Non Upset Ends (for 10rd)

XXXXBPD


in mm

23/8

60

27/8

73

31/2

89

41/2

114

51/2

140

53/4

146




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion


sive fluid>1.25 1.45 200 3.0..9.0




ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 589

SCALE PREVENTER

MISCELLANEOUS

EQUIPMENT

SCALE PREVENTER SPECIFICATION

DescriptionHousing diameters Weight

Part Numberin mm lb kg

SP350S 2-3/8"-10RD NUE 95BPD CR0 3.50 89 399 181 3013010024

SP350S 2-3/8"-10RD NUE 160BPD CR0 3.50 89 560 254 3013010021

SP350S 2-3/8"-10RD NUE 315BPD CR0 3.50 89 721 327 3013010015

SP350S 2-3/8"-10RD NUE 500BPD CR0 3.50 89 1063 482 3013010016

SP350S 2-3/8"-10RD NUE 630BPD CR0 3.50 89 1224 555 3013010022

SP350S 2-3/8"-10RD NUE 790BPD CR0 3.50 89 1385 628 3013010023

SP450E 2-3/8"-10RD NUE 160BPD CR0 4.50 114 553 251 3013010028

SP450E 2-3/8"-10RD NUE 315BPD CR0 4.50 114 1087 493 3013010029

SP450E 2-3/8"-10RD NUE 630BPD CR0 4.50 114 2154 977 3013010030

SP450E 2-3/8"-10RD NUE 940BPD CR0 4.50 114 3222 1461 3013010031

2-3/8" -10rd NUE thread is used for Novomet motor base. Other thread sizes are available on Customer request.

CR1 and CR3 modifications are available on Customer request.



ESP CATALOG

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JUNE 2013

PAGE 590

SHROUD

MISCELLANEOUS

EQUIPMENT

GLOSSARY

SHROUD

e.g., MOTOR SHROUD 362INTAKE/406MOTOR SGL 23FT CR0 1/4"

MOTOR SHROUD XXX INTAKE/XXX MOTOR XXX XXX


Single and Tandem shrouds:

SGL - Single

DBL - Double

TRP - Triple

Shroud length, ft

XXXFT

Motor Shroud

Intake/Motor series

Size of slot f or capillary tub e, inches,

if required

X/X"




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-


fluid 1.25 1.45 200 3.0..9.0 Stainless Steel



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 591

PUMP/MOTOR CLAMP

MISCELLANEOUS

EQUIPMENT

GLOSSARY

PUMP/MOTOR CLAMP

e.g., PUMP/MOTOR CLAMP 338..449SERIES 5TON

Pump/Motor Clamp

Range of Pump/Motor series

Load capacity, ton

PUMP/MOTOR CLAMP XXX..XXX SERIES XTON

PUMP/MOTOR CLAMP SPECIFICATION

DescriptionEnclosed diameters Load capacity

Application Part Numberin mm lb kg

PUMP/MOTOR CLAMP 276SERIES 3TON 2.76 70 6615 3000Pump, Gas separator

and Protector of 272 series.3020010011

PUMP/MOTOR CLAMP 319SERIES 3TON 3.19 81 6615 3000Pump, Gas separator, Protector

and Motor of 319 series.3020010008

PUMP/MOTOR CLAMP 338..449SERIES 5TON3.38, 3.62,4.06, 4.49

86, 92, 103,114

11025 5000

Pump and Gas separatorof 338, 362, 406 and 449 series.

Protector of 338, 362 and 406 series.Motor of 378 and 406 series.

3020010007

PUMP/MOTOR CLAMP 484SERIES 3TON 4.84 484 6615 3000 Shroud for Motor of 406 series. 3020010006

PUMP/MOTOR CLAMP 449..512SERIES 5TON4.49, 4.84,

5.12114, 123, 130 11025 5000

Pump and Gas separatorof 449, 484 and 512 series.

Protector of 449 and 484 series.Motor of 378 and 406 series.

3020020002

PUMP/MOTOR CLAMP 535..562SERIES 5TON 5.35, 5.62 136, 143 11025 5000Pump of 535 series. Protector

of 535 series. Motor of 562 series.3020010009

PUMP/MOTOR CLAMP 551SERIES 3TON 5.51 140 6615 3000 Shroud for Motor of 460 series. 3020010003

PUMP/MOTOR CLAMP 677SERIES 7TON 6.77 172 15435 7000Pump of 677 series.

Protector of 677 series.3020020001

PUMP/MOTOR CLAMP 744SERIES 5TON 7.40, 7.44 188, 189 11025 5000Pump of 740 series.Motor of 744 series.

3020010001

EUTI546.000 PUMP/MOTOR CLAMP HEU-3 4.60 117 6615 3000

Pump and Gas separatorof 362 and 406.

Protector of 362 and 406 series.Motor of 406 and 460 series.

3020010002



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 592

CABLE BAND

MISCELLANEOUS

EQUIPMENT

GLOSSARY

CABLE BAND

e.g., CABLE BAND 12" CR0

CABLE BAND XX" XXX


Cable band

Length, inches, (see Table 1)

Table 1

Length

in mm

8 210

12 300

14 350

16 400

18 450

20 500

24 600

33 850




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCRUltra Corrosion

Resistant

Extremely aggres-

sive fluid

>1.25 1.45 200 3.0..9.0 Monel



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 593

CABLE BAND

MISCELLANEOUS

EQUIPMENT

CABLE BAND SPECIFICATION

DescriptionTubing OD ESP Component OD* Length Weight

Part Numberin mm in mm in mm oz kg

CABLE BAND 8" CR0 11/2

48 2.72 69 8.3 210 2.12 0.06 2118010015

CABLE BAND 12" CR0 23/8; 27/

860; 73 3.19 81 11.8 300 2.82 0.08 2118010006


89 3.19; 3.38 81; 86 13.8 350 3.17 0.09 2118010001

CABLE BAND 16" CR0 4 102 3.62; 4.06 92; 103 15.7 400 3.53 0.10 2118010002


114 4.49; 4.84 114; 123 17.7 450 3.88 0.11 2118010004

CABLE BAND 20" CR0 5; 51/2

127; 140 5.35 136 19.7 500 4.59 0.13 2118010007


146 6.77 172 23.6 600 4.94 0.14 2118010003


48 2.72 69 8.3 210 2.12 0.06 2118010014

CABLE BAND 12" CR3 23/8; 27/

860; 73 3.19 81 11.8 300 2.82 0.08 2118010016


89 3.19; 3.38 81; 86 13.8 350 3.17 0.09 2118010009

CABLE BAND 16" CR3 4 102 3.62; 4.06 92; 103 15.7 400 3.53 0.10 2118010010


114 4.49; 4.84 114; 123 17.7 450 3.88 0.11 2118010012

CABLE BAND 20" CR3 5; 51/2

127; 140 5.35 136 19.7 500 4.59 0.13 2118010013


146 6.77 172 23.6 600 4.94 0.14 2118010011

CABLE BAND 8" UCR 11/2

48 2.72 69 8.3 210 2.12 0.06 2118010023

CABLE BAND 12" UCR 23/8; 27/

860; 73 3.19 81 11.8 300 2.82 0.08 2118010017


89 3.19; 3.38 81; 86 13.8 350 3.17 0.09 2118010018

CABLE BAND 16" UCR 4 102 3.62; 4.06 92; 103 15.7 400 3.53 0.10 2118010019

CABLE BAND 18" UCR 41/2 114 4.49; 4.84 114; 123 17.7 450 3.88 0.11 2118010021CABLE BAND 20" UCR 5; 51/

2127; 140 5.35 136 19.7 500 4.59 0.13 2118010022


146 6.77 172 23.6 600 4.94 0.14 2118010020

* - In case MLE Guard is not available, Cable bands shall be used. To make accurate design, please refer to the above table, column

"ESP Component OD". To calculate the number of Cable bands (type is based on tubing OD) the here below order shall be followed:

Divide Pump setting depth (in ft) by 13, then add extra 15%.

E.g., for 449 series pump Cable band of 18" to be used.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 594

MLE GUARD

MISCELLANEOUS

EQUIPMENT

GLOSSARY

MLE GUARD

e.g., MLE GUARD PUMP338SERIES CR3 1/4"

Size of slot for capill ary tube, inches, if required


MLE GUARD

Type:

Pump XXX series

Protector XXX series

MLE GUARD XXXX XXX X/X"




H2S CO

2Cl

CR0Corrosion Re-



CR3Corrosion Re-



UCR Ultra CorrosionResistant

Extremely aggres-sive fluid

>1.25 1.45 200 3.0..9.0 Materials resistant to Sulfide StressCracking are used



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 595

MLE GUARD

MISCELLANEOUS

EQUIPMENT

MLE GUARD SPECIFICATION

PROTECTOR

Description Protector series Motor series Part Number

MLE GUARD PROTECTOR272SERIES CR3 272 319 3019040002


MLE GUARD PROTECTOR338SERIES UCR 338 378 ТВА


MLE GUARD PROTECTOR362SERIES CR3 1/4" 362 406, 460 3019010008



MLE GUARD PROTECTOR406SERIES CR3 1/4" 406 406, 460 3019020009




MLE GUARD PROTECTOR535SERIES CR3 FOR MLE AWG#4 535 562 3019050004



The number of MLE Guards of 'Protector type' is equal to one.

PUMP

Description Pump series Part Number

MLE GUARD PUMP272SERIES CR3 272 3019040001


MLE GUARD PUMP338SERIES UCR 338 ТВА






MLE GUARD PUMP406SERIES UCR 406 3019020010



MLE GUARD PUMP535SERIES CR3 FOR MLE AWG#4 535 3019050003



The number of MLE Guards of ‘Pump type’ is equal to the number of pump sections.



Water

Applications

Water production and injection

systems

Horizontal surface pumping

systems

Enclosed filters for water

injection wells

Submersible water injection

systems - inverted design

Booster pumps in horizontal casing

Submersible water production systems

HSPS specification



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 597

WATER

APPLICATIONS

WATER

APPLICATIONS

WATER PRODUCTION & INJECTION SYSTEMS

Applications:

• Produced water disposal and injection

• CO2 injection/booster

• Geothermal projects• Coalbed methane fracturing• Crude oil transfer and pressure

boosting

• Pipeline booster • Mine dewatering• Power fluid boosting for hydraulic

lift systems• Seawater disposal/waterflooding• Secondary and tertiary oil recov-

ery projects• Water production• Jet pumping for oil wells• Individual fluid injection into the

wells• Water and Gas bed stimulation

system

Novomet system is a range of multi-stage centrif-

ugal pumps, featuring high pressures and high flow

rate characteristics, which are custom-designed, re-

liable and absolute best choice for a wide range of

oilfield, mining, and industrial various applications,

that will keep your production plans in schedule.

Standard Horizontal Surface Pumping System

(HSPS) design consists of a horizontally-mounted

multi-stage centrifugal pump, prime mover (electricmotor), thrust chamber, intake manifold, and dis-

charge, all mounted on a heavy-duty welded skid.

HSPS materials of construction include Ni-resist

or Powder metallurgy impellers and diffusers, SS

shafts, tungsten-carbide bearings, Viton(R) elasto-

mers, and stainless steel intake manifold and dis-

charge flanges. Other materials and construction

options are available to meet more demanding fluid

handling requirements.



ESP CATALOG

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PAGE 598

WATER

APPLICATIONS

WATER

APPLICATIONS

Benefits:

• Environmentally safe design• Reduced downtime and quick re-

pairs

• Client-focused designs ensure

long run times

• Flow rates demand on Customer

request

• Multiload thrust chamber

• Parallel HSPS design for high-

flow-rate applications

• Adaptable for quick and simple

reconfiguration of pumps and

motors• Easy installation

• Minimum system maintenance

required

• Low vibration wear and stress

level

• Lower OPEX and life-cycle costs

• Independent operation, remote

monitoring and control

• Variable frequency control

Features:

• Fully automated system operation

(contains smart module which

eliminate human factor)

• Fine treatment water filters appli-

cation

• Open or enclosure design

• Lighting and climatic systems

• Corrosion-resistant internals

• Seals comply with API 682

• Compatibility with any type of

SCADA-systems

• Data transfer through GSM or sat-

ellite channels• Standard or Customer oriented

low vibration and ease installation

skid designs

VERSIONS:• Horizontal surface pumping systems (open or enclosure

design)

• Submersible water injection systems – inverted design

• Submersible water production systems• Booster pumps in horizontal casing



ESP CATALOG

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JUNE 2013

PAGE 599

WATER

APPLICATIONS

WATER

APPLICATIONS

1.0 HORIZONTAL SURFACE PUMPING SYSTEMS

(OPEN OR ENCLOSURE DESIGN)

Motor

Pressure pipeline

Pump

System which ensures

operation of face sealing

Supply pipeline

Supply unit

Coupling

Automatiс system

of bearing lubrication

Features:

• Units with axial load relief in the

pump

• Units with axial load relief in the

thrust module• High capacity central pump sys-

tems with hydrostatic thrust bear-

ing

STANDARD HORIZONTAL HSPS DESIGN

Water injection system operation Water injection system control is carried out by an operator

via touch screen what allows to keep track of all the parameters.

