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LS MT-32 6.5A M-SOL Thermal Overload Relay 5-8A
LS MT-32 6.5A M-SOL Thermal Overload Relay 5-8A
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LS MT-32 6.5A M-SOL Thermal Overload Relay 5-8A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
LS MT-32 6.5A M-SOL Thermal Overload Relay 5-8A
LS MT-32 6.5A M-SOL Thermal Overload Relay 5-8A
The LS MT-32 6.5A M-SOL is a high-quality thermal overload relay engineered to provide robust protection for electric motors. Operating within a current range of 5 to 8 amperes, this device is essential for maintaining the longevity and safety of industrial motor control systems. By monitoring current flow, it effectively detects overloads and phase failures, triggering a protective disconnect to prevent overheating and potential motor burnout.
This thermal overload relay offers exceptional reliability and precision in motor protection. Its design allows for accurate current adjustment, ensuring that the protection threshold is perfectly matched to the specific requirements of the connected motor. The device is fully compatible with LS contactors, facilitating seamless integration into existing electrical panels and control circuits. Its compact construction and durable materials ensure consistent performance even in demanding industrial environments, reducing downtime and maintenance costs.
This relay is specifically designed for motors operating within the 5 to 8 ampere range. It is not suitable for applications requiring higher current ratings or for protecting equipment that does not utilize standard contactor-based control systems. It should not be used in environments exceeding the manufacturer's specified temperature or humidity limits.
The LS MT-32 6.5A M-SOL is designed for direct mounting onto compatible LS contactors. Once installed, the user must set the current dial to the specific full-load amperage rating of the motor being protected. After installation, ensure all terminal connections are tightened to the specified torque to prevent overheating. The device features a manual or automatic reset function, which can be configured based on the operational requirements of the specific application.
Regularly inspect the terminal connections for tightness and ensure the relay is free from dust or debris. Periodically test the trip function to confirm that the protection mechanism remains operational and responsive to simulated overload conditions.
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