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LS MT-32 19A M-SOL Thermal Overload Relay 16-22A
LS MT-32 19A M-SOL Thermal Overload Relay 16-22A
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LS MT-32 19A M-SOL Thermal Overload Relay 16-22A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
LS MT-32 19A M-SOL Thermal Overload Relay 16-22A
LS MT-32 19A M-SOL Thermal Overload Relay 16-22A
The LS MT-32 19A M-SOL is a professional-grade thermal overload relay engineered to provide robust protection for electric motors. This device is specifically designed to monitor current levels and disconnect the circuit in the event of an overload or phase failure, thereby preventing costly motor damage and ensuring the longevity of industrial electrical systems. Its compact design allows for efficient integration into motor control centers and various automation setups.
This thermal overload relay offers precise current adjustment within the 16-22A range, allowing for accurate calibration to match the specific requirements of your motor. The device is built with high-quality materials that ensure reliable performance under demanding industrial conditions. By providing consistent protection against thermal stress and phase loss, it significantly reduces the risk of unexpected downtime and equipment failure, contributing to a safer and more efficient operational environment.
This device may not be suitable for applications requiring protection against short-circuit currents, as it is designed specifically for thermal overload and phase failure monitoring. It should not be used in environments that exceed the specified ambient temperature or humidity ratings provided by the manufacturer.
To use the LS MT-32 19A M-SOL, mount the relay directly onto the compatible contactor or use a separate mounting bracket if required. Connect the motor supply cables to the output terminals and the main power source to the input terminals. Once installed, use the adjustment dial on the front of the unit to set the current value according to the motor's full-load amperage rating. Ensure all connections are tightened to the specified torque to prevent overheating.
Regularly inspect the relay for signs of wear or loose connections and perform periodic testing of the trip mechanism to ensure the protection system remains fully functional over time.
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