The control software used can interact with other automatic

process control systems, consequently water injection system

could be integrated into other technological control systems ofhigher level at the oilfield.

Satellite communication provides remote control of water

injection systems.

Controlled parameters:• Pressure at pump intake and discharge

• Contamination of filter

• High/Low supply voltage

• Current overload (phase break or unbalance)

• Vibration of the pump and supply unit

• Bearings temperature of supply unit and motor

• Discharge line pressure

• Fluid flow rate



ESP CATALOG

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JUNE 2013

PAGE 600

WATER

APPLICATIONS

WATER

APPLICATIONS

HORIZONTAL HSPS OPEN DESIGN

HORIZONTAL HSPS ENCLOSURE DESIGN

Comprises of:

• heating system

• lighting system

• ventilation system• fire alarm and fire extinguishing system

• intrusion alarm system

• gas contamination alarm system

• hoisting gears



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 601

WATER

APPLICATIONS

WATER

APPLICATIONS

HORIZONTAL HSPS ENCLOSURE LAYOUT

Overall view of HSPS in enclosure

1) Enclosure

2) Entrance door

3) Technological door

4) Gates

5) Technological table

6) Pump unit

7) Supply pipeline

8) Pressure pipeline

9) VSD

10) Controller

11) Crane

12) Dripping tray

13) Cable-channel14) Check valve with electrical drive



ESP CATALOG

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JUNE 2013

PAGE 602

WATER

APPLICATIONS

WATER

APPLICATIONS

APPLICATION OF ENCLOSED FILTERSFOR WATER INJECTION WELLS

EFIW (Enclosed filters for injection wells) are designed for

fine water treatment before injection into the production reser-

voirs

EFIW is installed on high pressure water line, between pro-

ducing and injection wells or in conjunction with HPS enclosure.

Consists of

• Enclosure;

• Hoisting device;

• High pressure intake manifold and discharge pipeline;

• Two filter lines;

• Bypass line;

• Power-driven gate valves;

• Control board, instrumentation;• Heating, lighting, ventilation and alarm systems

• Remote monitoring system (via radio and satellite channels)

Vertical assembly Horizontal assembly

Benefits:

• Prevents reservoir clogging with

fine solids particles

• High pressure water filtration

• 100% availability for operation in

as-delivered condition

• Stand-alone operation, remote

monitoring

• Mobility, short-time delivery to

water injection place

• Small footprint allows to save area

on well site, pile foundation instal-

lation• Design and manufacture of EFIW

as per Customer’s requirements

Filter line consists of parallel coupled filter cartridges with tubular housings



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 603

WATER

APPLICATIONS

WATER

APPLICATIONS

2.0 SUBMERSIBLE WATER INJECTION SYSTEMS

INVERTED DESIGN

Inverted ESP system layout – fluid is supplied from the surface

Vertical water injection systems

Standard ESP systems

• The systems are run

in the hole, the fluid is supplied

from surface or from upper

reservoir.


in the water well, the fluid is

supplied from the pumping unit

directly to the injection well

Pumping systems with upper surface

drive- a flange-mounted induction

motor

• The pump is located

in the pit hole. Along the pump

is a pressure pipeline

that comes back to the surface

through a pit flange head.

• The pump is placed

in the blind-end of production

tubing which is the pressure

pipeline

Electrical Submersible Pump Systems

with Upper Motor


into injection well.

Fluid is supplied from

the surface. A packer is used

to provide sealing

of the discharge head from the

casing



ESP CATALOG

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PAGE 604

WATER

APPLICATIONS

WATER

APPLICATIONS

INVERTED ESP SYSTEM LAYOUTFLUID IS SUPPLIED FROM THE SURFACE

Designed for injection of reservoir and waste oil production waters into reservoir.

This design allows to reduce high pressure HSPS supply pipeline costs, thus increasing reliability, envi-

ronmental safety and reducing losses from water break.

Intake pressureTransformer

Motor lead extension (MLE)

Downhole sensor system

Cable line

Compensator

Submersible motor

Protector

Pump

Check valve

Cable

Flow meter

Anchor latch

Jointing unit

Packer

Tubing

6 5 0 0

. . . 9

8 5 0 f t

D e p e n d

i n g o n w e l l d e p t h

1 6 5

. . . 3

3 0 f t

D e p e n d i n g o n w e l l l e n g t h



ESP CATALOG

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JUNE 2013

PAGE 605

WATER

APPLICATIONS

WATER

APPLICATIONS

INVERTED ESP SYSTEM LAYOUTFLUID IS SUPPLIED FROM THE UPPER RESERVOIR

TransformerMotor lead extension (MLE)

Downhole sensor system

Cable line

Compensator

Protector

Pump

Check valve

Cable

Flow meter

Anchor latch

Jointing unit

Packer

Tubing

6 5 0 0 .

. . 9 8 5 0 f t

D e p e n d i n g

o n w e l l d e p t h



ESP CATALOG

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PAGE 606

WATER

APPLICATIONS

WATER

APPLICATIONS

INVERTED ESP SYSTEM WITH SURFACE DRIVE LAYOUTFLUID IS SUPPLIED FROM THE SURFACE

Supply part

Pressure part

Motor

Flexible coupling

Drive unit

Frame for motor

Centrifugal pump

Pressure pipeline

casing 6 5 / 8"

Pit casing

7 5 / 8"... 12 3 /

4"



ESP CATALOG

© NOVOMET

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JUNE 2013

PAGE 607

WATER

APPLICATIONS

WATER

APPLICATIONS

3.0 BOOSTER PUMPS IN HORIZONTAL CASING

Booster pumps design:

• Horizontal pump systems with application of standard downhole equipment placed in horizontal casing

(casing in casing);

• Standard ESP systems placed in the pit hole.

HORIZONTAL BOOSTER PUMPING SYSTEM IN AN ENCLOSURE

Pressure increase from 30 … 3000 psi to 5000 psi

HORIZONTAL BOOSTER PUMPING SYSTEM – CASING IN CASING DESIGN

Motor

Casing

9 5/8"

Protector

Intake

Pump

Flowmeter

Filter

Check

valve

Penetrator



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 608

WATER

APPLICATIONS

WATER

APPLICATIONS

HORIZONTAL BOOSTER PUMPING SYSTEM APPLICATION WATER SUPPLY TO REMOTE INJECTION WELLS

Remote research well

Booster pump: enclosure design

Injection wells

Booster pump: enclosure design

Pr e s sur e l o

s s e s

al on g th e p

ip elin e

Operating conditions of booster pumps:

• Operation of equipment in explosive area

• Pumping of aggressive fluids

• Pumping of fluid with gas content up to 70% with application of axial impellers (axial multiphase pump)

• 100% leakage proof

Explosive area



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 609

WATER

APPLICATIONS

WATER

APPLICATIONS

4.0 SUBMERSIBLE WATER PRODUCTION SYSTEMS

Standard product line includes high capacity ESP systems

of corrosion-resistant and abrasion-resistant designs with fluid

capacity from 95 to 31500 bpd @ 50Hz (37 800 bpd @ 60 Hz).

Operating conditions:

1) TSS – up to 1000 mg/l (350 ptb)

2) рН – 3÷9

Design features of the equipment:

• Corrosion-resistant materials and coatings

• Axial thrust bearing is in the protector

• Axial unloading - by vortex crowns

• Types of pump assembly:

