optclvol iia
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ORISSA POWER TRANSMISSION CORPORATION LIMITED
CONSTRUCTION OF
PACKAGE-61-02 /2012:2X 160 MVA,220/132 KV SUBSTATION AT
MENDHASAL ALONG WITH 132 KV TRANSMISSION LINES & ASSOCIATEDSYSTEM AT 400/220 KV SUB-STATION,MENDHASAL.
(PACKAGE SPECIFIC)
VOL-IIA
SCOPE OF WORKS
NOTICE INVITING TENDER-NIT NO. 52/2011-12.
BID DOCUMENT NO. SR. G.M-CPC-TENDER-PACKAGE- 61-01,61-02 & 61-03 /2011-12
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IMPORTANT NOTE
THE BIDDERS ARE ADVISED TO VISIT THE SITE BEFORE QUOTING
THE BID. THEY SHALL ASCERTAIN ALL THE DATA FOR TURNKEYCOMPLETION OF THE SUBSTATION AND ASSOCIATED
TRANSMISSION LINES SUCH AS;
1. SOIL BEARING CAPABILITY.
2. BENCHING AND FILLING FOR SITE LEVELLING.
3. TYPE OF STRUCTURES FOR BOTH LINE & SUBSTATION.
4. QUANTITY OF MATERIALS/STRUCTURES/EQUIPMENT.
5. TYPE OF FOUNDATIONS FOR LINE TOWERS & SUB STATION
EQUIPMENT/STRUCTURES.
6. THE LENGTH OF THE BOUNDARY WALL, FENCING AND ROADS.
7. ANY OTHER DATA REQUIRED FOR DESIGNING THE LINE &
SUBSTATION.
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SCOPE OF WORK:-
1. General
The Employer (M/S ORISSA POWER TRANSMISSION CORPOTATION LIMITED.)
is strengthening their Transmission and Distribution systems by way of constructing 2x
160 MVA 220/132 KV S/S at Mendhasal & Associated 132 KV Transmission Line at
400/220 KV substation MENDHASAL in the state of Odisha as outlined in the detailed
scope of work. The block diagram of the scheme is at Annexure V (at the end of this
chapter). The works are to be carried out on Turnkey Basis till final commissioning of
substation (220 KV Bay extension,installation of 02 Nos 160 MVA Auto Transformers,132
KV Bays ,associated 132 KV transmission lines,its testing,commissioning and handing
over the same to the owner.
The scope of the work includes:-
i) Design, manufacture, testing, supply & commissioning of all equipment for substation
and transmission lines, as detailed in the specifications and schedule of quantities and in
subsequent clauses except supply of power transformer and PLCC indoor
equipmentwhich shall be supplied by the Employer. The contractor shall load, unload,
transport, erect, connect to the system, test and commission the power transformer & the
PLCC equipment. Existing 132 KV Transmission line from CHANDAKA KHURDHA is to
be made LILO arrangement at Proposed MENDHSAL Sub-station. Since the 132 KV Line
will be made LILO at Mendhasal, the installation of PLCC equipment at remote (existing)
end and proposed end of the sub-station or any modification shall be under the scope of
the contractor. A general single line diagram showing installations, removing and erectionof PLCC equipment (Annexure-VI)has been provided in the technical specification. An
indicative SLD & structural layout (Annexure-VII)of the substation has been provided in
the technical specification which may be followed as a basis for finalization of the
substation structural layout in consultation with OPTCL.
ii) Execution of all civil works as per schedule for erection of all substation equipment,
structures and foundation of transformers, roads, culverts, rain water harvesting
arrangements, construction of earth mat, cable trench, drainage system, Fencing etc.
iii) Erection, testing, commissioning of all equipment and handing over of the substation
bays complete in all respect as per approved scheme and to the satisfaction of the
Employer including statutory inspection.
iv) The makes of the equipment/components/materials shall be from OPTCL approve
vendor list indicated in this tender and to be approved by the employer before placement
of the order on the vendor/manufacturer.
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v) The contractor(s) shall arrange power supply for construction of the project. The
expenditure for such arrangement till completion of the project shall be to the
contractor(s) account.
vi) The contractor(s) shall arrange clean water for construction and curing to the civil
works.
vii) The work as mentioned in the price schedule shall be considered for the evaluation of
the bid.viii) The contractor shall arrange for security of all the materials including owner supply
materials (handed over to him) that are required for successful completion of the project
till final handing over of the entire work to OPTCL.
ix) Contractor has to obtain Project License in respect of the projects from the Secretary,
Electrical Licensing Board of Orissa at his own cost, prior to commencement of works.
x) The contractor shall supply one official copy of each Standard listed in the appropriate
schedule.
The contractor shall be fully responsible for providing all equipment, material,
systems and services which are required to complete the construction and successful
commissioning of the works in all respects excepting those specifically excluded under
the clause 1.2 - Specific exclusions in the chapter General Clauses. The
Contractor shall also refer to the Technical Specification (Vol.-II), for proper
understanding of the works involved in respect of each substation.
The scope of work on Turnkey basis includes design, engineering,
manufacture,
type testing, (factory testing) supply on FOR destination site basis, transportation,
handling, storage at site, erection, site testing, commissioning complete in all respects
and maintenance of plant and equipment until handing over of works in accordance withConditions of Contract and the stipulations under various chapters of this specification at
the prices stated in the Price Schedule for the following.
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(I) BRIEF SCOPE OF WORK:
i) Supply excluding power transformers and PLCC Equipment (Indoor PLCC Panel
& RTU )
ii) Detailed design
iii) Providing engineering data and drawings, as per specified format, for employers
review, approval and records.iv) Complete Manufacturing including Type, Acceptance & Routine testing, as
specified.
v) Packing and transportation from the manufacturers works to the site including
transit insurance & customs clearance/ port clearance (if required), port handling,
for imported goods and further loading (if applicable) As delivered at site basis
vi) Receipt, Unloading, Storage, Insurance and Preservation of Sub station &
Transmission Line material & accessories at site.
vii) (a) Construction of 2x 160 MVA 220/132 KV S/S at Mendhasal & Associated 132
KV Transmission Line at 400/220 KV substation MENDHASAL on Turnkey basis
in the State of Odisha(including all civil works).
SUB-STATION: (I) Following equipped bays.
(a) 220 KV Transformer Bay:02 Nos.(Bay Extension in 3 Bus Arrangement
system).
(b) 132 KV Transformer Bay:02 Nos.(New S/S in Main & Transfer Bus
Arrangement system).
(c) 132 KV Bus Coupler Bay: 01 No.
(d) 132 KV Feeder Bay: 02 nos.(II) Unequipped Bays:
(e) 132 KV Feeder Bay :Unequipped: 02 Nos.
vii) (III) TRANSMISSION LINE:
(1) Construction of 132 KV Double circuit Transmission line on 132 KV DC
Tower to existing CHANDAKA-KHURDHA 132 KV line for LILO
arrangement (Approximate Line length is 1.2 Kms.
(2) Transmission Line route survey of entire stretch, Settlement of all issues
related to right of Way and laying of line (including all civil works).
(3) Testing and commissioning of Sub station, Transmission Line & accessories.
(4) Handing over of the completed system to the Owner
(5) Satisfactory conclusion of the Contract.
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(II) DETAILS ABOUT THE SUB-STATION:
(a) New substation:- KONARK
Name of
Proposed
S/S
Bus Arrangement No of Bays in 220 KV
side
No of Bays in 132 KV
side
2x 160 MVA
220/132 KVS/S at
Mendhasal
(220 KV
extension
and
installation
of
Transformer
andestablishme
nt of 132 KV
system)
Existing 220 KV
Side Bus
Arrangement: Two
Main and one
Reserve Bus Bar:
Twin Moose ACSR
for Main Buses
and Single Moose
ACSR for Reserve
Bus.132 KV System:
Twin Moose ACSR
for Main Bus and
Single Moose
ACSR for Reserve
Bus.
Auto Transformer
Bay: 02 Nos. (Bay
Extension).
Installation of 2X 160
MVA, 220/132 KV
Transformers(Transfo
rmers are owner
supply item)
Equipped Bay:
Feeder: 02 Nos.
Transformer:02 Nos.
Bus-Coupler: 01 No.
Unequipped Bay:
02 Nos.
TOTAL No. of Bays:
07(In the unequipped
bays, the leveled
space for futureinstallation of
equipment and its
structures )
(b) In Mendhsal sub-station ,220 KV side has been provided with Bus bar protection
(Distributed type numerical Siemens make) and sub-station automation of Siemens make
protection devices have been provided. The Bidder to consider and to adopt Similar
protection for the 2 Nos 220 KV Bay extension works under this package.
(III) DETAILS ABOUT THE TRANSMISSION LINE:
1. 132KV single circuit transmission line from Existing 220/132/33 KV sub-sta
tion at CHANDAKA- to 132/33 KV Sub-station at KHURDHA to be made LILO ar
rangement to the proposed MENDHASAL Sub-Station. The Length of Line is 1.2
Kms approximately. Line Conductor to be used is ACSR Panther & Tower to be
used: 132 KV double circuit Tower. A power map of Odisha is enclosed at the
end of this chapter to help bidders to locate the proposed work site.
2.1. Substation
2.1.1. Electrical
The scope includes but is not limited to
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i) Supply erection, testing & commissioning of the following equipments:
I. Circuit breakers
II. Isolators
III. Current transformers .
IV. Voltage transformers (capacitive and inductive)
V. CT, CVT, IVT console boxes with aluminium alloy having minimum three
mm thickness.
VI. All out door kiosks/boxes, shall be GI sheet of minimum 2mm thickness
with aluminium alloy canopy(rain hood) of 3mm thickness.
