Hecs 1hc0072302ab en High

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    Product Brochure

    Generator Circuit-Breaker SystemsHECS

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    G

    Technical Data

    Generator circuit-breaker system type HECS-80 HECS-130

    General

    Rated maximum voltage kV 23.0 25.3 25.3

    Rated frequency Hz 50/60 50/60 50/60

    Rated continuous current 50 Hz (HECS-S) A rms up to 8500

    (HECS-M) A rms up to 10500 up to 10500(HECS-L) A rms up to 13000 up to 13000

    (HECS-Lplus) A rms up to 14500 up to 14500

    Rated continuous current 60 Hz (HECS-S) A rms up to 8000

    (HECS-M) A rms up to 10000 up to 10000

    (HECS-L) A rms up to 12000 up to 12000

    (HECS-Lplus) A rms up to 13700 up to 13700

    Rated insulation level

    Rated power frequency withstand voltage

    to earth and across circuit-breaker/switch contacts kV rms 60 (80) 60 (80) 60 (80)

    across isolating distance of disconnector kV rms 70 (88) 70 (88) 70 (88)

    Rated lightning impulse withstand voltage to earth and across circuit-breaker/switch contacts kV peak 125 (150) 125 (150) 125 (150)

    across isolating distance of disconnector kV peak 145 (165) 145 (165) 145 (165)

    Circuit-breaker

    Rated peak withstand current kA peak 220 300 360

    Rated short-time withstand current kA, 3s 80 100 130

    Rated short-circuit making current kA peak 220 300 360

    Rated short-circuit breaking current kA rms 80 100 130

    Rated operating sequence CO - 30min - CO

    Opening time ms 34 5 34 5 34 5

    Rated interrupting time ms 68 68 68

    Mechanical endurance life CO 20000 20000 20000

    Disconnector

    Rated peak withstand current kA peak 220 300 360

    Rated short-time withstand current kA, 3s 80 100 130

    Operating time s 2 2 2

    Earthing Switch

    Rated peak withstand current kA peak 220 300 360

    Rated short-time withstand current kA, 1s 80 100 130

    Operating time s 2 2 2

    The above data a re not limi ting valu es. Addit ional da ta on reque st. We reser ve the rig ht to al ter da ta and technical de tail s without notice.

    HECS-100

    Equipment Options

    1 Generator circuit-breaker

    2 Line disconnect switch

    3 Earthing switch

    4 Starting switch for SFC connection

    5 Manual short-circuiting connection

    6 Surge capacitor

    7 Current transformers

    8 Voltage transformers

    9 Surge arrester10 Motor-operated short circuiting link

    7

    8

    6

    3

    4

    1 2 7

    5

    3

    6 9

    8

    (only with generator side earthing switch)

    (by removal of cover)

    10

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    Dimension DrawingHECS-S / HECS-M

    870

    min.

    2210

    3470*)

    2270

    3000*)

    1000 *) 1700 N(1100-1800) N(1100-1800) 610 400 *)

    3710 + 2N *)

    Transformer Side

    Generator Side

    N = Phase distance (Standard: 1200mm / 1400mm)

    *) min. space required for erection and maintenance

    1350-1500

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    Dimension DrawingHECS-L

    870

    min.

    2330

    3470*)

    2270

    3000*)

    1000 *) 1700 N(1200-1800) N(1200-1800) 610 400 *)

    3710 + 2N *)

    Transformer Side

    Generator Side

    N = Phase distance (Standard: 1200mm / 1400mm)

    *) min. space required for erection and maintenance

    1350-1500

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    Dimension DrawingHECS-Lplus

    870

    min.

    2405

    3470*)

    2270

    3000*)

    1000 *) 1700 N(1200-1800) N(1200-1800) 610 400 *)

    3710 + 2N *)

    Transformer Side

    Generator Side

    N = Phase distance (Standard: 1200mm / 1400mm)

    *) min. space required for erection and maintenance

    1350-1500

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    Contact us

    C

    opyrightABB.

    1HC0072302E02/AB14ABB Switzerland Ltd

    High Voltage Products

    Brown Boveri Strasse 5

    CH-8050 Zurich / Switzerland

    Phone: +41 58 588 34 24

    Email: [email protected]

    www.abb.com/gcb

    Note

    We reserve the right to make technical changes or

    modify the contents of this document without prior

    notice. With regard to purchase orders, the agreed

    particulars shall prevail. ABB does not accept any

    responsibility whatsoever for potential errors or

    possible lack of information in this document.

    We reserve all rights in this document and in the

    subject matter and illustrations contained therein.

    Any reproduction, disclosure to th ird parties or

    utilization of its contents in whole or in parts is

    forbidden without prior written consent of ABB.

    Copyright 2012 ABB

    All r ights reserved