• With additional intermediate thrust bearings

• Compression• Semi-compression



©N OV OME T


J U NE 2 0 1 3

P A GE 6 1 0

WA T E R

A P P L I C A T I ON S

HSPS SPECIFICATION

Total SPSStages

ESP pumpDescription

SPS Weight,lb

ESP pumplength, ft L1

Skid length,ft L

Exten-tionlength, ft

Pumpsupports

Dischargepipeline

Supplyunit

SC

484 series

103 NLV1000 SCMP 2084 10 15 - 2 DD 65* 1

121 NLV1000 SCMP 2492 11 16 - 3 DD 65 1

139 NLV1000 SCMP 2712 13 18 - 3 DD 65 1

157 NLV1000 SCMP 3230 15 20 - 3 DD 65 1

175 NLV1000 SCMP 3451 16 23 - 4 DD 65 1

193 NLV1000 SCMP 3671 18 25 - 4 DD 65 1

211 NLV1000 SCMP 3958 20 28 - 4 DD 65 1

242 NLV1000 SCMP 4796 23 31 0.7 5 DD 65 1

278 NLV1000 SCMP 5237 26 34 0.7 6 DD 65 1

86 NLV1900 SCMP 2271 10 15 - 2 DD 65 1

116 NLV1900 SCMP 3010 13 18 - 3 DD 65 1

135 NLV1900 SCMP 3230 15 20 - 3 DD 65 1

150 NLV1900 SCMP 3517 16 23 - 4 DD 65 1

181 NLV1900 SCMP 4355 20 28 - 4 DD 65 1

202 NLV1900 SCMP 4983 23 31 0.7 5 DD 65 1

232 NLV1900 SCMP 5424 26 34 0.7 5 DD 65 1

314 NLV1900 SCMP 6306 30 38 0.7 6 DD 65 1

350 NLV1900 SCMP 7056 33 41 0.7 6 DD 65 1

*DD-drift diameter



©N OV OME T


J U NE 2 0 1 3

P A GE 6 1 1

WA T E R


Total SPSStages

ESP pumpDescription

SPS Weight,lb


Skid length,ft L


Pumpsupports

Dischargepipeline

Supplyunit

SC

535 series

67 NP(1900-2500)H SCMP 2084 10 16 - 3 DD 65 1

92 NP(1900-2500)H SCMP 3010 13 20 - 4 DD 65 1

117 NP(1900-2500)H SCMP 3451 16 23 - 4 DD 65 1

142 NP(1900-2500)H SCMP 3958 20 26 - 4 DD 65 1

159 NP(1900-2500)H SCMP 4796 23 31 0.7 5 DD 65 1

184 NP(1900-2500)H SCMP 5424 26 34 0.7 6 DD 65 1

209 NP(1900-2500)H SCMP 5865 30 38 0.7 6 DD 65 1

234 NP(1900-2500)H SCMP 6747 33 41 0.7 6 DD 65 1

269 NP(1900-2500)H SCMP 7497 36 44 0.7 7 DD 65 1

284 NP(1900-2500)H SCMP 7938 39 48 0.7 7 DD 65 1

50 NP(3100-4400)H SCMP 2271 10 15 - 3 DD 65 1

67 NP(3100-4400)H SCMP 3010 13 20 - 3 DD 65 1

76 NP(3100-4400)H SCMP 3296 15 21 - 4 DD 65 1

85 NP(3100-4400)H SCMP 3914 16 25 - 4 DD 65 1

103 NP(3100-4400)H SCMP 4542 20 28 - 4 DD 65 1

117 NP(3100-4400)H SCMP 4983 23 31 0.7 5 DD 65 1

134 NP(3100-4400)H SCMP 5865 26 34 0.7 6 DD 65 1

152 NP(3100-4400)H SCMP 6306 30 38 0.7 6 DD 65 1

170 NP(3100-4400)H SCMP 7056 33 41 0.7 6 DD 65 1

188 NP(3100-4400)H SCMP 7497 36 44 0.7 7 DD 65 1

206 NP(3100-4400)H SCMP 8136 39 48 0.7 7 DD 65 1

*DD-drift diameter

HSPS



©N OV OME T


J U NE 2 0 1 3

P A GE 6 1 2

WA T E R


Total SPSStages

ESP pumpDescription

SPS Weight,lb


Skid length,ft L


Pumpsupports

Dischargepipeline

Supplyunit

SC

677 series

28 NRV7600 CMP 3440 8 15 - 3 DD 80 1

35 NRV7600 CMP 3969 10 16 - 3 DD 80 1

41 NRV7600 CMP 4388 11 18 - 3 DD 80 1

48 NRV7600 CMP 4608 13 20 - 3 DD 80 1

54 NRV7600 CMP 5490 15 21 - 4 DD 80 1

61 NRV7600 CMP 5711 16 25 - 4 DD 80 1

67 NRV7600 CMP 6813 18 26 - 4 DD 80 1

74 NRV7600 CMP 7254 20 28 - 4 DD 80 1

83 NRV7600 CMP 7916 23 31 0.7 5 DD 80 1

96 NRV7600 CMP 8577 26 34 0.7 6 DD 80 1

109 NRV7600 CMP 10341 30 38 0.7 6 DD 80 1

122 NRV7600 CMP 11223 33 41 0.7 6 DD 80 1

135 NRV7600 CMP 12105 36 46 - 7 DD 80 1

33 NR(10000-11300)Н CMP 3969 10 16 - 3 DD 80 1

39 NR(10000-11300)Н CMP 4388 11 18 - 3 DD 80 1

46 NR(10000-11300)Н CMP 4608 13 20 - 3 DD 80 1

52 NR(10000-11300)Н CMP 5490 15 21 - 4 DD 80 1

59 NR(10000-11300)Н CMP 6593 16 25 - 4 DD 80 1

66 NR(10000-11300)Н CMP 7254 20 28 - 4 DD 80 1

79 NR(10000-11300)Н CMP 7916 23 31 0.7 5 DD 80 1

92 NR(10000-11300)Н CMP 9900 26 34 0.7 6 DD 80 1

105 NR(10000-11300)Н CMP 10782 30 39 0.7 6 DD 80 1

118 NR(10000-11300)Н CMP 11664 33 43 0.7 6 DD 80 1

33 NR(12600-15700)Н CMP 4608 13 20 - 3 DD 80 1

41 NR(12600-15700)Н CMP 5711 16 25 - 4 DD 80 1

49 NR(12600-15700)Н CMP 7254 20 28 - 4 DD 80 1

56 NR(12600-15700)Н CMP 7916 23 31 0.7 5 DD 80 1

66 NR(12600-15700)Н CMP 8577 26 34 0.7 6 DD 80 1

74 NR(12600-15700)Н CMP 10341 30 38 0.7 6 DD 80 1

82 NR(12600-15700)Н CMP 11223 33 43 0.7 6 DD 80 1

*DD-drift diameter

HSPS



©N OV OME T


J U NE 2 0 1 3

P A GE 6 1 3

WA T E R


Total SPSStages

ESP pumpDescription

SPS Weight,lb


Skid length,ft L


Pumpsupports

Dischargepipeline

Supplyunit

SC

677 series

90 NR(12600-15700)Н CMP 12105 36 46 0.7 7 DD 80 1

42 NR(15700-19000)Н CMP 7034 20 28 - 4 DD 80 1

52 NR(15700-19000)Н CMP 7916 23 31 0.7 5 DD 80 1

62 NR(15700-19000)Н CMP 8577 26 34 0.7 6 DD 80 1

93 NR(15700-19000)Н CMP 14310 39 49 0.7 7 DD 80 1

50 NR30000 CMP 8357 26 34 0.7 6 DD 80 1

56 NR30000 CMP 9018 30 38 0.7 6 DD 80 1

62 NR30000 CMP 10782 33 41 0.7 6 DD 80 1

740 series

35 NТ38000 CMP 7695 20 28 - 4 DD 80 1

*DD-drift diameter

HSPS



Tools

and Consumables

Installation Tools

and Consumables

Splicing Tools

and Consumables



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 615

TOOLS

AND CONSUMABLES

TOOLS AND CONSUMABLES

INSTALLATION TOOLS

Description Q-ty Units Part Number

READOUT UNIT BSI-03 1 pcs 3018040003

DOWNHOLE SENSOR SIGNAL SIMULATOR 1 pcs TBA

SIDECUTTER 180 MM 1 pcs 7001060003

CHISEL 200 MM 1 pcs 7001030004

PHASE INDICATOR ST860 1 pcs 1110150050

HIGH VOLTAGE INDICATOR KVM 1 pcs 1110030024

CLAMP-ON AMMETER АРРА-33II/33RII 1 pcs 7001060035

KEY FOR PLUG_7201-8993 2 pcs 2139010012

TORQUE WRENCH TORCOFIX-SE 4100-01 1 pcs 7004110021

SPANNER 24X27 MM 1 pcs 7004110033

BELT TIGHTENING WRENCH_NM-867.004 1 pcs 2195010001

WRENCH *10 MM 1 pcs 7004110050

WRENCH *12 MM 1 pcs 7004110052

WRENCH *13 MM 1 pcs 7004110053

WRENCH *14 MM 2 pcs 7004110054

WRENCH *17 MM 2 pcs 7004110057

WRENCH *19 MM 2 pcs 7004110058

WRENCH *8 MM 1 pcs 7004110067

HEX-NUT WRENCH 7/16 1 pcs 7004110193SPLINE WRENCH 17,20,22,25_NМ-867.050 1 pcs 2139010042

SPLINE WRENCH 32,34,38,42_NМ-867.070 1 pcs 7004110194

SQUARE SPANNER 1 pcs 7004110196

BRONZE FULL-BORE BALL VALVE DU15RU16 1 pcs 1115030032

ROUND PLIERS 280 1 pcs 7001060009

MANOMETER 63 MM 2 pcs 1110040097

INSULATION TESTER FLUKE 1507 1 pcs 1110120133

TAP М10 1 kit 7003130154

TAP М10X1 1 kit 7003130225

TAP М12 1 kit 7003130155

TAP М12X1.25 1 kit 7003130205

TAP HOLDER 8-25 MM 1 pcs 7004140006

HAMMER 500 G 1 pcs 7001070004

HEXAHEDRON SET (S1.5-S10) 1 pcs 7001180005

FLAT RHOMBIC FILE 2 pcs 7003150012

RHOMBIC BROACH FILE 2 pcs 7003150016

FLAT FILE 250 MM 1 pcs 7003150081

SOCKET HEAD 7112-14 1 pcs 7004330024

SOCKET HEAD 7112-17 1 pcs 7004330014



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 616

TOOLS

AND CONSUMABLES



PRIMING PUMP MTS-2 1 pcs 1110210013

KNIFE 1 pcs 7003240127

METAL CUTTERS 1 pcs 7001080002

SCREWDRIVER PH №2-100 MM 1 pcs 7001090024

SCREWDRIVER №4-200 MM 1 pcs 7001090006

SCREWDRIVER PH №3-150 MM 1 pcs 7001090047

SCREWDRIVER 3.2Х100 MM 1 pcs 7001090011

SCREWDRIVER SL6Х150 MM 1 pcs 7001090025

SCREWDRIVER SL8Х150 MM 1 pcs 7001090016

SOLDERING IRON 100 W 1 pcs 7001100001

DIELECTRIC GLOVES 1 pcs 1130010004TONGS 200 MM 1 pcs 7001060014

METAL HACKSAW SPARE 2 pcs 7003210002

ADAPTER 7201-8913 1 pcs 2139060002

WORK TOOL 7003-6713 1 pcs 2139060001

FILE HOLDER 1 pcs 7001140003

METAL HACKSAW FRAME 1 pcs 7001130001

RUBBER SQUIRT №1 (HARD TIP) 1 pcs 1130020009

TEXTILE HOISTING SLING STP 3.0-4.0 2 pcs 1125050056

CHAIN HOISTING SLING 2STS-3.2-0.5 РТ3-16.0 1 pcs 1125050053

CHARGER AZU-6/7,2 FOR FAG-R 1 pcs 1110040089

FLASH LIGHT FAG-R 1 pcs 1110030025

CLIP "NORMA" 12-22 MM #1222 2 pcs 2059010023

AWL 200 MM 1 pcs 7001150001

TRAMMEL SHTS-250 1 pcs 7002240004

DEPTH GAUGE SHG-250 1 pcs 7002220003

DRAIN CHOKE_160.001.0002 1 pcs 2065020001

STUD DRIVER ATF-5116-BLS 1 pcs 7004320005

TOOLBOX 26" 2 pcs 3098040018

INSTALLATION CONSUMABLES


CLOTH_GOST 4346-75 1 kg 1130020002

TAPE 1-1-0.5*10_GOST 3559-75 4 m 1040010005

SLEEVE_522.001.0001-08 16 pcs 2012010020

ABRASIVE PAPER N8 2 m 7003280011



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 617

TOOLS

AND CONSUMABLES


SPLICING TOOLS


CRIMPER KO5D, 6-50 MM KLAUKE 1 pcs 7001060026

GAUGE K.8388-0016 1 pcs 2139070003

GAUGE K.8166-0002 1 pcs 2139070004

GAUGE K.8388-0010 1 pcs 2139070002

HAMMER, 0.500 KG 1 pcs 7001070004

WORK TOOL 7003-6481 1 pcs 2139060004

RULER 500 MM 1 pcs 7002070004

STAMP KIT (FIGURES) #6 1 pcs 7001050008

STAMP KIT (LETTERS) #6 1 pcs 7001050003

SCRAPER 7003-6609 1 pcs 2139110001KNIFE_7003-6747 1 pcs 2139190002

STRIPPING TOOL 7003-6778 1 pcs 2139060047

TOOL BOX_607137 1 pcs 3098040018

METAL CUTTERS 1 pcs 7001080002

KNIFE 1 pcs 7003240127

TONGS 180 MM 1 pcs 7001060013

WIRE CUTTERS (UP TO DIA 18 MM) 1 pcs 7001080008

SNIPS NKT-30 (NK-240) KVT 1 pcs 7001080007

ELECTRIC PLIERS 425 V 1 pcs 7001040013

TONGS 200 MM 1 pcs 7001060038

WORK BENCH FOR CABLE SPLICING 3900-138.000 1 pcs 3099010133

FLAT FILE 250 MM 1 pcs 7003150081

SIDECUTTER 180 MM 1 pcs 7001060003

SPLICING CONSUMABLES


FILM NITOFLON 903 UL (0.08*19) 12 pcs 3098030015

FILM F-4EO 0.04*20_ROLL 25G_GOST24222 12 pcs 1040030019

STICKY TAPE, 48 MM (ROLL) 4 pcs 1040040003UNWOVEN MATERIAL_SZ.10.080.060.2 16 m 1040040022

JACKETING TAPE, 50 M (0.15*20) 0.2 pcs 1040040019

BENZINE BR-1 0.5L_ТU 38.401.-67-108-92 1 can 1105040008



Engineering

Tables

Conventional Pump

Engineering Data

"Power Save" Pump

Engineering Data

Correspondence table between

old and new designation

systems

Units of measurement

Conversion factors

Temperature conversion table

Maximum BHP of involute shaft

splines

Viscosity correlation

List of abbreviations



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 619

ENGINEERING

TABLES

ENGINEERING

TABLES

CONVENTIONAL PUMP ENGINEERING DATA 60 Hz 3500 rpm Imperial system

Model

Shaft with involute splinesMax pump downthrust

per stage of FLT and

SCMP design, lb

Max pump

downthrust per stage

of CMP design, lb

Load limit

for HL Thrust

Brg, lb

Maximum Number of Stages Using

Diameter,

in

Area,

in2

BHP limit, hp HL Thrust

Brg (Ref

Protector)

Shaft with involute

splines

Housing(depending onHousing Burst

Pressure Limit)S13 S14 S16 S13 S14 S16

D/ 338 series (OD 3.38")

NDV150 0.67 0.35 196 220 245 3.5 11.2 3040 1030 5600 6286 7000 1150

NDV230 0.67 0.35 196 220 245 3.5 11.2 3040 1030 5600 6286 7000 1151

ND470 0.67 0.35 196 220 245 3.0 16.7 3040 1159 3920 4410 4900 1337

ND600 0.67 0.35 196 220 245 3.0 16.7 3040 1221 3769 4231 4712 1297

NDV1500 0.67 0.35 196 220 245 3.1 20.6 3040 1173 1273 1429 1591 1300

F/ 362 series (OD 3.62")

NFV110 0.55 0.24 106 122 139 5.2 17.3 3570 1342 3419 3935 4484 776

NFV150 0.55 0.24 106 122 139 5.1 16.5 3570 1563 3313 3813 4344 791

NFV190 0.67 0.35 196 220 245 4.4 7.6 3570 1098 5297 5946 6622 916

NFV230 0.67 0.35 196 220 245 4.5 8.9 3570 1038 5297 5946 6622 910

NFV260 0.67 0.35 196 220 245 4.4 8.2 3570 1088 4667 5238 5833 922

NFV330 0.67 0.35 196 220 245 4.7 16.1 3570 905 3379 3793 4224 860

NFV380 0.67 0.35 196 220 245 4.7 12.6 3570 973 3267 3 667 4083 864

NFV450 0.67 0.35 196 220 245 4.8 12.8 3570 893 2685 3014 3356 840

NFV600 0.67 0.35 196 220 245 4.8 14.6 3570 825 1980 2222 2475 854

NFV760 0.67 0.35 196 220 245 5.0 15.1 3570 863 1766 1982 2207 819

NFV940 0.67 0.35 196 220 245 4.8 17.5 3570 863 1324 1486 1655 829

NFV3800 0.79 0.49 326 351 408 3.8 25.1 3570 1069 1087 1170 1360 1367

H/ 406 series (OD 4.06")