VII. Surge arresters
VIII. Post insulators
IX. Protection, control, and metering systems
X. PLCC systems : Wave Trap,LMU & LMDU,Coaxial
Cable,EPAX,Telephone sets,Fax m/c etc (but Except indoor PLCC
Panel)
XI. Insulator strings with hardware
XII. Busbar, circuit conductor and all conductor accessories. Other
interconnection shall be through Moose ACSR .
XIII. Power and control cables, cabling accessories, cable trays etc. Proper
sealing of the cable entry (control & Power) at Control Room building, to
prevent water entering from switch yard/outside to CR Building, preventing
entry of rats and reptiles, Fire proof etc.
XIV. AC/DC systems including all distribution boards, battery and charger
systems, auxiliary transformers.
XV. Air conditioning plant and systems for control room
XVI. Fire fighting systems and equipment
XVII. Steel structures for switchyard gantries and portals (lattice type); and
equipment (pipe or lattice type) including those for lightning protection.
XVIII. Earthing system and earthing conductors.
XIX. Testing and maintenance equipment.
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XX. Lighting of substation area and substation buildings. Illumination and
emergency lighting system at different locations.
XXI. Control and relay panels as proposed.
XXII. Event logger panel.(for 220/132/33 KV Sub-station)
XXIII. AC and DC distribution boards as per requirement and as proposed.
XXIV. Bus bar protection scheme (for 220kV bus only).
XXV. Disturbance recorder with Time synchronization. (GPS)
XXVI. Sub station level PC/Lap top provision for Relay configuration with their
software.
XXVII. Any other items required for completion of the project are also in the
scope of this contract in order to complete the sub-station in all respect.
XXVIII. Supply of all clamps, connectors and hardware required for
commissioning of the substation. The quantity and rating of the connectors
and clamps are dependent on the layout and requirement of the
substation.
XXIX. Supply and putting of sub-station illumination system. All the light fittings
shall be LED type & these fittings shall be mounted on switch yard portal
structures such as columns & beams. No separate lighting mast is required.
Entire substation lighting system in the switch yard & colony shall be de
signed using under ground cables only. No over head conductors are per
mitted for this purpose. For street lighting one outdoor lighting kiosk with
two incomers of 200A rating switch fuse units (SFU) & with six feeders of
32A rating fitted with MCB shall be considered. Similar type of out door
kiosk shall be considered for colony power supply with 200A SFU & ten out
going feeder of 32A rating fitted with MCB shall be considered
ii) Erection, testing & commissioning of the following equipment:(Owner supply
materials/equipment)
1. Power transformers /auto transformers2. Indoor PLCC/RTU equipment (PLCC Panels) at both the ends.
iii) Supply Only of the following equipments:
1. Mandatory spares for substation equipment being supplied under this contract as
per Bid proposal Sheet( BPS) schedule-3.
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2. Maintenance & testing equipment etc as per the list provided in relevant chapter of
technical specifications.
2.1.2. Civil works
The design, engineering, supply of all materials including cement and steel, consumables,
as per specification and approved drawings for civil works of the substation including but
not limited to the following:
1. Designing, fabrication, galvanizing and erection of structures on respective
foundations detailed in specification for civil works. Supply of all structural materials
(columns & beams, hardware & fasteners etc) as per requirement. The contractor
shall preferably adopt OPTCL designed standard structures for use in various
substation, the details of which are given at Clause no 12 of this chapter.
2. Soil testing for soil resistivity and soil bearing capacity before designing.
3. Site development including leveling, filling & compacting of the sub-station area to
the desired height.
4. Wherever pile foundations are required for Control room building, switch yard tower
columns, Equipment foundation and transmission line towers etc., these are to be
constructed as per the guideline indicated in the specification elsewhere. The type
of pile foundations can be ascertained only after soil investigation and approval of
the same by OPTCL.
5. Construction of sub-station retaining wall with brick masonry and fencing by GI
heavy-duty goat mesh fencing as per site requirement.
6. Construction of boundary wall along the property line of the substation with Main
gate, security shed and two nos. switch yard gates in the sub-station. Provisions of
a security shed near the main gate. The structure shall be RCC framed structure.
There shall be provision of electrical illumination facilities.
7. Fencing of switch yard area and other areas like station transformer area.
8. There shall be provision of plantations of fruit bearing plants and water tap
provision for watering the plants in the sub-stations.
9. Construction of all foundations for columns, all switchgear such as circuit breakers
and isolators, CTs, CVTs and other substation equipment such as line traps, post
insulator, etc.
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10.Construction of foundation of transformer including supply and putting of rail from
the service bay to the transformer plinth, all foundations of columns, equipment
structures. Separate foundations for the marshaling boxes of the isolators are to be
considered.
11.Anti termite treatment of switch yard and colony buildings.
12.Switch yard buildings such as control room, DG set room and. There shall be
provision of a water cooler including water purifier inside the control room building.
Provision of split type air conditioners inside the control room & PLCC room of
Control Room building and conference area.
13.There shall be provision of store shed, one Ramp with winch for lifting the materials
and lowering the materials up to 5 MT and open yard platform to store the materials
like transformer bushing, CT, CVT and other equipment.
14.Supply and spreading of uniform 20mm nominal size HG metal of 160mm thick
inside the switch yard area of the Sub- Stations. The spreading will be done above
a finished level of switch yard land by plain cement concrete of thickness 75 mm
(ratio 1:4:8). Anti weed treatment of the switch yard area to be made as per
prevailing practice before spreading of PCC.
15.Construction of drainage system of the sub-stations and the newly constructed
quarters & flood water discharge systems. Miscellaneous works like manholes soak
pits, RCC trench, fencing, etc. in the switch yard.
16.Construction of rain water harvesting arrangements in the substation.
17.Construction of cable trenches with trays & covers & sump pit with pump, as per
requirement.
18.Construction of approach road to the new sub-station as per requirement.
Construction of periphery roads inside the fencing. The roads inside the switch yard
& at the periphery shall be of 3.75 mtr. wide & the road inside switch yard shall be
of concrete road as per technical specification. The other roads main and approachroad shall be 7 mtrs wide and shall be bitumen grading.
19.Designing and providing the earth mat and earthing of the sub-station lighting
protection, equipment earthing etc. Earth mat shall be designed using 75X10mm GI
flat. For lightening protection individual spike not less than 2.5mtrs shall be
provided on each column of the switchyard. Water tap provision shall be provided
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for pouring water into the earth pits constructed inside & around the periphery fence
the switchyard. The earthing shall be extended beyond 2 mtrs from the fencing and
the fencing earthing are also to be taken care.
20.Civic amenities for the township including drainage and sewerage systems.
21.All other materials, which the contractor feels to be required for completion of the
sub-station.
22.Plantation of fruit bearing and flower bearing plants and gardens in and around the
sub-station.
23. Modular Multi-diameter flexible Cable sealing system consisting of frames, blocks and
accessories to be installed wherever the electrical / control / communication cables over-
ground enter or leave from control room building. Cable sealing to be done with Multi-
diameter type flexible modular based sealing blocks of different sizes ( size 20: 4mm to
14.5 mm ,size 30 : 10mm to 25 mm ,size 40: 21.5mm to 34.5mm , size 60: 28mm to 54 mm, size 90: 48mm to 71 mm , size 120 : 67.5mm to 99 mm or any convenient size ) to be
provided for simple, easy and quick to assemble & re-assemble. some spare blocks on the
frame to be provided with usable Multi-diameter blocks with center plug, so that these
spare blocks can be used for expansion in future for wide range of cables, solid blocks
should not be used on frame. Cable sealing system should have been type tested for fire /
water / smoke tightness and supplier shall have local presence by way of full infrastructure
having service support, training support and stocks support and also have necessary sales
support for any change / extension in future. Frames & stay-plate material should be
galvanized steel and for compression single piece wedge with galvanized steel bolts should
be used.
2.2. Transmission lines.
i) Survey & ROW issues
Detailed line Survey works as per specification.
The contractor shall have to solve the entire right of way problem at his own
cost. Contractor shall also resolve the issues related to the tree cutting in thetransmission line and sub-station at his own cost. However the details of ROW
issues have been indicated in Special Condition of Contract (SCC) Vol.-1A.
ii) Design & Manufacturing (as applicable), supply, storage, erection, testing &
commissioning of following materials
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1. Galvanized Structural materials of towers as per requirement. OPTCL adopted
standard towers shall preferably be used for the transmission line, the details of
which is given at Clause no.-13 in this chapter.
2. Insulators, hard wares.
3. AAAC/ACSR conductors, GI earth wire with accessories etc and their stringing.
4. Commissioning of transmission lines.
5. Any other items required are also in the scope of this contract in order to complete
the proposed transmission lines in all respect.
3. Electrical System Data of 220/132/33
1. Nominal System Voltage (KV) 220/132/33
2. Highest System Voltage (kV) 245/145/36
3. System Neutral Earthing. Effectively earthed
4. Basic Insulation Level (kVP)
i) Bus 1050/650/170
ii) Equipment other than Transformer 1050/650/170
iii) Transformer 1050/650/170
5. Power Frequency withstand voltage (KV rms) 460/275/80
6. System fault level KA 40/40//25
7. Creepage distance for insulators (mm) 6125/3625/900
8. Min. recommended clearance in air (mm) as per CBIP
i) Phase-to-phase 2160/1300/320
ii) Phase-to-earth 2160/1300/320
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iii) Sectional clearance 5000/4000/3000
9. Min. ground clearance (as per IE Rules) 5500/5000/4000
10. Bus configuration for 400/220/132/33 kV
Selection of ACSR conductor shall be Chosen from Moose, Zebra and panther as per
requirement and decision of employer.
