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ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker
ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker
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ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker
Leave your address - as soon as the price of the product goes down, you'll know about it right away
ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker
ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker
The ETI EFI-P2 AC 40A 30mA Residual Current Circuit Breaker is a professional-grade safety device engineered to detect and interrupt electrical circuits in the event of leakage currents. Designed for reliability and precision, this AC-type circuit breaker provides essential protection for both residential and commercial electrical systems, ensuring that any fault current is identified and disconnected instantly to prevent electrical hazards.
This residual current circuit breaker offers robust protection against electric shock and fire risks caused by insulation faults. Its high-quality construction ensures long-term operational stability and consistent performance under standard electrical loads. The device is designed for easy integration into modern distribution boards, providing a seamless safety solution that meets rigorous electrical safety standards for diverse installation environments.
This device is designed for AC-type leakage current detection and is not suitable for circuits where DC components or pulsating DC currents are present, such as those involving advanced electronic power supplies or frequency converters. For such applications, A-type or B-type residual current devices are required.
The device must be installed by a qualified electrician in accordance with local electrical regulations. It is mounted onto a standard DIN rail within a distribution cabinet. Once installed, the circuit breaker should be connected to the incoming power supply and the load side. Regular testing using the integrated test button is recommended to ensure the mechanical and electrical integrity of the tripping mechanism.
Perform a manual test of the device using the test button at least every six months to verify that the internal mechanism remains functional and capable of interrupting the circuit during a fault.
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