NHV200 0.67 0.35 196 220 245 6.3 20.6 6350 1174 3063 3438 3828 638

NHV250 0.67 0.35 196 220 245 9.7 20.6 6350 1296 2841 3188 3551 584

NHV260 0.67 0.35 196 220 245 5.9 22.4 6350 1224 2685 3014 3356 685

NHV380 0.67 0.35 196 220 245 5.2 19.5 6350 1413 2761 3099 3451 783

NHV760 0.79 0.49 326 351 408 8.6 21.3 6350 840 2248 2421 2814 651

NHV940 0.79 0.49 326 351 408 8.5 21.8 6350 836 1821 1961 2279 648

NHV1200 0.79 0.49 326 351 408 7.6 19.0 6350 877 1393 1500 1744 725

NH1500 0.79 0.49 326 351 408 6.2 28.4 6350 1274 1781 1918 2230 912

NH3000 0.87 0.59 441 473 539 8.6 30.2 6350 1062 1157 1241 1415 769

NHV3800 0.87 0.59 441 473 539 8.8 25.3 6350 1099 921 987 1125 770

NHV5300 0.98 0.76 645 694 800 7.9 46.0 6350 950 1173 1262 1455 1044

NJV7600 0.98 0.76 645 694 800 10.0 35.0 6350 702 629 676 780 717

NJ9400 1.18 1.09 1126 1216 1395 14.9 51.7 6350 575 1035 1118 1282 755

L/ 484 series (OD 4.84")

NLV1000 0.98 0.76 645 694 800 18.8 44.2 7200 440 2240 2410 2778 416

NLV1900 0.98 0.76 645 694 800 18.8 47.4 7200 480 1421 1529 1762 445

R/ 677 series (OD 6.77")

NRV3800 1.18 1.09 1126 1216 1395 48.5 152.0 11990 278 645 696 799 158

NRV7600 1.50 1.76 2291 2468 2820 75.6 155.0 11990 179 744 801 916 151

NR12000 1.50 1.76 2291 2468 2820 82.8 219.3 11990 208 510 550 628 128

NRV15000 1.65 2.15 3104 3339 3819 97.2 214.7 11990 158 509 547 626 132

NRV19000 1.65 2.15 3104 3339 3819 88.0 183.2 11990 186 494 531 607 150

NRV22500 1.65 2.15 3104 3339 3819 77.4 217.1 11990 213 499 536 613 173

NR30000 1.65 2.15 3104 3339 3819 61.1 208.8 11990 278 451 485 554 219

T/ 740 series (OD 7.40")

NT38000 1.65 2.15 3104 3339 3819 74.8 265.3 11990 192 267 287 328 171



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 620

ENGINEERING

TABLES

ENGINEERING

TABLES

CONVENTIONAL PUMP ENGINEERING DATA 50 Hz 2910 rpm Metric System

Model



SCMP design, kg

Max pump downthrust

per stage of CMP

design, kg

Load limit

for HL Thrust

Brg, kg


Diameter,

mm

Area,

mm2

BHP limit, kW HL Thrust

Brg (Ref

Protector)

Shaft with involute

splines

Housing (depending

on Housing Burst


D/ 338 series (OD 86 mm)

NDV150 17 227 120 135 150 1.1 3.5 1150 1236 3429 3857 4286 796

NDV230 17 227 120 135 150 1.1 3.5 1150 1236 3429 3857 4286 799

ND470 17 227 120 135 150 4.3 5.3 1150 1299 2400 2700 3000 929

ND600 17 227 120 135 150 4.3 5.3 1150 1369 2264 2547 2830 907

NDV1500 17 227 120 135 150 1.0 6.5 1150 1408 779 877 974 903

F/ 362 series (OD 92 mm)

NFV110 14 154 65 75 85 1.6 5.4 1350 1610 2097 2419 2742 539

NFV150 14 154 65 75 85 1.6 5.2 1350 1875 2031 2344 2656 549

NFV190 17 227 120 135 150 1.4 2.4 1350 1317 3243 3649 4054 636

NFV230 17 227 120 135 150 1.4 2.8 1350 1245 3243 3649 4054 632

NFV260 17 227 120 135 150 1.4 2.6 1350 1305 2857 3214 3571 640

NFV330 17 227 120 135 150 1.5 5.1 1350 1086 2069 2328 2586 597

NFV380 17 227 120 135 150 1.5 4.0 1350 1167 2000 2250 2500 600

NFV450 17 227 120 135 150 1.5 4.0 1350 1072 1644 1849 2055 583

NFV600 17 227 120 135 150 1.5 4.6 1350 990 1212 1364 1515 593

NFV760 17 227 120 135 150 1.6 4.8 1350 1035 1081 1216 1351 569

NFV940 17 227 120 135 150 1.5 5.5 1350 1035 811 912 1014 576

NFV3800 20 314 200 215 250 1.2 7.9 1350 1283 667 717 833 949

H/ 406 series (OD 103 mm)

NHV200 17 227 120 135 150 2.0 6.5 2400 1409 1875 2109 2344 443

NHV250 17 227 120 135 150 4.4 6.5 2400 1555 1739 1957 2174 406

NHV260 17 227 120 135 150 1.9 7.1 2400 1469 1644 1849 2055 476

NHV380 17 227 120 135 150 1.6 6.1 2400 1695 1690 1901 2113 544

NHV760 20 314 200 215 250 2.7 6.7 2400 1008 1379 1483 1724 452

NHV940 20 314 200 215 250 2.7 6.9 2400 1003 1117 1201 1397 450

NHV1200 20 314 200 215 250 2.4 6.0 2400 1053 855 919 1068 503

NH1500 20 314 200 215 250 1.9 8.9 2400 1529 1093 1175 1366 633

NH3000 22 380 270 290 330 2.7 9.5 2400 1274 709 761 866 534

NHV3800 22 380 270 290 330 2.8 8.0 2400 1319 564 605 689 535

NHV5300 25 491 395 425 490 2.5 14.5 2400 1140 718 773 891 725

J/ 449 series (OD 114 mm)

NJV6000 25 491 395 425 490 8.8 13.4 2400 828 464 499 575 372

NJV7600 25 491 395 425 490 3.1 11.0 2400 842 385 414 478 498

NJ9400 30 707 690 745 855 4.7 16.3 2400 690 634 685 786 524

L/ 484 series (OD 123 mm)

NLV1000 25 491 395 425 490 5.9 13.9 2720 528 1372 1476 1701 289

NLV1900 25 491 395 425 490 5.9 14.9 2720 576 870 936 1079 309

R/ 677 series (OD 172 mm)

NRV3800 30 707 690 745 855 15.3 47.9 4530 334 395 426 489 110

NRV7600 38 1134 1404 1512 1728 23.8 48.8 4530 215 456 491 561 105

NR12000 38 1134 1404 1512 1728 26.1 69.1 4530 250 313 337 385 89

NRV15000 42 1385 1902 2046 2340 30.6 67.6 4530 189 312 335 384 92

NRV19000 42 1385 1902 2046 2340 27.7 57.7 4530 223 302 325 372 104

NRV22500 42 1385 1902 2046 2340 24.4 68.4 4530 256 305 329 376 120

NR30000 42 1385 1902 2046 2340 19.3 65.8 4530 334 276 297 340 152

T/ 740 series (OD 188 mm)

NT38000 42 1385 1902 2046 2340 23.5 83.5 4530 230 164 176 201 119



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 621

ENGINEERING

TABLES

ENGINEERING

TABLES

CONVENTIONAL PUMP ENGINEERING DATA 60 Hz 3500 rpm Imperial system

ModelRecommended

Operating Range,bpd

Recommendedcapacity at BEP,

bpd

Power perstage, hp

Head perstage, ft

Pump DesignStage

Design*

Housingpressurelimit, psi

MaximumESP System

OD, "FLT SCMP CMP

D/ 338 series (OD 3.38")

NDV150 113-227 151 0.07 21.4 + PV, P

5600 4.13

NDV230 151-302 226 0.08 19.4 + PV, P

ND470 264-604 377 0.12 18.3 + P, P

ND600 415-755 604 0.12 17.3 + P, P

NDV1500 1132-1887 1509 0.36 17.0 + PV, C

F/ 362 series (OD 3.62")

NFV110 75-151 112 0.07 25.7 + + PV, P

5600 4.70

NFV150 113-189 151 0.08 22.1 + PV, P

NFV190 136-264 188 0.09 21.4 + + PV, P

NFV230 151-340 224 0.09 22.6 + + PV, P

NFV260 166-377 264 0.10 21.5 + + PV, P

NFV330 241-453 332 0.14 25.9 + + PV, P

NFV380 264-491 376 0.14 24.1 + PV, P

NFV450 302-566 445 0.17 26.2 + + PV, P

NFV600 453-792 603 0.23 28.4 + PV, P

NFV760 604-906 754 0.26 27.2 + + PV, P

NFV940 604-1207 943 0.35 27.2 + + PV, P

NFV3800 2641-4528 3774 0.71 15.8 + + MV, C

H/ 406 series (OD 4.06")

NHV200 136-264 188 0.15 35.5 + + PV, P

5600 4.91

NHV250 151-340 258 0.160 32.12 + + PV, P

NHV260 151-453 264 0.17 34.0 + + PV, P

NHV380 264-528 376 0.17 29.5 + + PV, P

NHV760 528-1057 754 0.34 35.8 + + PV, P

NHV940 717-1208 936 0.42 36.0 + + + PV, P

NHV1200 981 - 1547 1200 0.55 34.3 + + + PV, P

NH1500 1132-1887 1509 0.43 23.6 + P, P

NH3000 2415-3623 3019 0.75 23.4 + + M, C

NHV3800 2642-4529 3774 1.13 22.6 + + + MV, C

NHV5300 4151-6340 5282 1.29 20.3 + + MV, C

J/ 449 series (OD 4.49")

NJV6000 5283-9811 6038 1.970 27.85 + M, C

5000 5.31NJV7600 5283-9811 7546 2.51 27.2 + + MV, C

NJ9400 7547-11320 9433 2.56 23.2 + M, C

L/ 484 series (OD 4.84")

NLV1000 906-1509 981 0.72 44.4 + PV, P5000 5.71

NLV1900 1358-2340 1886 1.07 45.5 + + P, P

R/ 677 series (OD 6.77")

NRV3800 3014-4905 3774 4.11 90.6 + MV, C

3000 8.03

NRV7600 5283-9811 7546 8.32 96.7 + MV, C

NR12000 8302-14339 12074 10.55 75.6 + M, C

NRV15000 10566-19622 15093 14.34 81.9 + MV, C

NRV19000 12830-27169 18866 14.78 69.2 + MV, C

NRV22500 18112-27169 22640 14.63 60.3 + MV, C

NR30000 21131-36225 30187 16.19 46.3 + M, C

T/ 740 series (OD 7.40")

NT38000 30187-45281 37734 27.33 67.2 + M, C 3000 8.29

* P, P - Pancake stage, powder metallurgyP, C - Pancake stage, cast metallurgyPV, P - Pancake stage with Vortex crown, powder metallurgy

PV, C - Pancake stage with Vortex crown, cast metallurgy

M, P - Mixed Flow stage, powder metallurgyM, C - Mixed Flow stage, cast metallurgyMV, P - Mixed Flow stage with Vortex crown, powder metallurgy

MV, C - Mixed Flow stage with Vortex crown, cast metallurgy



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 622

ENGINEERING

TABLES

ENGINEERING

TABLES

CONVENTIONAL PUMP ENGINEERING DATA 50 Hz 2910 rpm Metric System

ModelRecommended

OperatingRange, m3/day


m3/day

Power perstage, kW

Head perstage, m

Pump DesignStage

Design*

Housingpressurelimit, atm

MaximumESP System

OD, mmFLT SCMP CMP

D/ 338 series (OD 86 mm)

NDV150 15-30 20 0.035 4.1 + PV, P

390 105

NDV230 20-40 30 0.035 4.1 + PV, P

ND470 35-80 50 0.050 3.90 + P, P

ND600 60-100 80 0.053 3.70 + P, P

NDV1500 150-250 200 0.154 3.6 + PV, C


NFV110 10-20 15 0.03 5.5 + + PV, P

390 119.3

NFV150 15-25 20 0.03 4.7 + PV, P

NFV190 18-35 25 0.04 4.5 + + PV, P

NFV230 20-45 30 0.04 4.8 + + PV, PNFV260 22-50 35 0.04 4.6 + + PV, P

NFV330 32-60 45 0.06 5.5 + + PV, P

NFV380 35-65 50 0.06 5.1 + PV, P

NFV450 40-75 60 0.07 5.6 + + PV, P

NFV600 60-105 80 0.10 6.0 + PV, P

NFV760 80-120 100 0.11 5.8 + + PV, P

NFV940 80-160 125 0.15 5.8 + + PV, P

NFV3800 350-600 500 0.30 3.4 + + MV, C


NHV200 18-35 25 0.64 7.5 + + PV, P

390 124.8

NHV250 20-45 34 0.069 6.80 + + PV, P

NHV260 20-60 35 0.07 7.2 + + PV, P

NHV380 35-70 50 0.07 6.2 + + PV, P

NHV760 70-140 100 0.15 7.6 + + PV, P

NHV940 95-160 124 0.18 7.6 + + + PV, P

NHV1200 130-205 160 0.23 7.3 + + + PV, P

NH1500 150-250 200 0.18 5.0 + P, P

NH3000 320-480 400 0.38 5.0 + + M, C

NHV3800 350-600 500 0.48 4.8 + + + MV, C

NHV5300 550-840 700 0.55 4.3 + + MV, C

J/ 449 series (OD 114 mm)