11. Phase-to-phase distance:
i) Along the bay (mm) 4500//3000/1500
ii) Strung bus (mm) 4500/3000/1500
12. Reference design temperature 50 Deg. Centigrade.
Detailed technical particulars of different equipment have been specified in the
respective specifications in the subsequent section. If any technical particulars are
missed from this volume the same may please be referred from relevant IS:
specification for bidding purpose.
4. Design work
The Bidder shall furnish detailed design of the substation & transmission lines. The
design work shall include but not limited to technical calculations, preparation ofdrawings and bill of materials and specifying equipment not specified in the
specification but necessary for the completion of the substation & transmission
lines on the turnkey basis. The technical calculation design drawings, etc. shall be
submitted to the Employer for approval. However the layout drawing furnished by
OPTCL shall be taken as a guide line.
5. Standards
All materials and equipments shall generally comply in all respects with the latest
edition of the relevant Indian Standards. International Electro-Technical
Commission (IEC) or any other internationally accepted Standard equivalent or
better than relevant Indian Standard. Equipment complying with all other
authoritative standards such as British, ASA, VDE, etc. will also be considered if
performance equivalent or superior to Indian Standard is ensured.
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In the event of supply of equipment confirming to any International or
internationally recognized Standard other than the Standard listed in the
Specification. The salient features of comparison shall be brought out and
furnished along with the bid.
In case of adopting any standard other than that IS or IEC, a complete set ofadopted standard shall be supplied by the bidder. However it is desirable and
preferred that the equipment offered shall comply with one consistent set of
standard unless other than exceptional cases.
The equipment shall also comply with the latest revision of Indian Electricity Act
and Indian Electricity Rules and any other Electrical Statutory Provision, Rules and
Regulations.
6. Reference Drawings
Drawings showing indicating scope of work are enclosed. Drawings are
complementary to specifications and shall be referred to for better understanding
as well as for estimation of quantities and bill of materials for arising at lump sum
bid price on turnkey basis.
The bidder shall submit with the tender, plan of the substation showing broadly the
scope of work incorporated as per technical specification. All the drawings shall besubmitted in quadruplicate, enumerated in conformity with relevant clause
stipulated in the Technical Section.
These drawings shall show proposed layout plan with section. Drawings showing
overall dimension, clearance etc. required for assembling and dismantling and
space requirements of all the apparatus are to be supplied to enable the Employer
to examine the design and layout at the installation.
7. Packing and Marking
The bidder shall include and provide for securely protecting and packing the plant
so as to avoid damage in transit under proper condition and shall be responsible
for all loss or damage caused by any defect in packing.
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Large and heavy items such as 220 kV, 132 kV and 33 KV equipment and
structural steel shall be packed and shipped as per standard international practice.
Container/Cartoons, boxes, trunks and other packages shall be strong and sturdy
in construction to withstand Ocean shipping, loading and unloading, transport on
rough roads, and storage in tropical area and hauling and handling during erection
etc. Boxes and packages shall also be protected by suitable packing with the helpof wooden planks/MS frame or galvanized steel strips.
A layer of waterproof material shall be provided inside the cartoon/boxes/packages
to protect the equipment from water seepage and to avoid rust.
The following information shall be marked on the container/boxes/packages etc.
a. Contractors/manufacturers name, project title and contract reference.
b. Plant/accessory identification No. and title.
c. Net/gross weight.
d. Employers name with other dispatch particulars such as destination.
The employer shall take no responsibility for any damage done to the plant on
route to the site of work or place of delivery whichever is applicable.
8. Tests
i) Unless otherwise specified in respective section, all equipment shall be subjected
routine, acceptance and type test as covered and specified in any standard in
presence of the authorized representative of the employer.
ii) Bidder shall submit type test report from a recognized laboratory along with the bid.
iii) At least 15 days advance notice shall be given by the contractor to the employer
for witness the tests.
9. Compliance to IE rule 1956
i) The construction agency shall posses a safety manual duly approved by competent
authority in the Govt. of his State Governing the safety in work by the personnel and
staff.
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ii) The agency shall possess valid contractors license issued by the Electrical
Licensing Board of Odisha (ELBO) failing which he will not be allowed to start the
work.
iii) Supervisors of works shall posses appropriate valid supervisory certificate of
competency issued ELBO, Odisha.
iv) At least 50% of electrical workmen employed in the project shall posses valid
workmen permit by ELBO.
10. The Contractor has to follow submission of drawings, data,
document as per the format given below.
Sl. No.Description With Bids
Post Order Final Document
For
Review
For
Record
s
Transp
arency
Prints
(Photostat)
Electronic
1. Switchyard single line
diagram i2. Switchyard layout,
plan, section & placement of
various equipment
3. Switchyard earthing
and lightning protection
calculations.
4. Battery, battery
charger, DCDB
sizing calculations.
5. Switchyard lighting
calculations
6. Switchyard earthing
and lightning layout.
7. Switchyard lighting
layout.
8. Switchyard ,control
room equipment
and cable layout.
9. Switchyard clamps
and connector details.
10. Relay, metering and
control panel block logic
diagram.
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Sl. No.Description With Bids
Post Order Final Document
For
Review
For
Record
s
Transp
arency
Prints
(Photostat)
Electronic
11. Control panel schematic
drawings.
12. Logic for castle key
interlock between
breaker and isolator.
13. Relay, metering &
Control panel and
ACDB,DCDB GA
drawings.
14. Switchyard equipment
GA drawings and
control schematics.
15. Cable schedule.
16. Interconnection
diagrams.
17. Relay setting
calculations and
Coordination drawings.
18. SLDs of ACDB
and DCDB.
19. Soak pit and waste
oil pit layout and
sizing calculation.
20. Structural design
calculations
super structures.
21. Civil drawings for
foundation and
cable trenches.
22. Structural fabrication
drawings of
equipments gantries etc.
23. Filled in equipment
data sheets as perenclosed format.
24. Complete literature,
leaflets for all
equipments.
25. Operational/
maintenance manual.
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Sl. No.Description With Bids
Post Order Final Document
For
Review
For
Record
s
Transp
arency
Prints
(Photostat)
Electronic
26. Deviation schedule
w.r.t.
a) Specification
b) Document/
attachments.27. List of spare parts for
each major equipment.
28. List of special tools
and tackles.
29. List of sub-vendors.
30. QA plan of vendor
31. Installation operating
and maintenance
instruction.
32. Inspection Plan andTesting Procedure.
33. Test Records.
34. List of commissioning/
maintenance spares.
35. Data Book/Manual
a)Installation Manual
b) Operating/Mainte-
nance.
c)Catalogues/ Brochures.
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11. Minimum clearance for substation design shall be as per details given in the table
below.
Highest
system
voltage
(kV)
Insulati
on
level
(kVP)
Switching
Impulse
Voltage
(KVP)
Sectional
Clearance
(mm)
Minimum clearance Ground
Clearance
(mm)
Between
phase &
ground
Between
phases
36KV 170 - 3000 320 320 3700
145KV 650 - 4000 1300 1300 4600
245KV 1050 - 5000 2160 2160 5500
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12. OPTCL adopted standard switch yard structure:
The bidders may adopt their own type tested design for switchyard structures with
approval from OPTCL. However the standard switch yard structures adopted in OPTCL
switch yards system in different voltage levels are given below.
A 220 KV SIDE:
1. COLUMN: P1S TYPE,- HEIGHT-21.5 MTRS,WEIGHT-4.464MT
2. BEAM:Q1 TYPE,-LENGTH-18 MTRS, WEIGHT-1.473MT
B 132 KV SIDE:
1. COLUMN: T1S TYPE,- HEIGHT-15 MTRS,-WEIGHT-1.193 MT
2. COLUMN: T4S TYPE,-HEIGHT-11 MTRS,-WEIGHT-0.924 MT
3. BEAM:G1 TYPE,-LENGTH-10.4 MTRS,-WEIGHT-0.613 MT
4. BEAM:G2 TYPE,-LENGTH-14.9875 MTRS,-WEIGHT-0.906 MT
5. BEAM:G1X TYPE,-LENGTH-10.4 MTRS,-WEIGHT-1.370 MT
6. BEAM:G1,2 TYPE,-LENGTH-10.4 MTRS,-WEIGHT-1.25 MT
C 33 KV SIDE:
1. COLUMN: T8S TYPE,- HEIGHT-10.5 MTRS,WEIGHT- 0.777 MT
2. COLUMN: T9S TYPE,-HEIGHT-7.5 MTRS,WEIGHT - 0.592 MT
3. BEAM:G4 TYPE,-LENGTH-5.5 MTRS,WEIGHT-0.306 MT
4. BEAM:G4X TYPE,-LENGTH-5.5 MTRS,WEIGHT-0.306 MT
5. BEAM:G6 TYPE,-LENGTH- MTRS,WEIGHT-7.25 MT
D
THE BAY WIDTH OF DIFFERENT VOLTAGE LEVEL ARE AS
BELOW
1. 220 KV SYSTEM SHALL BE 18 MTRS2. 132 KV SYSTEM SHALL BE 10.4/13.1MTRS.
3. 33 KV SYSTEM SHALL BE 5.5 MTRS
13. OPTCL adopted standard Tower structure for transmission line:
The contractor may adopt their own type tested design for transmission line
structures/towers with approval from OPTCL. However the standard tower
structures adopted in OPTCL for different voltage levels are given below.
A. 132 KV Transmission line.
(i) PA type: Unit weight: 3.430 MT.
(ii) + 3 mtrs: Unit weight: 0.537 MT.
(iii) + 6 mtrs: Unit weight: 1.349MT.
(iv) PB type: Unit weight: 4.973 MT.
(v) + 3 mtrs: Unit weight: 1.018 MT.
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(vi) + 6 mtrs: Unit weight: 2.104 MT.
