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ABB FH202 AC-40/0.03 Residual Current Device 2P 40A 30mA
ABB FH202 AC-40/0.03 Residual Current Device 2P 40A 30mA
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ABB FH202 AC-40/0.03 Residual Current Device 2P 40A 30mA
Leave your address - as soon as the price of the product goes down, you'll know about it right away
ABB FH202 AC-40/0.03 Residual Current Device 2P 40A 30mA
ABB FH202 AC-40/0.03 Residual Current Device 2P 40A 30mA
The ABB FH202 AC-40/0.03 is a high-quality 2-pole residual current device (RCD) engineered to provide essential electrical safety in both residential and commercial environments. This device is specifically designed to detect and interrupt earth leakage currents, thereby protecting people and electrical installations from potential hazards. Built with a combination of robust metal and durable plastic components, it offers reliable performance and long-term operational stability in standard electrical distribution systems.
This residual current device stands out for its ability to provide instantaneous protection against fault currents to earth, which is critical for maintaining safety in modern electrical circuits. Its compact 2-pole design allows for efficient integration into standard consumer units and distribution boards. The use of high-grade materials ensures that the device remains resilient under typical operating conditions, providing consistent safety monitoring for connected appliances and wiring systems.
This device is not suitable for industrial environments where high-frequency interference or DC components are present, as it is specifically an AC type RCD. It should not be used in circuits requiring time-delayed protection or in applications where the leakage current characteristics exceed the standard AC sensitivity parameters.
The device should be installed by a qualified electrician in accordance with local electrical regulations. It is typically mounted on a standard DIN rail within a distribution enclosure. Once installed, the device should be tested periodically using the integrated test button to ensure the mechanical tripping mechanism functions correctly and that the circuit is properly protected against ground faults.
Regular testing of the residual current device using the built-in test button is recommended at least every six months to ensure continued operational safety and reliability.
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