LELZXB1-1REC4-61-5.00-G1-03 Circuit Protection

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Circuit breakers are the go-to device for protecting electrical systems from being overloaded. The LELZXB1-1REC4-61-5.00-G1-03 is a commonly used circuit breaker used for various applications. The following provides a detailed explanation of the application field and working principle of the LELZXB1-1REC4-61-5.00-G1-03 circuit breaker.

This circuit breaker is used in a variety of applications such as motor control, equipment protection, and power wiring. It is often used in a variety of industrial machinery and electrical equipment, such as Generators, Switchgears, Inverters, Transformers, and Power Supply Units. This circuit breaker is also prime for use in space, marine, and hazardous environment applications.

The working principle behind the LELZXB1-1REC4-61-5.00-G1-03 is relatively simple. It works by breaking an electrical circuit when a predetermined current level is exceeded. This prevents the circuit from overheating, having short circuits, or any other electrical malfunction that could otherwise potentially cause harm to the system. The circuit breaker monitors the current using a conductive wire loop to detect the current passing through the circuit. When the current exceeds the specific level, the circuit is broken. This helps protect the circuit and the system from any kind of accident due to exceeding the current.

The LELZXB1-1REC4-61-5.00-G1-03 circuit breaker is also designed with a tripping characteristic to ensure the best protection. The tripping characteristic is determined by the temperature of the circuit, which can indicate an overload. If the temperature rises to the desired level, the circuit breaker is triggered and the circuit is safely broken. This ensures the safety of the system and allows the circuit to cool down before it is used again.

In short, the LELZXB1-1REC4-61-5.00-G1-03 circuit breaker is the perfect device for protecting electrical systems from overloading. It monitors the current and triggers the tripping characteristic when the temperature rises beyond a certain point. This provides reliable protection and ensures the safety of the electrical system.

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