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GE Power 430818 Alarm Contact 1NO for Overcurrent Release
GE Power 430818 Alarm Contact 1NO for Overcurrent Release
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GE Power 430818 Alarm Contact 1NO for Overcurrent Release
Leave your address - as soon as the price of the product goes down, you'll know about it right away
GE Power 430818 Alarm Contact 1NO for Overcurrent Release
GE Power 430818 Alarm Contact 1NO for Overcurrent Release
The GE Power 430818 alarm contact is a specialized auxiliary device engineered for integration with overcurrent releases in industrial electrical distribution systems. This 1NO (normally open) contact provides a reliable signaling mechanism that activates when a circuit breaker trips due to an overcurrent event, ensuring immediate status indication for protective equipment.
This alarm contact offers high reliability and seamless compatibility with GE Power circuit protection hardware. Its primary benefit lies in its ability to provide precise feedback during fault conditions, which is critical for maintaining uptime and safety in complex power management environments. The robust construction ensures consistent performance even in demanding industrial settings, facilitating efficient monitoring of electrical infrastructure.
This device is specifically designed for use with compatible GE Power overcurrent releases and may not be compatible with circuit breakers from other manufacturers or different product series. It is not intended for general-purpose switching applications outside of its designated role in fault signaling.
Installation should be performed by a qualified electrician in accordance with the manufacturer's technical documentation. The device is mounted directly onto the overcurrent release mechanism of the circuit breaker. Once installed, the electrical connections are wired into the monitoring circuit to ensure that the signal is transmitted to the control or alarm system whenever the breaker trips.
Regularly test the alarm signaling circuit during scheduled maintenance to ensure that the contact remains responsive and that the monitoring system correctly identifies trip events.
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