IELR1-1-61-2.50-00-V

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IELR1-1-61-2.50-00-V is a type of circuit breaker that is used to protect an electrical system from overloads or short circuits. The circuit breaker is designed to protect against damage from both mechanical and electrical faults. It consists of two components – a switch and a thermal overload relay. The switch is used to manually turn the circuit breaker on and off. The thermal overload relay detects when an overload occurs and automatically shuts off the circuit breaker before it gets too hot.

IELR1-1-61-2.50-00-V circuit breakers are used in a wide range of applications. They are commonly used in both residential and commercial buildings to provide protection against overvoltage and fault currents. They are also used in industrial control systems to protect electrical components from fault currents and over-currents. In addition, they are used in the automotive industry to prevent engine damage due to sudden voltage surges.

The working principle behind IELR1-1-61-2.50-00-V circuit breaker is based on the thermal overload relay. The thermal overload relay is an electromechanical device that detects when the temperature of the circuit breaker becomes too high. When the temperature is beyond the preset limit, the thermal overload relay triggers a switch that shuts off the circuit breaker. This prevents the circuit breaker from becoming too hot and potentially causing damage.

In addition to temperature monitoring, IELR1-1-61-2.50-00-V circuit breakers also feature a manual reset feature. This feature allows the user to manually reset the circuit breaker after it has been tripped. This is useful in situations where the circuit breaker is not tripped due to an overload, but because of a mechanical or electrical fault.

The IELR1-1-61-2.50-00-V circuit breaker is a versatile device that can be used in a wide range of applications. It is an essential component of any electrical system and can provide the necessary protection against electrical hazards. The thermal overload relay and manual reset features make it an ideal choice for protecting against both thermal and mechanical faults.

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