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Eaton ZE-1,0 Overload Relay
The Eaton ZE-1,0 Overload Relay is a high-quality protective device engineered to safeguard electric motors from thermal overload and phase failure. Designed for integration into industrial control systems, this relay provides reliable monitoring to prevent damage caused by excessive current draw. It is built to meet rigorous international safety and performance standards, making it a dependable choice for maintaining the integrity of electrical circuits in demanding environments.
This overload relay offers precise current monitoring, ensuring that motors operate within safe parameters to extend their service life. Its robust construction and compliance with global standards such as IEC/EN 60947 and UL ensure consistent performance and safety in various industrial setups. The device is designed for easy installation and seamless integration with contactors, providing a compact solution for motor protection without requiring extensive space in control cabinets.
This relay is specifically designed for motor protection within defined current ranges. It may not be suitable for applications requiring protection against short-circuit currents, as it is intended to be paired with appropriate fuses or circuit breakers for that purpose. Additionally, it is not designed for use in environments exceeding its specified temperature or environmental ratings.
The Eaton ZE-1,0 is installed by mounting it directly onto the compatible contactor. Once physically secured, the motor leads are connected to the output terminals of the relay. The device should be configured to the specific full-load current of the motor it is protecting. Regular inspection of the terminals and the reset mechanism is recommended to ensure the relay remains in optimal working condition.
Usage recommendations: Always ensure that the power supply is disconnected before installing or adjusting the relay. It is recommended to perform a functional test after installation to verify that the trip mechanism operates correctly under simulated conditions.
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