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Eaton NZM1-XA24AC/DC Shunt Release 12-24V AC/DC
Eaton NZM1-XA24AC/DC Shunt Release 12-24V AC/DC
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Eaton NZM1-XA24AC/DC Shunt Release 12-24V AC/DC
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton NZM1-XA24AC/DC Shunt Release 12-24V AC/DC
Eaton NZM1-XA24AC/DC Shunt Release 12-24V AC/DC
The Eaton NZM1-XA24AC/DC is a high-quality shunt release accessory specifically engineered for integration with NZM1 series circuit breakers. This device facilitates the remote tripping of the circuit breaker, providing a critical layer of control for electrical distribution systems. By operating within a versatile voltage range of 12-24V AC/DC, it ensures compatibility with various low-voltage control circuits, making it a reliable component for industrial safety and power management applications.
The primary benefit of this shunt release is its ability to enable remote operation, which is essential for emergency shutdown procedures and automated power management. Its robust construction ensures long-term reliability in demanding industrial environments. Furthermore, the wide voltage tolerance of 12-24V AC/DC simplifies installation by allowing the device to function across different control voltage standards without requiring additional complex power supplies.
This shunt release is designed exclusively for use with Eaton NZM1 circuit breakers and is not compatible with other series or brands. It is not intended for high-voltage applications outside the specified 12-24V AC/DC range.
Installation should be performed by a qualified electrician in accordance with local safety regulations. The shunt release is mounted directly into the designated slot of the NZM1 circuit breaker. Once physically installed, the control wires must be connected to the terminals, ensuring the polarity is respected if applicable. After installation, verify the connection by triggering the control signal to ensure the circuit breaker trips correctly.
Always test the remote tripping function during the commissioning phase to ensure the system operates as intended. Regularly inspect the control wiring to prevent loose connections that could compromise the safety function.
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