NJV6000 550-1000 800 0.852 5.90 + M, C

350 135NJV7600 700-1300 1000 1.07 5.9 + + MV, C

NJ9400 1000-1500 1250 1.09 4.9 + M, C

L/ 484 series (OD 123 mm)

NLV1000 120-200 130 0.29 10.5 + PV, P350 145

NLV1900 180-310 250 0.45 9.6 + + P, P


NRV3800 400-650 500 1.75 19.2 + MV, C

210 204

NRV7600 700-1300 1000 3.54 20.5 + MV, C

NR12000 1100-1900 1600 4.49 16.0 + M, C

NRV15000 1400-2600 2000 6.10 17.3 + MV, C

NRV19000 1700-3600 2500 6.29 14.7 + MV, C

NRV22500 2400-3600 3000 6.23 12.8 + MV, C

NR30000 2800-4800 4000 6.89 9.8 + M, C

T/ 740 series (OD 188 mm)

NT38000 4000-6000 5000 11.63 14.2 + M, C 210 210.5

* P, P - Pancake stage, powder metallurgyP, C - Pancake stage, cast metallurgyPV, P - Pancake stage with Vortex crown, powder metallurgy

PV, C - Pancake stage with Vortex crown, cast metallurgy

M, P - Mixed Flow stage, powder metallurgyM, C - Mixed Flow stage, cast metallurgyMV, P - Mixed Flow stage with Vortex crown, powder metallurgy

MV, C - Mixed Flow stage with Vortex crown, cast metallurgy



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 623

ENGINEERING

TABLES

ENGINEERING

TABLES

"POWER SAVE" PUMP ENGINEERING DATA Imperial system

Model

Rotation

speed,

rpm


per stage of FLT

and SCMP design @

operating Hz, lb

Max pump down-

thrust per stage

of CMP design @

operating Hz, lb

Load limit

for HL

Thrust

Brg, lb


Diameter,

in

Area,

in2


Brg (Ref

Protector)

Shaft with involute

splines

Housing (depend-

ing on Housing

Burst Pressure

Limit)S13 S14 S16 S13 S14 S16

A/ 272 series (OD 2.72")

NAV(190-380)H

2910

0.50 0.20

70 81 91 0.9 4.9

1985

2592 4632 5316 6000 1175

3880 93 108 121 1.7 8.7 1458 1956 2244 2533 661

4850 117 135 152 2.6 13.6 933 989 1135 1281 423

5820 140 162 182 3.8 19.7 648 583 669 755 1408

NAV(440-630)H

2910

0.50 0.20

70 81 91 0.8 5.9

1985

2499 3520 4040 4560 294

4070 98 113 127 1.5 11.5 1278 1257 1443 1629 717

4660 112 130 146 2.0 15.0 975 846 971 1096 549

5820 140 162 182 3.2 23.4 625 433 498 562 351

NA(630-1300)H

2910

0.50 0.20

72 83 94 4.4 5.3

1985

3431 829 952 1074 1912

3490 87 99 113 6.3 7.8 1802 474 544 614 1327

3640 91 103 118 6.8 8.3 1657 414 476 537 1204

4660 117 133 151 11.2 13.6 1011 207 238 269 747

5240 131 149 170 14.1 17.0 799 144 165 187 590

5820 146 165 189 17.5 21.4 648 104 119 134 478

B/ 319 series (OD 3.19")

NBV(250-500)H

2850

0 .55 0.2 4

83 96 108 1.6 7.7

2271

1800 3212 3697 4212 848

3200 93 108 121 2.0 9.8 1427 2255 2596 2957 672

3550 103 120 135 2.4 12.0 1162 1656 1906 2172 547

4300 125 145 163 3.5 17.4 797 946 1089 1241 376

5000 146 168 189 4.8 23.8 588 592 682 777 277

5700 166 192 216 6.2 30.9 450 400 460 525 212

NB(630-1000)H

2590

0.55 0.24

75 87 98 1.1 9.9

2271

1829 1963 2259 2574 933

3640 105 122 138 1.8 12.6 1168 1000 1151 1311 5974550 132 153 172 2.7 19.7 748 515 592 675 382

5820 169 195 220 4.5 32.3 458 245 282 322 234

NB(1100-1800)H

2910

0.67 0.35

161 181 201 7.8 9.7

2271

1267 818 921 1023 1089

3490 193 217 241 11.2 14.1 881 491 552 614 756

3740 207 232 258 12.6 16.5 767 409 460 512 664

4160 230 259 287 15.6 20.4 620 295 331 368 540

5200 287 323 359 24.8 31.6 397 150 169 188 344

5820 322 362 402 30.6 39.9 317 105 118 132 272

F/ 362 series (OD 3.62")

NFV(130-250)H

2910

0.55 0.24

87 101 114 1.5 2.9

2977

2395 1995 2302 2609 1066

3490 104 121 137 2.4 3.9 1665 1330 1535 1739 740

3640 109 126 142 2.4 4.4 1531 998 1151 1304 671

4370 131 151 171 3.4 6.3 1062 665 767 870 473

5100 153 176 200 4.9 8.8 780 399 460 522 344

NF(310-630)H

2910

0.55 0.24

87 101 114 6.8 8.3

2977

1853 798 921 1044 825

3490 104 121 137 10.2 12.2 1289 499 690 782 573

4660 139 161 182 18.0 21.4 723 200 276 313 322

5820 174 201 228 28.2 33.5 463 102 142 160 206

NF(900-1300)H

2910

0.55 0.2 4

87 101 114 11.6 13.8

2977

1966 363 419 474 874

3330 100 115 130 15.3 18.2 1501 249 288 326 672

3490 104 121 137 16.8 20.0 1367 210 242 275 607

3740 112 129 146 19.3 22.9 1190 173 200 227 534

4160 125 144 163 23.9 28.4 962 129 149 168 434

4570 137 158 179 28.8 34.2 797 93 107 121 350

NF(1300-2000)H

2910

0.79 0.49

260 279 325 1.9 11.3

2977

888 1791 1929 2242 716

3470 310 333 388 2.6 16.1 627 1058 1140 1325 505

4430 396 425 495 4.3 26.3 383 505 544 633 308



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 624

ENGINEERING

TABLES

ENGINEERING

TABLES

Model

Rotation

speed,

rpm


per stage of FLT

and SCMP design @

operating Hz, lb

Max pump down-

thrust per stage

of CMP design @

operating Hz, lb

Load limit

for HL

Thrust

Brg, lb


Diameter,

in

Area,

in2


Brg (Ref

Protector)

Shaft with involute

splines

Housing (depend-

ing on Housing

Burst PressureLimit)

S13 S14 S16 S13 S14 S16

H/ 406 series (OD 4.06")

NHV(790-1000)H

2910

0.55 0.24

84 98 111 1.7 9.4

5292

3714 1377 1584 1805 848

3640 105 123 139 2.6 14.7 2396 697 803 914 502

4660 135 157 178 4.3 24.2 1462 333 384 437 307

NH(1000-1600)H

2910

0.67 0.3 5

161 181 201 17.6 21.2

5292

1836 409 460 512 677

3230 178 201 223 21.6 26.0 1490 320 360 400 560

3490 193 217 241 25.4 30.4 1276 246 276 307 470

3640 201 226 251 27.6 33.1 1173 210 237 263 427

4040 223 251 279 34.0 40.8 952 160 180 200 356

4530 250 282 313 42.7 51.3 757 107 120 133 271

NH(1600-2300)H

2910

0.67 0.35

156 176 195 3.6 20.3

5292

2042 995 1117 1244 547

3240 174 196 217 4.4 25.2 1656 726 815 907 443

3620 194 219 243 5.5 31.5 1321 517 580 646 353

4140 222 250 277 7.2 41.2 1010 346 389 433 270

4660 250 282 312 9.2 52.2 798 243 273 304 214

NH(2500-3100)H

2910

0.79 0.49

260 279 325 5.2 14.0

5292

1725 1468 1581 1838 519

3640 325 349 407 8.2 22.0 1105 753 811 942 332

4500 402 431 503 12.7 34.3 707 385 415 482 213

NH(2500-3800)H

2910

0 .79 0.49

268 288 335 15.0 21.9

5292

1687 423 455 529 861

3490 321 346 402 21.6 31.4 1173 246 264 307 598

4370 402 433 503 33.8 49.2 748 127 136 158 383

NH(4400-5000)H

2910

0.87 0.5 9

351 377 429 6.3 23.3

5292

1671 1441 1546 1761 519

4080 492 529 601 12.3 45.7 856 524 562 641 265

4660 562 604 687 16.1 59.5 655 351 377 429 203

P/ 535 series (OD 5.35")

NP(1900-2500)H

2910

0.87 0.59

351 377 429 10.9 51.9

5998

709 528 568 646 269

3110 375 403 458 12.4 59.4 622 435 468 532 2363500 422 453 516 15.8 75.1 447 306 328 374 186

3880 468 503 572 19.4 92.2 398 223 239 273 151

NP(3100-4400)H

2910

0.87 0.59

351 377 429 10.5 54.6

5998

688 324 348 396 280

3500 422 453 516 15.0 78.7 480 187 201 229 194

4080 492 529 601 20.4 107.1 353 118 127 144 142

NP(4700-6300)H

2910

0.87 0.59

351 377 429 9.4 38.0

5998

887 300 323 367 313

3110 375 403 458 10.7 43.5 778 247 266 302 274

3500 422 453 516 13.6 55.0 617 174 187 212 216

3880 468 503 572 16.8 67.7 501 127 136 155 176

NP(7900-10100)H

2910

0.98 0.76

529 570 657 24.3 39.7

5998

592 173 186 215 374

3490 635 683 787 34.9 57.1 411 100 108 124 260

3640 662 712 821 37.9 62.1 378 86 93 107 236

4660 848 912 1051 62.2 101.8 231 42 45 52 146

NP(11300-15100)H

2910

1.18 1.10

925 998 1146 29.8 47.8

5998

400 185 200 229 364

3270 1039 1122 1287 37.6 60.4 317 132 142 164 290

3490 1109 1197 1374 42.8 68.8 278 107 116 133 253

3640 1157 1249 1433 46.6 74.9 256 93 100 115 229

4000 1271 1372 1575 56.2 90.4 212 70 76 87 191

4370 1388 1499 1721 67.1 107.8 177 55 59 68 162

R/ 677 series (OD 6.77")

NR(10000-11300)H2910

1.18 1.10897 968 1112 32.3 127.1

9989418 190 205 235 102

3280 1011 1091 1253 42.0 162.3 316 127 137 158 80

NR(12600-15700)H

2910

1.38 1.49

1547 1666 1904 43.6 127.4

9989

339 282 304 347 102

3200 1701 1832 2094 52.7 154.1 280 212 228 261 84

3640 1935 2084 2382 68.6 199.8 215 144 155 178 65

NR(15700-19000)H2910

1.38 1.491547 1666 1904 37.5 108.0

9989364 240 258 295 105

3500 1861 2004 2290 54.4 156.3 250 139 149 171 73

"POWER SAVE" PUMP ENGINEERING DATA. Imperial system. Continued



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 625

ENGINEERING

TABLES

ENGINEERING

TABLES

"POWER SAVE" PUMP ENGINEERING DATA Metric System

Model

Rotation

speed,

rpm

Shaft with involute splines Max pump downthrust


SCMP design @ oper-

ating Hz, kg

Max pump down-

thrust per stage

of CMP design @

operating Hz, kg

Load limit

for HL

Thrust

Brg, kg


Diameter,

mm

Area,

mm2


Brg (Ref

Protector)

Shaft with invo-

lute splines

Housing (depending

on Housing Burst


A/ 272 series (OD 62 mm)

NAV(190-380)H

2910

12.8 129

54 62 70 0.4 2.2

900

2592 2842 3263 3684 1175

3880 72 83 93 0.8 4.0 1458 1200 1378 1556 661

4850 90 103 117 1.2 6.2 933 607 697 787 423

5820 108 124 140 1.7 8.9 648 358 411 464 294

NAV(440-630)H

2910

12.8 129

54 62 70 0.4 2.7

900

2499 2160 2480 2800 1408

4070 76 87 98 0.7 5.2 1278 771 886 1000 717

4660 86 99 112 0.9 6.8 975 519 596 673 549

5820 108 124 140 1.4 10.6 625 266 305 345 351

NA(630-1300)H

2910

12.8 129

54 62 70 2.0 2.4

900

3431 1350 1550 1750 1912

3490 65 74 84 2.9 3.5 1802 771 886 1000 1327

3640 68 77 88 3.1 3.8 1657 675 775 875 1204

4660 87 99 113 5.1 6.2 1011 338 388 438 747

5240 98 111 127 6.5 7.8 799 235 270 304 590

5820 109 123 141 8.0 9.6 648 169 194 219 478

B/ 319 series (OD 81 mm)

