- GE IC687RCM711B Product Information
- Product Name: GE IC687RCM711B Residual Current Circuit Breaker
- Description:
- The GE IC687RCM711B is a residual current circuit breaker (RCCB) designed for use in low-voltage electrical systems. RCCBs are safety devices that monitor the balance of incoming and outgoing current in a circuit. If a difference in current is detected, indicating a potential leakage current to ground, the RCCB quickly interrupts the circuit to prevent electric shock hazards.
- The IC687RCM711B is suitable for use in residential, commercial, and industrial applications where there is a need to protect personnel from the risks of electric shock due to faulty equipment or wiring. It provides additional safety by monitoring for unbalanced currents and tripping the circuit if a leakage current exceeds a pre-set limit.
- Product Parameters:
- Rated Residual Operating Current (Ir): The maximum residual current (leakage current) that the RCCB is designed to detect and trip the circuit at.
Rated Residual Non-Operating Current (Inr): The maximum residual current that the RCCB can tolerate without tripping the circuit.
Rated Current (In): The maximum continuous current that the RCCB can carry without tripping.
Breaking Capacity (Ics): The maximum fault current that the RCCB can safely interrupt.
Number of Poles: The number of phases or lines the RCCB protects, such as single-phase or three-phase.
Operating Voltage: The voltage range at which the RCCB is designed to operate. - Product Specification:
- The IC687RCM711B RCCB comes with detailed specifications that include dimensions, weight, rated residual operating current, rated residual non-operating current, rated current, breaking capacity, number of poles, operating voltage, and any other relevant information required for its proper selection, installation, and operation.
- For accurate and detailed product specifications, installation instructions, and any additional information required for the proper operation and maintenance of the IC687RCM711B RCCB, it is recommended to refer to the manufacturer’s documentation or contact GE directly.
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IC687RCM711B GE
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IC687RCM711B GE
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IC687RCM711B GE
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