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Schneider Electric GV2RT06 Motor Circuit Breaker 3P 1-1.6A
The Schneider Electric GV2RT06 is a high-quality 3-pole motor circuit breaker engineered to provide robust protection for electrical motors. This device is specifically designed to safeguard equipment against thermal overloads and magnetic short circuits, ensuring consistent performance and operational safety in demanding environments. With its compact design and precise adjustment range, it serves as a reliable solution for managing motor-driven systems in both industrial and commercial applications.
This motor circuit breaker offers exceptional reliability by combining thermal and magnetic tripping mechanisms in a single, space-saving unit. Its precise adjustment range allows for accurate calibration to the specific current requirements of the motor, which helps prevent nuisance tripping while ensuring immediate disconnection during fault conditions. The robust construction ensures long-term durability and resistance to electrical stress, contributing to the overall longevity of the connected motor equipment and reducing maintenance requirements.
This circuit breaker may not be suitable for applications requiring current ratings outside the 1-1.6A range. It is also not intended for use in high-voltage distribution networks or environments where specialized environmental protection ratings beyond standard industrial specifications are required.
Installation should be performed by a qualified professional in accordance with local electrical regulations. The device is typically mounted on a standard DIN rail within a control cabinet. After mounting, the thermal trip current should be adjusted to match the nominal current of the motor being protected. Ensure all terminal connections are tightened to the manufacturer's specified torque to prevent overheating and ensure reliable electrical contact.
Usage recommendations: Regularly inspect the circuit breaker for signs of wear or thermal damage. Periodically test the tripping mechanism to ensure the protection remains active and responsive to potential electrical faults.
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