NBV(250-500)H

2850

14 154

62 71 81 0.7 3.5

1030

1800 1970 2273 2576 848

3200 70 80 91 0.9 4.4 1427 1383 1596 1809 672

3550 77 88 101 1.1 5.4 1162 1016 1172 1328 547

4300 94 107 122 1.6 7.9 797 580 670 759 376

5000 109 125 142 2.2 10.8 588 363 419 475 277

5700 124 142 162 2.8 14.0 450 245 283 321 212

NB(630-1000)H

2590

14 154

56 65 73 0.5 4.5

1030

1829 1204 1389 1574 933

3640 79 91 103 0.8 5.7 1168 613 708 802 597

4550 98 114 128 1.2 8.9 748 316 364 413 382

5820 126 146 164 2.0 14.6 458 150 174 197 234

NB(1100-1800)H

2910

17 227

120 135 150 3.5 4.5

1030

1267 1333 1500 1667 1089

3490 144 162 180 5.0 6.5 881 800 900 1000 756

3740 154 174 193 5.8 7.4 767 667 750 833 664

4160 172 193 214 7.2 9.2 620 480 540 600 540

5200 214 241 268 11.2 14.4 397 245 276 306 344

5820 240 270 300 14.0 18.0 317 171 193 214 272


NFV(130-250)H

2910

14 154

65 75 85 0.7 1.3

1350

2395 3250 3750 4250 1066

3490 78 90 102 1.0 1.9 1665 2167 2500 2833 740

3640 81 94 106 1.1 2.0 1531 1625 1875 2125 671

4370 98 113 128 1.6 2.9 1062 1083 1250 1417 473

5100 114 131 149 2.2 4.0 780 650 750 850 344

NF(310-630)H

2910

14 154

65 75 85 3.2 3.8

1350

1853 1300 1500 1700 825

3490 78 90 102 4.6 5.5 1289 813 1124 1274 573

4660 104 120 136 8.2 9.7 723 325 450 510 322

5820 130 150 170 12.8 15.2 463 167 231 261 206

NF(900-1300)H

2910

14 154

65 75 85 5.3 6.3

1350

1966 591 682 773 874

3330 74 86 97 6.9 8.3 1501 406 469 531 672

3490 78 90 102 7.6 9.1 1367 342 395 447 607

3740 84 96 109 8.7 10.4 1190 283 326 370 534

4160 93 107 122 10.8 12.9 962 210 242 274 434

4570 102 118 133 13.1 15.5 797 151 174 198 350

NF(1300-2000)H

2910

20 314

194 209 243 0.8 5.1

1350

888 1099 1181 1374 716

3470 231 249 290 1.2 7.3 627 649 698 812 505

4430 295 318 370 1.9 11.9 383 310 333 388 308



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 626

ENGINEERING

TABLES

ENGINEERING

TABLES

Model

Rotation

speed,

rpm

Shaft with involute splines Max pump downthrust


SCMP design @ oper-

ating Hz, kg

Max pump down-

thrust per stage

of CMP design @

operating Hz, kg

Load limit

for HL

Thrust

Brg, kg


Diameter,

mm

Area,

mm2


Brg (Ref

Protector)

Shaft with invo-

lute splines

Housing (depending

on Housing Burst

Pressure Limit)S13 S14 S16 S13 S14 S16H/ 406 series (OD 103 mm)

NHV(790-1000)H

2910

14 154

63 73 82 0.8 4.3

2400

3714 844 974 1104 848

3640 79 91 103 1.2 6.7 2396 428 493 559 502

4660 101 117 131 2.0 11.0 1462 204 236 267 307

NH(1000-1600)H

2910

17 227

120 135 150 8.0 9.6

2400

1836 667 750 833 677

3230 133 150 166 9.8 11.8 1490 522 587 652 560

3490 144 162 180 11.5 13.8 1276 400 450 500 470

3640 150 169 188 12.5 15.0 1173 343 386 429 427

4040 167 187 208 15.4 18.5 952 261 293 326 356

4530 187 210 234 19.4 23.3 757 174 196 217 271

NH(1600-2300)H

2910

17 227

116 131 146 1.6 9.2

2400

2042 609 685 761 547

3240 129 146 163 2.0 11.4 1656 444 500 556 443

3620 144 163 182 2.5 14.3 1321 317 356 396 353

4140 165 186 208 3.3 18.7 1010 212 239 265 270

4660 186 210 234 4.2 23.7 798 149 168 186 214

NH(2500-3100)H

2910

20 314

194 209 243 2.4 6.4

2400

1725 901 968 1126 519

3640 243 261 304 3.7 10.0 1105 462 497 577 332

4500 300 323 376 5.8 15.6 707 236 254 296 213

NH(2500-3800)H

2910

20 314

200 215 250 6.8 9.9

2400

1687 690 741 862 861

3490 240 258 300 9.8 14.2 1173 400 430 500 598

4370 300 323 375 15.3 22.3 748 206 222 258 383

NH(4400-5000)H

2910

22 380

262 281 320 2.9 10.6

2400

1671 882 948 1078 519

4080 367 394 449 5.6 20.7 856 321 345 392 265

4660 420 450 512 7.3 27.0 655 215 231 263 203

P/ 535 series (OD 136 mm)

NP(1900-2500)H

2910

22 380

262 281 320 4.9 23.5

2720

709 528 568 646 269

3110 280 300 342 5.6 26.9 622 435 468 532 236

3500 315 338 385 7.1 34.0 447 306 328 374 186

3880 349 375 427 8.8 41.8 398 223 239 273 151

NP(3100-4400)H

2910

22 380

262 281 320 4.8 24.8

2720

688 324 348 396 280

3500 315 338 385 6.8 35.7 480 187 201 229 194

4080 367 394 449 9.3 48.6 353 118 127 144 142

NP(4700-6300)H

2910

22 380

262 281 320 4.3 17.3

2720

887 300 323 367 313

3110 280 300 342 4.9 19.7 778 247 266 302 274

3500 315 338 385 6.2 25.0 617 174 187 212 216

3880 349 375 427 7.6 30.7 501 127 136 155 176

NP(7900-10100)H

2910

25 491

395 425 490 11.0 18.0

2720

592 282 304 350 374

3490 474 510 588 15.8 25.9 411 163 176 202 260

3640 494 532 613 17.2 28.2 378 141 151 174 236

4660 633 681 785 28.2 46.2 231 69 74 85 146

NP(11300-15100)H

2910

30 707

690 745 855 13.5 21.7

2720

400 301 325 373 364

3270 775 837 961 17.0 27.4 317 215 232 266 290

3490 828 893 1025 19.4 31.2 278 175 189 216 253

3640 863 932 1069 21.1 34.0 256 151 163 187 229

4000 948 1024 1175 25.5 41.0 212 115 124 142 191

4370 1036 1119 1284 30.4 48.9 177 89 97 111 162


NR(10000-11300)H2910

30 707669 723 829 14.6 57.6

4530418 190 205 235 102

3280 754 815 934 19.0 73.6 316 127 137 158 80

NR(12600-15700)H

2910

35 962

1154 1244 1421 19.8 57.8

4530

339 282 304 347 102

3200 1269 1368 1563 23.9 69.9 280 212 228 261 84

3640 1443 1556 1777 31.1 90.6 215 144 155 178 65

NR(15700-19000)H2910

35 9621154 1244 1421 17.0 49.0

4530364 240 258 295 105

3500 1388 1496 1709 24.5 70.6 250 139 149 171 73

"POWER SAVE" PUMP ENGINEERING DATA. Metric system. Continued



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 627

ENGINEERING

TABLES

ENGINEERING

TABLES

"POWER SAVE" PUMP ENGINEERING DATA Imperial system

Model

Rotation

speed,

rpm

RecommendedOperating

Range, bpd

Recommendedcapacity

at BEP, bpd

Power perstage, hp

Head perstage, ft

Pump Design

Stage

Design*


MaximumESP System

OD, inFLT SCMP CMP

A/ 272 series (OD 2.72")

NAV(190-380)H

2910 126-252 189 0.03 8.9 +

PV, P

5600 3.23

3880 151-340 252 0.06 15.7 +

4850 214-421 314 0.12 24.6 +

5820 252-503 377 0.20 35.4 +

NAV(440-630)H

2910 220-409 314 0.03 9.2 +

PV, P4070 308-572 440 0.09 18.0 +

4660 352-654 503 0.14 23.3 +

5820 440-818 629 0.27 36.4 +

NAV(630-1300)H

2910 503-755 629 0.05 6.69 +

PV, P

3490 604-906 755 0.09 9.64 +

3640 634-951 792 0.11 10.63 +

4660 805-1207 1006 0.22 17.13 +

5240 906-1358 1132 0.31 21.69 +

5820 1006-1509 1258 0.43 26.77 +

B/ 319 series (OD 3.19")

NBV(250-500)H

2850 189-340 252 0.04 12.1 + +

PV, P

5600 3.74

3200 214-384 283 0.06 15.4 + +

3550 233-421 314 0.09 19.0 + +

4300 283-509 377 0.15 27.6 + +

5000 333-597 440 0.24 37.4 + +

5700 377-679 503 0.36 48.9 + +

NB(630-1000)H

2590 377-629 503 0.07 12.0 +

P, P3640 472-786 629 0.14 18.8 +

4550 629-943 786 0.28 29.4 +

5820 755-1258 1006 0.58 48.0 +

NB(1100-1800)H

2910 503-1132 880 0.12 11.8 +

M, C

3490 604-1358 1057 0.20 16.9 +

3740 644-1449 1127 0.24 19.2 +

4160 714-1607 1250 0.33 23.7 +

5200 896-2015 1567 0.66 37.2 +

5820 1006-2264 1761 0.93 47.0 +

F/ 362 series (OD 3.62")

NF(130-250)H

2910 94-157 126 0.02 12.0 +

PV, P 5600 4.70

3490 113-189 151 0.04 17.3 +

3640 119-198 158 0.05 19.1 +

4370 142-236 189 0.08 27.0 +

5100 166-277 221 0.13 37.2 +

NF(310-630)H

2910 220-409 314 0.07 15.5 +

PV, P 5600 4.703490 264-491 377 0.11 22.4 +

4660 352-654 503 0.27 39.7 +5820 440-818 629 0.53 62.1 +

NF(900-1300)H

2910 503-1132 880 0.14 14.6 +

P, P 5600 4.70

3330 574-1291 1004 0.21 19.0 +

3490 604-1358 1057 0.25 21.1 +

3740 644-1449 1127 0.30 24.0 +

4160 714-1607 1250 0.41 29.5 +

4570 795-1789 1391 0.57 36.5 +

NF(1300-2000)H

2910 943-1572 1321 0.24 15.9 +

M, C 5600 4.703470 1126-1874 1572 0.41 22.6 +

4430 1440-2396 2012 0.86 36.7 +

* P, P - Pancake stage, powder metallurgyP, C - Pancake stage, cast metallurgyPV, P - Pancake stage with Vortex crown, powdermetallurgyPV, C - Pancake stage with Vortex crown, cast

metallurgy

M, P - Mixed Flow stage, powder metallurgyM, C - Mixed Flow stage, cast metallurgyMV, P - Mixed Flow stage with Vortex crown, powder metallurgyMV, C - Mixed Flow stage with Vortex crown, cast metallurgy



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 628

ENGINEERING

TABLES

ENGINEERING

TABLES

Model

Rotation

speed,

rpm

RecommendedOperating

Range, bpd

Recommendedcapacity

at BEP, bpd

Power perstage, hp

Head perstage, ft

Pump Design Stage

Design*


MaximumESP System

OD, inFLT SCMP CMP

H/ 406 series (OD 4.06")

NHV(790-1000)H

2910 440-880 629 0.10 13.8 + +

MV, C

5600 4.91

3640 553-1101 786 0.20 21.3 +

4660 704-1409 1006 0.43 35.1 +

NH(1000-1600)H

2910 880-1384 1132 0.23 18.9 +

P, P

3230 969-1522 1245 0.31 22.9 +

3490 1057-1660 1358 0.41 27.2 +

3640 1109-1743 1426 0.47 30.0 +

4040 1215-1909 1562 0.62 36.0 +

4530 1391-2186 1789 0.92 47.2 +

NH(1600-2300)H

2910 943-1729 1415 0.26 17.0 +

P, P

3240 1038-1887 1572 0.36 21.0 +

3620 1176-2157 1761 0.51 26.2 +

4140 1346-2459 2012 0.76 34.5 +

4660 1509-2767 2264 1.08 43.3 +

NH(2500-3100)H

2910 1509-2516 2012 0.30 14.5 + +

P, C3640 1887-3145 2516 0.58 22.6 +

4500 2358-3931 3145 1.13 35.4 +

NH(2500-3800)H

2910 1965-3200 2578 0.38 14.9 +

M, C3490 2358-3841 3093 0.66 21.4 +

4370 2947-4801 3867 1.30 33.4 +

NH(4400-5000)H

2910 2201-3773 3145 0.41 12.5 + +

M, C4080 3082-5283 4402 1.13 24.3 +

4660 3522-6037 5031 1.68 31.5 +

P/ 535 series (OD 5.35")