(vii) PC type: Unit weight: 6.214 MT.
(viii) + 3 mtrs: Unit weight: 1.119 MT.
(ix) + 6 mtrs: Unit weight: 2.342 MT.
(x) Templates for PA- Unit weight: 0.665 MT
(xi) Templates for PB- Unit weight: 0.602 MT
(xii) Templates for PC- Unit weight: 1.904 MT
B. 220 KV Transmission line.
(i) OA type: Unit weight: 4.351 MT.
(ii) + 3 mtrs: Unit weight: 0.727 MT.
(iii) + 6 mtrs: Unit weight: 1.448 MT.
(iv) OB type: Unit weight: 7.574 MT.
(v) + 3 mtrs: Unit weight: 1.305 MT.
(vi) + 6 mtrs: Unit weight: 2.242 MT.
(vii) OC type: Unit weight: 9.839 MT.
(viii) + 3 mtrs: Unit weight: 1.436 MT.
(ix) + 6 mtrs: Unit weight: 2.599 MT.
(x) +15 mtrs: Unit weight: 6.670 MT
(xi) UR : Unit weight: 13.585 MT.
(xii) UR + 3 mtrs type: Unit weight: 17.316 MT.
(xiii) UR + 6 mtrs type: Unit weight: 4.249 MT.
(xiv) Templates for OA- Unit weight: 0.597 MT
(xv) Templates for OB- Unit weight: 0.815 MT
(xvi) Templates for OC- Unit weight: 1.172 MT
(xvii) Templates for UR- Unit weight: 1.509 MT
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C. No. of Bolts & Nuts used in each of the Tower
Type of
Tower
Normal +3 mtrs +6 mtrs
PA 1602 142 276
PB 1097 273 542
PC 1654 313 592
OA 1147 180 228
OB 1299 236 372
OC 1877 254 402
UR 2283 357 588
14. Approved Make Of Equipment & Materials to be used in the Sub-
station and Transmission lines.The following make of the equipments & materials shall be supplied as per
approved vendor list.
VENDOR LIST FOR SUBSTATION AND LINE WORKS OF OPTCL
Sl No Description of Equipment or material Name of the Vendor
1 BREAKER
1.1 400 KV Spring-Spring, SF-6, 3150A,
50KA
Siemens/ABB/CGL/AREVA/BHEL
1.2 220 KV Spring-Spring, SF-6, 3150A,
40KA
Siemens/ABB/CGL/AREVA
1.3 132 KV Spring-Spring, SF-6, 3150A,
40KA
Siemens/ABB/CGL/AREVA
1.4 33 KV Spring-Vacuum, 1600A, 25KA Siemens/ABB/CGL/AREVA/BHEL
2 CT
2.1 400 KV & 220 KV( Dead / Live Tank) AREVA/ABB/CGL/BHEL/SIEMENS
2.3 33 KV, Dead / Live Tank AREVA/ABB/CGL/Pragati/Vishal/Transfield/Indian
Transformer/Victrans/Vijaya Electricals
3 CVT
400KV, 220KV & 132KV AREVA/ABB/CGL/BHEL/SIEMENS
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4 PT / IVT
4.1 400KV & 220KV AREVA/ABB/CGL/BHEL/SIEMENS
4.2 132KV & 33KV AREVA/ABB/CGL/BHEL/ Indian Transformer
s/Vijaya Electricals/Victrans
5 SURGE ARRESTOR
400KV, 220KV, 132KV & 33KV CGL/OBLUM/AREVA/LAMCO/ELPRO
International
6 CR PANEL
400KV, 220KV, 132KV & 33KV ABB/SIEMENS/AREVA/Other Manufacturers
using Relays of SIEMENS/AREVA/ABB/ SEL/ GE
7 ISOLATORS
400KV, 220KV, 132KV & 33KV ABB/SIEMENS/SWITHGEAR&STRUCTURALS/GR POWER/AREVA/CGL
8 HARDWARE FITTINGS
8.1 400KV RASTRIYA UDHYOG/ERITECH/IAC/EMI
8.2 220KV, 132KV & 33KV RASTRIYAUDHYOG/ERITECH/IAC/EMI/ELECTR
O TECH AND TRANSTECH
9 CONDUCTOR APAR, GPIL, ERITECH, STERLITE, VIJAYA/
LUMINO/CABCON/TIRUPATI
10 EARTHWIRE BHARAT WIRE ROPES/UIC WIRES/USHA
MARTIN/GK WIRE
11 DISC INSULATORS/SOLID CORE
POST INSULATORS
BHEL/WS/MODERN INSULATOR/ADITYA BIRLA
INSULATORS/SRAVANA
12 LONG ROD INSULATOR MODERN INSULATORS
13 TOWER & STRUCTURES FOR LINE
AND SUBSTATION AND
FOUNDATION
BOLT(SAIL/TATA/RINL STEEL TO BEUSED)
KEC/RPG/Jyoti /L&T/EMC/Kalpataru/ NEXO/
UTKAL GALVANIZER/IVRCL
INFRASTRUCTURES &PROJECTS LTD,
NAGPUR/ UNIQUE STRUCTURES&TOWERSLTD BHILAI/TECHNO ENGINEERING &CO LTD
NEW DELHI/UNISTAR GALVANISERS
&FABRICATORS(P) LTD JAMSEDPUR/NEW
MODERN TECHNO MECH PVT. LTD BARIPADA
/ GLOBAL GALVANISER, Khurdha/AGARWAL
STEEL STRUCTURES(INDIA) PVT
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LTD,HYDERABAD , Hyderabad/Sri Ashutos
Engineering, Raipur/Aster Pvt Limited,
Hyderabad/Shreem Electricals Pvt Limited,
Bangalore.
14 PVC INSULATED POWER AND
CONTRAL CABLES
NICCO/GLOSTER/CCI/KEI/CRYSTAL/POLYCAB
/GPIL/FINOLEX/Universal
15 HF COAXIAL CABLES ALPHA COMMUNICATION, DELHI/DELTON
Cables, New Delhi
16 STATION TRANSFORMER (BEE
STANDARD)
AREVA/ALFA/TESLA/OTPL
17 FIRE FIGHTING EQUIPMENT MINIMAX/CEASE FIRE
18 LIGHTING FIXTURES PHILPS/CGL/BAJAJ/HAVELSOther make LED
LIGHTING AS PER BEE STANDARD
19 CEMENT OPC GRADE -43 ACC/ULTRA TECH/KONARK/LAFARGE
20 STEEL SAIL/TATA/RINL
21 GI PIPE TATA/JINDAL
22 AIR CONDITIONER HITACHI/CARRIER/BLUE STAR/VOLTAS/LG
23 PVC WIRES L&T/FINOLEX/ANCHOR/KDK/HAVELLS
24 SWITCHES ANCHOR/ABB/CONA/INDO ASIAN/HAVELS
25 MCB L&T/ABB/SIEMENS/MDS/ HAVELLS/INDOASIAN
26 ACB/MCCB L&T/SIEMENS/MERLIN GERIN
27 ACDB/DCDB/BMK/CONSOLE BOX MAKTEL SYSTEM(Vadodara)/SARVANA
(Chenai)/Technocrat (Cuttack)
28 CLAMPS AND CONNECTORS Electromech Transtech/ Rastraudyog
/Tyco/IAC/Aswini Kumar & Co., Cuttack
29 GI BOLTS & NUTS NEXO/GKW/ASP
30 BATTERY & BATTERY CHARGER EXIDE for Battery & CALDYNE for Battery
Charger.
31 WAVE TRAP AREVA,ABB,BPL
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15. Portable Fire Extinguisher : (ANNEXURE-I)
Portable fire extinguishers of the following types shall be supplied to each
sub-station.
Sl
No
Description
of Items
Unit capacity Quantit Re uired
At each
132/33 kV
S/S
At each
220/132/33
kV S/S
At each
220/33 kV
S/S
1 Foam Type Nos 9 ltrs 2 4 4
2 Dry chemical
Powder
Type(Trolley
mounted)
Nos 22.5 Kgs 2 4 2
3 Dry Powder
Type
Nos 5 Kgs 2 4 2
4 Carbon dioxide
(CO2
Nos 9Kgs 5 10 5
5 Carbon
Dioxide (CO2)
Nos 4.5Kgs 5 10 5
6 Carbon dioxide(CO2)
Trolley
mounted
Nos 22.5 Kgs 2 4 2
7 Fire bucket
with (a set
comprises of
six nos Bucket
in each stand
& one stand )
Set 3 5 3
The quantities are indicative. Bidders are advised to design as per the
requirement.
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16. Maintenance & Testing Equipment: (ANNEXURE-II)
Maintenance & testing equipment shall be supplied & installed for each
substation as per the list given below.
Sl.
No
Description of Items Unit Quantity Required
At each132/33 KV
S/S
At each220/132/33
KV S/S
At each220/33 KV
S/S
1. 160 kv transformer oil breakdown
voltage test set
Nos 1 1 1
2. Insulation resistance tester (megger) Nos 1 1 1
3. Oil sampling bottle Nos 4 4 4
4. SF6 gas leak detector Nos 1 1 1
5. LCD, digital multimeter Nos 2 2 2
6. Analogue Multimeter(features same as
digital multimeter)
Nos 1 2 1
7. LCD, clamp on meter Nos 2 2 2
8. Digital earth tester Nos 1 1 1
9. Discharge rod as per standard for
carrying out the switch yard maintenance
work
Nos 6 6 6
10. Rubber gloves of operation of isolators
and earth switch
Pairs 2 2 2
11. Relay tools kit Sets 1 1 1
12. Portable emergency light Nos 4 4 4
13. Latest version desktop PC of reputed
make with all its accessories including
CPU, Monitor, UPS and having all latest
loaded software and also its back up in
shape of CD and separate pen drive .
