IEL1-1-52-50.0-A-01-V

Circuit breakers provide protection against overcurrent, overload, ground fault, and short circuit conditions. They are widely used in commercial and industrial electrical systems, as well as in residential applications. The IEL1-1-52-50.0-A-01-V is a specific type of circuit breaker designed to provide protection in specific applications and environments.

What is the IEL1-1-52-50.0-A-01-V Used For?

The IEL1-1-52-50.0-A-01-V is a low voltage circuit breaker that is typically used for industrial and commercial applications. It is a cost-effective solution for controlling and protecting electrical systems from over-current, overload, ground fault, and short circuit conditions.

How Does the IEL1-1-52-50.0-A-01-V Work?

The IEL1-1-52-50.0-A-01-V is a type of circuit breaker that works by automatically detecting and retrieving excess current, overload, ground fault, and short circuit conditions. It is designed to cut off the power supply to protect the circuit and to reduce the risk of fire or other hazards due to electrical faults. The IEL1-1-52-50.0-A-01-V is designed with a thermal magnetic trip function that is triggered when the current flow through a circuit exceeds a certain threshold. This causes the IEL1-1-52-50.0-A-01-V to trip and disconnect the circuit. The IEL1-1-52-50.0-A-01-V also features manual reset functionality, which allows the breaker to be manually reset after it has been tripped.

Benefits of the IEL1-1-52-50.0-A-01-V

The IEL1-1-52-50.0-A-01-V circuit breaker offers a number of benefits, including:

• Cost-effective solution for protecting electrical systems from overload, ground fault, and short circuit conditions.
• Thermal magnetic trip functionality for automatically detecting and retrieving excess current.
• Manual reset functionality allows the breaker to be reset GFCI, ground fault
• Expansion of AC and DC power levels.

The IEL1-1-52-50.0-A-01-V provides a cost-effective solution for protecting electrical systems in applications where high levels of current are present. It is designed and tested to withstand harsh conditions and offers reliable protection in a variety of applications.