FALCON SERIES 12 METAL CLADUntil 11kV - 31,5 kA With Withdrawable, Air-Insulated, Medium Voltage Distribution Panel

REF: EMCF-EN-16-03

We engineer, we assure.

able CompanySaudi C

2 w w w . e l i m s a n . c o m

QUALITY

TYPE OFPRODUCTS

PRODUCTINTRODUCTION

TECHNICALCHARACTERISTICS

APPLICATION

STANDARDS & SPECIFICATIONS

REQUIREMENTS

CONTENTS

FALCON SERIES 12TYPE METAL CLAD

04

10

03

08

05

19

06

Advanced technology since 1980.

Product Application Areas

Business Application AreasCurrent Carrying Capacity

ProtectionsClimatic Conditions

Internal Arc Classifi cation

Customer Benefi tsAdvantages

Features

ElectricalDimensions

Classifi cation

Overview DrawingSingle-Line DiagramsMechanical Structure

Elimsan’s Falcon Series Air Insulated Compact Type Metal Clad Switchgears is fully designed and developed indeginuously by highly qualified team Turkish Engineers and Scientists at Elimsan, Turkey. The Falcon Series Metal Clad is made to meet the most demanding requirements of our respectable customers i.e the technical specification standard EP-MS-P4/S2.082 of Qatar General Electricity and Water Distribution Company KAHRAMAA, Qatar.

Elimsan, with over 35 years of experience in Electro-Mechanical industry has manufactured each part of Falcon Series Switchgear in its own Facility. The Manufacturing facility of Elimsan is fully equipped with latest technology and highly skilled workers to ensure a superior quality of product finishing. The compact design of Falcon Series Metal Clad Switchgear equipped with premium Quality Elimsan Vacuum Circuit Breaker has demonstrated extraordinary performance in harsh desert climatic conditions i.e 100oC 100% Humidity. Falcon Series Switchgear has been successfully type tested at CESI and KEMA, the most reputed STL Laboratories accepted internationally.

The Panels, was designed to meet IEC and ANSI standard requirements and internal arc withstand tests was applied accordingly. Air insulated panels design, manufacturing, testing, packaging, supply, distribution and performance requirements, conforms to conditions of IEC 62271-200, IEC 62271-1, IEC 62271-100, IEEE C37.20.7.

Falcon Series Products are designed in a way to be durable in different climatic and geographic conditions. The protection, measurement and control circuitry is built to provide reliable supply of electricity without Power Outages.

COMPACT DESIGN, ADVANCED TECH, HIGH PERFORMANCE

3

4 w w w . e l i m s a n . c o m

Type tests of the products are performed in our accredited laboratory according to ISO 17025 standards.

Each component included in this catalog were certified under relevant IEC standards

The products and systems in this catalog, is manufactured in accordance with certified Quality Management Systems (ISO 9001, ISO 14001, IEC62271-200, IEEE C37.20.7).

Products, are being passed from routine testing below before the last control, results are supplied with the product, as reports.

- Main Circuit Dielectric Test (for 12kV - 28kV, 1 min. ; for 24 kV - 50kV, 1 min.) - Tests on auxiliary and control circuit - Measurement of Main Circuit Resistance - Design and Visual Check - Interlocking Check - Paint Quality Control - Control of Electrical Installations - Visual Inspection

KEMATesting, Inspections & Certification organisation

CESIConsulting and testing services for elec- tricity sector playersEngineering

QUALITY

Product Application Areas:

Falcon Series Metal Clad Switchgear Panels manufactured for the project of Kahramaa , GTC/571/2013. Falcon12 has been designed to operate at 12 KV naturally ventilated Secondary distribution Substation without Air Conditioning at more than 500C during summer.

This globally accepted and recognized Swicthgear, Falcon 12 is operational in Qatar for years; in substations, power plants, switching facility, Industrial zones, factories, airports, tunnels, ports, rail transport, different transportation systems, hospitals, shopping centers and water treatment plants.

