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Residual current circuit breaker Noark Ex9L‑N 4P 63A 30mA
Residual current circuit breaker Noark Ex9L‑N 4P 63A 30mA
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Residual current circuit breaker Noark Ex9L‑N 4P 63A 30mA
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Residual current circuit breaker Noark Ex9L‑N 4P 63A 30mA
Residual current circuit breaker Noark Ex9L‑N 4P 63A 30mA
Noark Ex9L-N residual current circuit breaker, 4-pole, rated 63 A with 30 mA residual current sensitivity provides protection against earth leakage and reduces the risk of electric shock by disconnecting the supply when leakage current exceeds 30 mA. The breaker is designed for use in multi-phase electrical systems in residential and light commercial distribution boards and is compact for DIN-rail installation. It combines residual current detection with a manual switching mechanism to isolate circuits quickly when a fault is detected.
The Noark Ex9L-N 4P 63A 30mA delivers reliable earth-fault sensitivity and fast disconnection to enhance user safety and equipment protection. Its compact 4-pole design allows protection of three phase conductors plus neutral in a single device, simplifying wiring in three-phase installations. The device features a clear switching mechanism and standardized footprint for straightforward mounting in distribution panels.
Install the Noark Ex9L-N 4P 63A 30mA in the distribution board on a standard DIN rail following local electrical codes and wiring diagrams. Connect the three phase conductors and neutral to the designated terminals and ensure proper tightening of terminal connections. After installation, test the device using an appropriate RCD tester or the built-in test function if available to verify correct operation and trip response at 30 mA. Switch the device to the ON position for normal operation and replace or service it only with the supply disconnected.
For reliable operation, perform periodic testing according to local regulations and manufacturer recommendations, check terminal tightness during routine inspections, and replace the breaker if mechanical damage or failure to trip at test currents is observed.
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