Suitable for loading of software as
recommended by the relay
manufacturer. It includes supply of one
no portable laser printer of reputedmake.
Make of PC and printer: HP/DELL
Set 1 1 1
** The multimeters (both digital and analogue), clamp on meters, earth tester shall of
Motwane make. Prior approvals of OPTCL for all the testing equipments are to be
taken.
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17. Other Tools and Plants (T&Ps) Requirement: (ANNEXURE-III)
Following T&Ps of reputed make shall be supplied & installed at each substation.
Sl
No
Description of Items unit Quantity Required
At each
132/33 KV
S/S
At each
220/132/33 KV
S/S
At each
220/33 KV
S/S
1 Set of D spanner(6mm 42mm) Set 1 1 12 Set of Ring spanner(6mm
42mm)
Set 1 1 1
3 Socket wrench with sockets,
handles, and other
attachment(6mm-42mm)
Set 1 1 1
4 Insulated cutting plier Nos 2 2 2
5 Insulated nose plier Nos 2 2 2
6 Monkey plier Nos 1 1 1
7 Circlip plier Nos 1 1 1
8 Pipe wrencha)12 inch 1 no
b)18 inch 1 no
Set1 1 1
9 Sly wrench
a)12inch 2 nos
b)18inch 1 no
Set
1 1 1
Insulated handle screw drivers of
different sizes as per required
a)12inch plain head 2 nos
b)8inch plain head 2 nos
c) 12inch star head 1 no
d) small size6inch plain and star
head 2 each
e)Complete set of different head in
one box/set -1set
Set 1 1 1
11 L-N keys set of different sizes in
one box/set
Set 1 1 1
12 M.S Files(12inch and 6inch sizes)
Round files and flat files-one each
of different sizes)
set 1 1 1
13 Hammar with handle
a)1 lb 2 nos
b)1/2 lb-2 nos
c)2 lb-1 no
Set 1 1 1
14 Crow bar
a)5 ft 2nos
b)3ft-2 nos
set 1 1 1
15 Steel scale(12inch) Nos 2 2 2
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Sl
No
Description of Items unit Quantity Required
At each
132/33 KV
S/S
At each
220/132/33 KV
S/S
At each
220/33 KV
S/S
16 Steel tape
a)5 mtrs-2 nos
b)30mtrs-1 no
Set 1 1 1
17 Oil cane Nos 2 2 2
18 Spirit level (8inch) No 2 2 2
19 Plumb head with string and
attachment
No 1 1 1
20 Maintenance safety belt with all
attachment and helmets(complete
one set)
Set 3 4 3
21 Hand dril l machine with different
bits and key.(Wolf make)
No 1 1 1
22 Vacuum cleaner having hot blower
provision with all attachments
(Eureka Forbes make)
No 1 1 1
23 230-250VAC,80W,450mm
sweep,1400 rpm stand(rugged)
FAN
Make: Almonard,CGL
No 2 4 2
** T&Ps shall be of Taparia/Geodre make. The hand drill and vacuum cleaner shall be
wolf and Eureka Forbes make.
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18. Office Furniture: (ANNEXURE-IV)
Office furniture shall be supplied & installed at each substation as per the list given
below. All the furniture shall be of Godrej make. Before supply of the furniture to the
sub-station, approval from OPTCL is required. Details of the scope of supply are as
indicated below.
Sl No Description of Items unit Quantity Required
At each
132/33 KV
S/S
At each
220/132/33
KV S/S
At each 220/33
KV S/S
1 5ftX3ft executive table with
drawer both sides
Nos 5 6 5
2 3ftX2&1/2ft Table with one
side drawer
Nos 7 8 7
3 Computer table suitable
keeping monitor, CPU,UPSand printer with two nos
revolving arm chair suitable for
computer use.
Set 1 1 1
4 Executive revolving
,adjustable(height) chairs with
arm
Nos 5 6 5
5 Cushion fixed S type steel
chairs with arm
Nos 18 24 18
6 6ftX3ft conference table Nos 1 1 1
7 Cushion arm steel chairs for
conference table purpose
Nos 6 8 6
8 6ft height steel almirah (only
with selves) for keeping
records and other valuable
items
Nos 4 6 4
9 6ft height steel almirah with
glass doors for library purpose
Nos 2 2 2
10 6ft height (having minimum 6
lockers facility) steel cupboard
with locking arrangement
Nos 2 2 2
11 4ft steel rack (minimum three
selves) for keeping the files
and other items
Nos 8 10 8
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19. PORTABLE ALUMINIUM LADDER EXTENDABLE TYPE OF 3m+
3mTO BE USED FOR MAINTENANCE OF EQUIPMENT INSIDE SWITCH
YARD.
Heavy duty Two fold with sliding feature aluminium ladder to be used for the maintenance
work equipment in the switch yard( 220 KV,132 KV & 33 KV: Breaker, CT, CVT, Isolators
etc) & also street lighting maintenance. Each fold will be of minimum height of 3 Mtrs and
should have better locking arrangement between each folds for better rigidity.
20. PEDESTAL MOUNTED WHEEL FITTED DERRICK FOR LIFTING/
LOWERING OF MATERIALS UP TO 1.5 TON CAPACITY.
Heavy duty Pedestal mounted wheel fitted derrick for lifting/ lowering of materials up to
1.5 ton capacity to be used for the maintenance work equipment in the switch yard( 220
KV,132 KV & 33 KV: Breaker, CT, CVT, Isolators etc) & also other maintenance works.
The height of the derrick will be suitable for lowering of the top pole of the circuit breaker
up to 220 KV and other equipments upto 220 KV.
END OF VOLUME-IIA(SCOPE OF WORK)
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ORISSA POWER TRANSMISSION CORPORATION LTD.
CONSTRUCTION OF
PACKAGE- 61-01 /2012:220KV DOUBLE CIRCUIT LINE FROMJAYANAGAR 220/132/33KV SUBSTATION OF OPTCL TO 400/220 KV
SUBSTATION OF PGCIL AT KALIAGAON JEYPORE ALONG WITH 2NOS 220KVFEEDER BAYS EXTENSION EACH AT BOTH ENDS OF SUB-STATION.
PACKAGE-61-02 /2012:2X 160 MVA,220/132 KV SUBSTATION ATMENDHASAL ALONG WITH 132 KV TRANSMISSION LINES & ASSOCIATED
SYSTEM AT 400/220 KV SUB-STATION,MENDHASAL.
PACKAGE-61-03 /2012:2X20 MVA 132/33 KV SUBSTATION AT 132KV SWITCHING SUBSTATION , SOMANATHPUR, BALASORE.
TECHNICAL SPECIFICATION: GUARANTEED TECHNICAL
PARTICULARS
VOLUME-IIA
NOTICE INVITING TENDER-NIT NO. 52/2011-12.
BID DOCUMENT NO. SR. G.M-CPC-TENDER-PACKAGE- 61-01,61-02 & 61-03 /2011-12
NIT NO. 52/2011-12 TS-GTP VOL-II- A Page 1of 2
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COMMON DOCUMENT
GUARANTEED TECHNICAL PARTCULARS
(TO BE FILLED AND SUBMITTED BY BIDDERS
SEPARATELY FOR EACH PACKAGE WITH THE
TECHNICAL BID)
PACKAGE- 61-01 /2012:220KV DOUBLE CIRCUIT LINE FROMJAYANAGAR 220/132/33KV SUBSTATION OF OPTCL TO 400/220 KV
SUBSTATION OF PGCIL AT KALIAGAON JEYPORE ALONG WITH 2NOS 220
KVFEEDER BAYS EXTENSION EACH AT BOTH ENDS OF SUB-STATION.
PACKAGE-61-02 /2012:2X 160 MVA,220/132 KV SUBSTATION ATMENDHASAL ALONG WITH 132 KV TRANSMISSION LINES & ASSOCIATED
SYSTEM AT 400/220 KV SUB-STATION,MENDHASAL.
PACKAGE-61-03 /2012:2X20 MVA 132/33 KV SUBSTATION AT 132KV SWITCHING SUBSTATION , SOMANATHPUR, BALASORE.
NOTICE INVITING TENDER-NIT NO. 52/2011-12.BID DOCUMENT NO. SR. G.M-CPC-TENDER-PACKAGE- 61-01,61-02 & 61-03 /2011-12
NIT NO. 52/2011-12 TS-GTP VOL-II- A Page 2of 2
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GUARANTEED TECHNICAL PARTICULARS
IVT AND CVT
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GUARANTEED TECHNICAL PARTICULARS.
Sl.
No.
Description. 220KV
CVT
3P/3P/0.2 Accuracy
Class.
1 Bidders name and address.
2 Name and address of the Manufacturer.
3 Manufacturers type and designation.
4 Standards applicable.
5 Type of IVT/CVT
6 Rated primary voltage (kv).
7 Rated secondary voltage (volts).
7.1 Winding-I.
7.2 Winding-II.
7.3 Winding-III.
8 Rated frequency [HZ].
9 Rated burden:-
Protection Winding
Protection Winding
Metering Winding
10 Number of secondary windings.
11 Accuracy class.
[I] [protection] Winding
[II] [metering] Winding
12 Rated voltage factor for continuous operation at rated frequency.
13 Rated voltage factor for 30 seconds at rated frequency.
14 One minute dry and wet power frequency withstand voltage for primary
side
[kv] rms.
15 One minute power frequency withstand voltage for secondary winding
[kv] rms.
16 1.2/50 micro- second impulse withstand test voltage for primary side
17 Temperature rise over an ambient temperature of 50C
[a] With 1.2 times rated primary voltage at rated frequency and at rated
burdens.
