JLE-2-1-63-5-F0-200-V Circuit Protection

Circuit Breakers

The JLE-2-1-63-5-F0-200-V is a type of circuit breaker manufactured by several companies in the electric electronics industry. It is a specialized device that is designed to protect electrical circuits from overloading and short circuiting. It is also used to interconnect and disconnect power lines to prevent damage caused by electrical surges.

Application of JLE-2-1-63-5-F0-200-V Circuit Breakers

The JLE-2-1-63-5-F0-200-V circuit breaker is suitable for many applications, from commercial to industrial uses. It is commonly used in households, office buildings, refrigeration, lighting control, air conditioning systems, electric heaters, motor control, and high-voltage applications. It is suitable for isolating circuits and preventing overload and short-circuiting due to excessive current flows.

Working Principle of JLE-2-1-63-5-F0-200-V Circuit Breakers

The JLE-2-1-63-5-F0-200-V circuit breaker is a type of thermal-magnetic circuit breaker. It combines both thermal and magnetic circuits in one unit. When the circuit breaker receives excessive current or temperature, it responds by automatically cutting off the circuit. The thermal circuit works to detect excessive temperature on the circuit by measuring the current and the resistance of a wire. The magnetic circuit consists of a permanent magnet and a series of annular plates. When a current passes through the plates, it creates a magnetic field that acts on a plunger connected to the circuit breaker. The plunger moves, cutting off the power.

The JLE-2-1-63-5-F0-200-V circuit breaker also features an additional safety feature called overload protection. This protection feature ensures that the circuit breaker will not remain in a closed state after an overload. Instead, the breaker trips and automatically resumes normal operation when the overload is removed.

The JLE-2-1-63-5-F0-200-V circuit breaker is designed for safety, reliability, and efficiency. It offers reliable protection against overloading and short circuiting of electrical circuits, and it is suitable for many commercial and industrial applications.