NP(1900-2500)H

2910 1509-2327 1887 0.68 33.1 + +

P, P

5000 6.04

3110 1340-2484 2012 0.83 37.7 +

3500 1509-2792 2264 1.18 52.5 +

3880 1679-3100 2516 1.62 59.1 +

NP(3100-4400)H

2910 2201-3773 3145 1.12 34.1 + +

P, P3500 2641-4528 3773 1.93 48.9 +

4080 3082-5283 4402 3.07 66.6 +

NP(4700-6300)H

2910 3459-5660 4717 1.20 26.5 +

M, C3110 3692-6037 5031 1.46 30.2 +

3500 4151-6792 5660 2.08 38.1 +

3880 4616-7547 6289 2.86 46.9 +

NP(7900-10100)H

2910 5031-7547 6289 1.88 30.7 +

M, C3490 6037-9056 7547 3.25 44.2 +

3640 6339-9509 7924 3.76 48.8 +

4660 8050-12075 10062 7.70 78.6 +

NP(11300-15100)H

2910 7547-12578 10062 3.06 31.6 +

M, C

3270 8452-14087 11270 4.30 39.6 +

3490 9056-15094 12075 5.29 45.5 +

3640 9509-15848 12679 6.13 50.1 +

4000 10415-17358 13886 8.05 60.1 +

4370 11320-18867 15094 10.34 71.0 +

R/ 677 series (OD 6.77")

NR(10000-11300)H2910 6918-11949 10062 4.88 50.3 +

M, C

3000 8.03

3280 7786-13446 11320 7.27 66.6 +

NR(12600-15700)H

2910 8805-16351 12578 5.65 45.6 +

M, C3200 9685-17987 13836 7.53 55.1 +

3640 11006-20439 15723 11.05 71.9 +

NR(15700-19000)H2910 10691-22640 15723 6.65 42.5 +

M, C3500 12830-27168 18867 11.51 61.7 +

* P, P - Pancake stage, powder metallurgyP, C - Pancake stage, cast metallurgyPV, P - Pancake stage with Vortex crown,powder metallurgyPV, C - Pancake stage with Vortex crown,cast metallurgy


"POWER SAVE" PUMP ENGINEERING DATA. Imperial system. Continued



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 629

ENGINEERING

TABLES

ENGINEERING

TABLES

"POWER SAVE" PUMP ENGINEERING DATA Metric System

ModelRotationspeed,

rpm

RecommendedOperating Range,

m3/day


m3/day

Power perstage,

kW

Head perstage,

m

Pump Design StageDesign*


Maximum ESPSystem OD,

mmFLT SCMP CMP

A/ 272 series (OD 69 mm)

NAV(190-380)H

2910 20-40 30 0.02 2.7 +

PV, P

390 82

3880 24-54 40 0.05 4.8 +

4850 34-67 50 0.09 7.5 +

5820 40-80 60 0.15 10.8 +

NAV(440-630)H

2910 35-65 50 0.03 2.8 +

PV, P4070 49-91 70 0.07 5.5 +

4660 56-104 80 0.10 7.1 +

5820 70-130 100 0.20 11.1 +

NA(630-1300)H

2910 80-120 100 0.04 2.0 +

PV, P

3490 96-144 120 0.07 2.9 +

3640 101-151 126 0.08 3.2 +4660 128-192 160 0.16 5.2 +

5240 144-216 180 0.23 6.6 +

5820 160-240 200 0.32 8.2 +

B/ 319 series (OD 81 mm)

NBV(250-500)H

2850 30-54 40 0.03 3.7 + +

PV, P

390 95

3200 34-61 45 0.05 4.7 + +

3550 37-67 50 0.06 5.8 + +

4300 45-81 60 0.11 8.4 + +

5000 53-95 70 0.18 11.4 + +

5700 60-108 80 0.27 14.9 + +

NB(630-1000)H

2590 60-100 80 0.05 3.7 +

P, P3640 75-125 100 0.11 5.7 +

4550 100-150 125 0.21 9.0 +

5820 120-200 160 0.43 14.6 +

NB(1100-1800)H

2910 80-180 140 0.09 3.6 +

M, C

3490 96-216 168 0.15 5.2 +

3740 102-230 179 0.18 5.9 +

4160 114-256 199 0.25 7.2 +

5200 142-320 249 0.49 11.3 +

5820 160-360 280 0.70 14.3 +


NFV(130-250)H

2910 15-25 20 0.02 3.7 +

PV, P

390 119.3

3490 18-30 24 0.03 5.3 +

3640 19-32 25 0.04 5.8 +

4370 23-38 30 0.06 8.2 +

5100 26-44 35 0.10 11.3 +

NF(310-630)H

2910 35-65 50 0.05 4.7 +

PV, P3490 42-78 60 0.08 6.8 +

4660 56-104 80 0.20 12.1 +

5820 70-130 100 0.39 18.9 +

NF(900-1300)H

2910 80-180 140 0.11 4.5 +

P, P

3330 91-205 160 0.16 5.8 +

3490 96-216 168 0.19 6.4 +

3740 102-230 179 0.23 7.3 +

4160 114-256 199 0.31 9.0 +

4570 126-284 221 0.43 11.1 +

NF(1300-2000)H

2910 150-250 210 0.18 4.8 +

M, C3470 179-298 250 0.31 6.9 +

4430 229-381 320 0.65 11.2 +





ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 630

ENGINEERING

TABLES

ENGINEERING

TABLES

ModelRotationspeed,

rpm

RecommendedOperating Range,

m3/day


m3/day

Power perstage,

kW

Head perstage,

m

Pump Design StageDesign*


Maximum ESPSystem OD,

mmFLT SCMP CMP


NHV(790-1000)H

2910 70-140 100 0.08 4.2 + +

MV, C

390 124.8

3640 88-175 125 0.15 6.5 +

4660 112-224 160 0.32 10.7 +

NH(1000-1600)H

2910 140-220 180 0.18 5.8 +

P, P

3230 154-242 198 0.23 7.0 +

3490 168-264 216 0.30 8.3 +

3640 176-277 227 0.35 9.1 +

4040 193-304 248 0.46 11.0 +

4530 221-348 284 0.69 14.4 +

NH(1600-2300)H

2910 150-275 225 0.20 5.2 +

P, P

3240 165-300 250 0.27 6.4 +

3620 187-343 280 0.38 8.0 +

4140 214-391 320 0.57 10.5 +

4660 240-440 360 0.81 13.2 +

NH(2500-3100)H

2910 240-400 320 0.22 4.4 + +

P, C3640 300-500 400 0.43 6.9 +

4500 375-625 500 0.85 10.8 +

NH(2500-3800)H

2910 312-509 410 0.29 4.5 +

M, C3490 375-611 492 0.50 6.5 +

4370 469-763 615 0.97 10.2 +

NH(4400-5000)H

2910 350-600 500 0.31 3.8 + +

M, C4080 490-840 700 0.84 7.4 +

4660 560-960 800 1.26 9.6 +

P/ 535 series (OD 136 mm)

NP(1900-2500)H

2910 240-370 300 0.511 10.1 + +

P, P

350 153.5

3110 213-395 320 0.620 11.5 +

3500 240-444 360 0.883 16.0 +

3880 267-493 400 1.211 18.0 +

NP(3100-4400)H

2910 350-600 500 0.834 10.4 + +

P, P3500 420-720 600 1.441 14.9 +

4080 490-840 700 2.289 20.3 +

NP(4700-6300)H

2910 550-900 750 0.899 8.1 +

M, C3110 587-960 800 1.091 9.2 +

3500 660-1080 900 1.553 11.6 +

3880 734-1200 1000 2.131 14.3 +

NP(7900-10100)H

2910 800-1200 1000 1.400 9.4 +

M, C3490 960-1440 1200 2.420 13.5 +

3640 1008-1512 1260 2.810 14.9 +

4660 1280-1920 1600 5.750 24.0 +

NP(11300-15100)H

2910 1200-2000 1600 2.290 9.6 +

M, C

3270 1344-2240 1792 3.210 12.1 +

3490 1440-2400 1920 3.950 13.9 +

3640 1512-2520 2016 4.570 15.3 +

4000 1656-2760 2208 6.010 18.3 +

4370 1800-3000 2400 7.720 21.7 +


NR(10000-11300)H 2910 1100-1900 1600 3.640 15.3 +

M, C

210 204

3280 1238-2138 1800 5.423 20.3 +

NR(12600-15700)H

2910 1400-2600 2000 4.220 13.9 +

M, C3200 1540-2860 2200 5.621 16.8 +

3640 1750-3250 2500 8.248 21.9 +

NR(15700-19000)H 2910 1700-3600 2500 4.960 12.9 +

M, C3500 2040-4320 3000 8.592 18.8 +



"POWER SAVE" PUMP ENGINEERING DATA. Metric system. Continued



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 631

ENGINEERING

TABLES

ENGINEERING

TABLES

CORRESPONDENCE TABLE BETWEEN OLD AND NEW DESIGNATION SYSTEMS

CONVENTIONAL PUMP DESCRIPTION

Pump series Previous description, m3/day @ 50 Hz New description, bpd @ 60 Hz

338

NDV30 NDV150

NDV230

ND470

ND80 ND600

NDV200 NDV1500

362

NFV15 NFV110

NFV20 NFV150

NFV25 NFV190

NFV30 NFV230

NFV35 NFV260

NFV45 NFV330

NFV50 NFV380

NFV60 NFV450

NFV80 NFV600

NFV100 NFV760

NFV125 NFV940

NFV500 NFV3800

406

NHV25 NHV200

NHV250

NHV35 NHV260

NHV50 NHV380

NHV100 NHV760

NHV125 NHV940

NHV160 NHV1200

NH200 NH1500

NH400 NH3000

NHV500 NHV3800

NHV700 NHV5300

449

NJV6000

NJV1000 NJV7600

NJ1250 NJ9400

484NLV150 NLV1000

NLV250 NLV1900

677

NRV500 NRV3800

NRV1000 NRV7600

NR1600 NR12000

NRV2000 NRV15000

NRV2500 NRV19000

NRV3000 NRV22500

NR4000 NR30000

740 NТ5000 NТ38000

For detailed information please refer to Pump section



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 632

ENGINEERING

TABLES

ENGINEERING

TABLES

CORRESPONDENCE TABLE BETWEEN OLD AND NEW DESIGNATION SYSTEMS

POWER SAVE PUMP DESCRIPTION

Pump series Previous description, m3/day @ 50 HzNew description,

bpd range of recommended nominal ratings

272

NAV30H NAV(190-380)H

NAV50H NAV(440-630)H

NA(630-1300)H

319

NBV40H NBV(250-500)H

NB80H NB(630-1000)H

NB(1100-1800)H

362

NFV(130-250)H

NF(310-630)H NF(900-1300)H

NF210H NF(1300-2000)H

406

NHV100Н NHV(790-1000)Н

NH(1000-1600)Н

NH225H NH(1600-2300)Н

NH320H NH(2500-3100)Н

NH(2500-3800)Н

NH500H NH(4400-5000)H

535

NP300H NP(1900-2500)H

NP500H NP(3100-4400)H

NP(4400-5700)Н

NP(4700-6300)Н

NP(7900-10100)Н

NP(11300-15100)Н

677

NR1600H NR(10000-11300)Н

NR2000H NR(12600-15700)Н

NR2500H NR(15700-19000)Н

For detailed information please refer to Power Save pump section

Other ESP components have been named with inch series and parameters in imperial units at 60 Hz.