[I] Winding [C]
[II] Oil [C]
[III] Other parts [C]
[b] With 1.5 times rated primary voltage for 30 seconds at rated frequency and
at rated burdens.
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Sl.
No.
Description. 220KV
CVT
3P/3P/0.2 Accuracy
Class.
[I] Winding [C]
[II] Oil [C]
[III] Other parts [C]
18 Class of insulation.
19 Total creepage distance in (mm)
20 Maximum radio interference voltage at 1.1 times maximum line to ground
voltage (micro volts)
21 Corona inception and extinction voltage (kv) rms
22 Partial discharge level (piccocoulombs)
23 Primary.[For 220KV, 132KV & 33KV IVT]
(a) No. of primary turns
(b) Material of primary(c) Size of the primary conductor bare/insulated.
(d) Cross sectional area of primary conductor (sq.mm)
(e) Current density adopted for primary winding(A/sq.mm)
(f) Type of primary winding.
(g) Name of the insulating materials used for primary conductor.
(h) Weight of primary winding.
24 Secondary. [For 220KV, 132KV & 33KV IVT]
(a)No. of secondary turns
(b) Material of secondary
Size of the secondary conductor bare /insulated.
(d)Cross sectional area of secondary conductor (mm)
(e)Current density adopted for secondary winding(A/mm)
(f)Type of secondary winding
(g)Name of the insulating materials used for secondary conductor.
(h)Weight of secondary winding.
25. Core. [For 220KV, 132KV & 33KV IVT](a)Shape of the core
(b)Material and grade of the core laminations
(c)Thickness of the core lamination (mm)
(d)Maximum flux density adopted (Tesla)
(e)Net iron area of the core
(f)Watt loss/kg. for the core materials at the operating flux density(W/kg)
(g) Total weight of the core(kg)
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Sl.
No.
Description. 220KV
CVT
3P/3P/0.2 Accuracy
Class.
(h)Whether B-H curve for core material enclosed?
(i)Whether specific loss vrs. Flux density curve enclosed ?
26INSULATION. .[For 220KV, 132KV & 33KV IVT]
(a) Insulation between core and secondaries.
(b) Insulation between secondaries.
Insulation between secondary and primary.
(d) Insulation between primary .and core.
27 DIMENSIONS OF CORE AND WINDINGS. .[For 220KV, 132KV &
33KV IVT]
(a)Diameter of the core (mm)
(b)Inner diameter of the secondary windings(mm)
(c) Outer diameter of the secondary windings (mm)
(d) Inner diameter of the primary winding(mm)
(e) Outer diameter of the primary winding(mm)
(f) Minimum clearance from primary winding to tank(mm)
(g) Minimum clearance from secondary winding to tank(mm)
28. Percentage voltage ratio (error)/phase displacement (min.)at 100% rated
burden at 0.8PF lagging for measuring winding.
(a) 80% of rated voltage at frequency:-
(b) 120% of rated voltage at frequency:-
(c) Accuracy of standard PT to be used. during determination of errors
(0.05 or better.
29. Percentage Voltage ratio /phase displacement (min.)at 25% rated burden at0.8PF lagging for measuring winding.
(a) 80% of rated voltage at rated frequency:-
(b) 120% of rated voltage at rated frequency:-
30. Percentage voltage (ratio)error /phase
displacement (min.) at 100% rated burden at 0.8PF lagging for protection
winding
(a)5% of rated voltage.
(b)1.2 times rated voltage
( c)1.5 times rated voltage
(d) 2% of rated voltage..31. Percentage voltage (ratio) error /phase displacement (min) at 25% of rated
burden at 0.8PF lagging for protection winding
(a)5% of rated voltage
(b)1.2 times rated voltage.
1.5 times rated voltage.
(d) 2% of rated voltage.
32. Whether IVT/CVT is suitable for horizontal transportation.
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Sl.
No.
Description. 220KV
CVT
3P/3P/0.2 Accuracy
Class.
33. Quantity of oil per IVT/ CVT (Ltrs/kg)
34. Standard to which oil conforms.
35. Characteristic of oil(Prior to filling)35.1
.
Breakdown voltage (kv-rms)
35.2
.
Dielectric dissipation constant tan delta)
35.3 Water content(PPM)
35.4 Gas content(PPM)
35.5 Interfacial tension at 27 degree C(N/m)
35.6 Specific resistance.
35.6.1
At 90 deg.C(ohm-cm)
35.6
.2
At 27 deg.C(ohm-cm)
36. Whether IVTS are hermetically sealed ? If so how ?
37. Total Weight (kg)
38. Transport weight (kg)
39. Dimensional details.
40 Whether IVT characteristic curves enclosed?
41. TANK AND SECONDARY TERMINAL BOX.41.1 Material of the IVT/ CVT tank
41.2 Material of the secondary terminal box.
41.3 Thickness of the IVT/ CVT tank material.
41.4 Thickness of the secondary terminal box material.
41.5 Zinc coating of IVT/ CVT tank(g/sq.m)
41.6 Zinc coating of the secondary terminal box (g/sq.m)
41.7 Weather proof rating of secondary terminal box.
41.8 Weight of tank fitting and other accessories.
TERMINAL CONNECTORS01. Manufacturers name
02. Applicable standards.,
03. Type.
04. Material of connector.
(a)Clamp body.
(b)Bolts and Nuts.
(c ) Spring Washers
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Sl.
No.
Description. 220KV
CVT
3P/3P/0.2 Accuracy
Class.
05. Rated current.
06. (a) Rated terminal load(kg)
(b) Factor of safety.07. Minimum thickness of any part(mm)
08. Weight of connector complete with hardware.
09. Type test reports as per IS enclosed.
10. OGA drawing enclosed.
BUSHING/SUPPORT INSULATOR
01 Manufacturers name
02. Type.
03. Applicable standards.
04Dimensions:
(i)Height(mm)
(ii)Diameter(top)(mm)
(iii)Diameter( bottom)(mm)
05 Total creepage distance (mm).
06. Rated voltage(KV)(rms)
07. Power frequency withstand voltage for
(1 minute dry and wet(KV/rms)
08.
1.2/50 micro-second Impulse withstand voltage (KVP)
09. Corona Extinction voltage(kv)
10. Weight(kg)
11. Maximum allowable span (mm)
12. Cantilever strength(kg)
13. OGA drawing enclosed.
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ADDITIONAL TECHNICAL REQUIREMENT FOR 220KV CVT
1. Rated capacitance of the CVT
2. High frequency capacitance for entirecarrier frequency range.
3. Equivalent series resistance over the entire
frequency.
4. Stray capacitance and stray conductance of the
LV terminal over entire carrier frequency range.
5. Capacitance (PF) /Tan delta between:-
a) HV-HF point
b) HF point-Ground point of
International Transformer.
c) HV-Ground point of Intermediate
Transformer winding.
6. Capacitive reactance of the two parts of
the divider i.e. High voltage capacitor,
and Intermediate voltage capacitor,
connected in parallel.
7. Total Inductive reactance, offered by CVT.
8. Voltage ratio of the capacitor divider.
9. Open circuit Intermediate voltage.
10. Rated open circuit Intermediate voltage.
11. Reference range of temperatures within
which the CVT complies with the relevant
accuracy requirements.
12. Protective device, in-corporate in the CVT
for limiting over voltages and/or to prevent
sustained Ferro resonance.
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13. Rated voltage of Surge Arrester, connected
at the secondary of CVT.
14. Natural frequency of coupling (KHZ).
15. Self tuning frequency of CVT (KHZ).
16. Bandwidth (KHZ).
17. Temperature rise over ambient.
18. One minute power frequency test voltage
of secondary winding (KV).
19. One minute power frequency test voltage
of H.F. terminal (KV).
20. One minute power frequency test voltage
of capacitor (dry & wet) (KV).
21. 1.2/50/micro second Impulse withstand test voltage
of capacitor (KVP).
22. 250/2500 micro second switching surge
withstand voltage of capacitor (dry & wet).
23. Literature
Whether the followings are enclosed?
23.1 Type Test reports as per IEC 186.
23.2 OGA drawing of CVT and terminal
connector.
23.3 Characteristic curves.
23.4 Drawing showing clearance from
earthed object.
23.5 Details of Surge Arrester, connected
at secondary winding of CVT.
24. ELECTROMAGNENIC UNIT:-
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24.1 CORE:-
a) Core diameter (mm)
b) Window Weight (mm)
c) Leg centre (mm)
d) Net cross sectional area of iron
In the core (mm )
e) Core lamination thickness (mm)f) Type & grade of core.
g) Design flux density at rated voltage.
And rated frequency (Tesla)
h) Design flux density at highest system voltage
& lowest system frequency (Tesla).
i) Minimum knee point voltage (volts).
24.2 PRIMARY WINDING:-
a) No. of turns.
b) Bare size of conductor
c) Insulated size of conductor.
d) Area of cross section.
e) Current density (A/ mm).
f) Conductor material.
g) Class of insulation.
h) Power frequency withstand level.
(KV-rms).
i) Impulse withstand level (KVP).
24.3 Secondary Winding Protection Protection Metering
Winding Winding Winding.
a) No.of turns
b) Bare conductor size (mm)
c) Insulated conductor size (mm)
d) Cross-sectional area (sq.mm)
e) Current density (A/ mm)
f) Conductor material.
g) Class of Insulation.h) Power frequency withstand
Level (KV-rms).
Signature of the Tenderer
with seal and date.
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ANNEXURE B.
CALIBRATION STATUS OF TESTING EQUIPMENTS AND INSTRUMENTS/METERS.
Name
of the
test.
Meters
and
equipment
s required
for the
correspondi-ng test
with
range,
accuracy,
make and
Sl. No.
Date of
Calibra-
tion.
Due date
of Cali-
bration.