5

APPLICATION

6 w w w . e l i m s a n . c o m

REQUIREMENTSCustomer Benefits:

• Reliable and Robust Metallic Structure Ensuring Safety: Falcon Series Metal Clad Switchgear Panel type tested according to IEC standards from KEMA and CESI laboratories provides very tangible advantages. The Falcon 12 Metal Clad has successful passed the destructive Internal arc test as per IEC 62271-200 standard and IEEE C37.20.7 standard, certifying the safety of Falcon Metal Clad. In addition the internal arc resistance test was applied to cover the ANSI standart requirements, special arrangements were made to perform these tests with indicators placed outside and inside of adjacent compartment during test. After the tests indicators had seen no damage and test resulted in success.

Moreover, all components have successfully passed the strength and measurement tests.

• Importance to Life And Safety: Falcon Series Metal Clad Switchgear Panels has, internal arc fault classification of AFL, loss of service continuity category LSC 2B and PM partition class. It is suitable for all applications with design material quality, and workmanship. In terms of staff and operational safety it complies to the highest requirements in the maximum level.

• Ease of Service, Installation And Maintenance: Falcon Series Metal Clad is providing highest mechanical ease of use and the highest service continuity with its special design during maintenance.

- It can be assembled with 5 pieces of steel bolts only. - Designed in a way to make the grounding of main bar through the circuit breaker without removing the circuit breaker compartment removed, maintenance can be performed. This design ensures that there is no need to provide separate grounding truck saving cost and complying to the need of space constraints in Substations. - Voltage Transformer Truck withdrawable type (easy installation) - The design of all parts on the front panel - Transparent insulating shrouds used in bars connection points (Easy to see through to check the connection) - Operation, maintenance and service are compliant to IEC ve ANSI standarts.

• Environmentally Friendly : Falcon Series Metal Clad Switchgear Panels, designed considering the effect on the environment. The insulating media is air making it friendly to nature. Materials used for manufacturing are easily recyclable Manufacturing was made under the framework of ISO 14001 certification requirements.

Advantages:

• Successful Type Test : Falcon Series Metal Clad Switchgear Panel, with all its accessories is compliant to IEC and ANSI standards according to Qatar Kahramaa Technical Specifications, these IEC and ANSI standards are acceptable globally as these type tests were performed in globally recognized STL laboratories, CESI and KEMA.

• Flexibility And Compact Design: Falcon Series Metal Clad built according to IEC 62271-200 standard with type-tested structure has flexible and compact design. This Falcon switchgear panel has been designed with meticulous R&D focus with two construction types, Truck type and Cassette type compatible and flexible to work in any formation in a substation.

7

• High Performance Under Harsh Desert Type Climatic Conditions: Falcon Series Metal Clad Switchgear Panel is designed according to Class 2 which is the hardest class of IEC 62271-304 standard subjected to climatic aging test and passed the test with flying colors . The Falcon Series Panel is tested at 95 % humidity in the controlled environment with temperature between 30ºC to 50ºC remained operational for 7 weeks passing the isolation test.

• Spare Parts And Accessories Flexibility: 25kA and 31,5kA with the identical design of types, all components are interchangeable with each other. They have the same spare parts and accessories, and their operation and maintenance are not showing difference. This feature provides both cost and time savings.

TECHNICAL CHARACTERISTICS

Type

Rated Busbar current [A]

Rated breaking currents [kA]

Rated feeder current [A]

Rated lightening impulse withstand voltage [kV]

Power frequency withstand voltage [kV]

Rated peak withstand current [kA-peak]

Lost of service continuity

Protection class

Partitation class

Internal arc class

Standards

Frequency [Hz]

Cable charging breaking current [A]

Internal arc withstand current [kA] (for CB and Cable section)

Dimensions (Width / Height / Depth) [mm]

Rated short time withstand current [kA]

Rated Voltage [kV]

EMC 12

12

Up to 800

31,5

Up to 800

31,5 / 3sec

31,5 / 1sec

700 / 2150 / 1750

80

LSC2B

IP41

PM

IAC-A FLR

IEC 62271-200

50

25

75

28

8 w w w . e l i m s a n . c o m

for more details you can check our web site.