Each designation is available in appropriate section of this Catalog.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 633

ENGINEERING

TABLES

ENGINEERING

TABLES

TEMPERATURE CONVERSION TABLE

oF=9 / 5

oC + 32 = 1.8 (oC + 17.8) oC – 5 / 9 (oF – 32) For interpretation 1oC = 1.8 oF

oC oF | oC oF

oC oF | oC oF-67.8 -90 -130 71.1 160 320

-62.2 -80 -112 73.9 165 329

-56.7 -70 -94 76.7 170 338

-51.1 -60 -76 79.4 175 347

-45.6 -50 -58 82.2 180 356

-40 -40 -40 85 185 365

-34.4 -30 -22 87.8 190 374

-31.7 -25 -13 90.6 195 383

-28.9 -20 -4 93.3 200 392-26.1 -15 5 96.1 205 401

-23.3 -10 14 98.9 210 410

-20.6 -5 23 101.7 215 419

-17.8 0 32 104.4 220 428

-15 5 41 107.2 225 437

-12.2 10 50 110 230 446

-9.4 15 59 112.8 235 455

-6.7 20 68 115.6 240 464

-3.9 25 77 118.3 245 473

-1.1 30 86 121.1 250 482

1.7 35 95 126.7 260 500

4.4 40 104 132.2 270 518

7.2 45 113 137.8 280 53610 50 122 143.3 290 554

12.8 55 131 148.9 300 572

15.6 60 140 154.4 310 590

18.3 65 149 160 320 608

21.1 70 158 165.6 330 626

23.9 75 167 171.1 340 644

26.7 80 176 176.7 350 657

29.4 85 185 182.2 360 680

32.2 90 194 187.8 370 698

35 95 203 193.3 380 716

37.8 100 212 198.9 390 734

40.6 105 221 204.4 400 752

43.3 110 230 210 410 77046.1 115 239 215.6 420 788

48.9 120 248 221.1 430 806

51.7 125 257 226.7 440 824

54.4 130 266 232.2 450 842

57.2 135 275 237.8 460 860

60 140 284 243.3 470 878

62.8 145 293 248.9 480 896

65.6 150 302 254.4 490 914

68.3 155 311 260 500 932



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 634

ENGINEERING

TABLES

ENGINEERING

TABLES

CONVERSION FACTORS

MULTIPLY BY TO OBTAIN

MULTIPLY BY TO OBTAIN

Atmospheres 1.01325 Bar Inches of Mercury 0.03342 Atmospheres

Atmospheres 29.92123 Inches of Mercury Inches of Mercury 0.03453 Kgs. / Sq. cm.

Atmospheres 1.03323 Kgs. / Sq. cm. Inches of Mercury 0.4912 Lbs. / Sq. in.

Barrel (U.S Petroleum) 0.15897 Cubic Meter Inches of Water 0.002458 Atmospheres

Barrel (U.S Petroleum) 5.6146 Cubic Feet Kilograms / Meter 0.672 Lbs. / Ft.

Barrel - Oil 42 Gallons - Oil (U.S.) Kilograms / Sq. cm. 0.9678 Atmospheres

Barrel (36 oAPI) 0.1342 Metric Ton Kilograms / Sq. cm. 28.959 Inches of Mercury

Barrel Per Hour 0.7 Gallons Per Min Kilograms / Sq. cm. 2048.1552 Lbs. / Sq. Foot

Barrel Per Day 0.02917 Gallons Per Min. Kilograms / Sq. cm. 14.2233 Lbs. / Sq. in.

Bar 14.5038 PSI Kilograms 2.2046 PoundsCentimeters 0.3937 Inches Kilometers 0.6214 Miles

Centimeters of Mer-cury

0.01316 Atmospheres Kilometers 1093 Yards


135.951 Kgs. / Sq. Meter Kilometers / Hr. 16.67 Meters / Min.


0.1934 Lbs. /Sq. in. Kilometers / Hr. 0.6214 Miles / Hr.

Centimeters / Second 1.969 Feet / Min. Kilowatt 1.341 Horsepower (US)

Centimeters / Second 0.6 Meters / Min. Liters 0.03531 Cubic Feet

Cubic Cent meters 0.00003531 Cubic Feet Liters 61.0255 Cubic inches

Cubic Cent meters 0.002113 Pints (Liquid) Liters 0.2642 Gallons

Cubic Feet 0.1781 Barrels Liters 1.057 Quarts (Liquid)

Cubic Feet 0.02832 Cubic Meters Liters / Min 0.0005886 Cubic Ft. / Sec.

Cubic Feet 7.48052 Gallons Meters 3.281 Feet

Cubic Feet 28.3106 Liters Meters 39.37 Inches

Cubic Feet / Minute 10.686 Barrels Per Hour Meters 1.094 Yards

Cubic Feet / Second 448.831 Gallons / Minute (Cub. Meters / Day ) /(Kg / Sq. cm) (PI)

0.44227 Barrels / Day / PSI

(PI)Cubic Inches 16.39 Cubic Centimeters

Cubic Inches 0.01639 Liters Cubic Meters / Hour 150.972 Barrels / Day

Cubic Meters 35.3147 Cubic Feet Cubic Meters / Hour 4.4028 Gallons / Minute

Cubic Meters 1.308 Cubic Yards Cubic Meter / Cub. Me-

ter (GOR) 5.61397

Cubic Feet / Barrel(GOR)

Cubic Meters 264.172 Gallons (U.S.) Meters / Min. 3.281 Feet / Min.Cubic Meters 6.289 Barrels Meters / Min. 0.05468 Feet / Sec.

Cubic Yards 0.7646 Cubic Meters Meters / Sec. 3.281 Feet / Sec.

Cubic Yards 202 Gallons Miles 1.609 Kilometers

Drams 27.34375 Grains Miles/Hr 1.609 Kilometers / Hrs.

Feet 30.48 Centimeters Ounces 16 Drams

Feet 0.3048 Meters Ounces 0.0625 Pounds

Feet of Water 0.0295 Atmospheres Parts / Million 8.345 Lbs. / Million Gal.

Feet of Water 0.8826 Inches of Mercury Pounds 0.4536 Kilograms

Feet of Water 0.03048 Kgs. / Sq. cm.

Feet of Water 0.4335 Lbs. /Sq. in.



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 635

ENGINEERING

TABLES

ENGINEERING

TABLES

MAXIMUM BREAK HORSE POWER (BHP) OF SHAFTS WITH INVOLUTE SPLINES

Shaft diam-eter

Area60 Hz

S13 S14 S1650 Hz 60 Hz 50 Hz 60 Hz 50 Hz 60 Hz

in mm in2 mm2 hp kW hp kW hp kW hp kW hp kW hp kW

0.50 12.8 0.20 129 88 66 72 54 101 75 83 62 114 85 94 70

0.55 14 0.24 154 106 79 87 65 122 91 101 75 139 104 114 85

0.67 17 0.35 227 196 146 161 120 220 164 181 135 245 183 201 150

0.79 20 0.49 314 326 243 268 200 351 262 288 215 408 304 335 250

0.87 22 0.59 380 441 329 362 270 473 353 389 290 539 402 442 330

0.98 25 0.75 491 645 481 529 395 694 518 570 425 800 597 657 490

1.18 30 1.09 707 1126 840 925 690 1216 907 998 745 1395 1041 1146 855

1.38 35 1.49 962 1942 1449 1595 1190 2092 1561 1718 1282 2391 1784 1963 1465

1.50 38 1.77 1134 2291 1710 1881 1404 2468 1842 2026 1512 2820 2104 2316 1728

1.65 42 2.14 1385 3104 2316 2549 1902 3339 2492 2742 2046 3819 2850 3136 2340

ESP SYSTEM OVERALL DIMENSIONS

NovometPump series

PumpSeries

Pump OD MotorSeries

Motor ODMax ESP System

OD (including MLE) Min Cas-ing OD, in

Max weight,

lb/ftin mm in mm in mm

A 272 2.72 69 319 3.19 81 3.23 82 4.500 13.5

B 319 3.19 81 319 3.19 81 3.74 95 4.500 13.5

D 338 3.38 86 378 3.78 96 4.13 105 5.000 18.0

F 362 3.62 92406 4.06 103 4.44 112.8 5.500 23.0

460 4.60 117 4.70 119.3 5.500 17.0

H 406 4.06 103406 4.06 103 4.74 120.4 5.500 17.0

460 4.60 117 4.91 124.8 6.625 32.0

J 449 4.49 114 512 5.12 130 5.31 135 6.625 32.0

L 484 4.84 123 512 5.12 130 5.71 145 6.625 24.0

N 512 5.12 130 562 5.62 143 5.94 151 7.000 32.0

P 535 5.35 136 562 5.62 143 6.04 153.5 7.000 29.0

R 677 6.77 172 744 7.44 189 8.03 204 9.625 53.5

T 740 7.40 188 744 7.44 189 8.29 210.5 9.625 53.5



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 636

ENGINEERING

TABLES

ENGINEERING

TABLES

сP -API CORRELATION

10 15 20 25 30 35 40 45 50 55 60

0.1

1

10

100

1000

10000

0.2

0.4

0.6

0.8

2

4

6

8

20

40

60

80

200

400

600

800

2000

4000

6000

8000

Crude oil gravityo

API at 60o

F and atmospheric pressure

A b

s o l u t e v i s c o s i t y o f g a s -

f r e e c r u d e o i l , c P



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 637

ENGINEERING

TABLES

ENGINEERING

TABLES

UNITS OF MEASUREMENT

in Inchft Foot

m Meter

mm Millimeter

lb Pound

kg Kilogram

bpd Barrels Per Day

m3/day Cubic meters per day

Hz Hertz

hp Horse Power

kW Kilowatt

psi Pounds per square inchatm Atmosphere

MPa Megapascal

Amps Ampere

Volt Volt



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 638

ENGINEERING

TABLES

ENGINEERING

TABLES

LIST OF ABBREVIATIONS

% Amps % of Nameplate Amps AM Asynchronous Motor API American Petroleum Institute AR Abrasion Resistant AWG American Wire GaugeB BagBEP Best Efficiency PointBHP Brake HorsepowerBOH Bolt-On HeadBSB Bag-Series-BagCAPEX Capital ExpendituresCBM Coal Bed MethaneCMP Compression pump designcP Centipoise

CR Corrosion ResistantCT Center Tandem (pump, motor)CV Check ValveD DepthDBL Double motorDIFA Dismantle, Inspection, Failure AnalysisDHS Downhole Sensor SystemDV Drain ValveEE EPDM insulation; EPDM jacketEff EfficiencyEFIW Enclosed filters for injection wellsE-Lead EPDM insulation; Lead sheathEN EPDM insulation; Nitrile Butadiene Rubber jacketEPDM Ethylene Propylene Diene Monomer insulationESP Electrical Submersible PumpEUE Externally Upset Ends thread typeFLT Floater pump designFSD Fixed Speed DriveGFD Downhole Gravitation FilterGOR Gas-Oil RatioGS Gas SeparatorGSTA Galvanized Steel Tape ArmorH HeightH in "Power Save" pump designation "Power Save" pump, e.g. NH(2500-3100)HHL High Load thrust bearingHSG HousingHSPS Horizontal Surface Pumping Systems

HT High Temperature (resistance)I IntakeI8 Inconel alloy (shaft material), Yield strength = 785 MPaI11 Inconel alloy (shaft material), Yield strength = 1080 MPaI13 Inconel alloy (shaft material), Yield strength = 1275 MPaID Inside DiameterJB Junction Boxlbf Unit of weight and axial loadLSB Labyrinth-series-BagLSBPB Labyrinth-series-Bag-parallel-BagLSBSB Labyrinth-series-Bag-series-BagLT Lower Tandem (motor)M8 Monel alloy (shaft material), Yield strength = 785 MPaMLE Motor Lead ExtensionMLE Guard Motor Lead Extension Guard



ESP CATALOG

© NOVOMET

WWW.NOVOMET.RU/ENG

JUNE 2013

PAGE 639

ENGINEERING

TABLES

ENGINEERING

TABLES

MP Modular ProtectorMPP Multiphase Pum

N3R Nema 3R ratingNDSS Novomet Downhole Sensor SystemNSTU Novomet Sand Trap UpperNSР-B Novomet Surface Panel, Built-in typeNSР-R Novomet Surface Panel, Remote typeNUE Non Upset Ends thread typeOD Outside DiameterONAN Oil Natural Air NaturalOPEX Operating expendituresP Conventional ProtectorPE Polyethylene insulationPI Productivity IndexPLT Production Logging TestsPMM Permanent Magnet Motor

POOH Pull Out Of HolePP Piston ProtectorPP Polypropylene insulationrd round threadRIH Run In Holerpm Rotations Per MinuteS V-shaped thread typeS Single (motor)S8 Stainless steel (shaft material), Yield strength = 785 MPaS11 Stainless steel (shaft material), Yield strength = 1080 MPaS13 Stainless steel (shaft material), Yield strength = 1275 MPaS14 Stainless steel (shaft material), Yield strength = 1370 MPaS16 Stainless steel (shaft material), Yield strength = 1570 MPa

SCMP Semi-compression pump designSDT Step-Down TransformerSFD Slotted Filter DownholeSFI Slotted Filter IntakeSGFD Slotted Gravitation Filter DownholeSGL Single motorSS Stainless SteelStg StagesSTL Standard Load thrust bearingSUT Step-Up TransformerTBA To Be AdvisedTBP To Be ProvidedTDH Total Dynamic HeadTHD Total Harmonic Distorsion

Thrus t Brg Thrust BearingTMP Tandem Modular ProtectorTRP Triple motorTSS Total Suspended SolidsUCR Ultra Corrosion ResistantUHT Ultra High Temperature (resistance)UT Upper Tandem (motor)

V Vortex type of stage VSD Variable Speed Drive W Width Wt Weight

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