Name of
the Cali-
brating
Agency.
Whether
Calibrat-
ing
Agency
is Govt.
Approv-ed.
Whether
documents
relating to
Govt.
Approval
of the cali-brating
Agency
furnished ?
Whether
the
meters/
equipment
fulfill the
accuracyclass as
per
calibration
report
Whether
the calibra
ting
agency has
put any
limitationtowards
the use
of the
particular
meter/equi
pment. If
yes, state
the
limitations
.
Whether green
sticker or blue
sticker or
yellow sticker
has been
affixed on thebody of the
particular
equipment/me
ter. State the
colour of the
affixed
sticker.
Inspite of
imposed
limitations,,
whether the
particular
meter/equipment can
still be
used ?
Justify its
use for
correspondi
ng test(s).
Rema-
rks
1 2 3 4 5 6 7 8 9 10 11 12
Signature of the tenderer with seal and date.
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ANNEXURE-C
CHECK LIST TOWARDS TYPE TEST REPORTS.
Name
of the
Type
Test.
Date
of
Test.
Name of
the
Laboratory
where the
Test has
been
conducted.
Whether the
Laboratory is
Government
Approved.
Whether the
Test reports
are valid as
per Clause
No.8.1 of T.S.
Whether the
copy of Test
Report in
complete
shape
alongwith
drawings
etc.furnished or
not ?
Whether the
Tested
I.V.T.
fulfills the
technical
require-
ments as per
TS.
If the type testedI.V.T
does not fulfill the
technical requirements
as per this specification,
whether the bidder
agrees to conduct the
particular test(s) again at
their own cost withoutany financial liability to
OPTCL in the presence
of OPTCLs
representative within the
specified delivery
period.
Re mark
1 2 3 4 5 6 7 8 9
Signature of the Tenderer with seal and date.
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GUARANTEED TECHNICAL PARTICULARS
BATTERY AND BATTERY CHARGER
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SCHEDULE OF GUARANTEED TECHNICAL PARTICULARS
FOR 220V/48V LEAD ACID PLANTE/Maintenance Free(VRLA) STORAGE
BATTERY.
[To be filled in by the bidder]
Values/Others
1. Manufacturers Name and address alongwith Fax No. &
Tele phone No.
2. Conforming to standards
3. Type and designation as per ISS
4. Manufacturers type and designation
5. AH capacity and voltage of the battery at 27 deg.C.
[a] At 10 hour rate of discharge.
[b] At 5 hours rate of discharge.
[c] At 1 hour rate of discharge
[d] At 1 minute rate of discharge.
[e] At hour rate of discharge.
6. Open circuit voltage of each battery cell.
[a] Fully charged
[b] Floating condition.
[c] When completely discharged at.[i]. 10hr. rate.
[ii]. 5 hour rate
[iii] 1 hour rate
[iv] hr. rate
[v]. 1 minute rate
[vi] 1-second rate.
7. Recommended float charging voltage [volts] across the
battery terminals.8. Recommended boost charging voltage [volts].
9. Time required for boost charging from discharged
conditions [in hours]
10. Trickle charging
Current range/cell
11. AH capacity at 10 hour rate at 10 hour rate at room
temperatures of :
[a] 15 deg C.[b] 27 deg C.
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[c] 50 deg C.
12. CELL DETAILS
[i]. No. of cells per battery
[ii]. Total nos. of plates per cell.
[iii] No. of positive plates per cell.
(iv) Type of positive plate
(v) No. of negative plates per cell
(vi) Type of negative plate
(vii) Surface area of plates in sq. mm.
(viii) CONSTRUCTIONAL DETAILS AND DIMENSIONS OF
(a) Positive plate(b) Negative plate
(c) Material of the container
(d) Thickness of the container
(e) Overall dimensions of each cell (LxBxH)
ix. Weight per Cell (Kg)
(a) Active elements-positive
(b) Active elements-Negative
(c) Container
(d) Net dry weight
(e) Weight with electrolyte
x. Distance between centre of cells where erected.
xi. Nominal cell voltage.
xii. Internal resistance of each cell at
(a) Fully charged condition
(b) Fully discharged condition(c) Floating condition
13. Type, Thickness and materials of the separators
14. Containers
(a) Type
(b) Material
(c) Outside dimensions (LxBxH)
15. Cover and its type and material
16. Clearance in mm between
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(a) Top of plates and top of container
(b) Bottom of plates and bottom of container
(c) Edges of plates and inner surface of container.
17. Sediment space (depth) in mm18. ELECTROLYTE
(a) Amount of electrolyte and specific gravity at 27
deg. C for first filling.
(b) First filling per set with 10% of extra furnished.
(c) Electrolyte conforms to standard
(d) Rated specific gravity of electrolyte when fully
charged at rooms temperature of
(i) 15 deg. C
(ii) 27 deg. C
(iii) 50 deg C.
(e) Specific gravity of electrolyte at the end of
discharge at 10 hour discharge rate.
(f) Maximum electrolyte temp. that the cells can
withstand without injurious effect.
(i) Continuously
(ii) For short period
19. INTER CELL CONNECTOR
(a) Whether Inter-cell connector to be furnished ? (Yes
/ No)
(b) Type of inter-cell connector (bolted or others)
(c) Materials of inter cell connector
20.
(a)
Inter row, inter-tier connectors and end take-off
furnished ? (Yes / No)(b) Description, size, current rating, type and material.
21. RACKS
(a) No. of racks per battery
(b) No. of cells per rack
(c) Type of racks (rows and tiers)
(d) Material of the rack
(e) Racks provided with
(i) Numbering tags for cell
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(ii) Teak wood clamps for cables
(f) Whether anti-acid coating provided ?
(g) Description of rack insulators
(h) Outline dimensions of racks(i) Net weight of racks
(j) Shipping weight
22. Recommended rate for charging the battery in 8
hours.
Start Finish
(a) Current
(b) Voltage
23. Recommended float charge rate
24. Resistance of the battery including inter-connector
between the cells in ohms.
25.
(a)
Maximum short circuit current per battery
(b) Allowable duration of short circuit
26. Short circuit current for a dead short across the
battery terminals when
(a) Float at 2.1 volts per cell.
(b) Boost charge to 2.75 volts per cell.
27.
(a)
Time to full charge at finishing rate only
(b) Time to full charge at higher starting rate
(c) Time for full charge to charge by two step charging
at starting up and finishing rates
28. Guaranteed AH efficiency at 10 hour rate of
discharge in percent.29. Guaranteed WH efficiency at 10 hour rate of
discharge in percent.
30. Instructions for filling and initial charging of the
battery with finishing and two step charging rates.
31. Recommended interval at which battery should be
discharged at 10 hour rate and quick charged.
32. Recommended floating voltage per cell and the
minimum variation.
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33. Recommended maximum period of storage before
the first charge.
34. Average life in years
35. Guaranteed life of battery in years.36. Estimated life of battery in years.
37. Total shipping weight of battery units
38. Dimensioned lay-out drawings of the rack and
battery to be attached with the tender. (Whether
furnished ? Yes / No)
39. The following characteristic curves, to be furnished
alongwith the tender (whether furnished)
(a) Battery discharge curves at various rates between
one minute and 10 hour rate. (Yes / No.)
(b) Curves showing the relation between the specific
gravity and amount of charge in the battery for
both charging and discharging conditions. (Yes /
No)
(c) Curves showing the relation between cell voltage
and charging current when charged at
(i) Finishing rate (Yes/ No)
(ii) High starting rate (Yes/ No)
(iii) Two step charging by starting and finishing rate
(Yes / No)
(d) Curve of internal resistance at the end of various
discharge rates (Whether furnished (Yes / No)
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GUARANTEED TECHNICAL PARTICULARS FOR
BATTERY CHARGER (220 V /48 V D.C. SYSTEM) SUITABLE
FOR SPECIFIED LEAD ACID PLANTE STORAGE BATTERY/VRLA
Battery
(To be filled in by the Bidder)
Values/ Others
1. Manufacturers Name
2. Rated output of the charger
2.1 Voltage (volts)
2.2 Current (amps)
2.3 Power factor
3. Short time rating
4. Type of cooling
5. Hottest stack temperature (0C)
6. Charger dimensions
6.1 Height (mm)
6.2 Depth (mm)
6.3 Width (mm)
6.4 Sheet thickness (mm)
7. Charger weight
8. Charger rated output current
8.1 Float charging mode
8.2 Boost charging mode
9. Load limiter current setting range (Trickle mode)
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10. RECTIFIER TRANSFORMER Float Boost
Charger Charger
10.1 Make
10.2 Type
10.3 Rated KVA
10.4 Over current impedance (ohms)
10.5 Input line winding connection
in vector representation
10.6 Rated primary voltage (volts)
10.7 Rated secondary voltage (volts)
10.8 Rated frequency (Hertz.)
10.9 Rated output (amps)
10.10 Turn ratio
10.11 Insulation level
10.12 Impulse withstand test voltage (KVP)
10.13 One minute power frequency over voltage.
(a) Primary winding (KV-rms).