TECHNICAL CHARACTERISTICS

Advanced technology since 1980. 9

FALCON SERIESMETAL CLAD SWITCHGEARS Standards : IEC 62271-200

Highly secure structures of Elimsan’s FALCON Series Air Insulated, Metal Clad Switchgears are test proved in KEMA, CESI laboratories. These products are globally

demanded for the diff erent solutions they provide and their fl exible design that fi t diff erent specifi cations. Falcon Series Switchgears contain environmental

friendly vacuum circuit breakers which provide long lasting high performance featuring measurement, protection and control functions.

Classifi cation:

• Loss Of Service Continuity Category And

Partition Class

- Loss of service continuity category: LSC2B

- Partitioning class: PM (partition metalic)

• Compartment Accessibility

- The main bus bar compartment: Tool access

- Circuit breaker compartment: Mechanical locking

and access control

- Cable compartment: Locking control and device

access

• Internal Arc Classifi cation : IAC-A (FLR)

- A: The indicators from the test apparatus 300 mm;

Only authorized personnel can access the panels.

- F Accessibility: Forward; indicators are placed in

front of the test device.

- L Accessibility: Lateral indicators are placed on

sideways of the test device.

- R Accessibility: Back; indicators are placed at the

back of the test device.

- Internal arc resistance 31,5 kA / 1 sec.

- Short-time withstand current 31,5 kA / 3 sec.

1 0 w w w . e l i m s a n . c o m

TYPES OF PRODUCTS

TRUCK TYPE-1

TRUCK TYPE-2A

1 1

TRUCK TYPE-2B

TRUCK TYPE-3.1

TRUCK TYPE-4

1 2 w w w . e l i m s a n . c o m

TRUCK TYPE-3.2

1 3

TRUCK TYPE-5

TRUCK TYPE-6A

1 4 w w w . e l i m s a n . c o m

TRUCK TYPE-6B

TRUCK TYPE-7.1

1 5

SINGLE LINE DIAGRAMS

TRUCK TYPE

Type 1 & 2 Type 3.1 Type 3.2 & 7.2 Type 4-5-6 Type 7.1

TRUCK TYPE-7.2

1 6 w w w . e l i m s a n . c o m

MECHANICAL STRUCTURE

Circuit Breaker Compartment

The main features of Circuit Breaker Compartment are given below:

• Breaker contacts are made of hard copper.• Contacts are silver-plated.• Rotary arc (arc turns in the contact structure) is used.• All switching operation is performed when the medium voltage door is closed. • Pressure relief upwards. • It is electro-static powder paint coated.• Earthed metal screens, providing the partition class PM. • In case of an internal arc the circuit breaker compartment door panel is in pressure-resistant structure.• Control cables were placed side by metal channels. • Lock between the door and circuit breaker compartment provides controlled access. • Circuiy Breaker compartment allows for different kinds of panels hosting the following components - Vacuum circuit breakers - Disconnector truck - Voltage transformser truck

Main Busbar Compartment

The main features Main Busbar Compartment are given below:

• Nominal current sequence that includes the busbar up to 1250A. • The busbars are mounted on top of the standard epoxy resin insulators.• Busbar splitting should pass with success the power frequency voltage withstand test. • Pressure relief upwards. • Bushing.• The main busbars are made of flat copper, steel bolt connected from panel to panel. - 1250 amps are designed as normal main busbar current - Optional: With fiber braided polyester plates from board to board It is possible closure of the main busbar compartment. • Bolted top covers provide access with tool.

Components Of The Main Bus (optional)

• Main busbar between panels to split plates • Surge arresters • Coupling electrode for voltage detection system

Cable Compartment The main features of Cable Compartment are given below:

• Earthing switch, current transformer and some types includes voltage transformers.• Through the back pressure channel upward pressure release• Three-core and single-core cables suitable to connect • 3x300 mm² cable could be used.• Grounding busbar • Access from front and rear• Access to voltage transformer, via a grounded metal shutter respecting the PM class.

