Motor Circuit Breaker Overload Short Circuit Protection Motor Starter Protection Switch AC690V GV2

Feature: 1. Motor Protection: The motor circuit breaker can disconnect the circuit in time to avoid motor damage due to overload, so as protecting the motor and extend its life. 2. Safety Keeping: When the motor circuit breaker breaks the circuit, it can be effectively protecting the motor, but also can prevent the wire short circuit, high temperature, to ensure the safety and reliability of the circuit. 3. Highly Reliable and Stable: The motor circuit breaker has great reliability and stability and can run stably for a longer time. 4. Easy Installation and Maintenance: Motor circuit breaker is easy to install, do not require excessive tools and technology, and are easy to maintain. 5. Wide Application Range: Motor circuit breaker is suitable for a variety of motor applications, and suitable for a variety of load types, including resistive, capacitive and inductive loads. Specification: Item Type: Motor Circuit Breaker Material: ABS Control Type: Push button control type Mounting Type: 35mm rail mount Use Type: AC Class 3, 50 or 60Hz Voltage: AC690V Rated Impulse Withstand Voltage: 6KV. Package List: 1 x Circuit Breaker Motor Protection: The motor circuit breaker can disconnect the circuit in time to avoid motor damage due to overload, so as protecting the motor and extend its life. Safety Keeping: When the motor circuit breaker breaks the circuit, it can be effectively protecting the motor, but also can prevent the wire short circuit, high temperature, to ensure the safety and reliability of the circuit. Highly Reliable and Stable: The motor circuit breaker has great reliability and stability and can run stably for a longer time. Easy Installation and Maintenance: Motor circuit breaker is easy to install, do not require excessive tools and technology, and are easy to maintain. Wide Application Range: Motor circuit breaker is suitable for a variety of motor applications, and suitable for a variety of load types, including resistive, capacitive and inductive loads.