295-211-1REC4-27173-5 Circuit Protection

A circuit breaker is an automatic device that is used to protect circuits and wiring against excess electrical current. The 295-211-1REC4-27173-5 is a type of circuit breaker, and is specifically engineered for use in motor control and other power circuits. It provides dependable and reliable protection for the motor controllers and other circuitry from power surges created by the motor.

The 295-211-1REC4-27173-5 circuit breaker has a rated current of 4.5A and a maximum trip current of 6A. The device has an activation time of 15 milliseconds, and it can be reset manually or automatically. The device is designed for use in motor control and other power circuit applications, such as backup generators, air conditioners, and other motor-driven devices.

The 295-211-1REC4-27173-5 circuit breaker operates under a principle called thermal overload protection. Thermal overload protection works by detecting the thermal current in the motor control circuit. When the thermal current exceeds normal motor current levels, the thermal overload protection will trip the circuit breaker, interrupting the power supply and protecting the motor controller and other circuitry from damage.

The 295-211-1REC4-27173-5 circuit breaker also features a short-circuit protection system. This system will detect when there is a short-circuit in the motor control circuit, and will swiftly trip the circuit breaker, interrupting power supply and saving components and systems from potential damage.

The 295-211-1REC4-27173-5 circuit breaker is an effective and reliable protection system for motor controllers and other power circuits. It features thermal and short-circuit protection systems, both of which detect problems quickly and trip the circuit breaker before additional damage can occur. The device is also easy to reset and maintain, making it an ideal choice for motor control and other power circuit applications.