Motor Circuit Breaker Overload Protection Thermal Magnetic Rail Mount Manual Motor Starter Button

Feature: 1. MOTOR PROTECTION: The motor circuit breaker can disconnect the circuit in time to prevent damage caused by overload, thereby protecting your motor and extending service life 2. EASY INSTALLATION: The motor protection circuit breaker is mounted on a 35mm rail without any additional tools or technology and expertise, and is also easy to maintain 3. STABLE AND RELIABLE: The motor circuit protector has been tested and verified many times to ensure reliability, stability and long term operation 4. ENSURE SAFETY: The motor protection switch can effectively protect the motor from short circuit and high temperature, providing safe and reliable circuit protection 5. WIDE RANGE OF APPLICATIONS: Motor protector circuit breaker is suitable for a variety of motor applications and load types, including resistive, capacitive and inductive loads Specification: Item Type: Motor Circuit Breaker Control Type: Button control Release Type: Thermo magnetic Installation Method: Approx. 35mm 1.38in guide rail installation Usage Type: AC 3 type 5060Hz Rated Voltage(Ue): AC690V Rated Impulse Withstand Voltage: 6KV. Package List: 1 x Motor Circuit BreakerMOTOR PROTECTION: The motor circuit breaker can disconnect the circuit in time to prevent damage caused by overload, thereby protecting your motor and extending service life EASY INSTALLATION: The motor protection circuit breaker is mounted on a 35mm rail without any additional tools or technology and expertise, and is also easy to maintain STABLE AND RELIABLE: The motor circuit protector has been tested and verified many times to ensure reliability, stability and long term operation ENSURE SAFETY: The motor protection switch can effectively protect the motor from short circuit and high temperature, providing safe and reliable circuit protection WIDE RANGE OF APPLICATIONS: Motor protector circuit breaker is suitable for a variety of motor applications and load types, including resistive, capacitive and inductive loads