(b) Secondary winding (KV-rms)
10.14 Material of primary winding conductor
10.15 Material of secondary winding conductor
10.16 Size, Cross-sectional area and current density of primary winding conductor.
10.17 Size, cross-sectional area and current density of secondary winding conductor
10.18 No. of turns of primary / phase
10.19 No. of turns of secondary / phase
10.20 Name of the insulating materials used and class
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10.21 Core
10.21.I Name of the core material
10.21.II Grade of the core
10.21.III Thickness of core material (mm)
10.22 Maximum temperature rise over an ambient temperature of 500C
(a) Primary Winding (0C)
(b) Secondary Winding (0C)
(c) Core (0C)
10.23 standards applicable
11.0 RECTIFIER ASSEMBLY :
11.1 Make
11.2 Type of semi conductor material
11.3 Rated direct current per cell (A)
11.4 Rated direct voltage (V)
11.5 Rated input voltage (V)
11.6 Type of connections of rectifier elements.
11.7 Forward power loss and reverse power loss (watts).
11.8 Forward voltage drop and reverse voltage drop (volts)
11.9 Conversion efficiency (%)
11.10 Rated DC output voltage (V)
11.11 Rated AC input voltage (V)
11.12 Rated output current (A)
11.13 Ripple factor
11.14 Voltage factor
11.15 Current factor
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11.16 Maximum temperature rise over an ambient temperature of 500C (
0C)
11.17 Maximum permissible ambient temperature for guaranteed rating (0C)
11.18 Maximum and minimum permissible humidity rating (%)
11.19 Life expectancy (years)
11.20 Standard(s) applicable
11.21 Characteristic curve of DC output plotted against output current (Whether
submitted ?) Yes / No.
12.0 AUTOMATIC VOLTAGE REGULATOR
12.1 manufacturers name
12.2 Manufacturers type
12.3 Percentage stabilisation of the rectifier with the help of AVR when
(a) Input voltage changes with of its nominal value.
(b) DC output of the rectifier varies from no-load to full load.
12.4 Rated output voltage
12.5 Allowable AC frequency fluctuations
12.6 Voltage setting range
12.7 Response time of automatic voltage regulator
13.0 Manual voltage regular (float mode)
13.1 Type
13.2 Voltage setting range
14.0 Boost charging current setting range
15.0 Boost charging limit setting range
16.0 DIODES
16.1 Manufacturers name
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16.2 Type of circuit
16.3 Method of construction
16.4 Continuous current rating (Amps.)
16.5 Short time current rating (Amps)
16.6 Type of cooling
16.7 Forward power loss and reverse power less (W)
16.8 Life expectancy
16.9 Forward voltage drop on rated current
16.10 Resistance offered for reverse current flow
16.11 Maximum temperature rise over an ambient temperature of 500
C.
17.0 CONTACTORS / MOULDED CASE CIRCUIT BREAKERS
17.1 Type
17.2 Make
17.3 Rated voltage (V)
17.4 Rated continuous currents (A)
17.5 Contact material
17.6 Operating coil
17.6.1Voltage (V)
17.6.2Voltage range and power for closing and holding
17.6.3Voltage range and power for drop off.
17.7 Thermal trip rating
17.8 Thermal trip time
17.9 Details of CT if any
17.10 Auxiliary contacts
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17.10.1 Number
17.10.2 Current rating
17.11 Characteristics of back-up HRC fuse
18.0 RELAYS :
18.1 Make and type of protective and alarm relays
(a) Thermal overload relay
(b) Input under voltage relay
(c) Single phasing alarm relay
(d) Phase reversal relay
(e) D.C. output over-voltage relay
(f) D.C. output under voltage relay
(g) Charger failure relay
(h) Battery earth fault relay
(i) A.C. input failure relay (for connecting the D.C. load)
(j) Fuse failure relay
(k) Alarm accept relay
18.2 Rated voltage of each of the above
(a) AC/DC
(b) Permissible variation
(c) Frequency
18.3 VA burden of each of the above
18.4 Operating time of each of the above
18.5 Time vs current curves of each of the above.
(to be enclosed alongwith the offer)
18.6 Reset time
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18.7 Accuracy
18.8 Setting range
18.9 Reset factor
18.10 Number of contacts
(a) Normally open
(b) Normally closed
18.11 Rating of contacts
(a) Rated Voltage (V)
(b) Rated making and breaking
(c) Continuous rating
18.12 No. of operations
18.13 Operation indicator
19.0 INDICATING LAMPS
19.1 Manufacturers name
19.2 Type and designation
19.3 Permissible voltage variation
19.4 Rated power consumption (watts).
19.5 Series resistance, if any
20.0 SWITCHES:20.1 Manufacturers name
20.2 Ratings
(a) Continuous current
(b)Short circuit making capacity
(c) Breaking capacity
(d)Voltage
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20.3 Operating mechanism details
20.4 Type of visual indication
(a) OFF and ON position
(b)Fuse blow out
21.0 FUSES
(a) Make
(b)Type
(c) Rating (Amps)
(d)Interrupting rating (KA)
22.0 INSTRUMENTS
22.1 Manufacturers Name
(a) Ammeter
(b)Voltmeter
22.2 Type
(a) Ammeter
(b) Voltmeter
22.3 Standard
(a) Ammeter
(b) Voltmeter
22.4 Scale range
22.4.1Ammeter
(a) Float charger
(b)Boost charger
(c) Battery float(d)Battery boost
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22.4.2Volt meter
(a) Input supply
(b)Charger output
(c) Load
22.5 Size of dial
(a) Volt meter
(b)Ammeter
22.6 Accuracy class
(a) Volt meter
(b)Ammeter
22.7 Temperature at which calibrated
22.8 Limit of errors
22.9 Out line dimensions
22.10 Type of mounting
22.11 Selector switch for volt meter (AC & DC)
(a) Make
(b)Rating
23.0 CAPACITOR
23.1 Manufacturers name
23.2 Type
23.3 Capacitance (Farad)
23.4 Maximum temperature rise over an ambient temperature of 500C.
24. Reference float voltage at ambient temperature of 270C
25. Whether protection is given for float voltage to Avoid low battery voltage due
to sensor or circuit Malfunction. (Yes/ No).
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ANNEXURE IV-A
(For Testing of Battery)
(To be filled in by the bidder)
CALIBRATION STATUS OF TESTING EQUIPMENTS AND INSTRUMENTS/ METERS
Name of
the Test
Meters &
Equipments
required for the
corresponding
test with range,
accuracy, make
& Sl. No.
Date of
Calibr-
ation
Due date of
Calibration
Name of
the
Calibratig
Agency
Whether
Calibrating
Agency is
Govt.
approved
Whether
documents
relating to Govt.
approval of the
calibrating
Agency
furnished
Whether the
meters/
equipments
ful fil the
accuracy
class as per
calibration
report.
Whether the
calibrating
agency has
put any
limitation
towards the
use of the
particular
meter/
equipment. If
yes, state the
limitations
Whether the
calibrating
agency has put
any limitation
towards the use
of the
particular
meter/equip-
ment/ meter.
State the colour
of the affixed
sticker
Inspite of
imposed
limitations.
Whether the
particular
meter /
equipment can
still be used ?
Justify its use
for
corresponding
test(s)
Remarks
1 2 3 4 5 6 7 8 9 10 11 12
Signature of the tenderer with seal & date
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ANNEXURE IV-B
(For Testing of Battery Charger)
(To be filled in by the bidder)
CALIBRATION STATUS OF TESTING EQUIPMENTS AND INSTRUMENTS/ METERS
Name of
the Test
Meters &
Equipments
required for the
corresponding
test with range,
accuracy, make
& Sl. No.
Date of
Calibr-
ation
Due date of
Calibration
Name of
the
Calibratig
Agency
Whether
Calibrating
Agency is
Govt.
approved
Whether
documents
relating to Govt.
approval of the
calibrating
Agency
furnished
Whether the
meters/
equipments
fulfil the
accuracy
class as per
calibration
report.
Whether the
calibrating
agency has
put any
limitation
towards the
use of the
particular
meter/
equipment. If
yes state the
limitations
Whether the
calibrating
agency has put
any limitation
towards the use
of the
particular
meter/equip-
ment/ meter.
State the colour
of the affixed
sticker
Inspite of
imposed
limitations.
Whether the
particular meter /
equipment can
still be used ?
Justify its use for
corresponding
test(s)
Remarks
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Signature of the tenderer with seal & date
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ANNEXURE V A
(To be filled in by the bidder)
CHECK LIST TOWARDS TYPE TEST REPORTS FOR BATTERY
Name of the
Type Test
Date of
Test
Name of the
Laboratory where
the Test has been
conducted
Whether the
Laboratory is
Government
approved
Whether the
Test report is
valid as per
Spn.
Whether the
Test report in
complete
shape
alongwith
drawings etc.
furnished or
not ?
Whether the
type tested
Plante lead
acid battery
fulfil ls the
technical
requirements
as per TS
If the type tested battery does not
fulfill the technical requirements as
per this specification, whether the
bidder agrees to conduct he particular
type test again at their own cost
without any financial liability to
OPTCL in the presence of OPTCLs
representative within the specified
delivery period
Remarks
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Signature of the tenderer with seal & date
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ANNEXURE V B
(To be filled in by the bidder)
CHECK LIST TOWARDS TYPE TEST REPORTS FOR BATTERY CHARGER
Name of
the Type
Test
Date of
Test
Name of the
Laboratory
where the Test
has been
conducted
Whether the
Laboratory is
Government
approved
Whether the
Test report is
valid as per
Spn.
Whether the
Test report
in complete
shape
alongwith
drawings
etc.
furnished or
not ?
Whether the
type tested
battery
charger
fulfills the
technical
requirements
as per TS
If the type tested battery charger does not
fulfill the technical requirements as per this
specification, whether the bidder agrees to
conduct he particular type test again at their
own cost without any financial liability to
OPTCL in the presence of OPTCLs
representative within the specified delivery
period
Remarks
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Signature of the tenderer with seal & date.
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GUARANTEED TECHNICAL PARTICULARS
FOR
SF6 AND VACUUM CIRCUIT BREAKERS
NIT NO. 52/2011-12 TS-GTP VOL-II- A Page 31 of 138
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GUARANTEED TECHNICAL PARTICULARS FOR CIRCUIT BREAKERS
( To be filled in & furnished by the Bidder , separately for 245 KV SF6 Circuit
Breakers)