Voltage Transformer Compartment

The main features of Voltage Transformer Compartment are given below:

• Earthed metal shutters• PM partitioning• Interlooking system between voltage transformer truck and earthing switch• Voltage transformer truck • Interlocking system between voltage transformer truck and compartment door.

Components In The Panel (optional)

• Single-core XLPE cables: Max per phase. To 3 x 300 mm2 • Coupling electrode for capacitive voltage detection • Voltage transformers - cast-resin insulated - Max. 3x1-pole – Fixed or mounted • Rapid earthing switch - manual operating system - in addition to the standard interlocking system between breaker truck and earthing switch, optional padlock or use of electromagnetic locking• Surge arresters - protection of the switchgear against external overvoltage

Interlocks

The main features of Interocks are given below:

• Interlocking conditions are satisfied according to IEC 62271-200• Earthing switch can only be operated with circuit breaker truck in test position.• Circuit breaker truck can not be moved to service position if earth switch is closed• Circuit breaker truck can only be moved with circuit breaker “OPEN” and earthing switch “OPEN” • Mechanical coding on the circuit breaker truck prevents insertion of similar circuit breaker trucks for lower rated normal currents into panels with higher rated normal currents.• Interlocking of high voltage door against circuit breaker truck.• The high voltage door can only be opened when the circuit breaker truck is in test position.

• Optional: Electromagnetic interlocks • Optional: Mechanical key lock (based on interlocking scenarios)• Padlock system on voltage transformer truck• Earthing switch and voltage transformer compartment door locking• Earthing switch and circuit breaker compartment doors locking differential• Earthing switch and cable compartment door locking• Interlockoning of voltage transformer truck against earthing switch an compartment door.• The main busbar-earthing lock• Locking the grounding of adding additional switchgear panels to the main bar.

1 7

1 8 w w w . e l i m s a n . c o m

Circuit Breaker Truck

The main features of Circuit Breaker Truck are given below:

• Truck frame, bolted to a sturdy structure made of steel sheet.• 4 NO + 4 NC auxiliary contacts in the truck mechanism indicates the truck service and test positions.• Panel door and lock earthing switch is available.• Trucks should be locked mechanically by circuit breaker.• 25 kA / 31.5 kA silver-plated tulip contacts in 3s.

Low Voltages Cables

The main features of Low Voltages Cables are given below:

• Low-voltage cables are flexible and placed in metallic channel.• Connection between low-voltage switchgear is carried out with the passing cable and 32-pin plug connectors in flexible metal conduit.• Connection between panels in plug in type.

Low Voltages Cabinet

The main features of Low-voltage cabinet are given below:

• Includes protection control and measuring equipment.• Medium voltage of the board is divided as safe to touch and reach is seperated from medium voltage side.• Connection is made with plug connectors to switch truck.• Can be separated from the body.

1 9

SwitchgearFalcon Series Metal Clad 12 Kv

IEC 62271-200 TS EN 62271-200IEEE C37.20.7

IEC 62271-1 TS EN 62271-1

Devices

Vacuum Circuit BreakerIEC 62271-100 TS EN 62271-100 IEEE C37.20.7

IEC 62271-1 TS EN 62271 IEEE C37.20.7

Disconnector & Earthing Switch

IEC 62271-102 TS EN 62271-102 IEEE C37.20.7

Voltage Detection System

IEC 61243-5 IEEE C37.20.7

Degree of protection IEC 60529 TS EN 60529

Insulation IEC 60071

TransformersVoltage Transformer

IEC 61289-1 IEC 61289-3

TS EN 61289-1 TS EN 61289-3

IEEE C37.20.7

Current TransformerIEC 61289-1 IEC 61289-2

TS EN 61289-1 TS EN 61289-2

Installation IEC 61966-1 TS EN 61966-1

IEC STANDARD EN STANDARD IEEE STANDARD

Current Carrying Capacity

• IEC 62271-1 / EN 62271-1 and IEC 62271-200 / TS current carrying capacity according to EN 62271-200 standard is based on the following ambient temperatures: - Maximum 24-hour mean + 35°C - Maximum +50°C • Current carrying capacity of the panels and busbars depends on the ambient temperature outside the enclosure.

