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Supplier: Radwell International
Description: DISCONTINUED BY MANUFACTURER, CIRCUIT BREAKER, 160 AMP, 3 POLE, 8 KV, 115 - 575 VAC, 15 - 200 HP, NS160NA, DOES NOT PROVIDE OVERCURRENT PROTECTION. FREE 2 YEAR RADWELL WARRANTY
- Continuous Current Rating: 160 amps
- Number of Poles: 3
- Rated AC Voltage: 575 volts
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Supplier: Hammond Manufacturing Company Inc.
Description: Features Primary 115VAC, 50/60 Hz., Secondary 115VAC Provides complete circuit isolation. Electrostatic shield between primary & secondary to greatly attenuate surges and noise. Hi-pot tested to 2 KV RMS. Circuit breaker in primary
- Standards / Compliance: RoHS Compliant
- Transformer Types / Applications: Isolation Transformer, Electronics Transformer
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Supplier: RS Components, Ltd.
Description: Utilisation category AC1. Auxiliary contact configuration one N/O, one N/C. Width of LC1D contactors is 45mm. Closing time of LC1D series is 12-22ms, opening time is 4-19ms. These contactors must not be used with TeSys overload relays, interconnection units or GV2 circuit breakers
- Maximum DC Switching Voltage: 690 volts
- Maximum Switching Current: 115 amps
- Mounting: Other
- Number of Poles: 4
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Supplier: RS Components, Ltd.
Description: Utilisation category AC1. Auxiliary contact configuration one N/O, one N/C. Width of LC1D contactors is 45mm. Closing time of LC1D series is 12-22ms, opening time is 4-19ms. These contactors must not be used with TeSys overload relays, interconnection units or GV2 circuit breakers
- Maximum DC Switching Voltage: 690 volts
- Maximum Switching Current: 115 amps
- Mounting: Other
- Number of Poles: 4
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Supplier: RS Components, Ltd.
Description: Utilisation category AC1. Auxiliary contact configuration one N/O, one N/C. Width of LC1D contactors is 45mm. Closing time of LC1D series is 12-22ms, opening time is 4-19ms. These contactors must not be used with TeSys overload relays, interconnection units or GV2 circuit breakers
- Maximum DC Switching Voltage: 690 volts
- Maximum Switching Current: 115 amps
- Mounting: Other
- Number of Poles: 4
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Supplier: RS Components, Ltd.
Description: Utilisation category AC1. Auxiliary contact configuration one N/O, one N/C. Width of LC1D contactors is 45mm. Closing time of LC1D series is 12-22ms, opening time is 4-19ms. These contactors must not be used with TeSys overload relays, interconnection units or GV2 circuit breakers
- Maximum DC Switching Voltage: 690 volts
- Maximum Switching Current: 115 amps
- Mounting: Other
- Number of Poles: 4
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Supplier: Hammond Manufacturing Company Inc.
Description: Features Single winding, does not provide isolation, for use where equipment is already isolated and only voltage change is required. World wide applications, 50 or 60 Hz. operation, step down (230VAC to 115 VAC). Input is circuit breaker protected. Hi
- Standards / Compliance: RoHS Compliant
- Transformer Types / Applications: Isolation Transformer, Electronics Transformer
- Winding Turns: Step-Down Transformer
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Supplier: Hammond Manufacturing Company Inc.
Description: Features Single winding, does not provide isolation, for use where equipment is already isolated and only voltage change is required. World wide applications, 50 or 60 Hz. operation, step up (115VAC to 230VAC). Input is circuit breaker protected. Hi
- Standards / Compliance: RoHS Compliant
- Transformer Types / Applications: Isolation Transformer, Electronics Transformer
- Winding Turns: Step-Up Transformer
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Supplier: Hammond Manufacturing Company Inc.
Description: Features Primary 230VAC, 50/60 Hz. Secondary 115VAC Circuit breaker in primary. Provides circuit isolation & steps down primary voltage. Hi-pot tested to 2 KV RMS. Electrostatic shield between primary & secondary. Input (primary
- Standards / Compliance: RoHS Compliant
- Transformer Types / Applications: Isolation Transformer, Electronics Transformer
- Winding Turns: Step-Down Transformer
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Indicates content that may require registration and/or purchase.
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Failure statistics and inventory management for high voltage circuit breaker using statistical distribution techniques
For 115 kV circuit breakers , the main failure cause of control and auxiliary circuit is “open without command”, for high voltage component the main failure causes are “SF6 leakage and high contact resistance”, for operating mechanism it is “open without command” and…
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States > New York > State > Register > 2013 > 01/30/2013
13 / Approval of the Transfer of a 115kV Circuit Breaker from NYSEG to AES ES Westover, LLC, on a Permanent Basis (A) 13 / To Increase the Charge Per Customer from $100.00 to $150.00 (P) 14 / Waiver…
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States > New York > State > Register > 2012 > 11/07/2012
PURSUANT TO THE PROVISIONS OF THE State Administrative Pro- cedure Act, NOTICE is hereby given of the following action: Proposed Action: The Public Service Commission adopted an order ap- proving the transfer of a 115 kV circuit breaker from New York State…
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Assessment and prediction of voltage sag in transmission system in northern area of Thailand
Table IV: Tripping time of 115 kV circuit breaker .
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The Impact of Shunt Capacitor Installations on Power Circuit Breaker Application
switching be performed by the 115 kV circuit breakers .
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PRELIMINARY RELIABILITY ANALYSIS OF THE PRIMARY ELECTRICAL POWER SYSTEM, SYSTEM 11.
115 kV Circuit Breakers .
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Performance evaluation based on symptom, failed-type and obsolescence criteria of high voltage circuit breaker
Thus this paper presents the performance evaluation of 115 kV circuit breaker in power substation.
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Replacement of the main 115 kV/13.8 kV substation at a large refinery — Justification, design, and implementation
The original 115 kV circuit breaker arrangement, which is owned by the utility company, was replaced with two “breaker-and-a-half” arrangements, one for each main substation.
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The Signifcance of the Density of Transformer Oils
slightly lower than 0°C and during a period of time an electrical field - one in a 115 kV circuit breaker .
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1971 Index IEEE Transactions on Power Apparatus and Systems Vol. PAS-90
…change of induction motors with variable frequency supply (70TP501-PWR); T-PAS 71 Mar/Apr 500-508 (2F02) Berkebile, Lee E., Charles F. Cromer, Richard E. Kane, and Frank L. Reese; New generation of oilless circuit breakers 115 kV -345 kV-Part Il…