250V 8A thermal overload protector switch for motor and lighting

Product description

Standard overload switch: Our standard overload switches are designed to protect circuits from overload by automatically disconnecting power when excessive current is detected. Its reliable and efficient operation helps prevent equipment damage and ensure personnel safety. This overload switch is compact, easy to install and compatible with a wide range of applications. Motor overload switch: Our motor overload switches are designed for motor protection, monitoring the current flowing through the motor and disconnecting power in the event of overload or motor failure. It helps prevent motor burnout, extends motor life, and ensures optimal performance. Our motor overload switches are available in different ratings to accommodate a variety of motor sizes and applications. Thermal overload switch: The thermal overload switch is a multifunctional device that protects circuits by detecting excessive temperatures. When the temperature exceeds the set threshold, the power supply is automatically disconnected to prevent device damage and ensure safe operation. Our thermal overload switches are suitable for motors, transformers, switchboards and other heat-sensitive applications.

Application

Motor control panel: Overload switches are commonly used in motor control panels to protect motors from overload conditions. They provide basic safety features, automatically disconnecting power when excessive current is detected, preventing motor burnout and potential damage.

Air conditioning units: The overload switch is an important component in the air conditioning unit and protects the compressor and motor from overload. By monitoring the current flow, the overload switch can trip and cut off power if the system exceeds its capacity, ensuring reliable operation and extending the life of the equipment.

industrial machinery: In various industrial environments, overload switches are always used to protect machinery and equipment. They detect and disconnect power when excessive current flows to motors, transformers, conveyors