IELK1-1REC4R-31793-25

Circuit breakers are commonly used in the construction of electrical systems and are used to protect electrical systems from damage caused by failure or overload of current. The IELK1-1REC4R-31793-25 is a type of circuit breaker which is designed to protect overheating motors, generators, and electrical switchgear. The working principle of the IELK1-1REC4R-31793-25 is based on the principle of thermal overload protection. When an overload occurs, the device will detect the increased temperature of the motor and will trip the circuit breaker, effectively preventing further damage to the motor and/or electrical system.

The IELK1-1REC4R-31793-25 is designed for use in low voltage control panel applications, typically up to 600VDC and 50VAC. It is suitable for use in both panel mount and surface mount applications and in industrial, commercial and residential applications. The unit is designed to provide protection from overloads due to improper wiring, short circuits, and other faults.

The working principle of the IELK1-1REC4R-31793-25 is simple. It detects when there is an overload in the motor or circuit and automatically trips the breaker, preventing further damage or issues. The device works by detecting an increase in temperature of the motor or circuit and then tripping the breaker. The trip points and settings are adjustable allowing users to fine tune their circuit and motor protection.

The IELK1-1REC4R-31793-25 can be used in a wide range of applications, including LV and MV power factor correction, motor protection, electrical drives, and renewable energy applications. The device is also suitable for use in hazardous locations, as it has ATEX and IECEX approval and can be used in ambient temperatures of -40C to +85C and has a high degree of protection from water and dust.

In summary, the IELK1-1REC4R-31793-25 is a type of circuit breaker which is designed for use in a variety of applications including low voltage control panels, motor protection and renewable energy installations. Its working principle is based on the principle of thermal overload protection and it has a wide operating temperature range and high degree of protection from water and dust, making it suitable for use in hazardous environments.