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Schneider Electric iID Residual Current Circuit Breaker 4P 40A 100mA Type A
The Schneider Electric iID Residual Current Circuit Breaker is a high-performance 4-pole device engineered to enhance electrical safety in both residential and commercial environments. This unit is specifically designed to detect and interrupt electrical circuits when a fault current to earth is detected, thereby protecting users from electric shock and preventing potential fire hazards caused by insulation failures. With a rated current of 40A and a sensitivity of 100mA, it serves as a critical component in modern electrical distribution systems.
This residual current circuit breaker offers exceptional reliability and durability, consistent with the high manufacturing standards of Schneider Electric. Its Type A classification ensures it can detect both AC and pulsating DC residual currents, making it suitable for a wide range of modern electronic equipment. The compact design allows for efficient space utilization within electrical distribution boards, while the standard DIN rail mounting mechanism facilitates quick and straightforward installation for professional electricians.
This device is not intended for use in environments where the leakage current exceeds the 100mA threshold, as it may lead to nuisance tripping. It is also not suitable for direct current (DC) only applications or high-frequency environments that require specialized protection types.
The device must be installed by a qualified electrician in accordance with local electrical regulations. It is designed to be snapped onto a standard DIN rail within a distribution enclosure. Ensure that all power is disconnected before beginning the installation. Connect the incoming supply lines to the top terminals and the outgoing load lines to the bottom terminals, ensuring that all connections are tightened to the manufacturer's specified torque settings. Once installed, use the integrated test button to verify the mechanical operation of the device periodically.
Regularly test the device using the test button at least every six months to ensure the internal mechanism remains functional and responsive to fault conditions.
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