STANDARDS / SPECIFICATIONS

Business Application Areas

• At 12KV Secondary Distribution Substation operational without Air Conditioning at high temperature 50ºC and 100% humidity.• Remote Access to panels is possible, they can be operational at Substations without personnel and no access.• They are used in locked substations. These centers, internal and external, the placed electric equipment and are only kept where it is locked (like switching rooms in the facility) hence requiring the panels to be highly reliable to ensure uninterrupted Supply of Power.• These Panels can be operational at compact areas like business centers, where there are space constraints and industrial zones, where the temperature is above the normal atmospheric conditions.

2 0 w w w . e l i m s a n . c o m

• The Solid Foreign Objects, Electric Shock And Protection Against Ingress Of Water: IP 41 housing or outer frame Protection againsts Solid Foreign Objects and ingress of water as well as per IEC 62271-200, IEC 60529, EN 62271-200, EN 60529 standard and IP3X protection of Partitions.

• High Performance Under Difficult Climatic Conditions: Falcon Series of Metal Clad Switchgear Panel, according to Class 2 which is the hardest class of IEC 62271-304 standard was subjected to climatic aging test and passed the test with success. Products in tests at 95% humidity  and in the environment having a temperature between 30°C to 50°C  has worked for 7 weeks seamlessly under energy and after this period they have completed insulation testing in success.

Falcon Series Metal Clad Switchgear Panels, depending on additional measures, could be used in the following environmental and working conditions:

Environmental Conditions

• Liquid• Natural foreign materials• Chemically active pollutants• Small animals• Solids

Working Conditions

• Ambient temperature: Max under the corresponding rated current 50°C Max: -5°C• Any foreign material, dust, flammable / corrosive gases and vapors, should not smoke and salt.• Humidity: - Average relative humidity over a period of 24 hours: 95% - The average steam pressure in a 24 hour period: max.2.2 kPa - 1 month average relative humidity: 90%• Elevation: 1000 m above sea level atmospheric conditions related to - 1013 hPa + 20°C, 11 g / m3 of water - Above 1000 m, derating factor is applied.

• Conditions: Quick grounding switches are available which are earthing switches which have making short-circuit capacity according to IEC 62271-102 standard.

2 1

Internal Arc Classification

• The safety of personnel is verified by internal arc fault test.

• Internal arc testing was performed in accordance with IEC 62271-200 ANSI / IEEE C37.20.7 / TS EN 62271-200.

• Falcon Series Metal Clad Switchgear Panels of 31.5 kA, 1s internal arc classification and with a guarantee of success criteria specified in the mentioned standards 1 to 5. Thus, maximum personnel safety is ensured. Definitions of the criteria: - Criterion 1: Correctly secured doors and covers do not open. Limited deformations are accepted. - Criterion 2: It is not permissible to break away from the body. Weight up to 60 g is considered ejection of small parts. - Criterion 3: Up to 2 m height, does not cause holes in the accessible sides arc. - Criterion 4: Indicators should not be burning under the influence of hot gases. - Criterion 5: The enclosure remains connected to its earthing point after the test.

2 2 w w w . e l i m s a n . c o m

PRODUCT PHOTOS

2 3

NOTES........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................

w w w . e l i m s a n . c o m

Bagdat Mahallesi.D100 Karayolu Cd. No:368Kartepe - Kocaeli / TURKEYPhone : +90 262 375 2360Fax : +90 262 375 2322 / 30 21Email : sales@elimsan.com

Switchgear Equipment and Electromechanical Industry and Trade Inc.