IELK111-1-62F-60.0-01-V

Circuit breakers are a necessity in electrical systems. Their job is to protect the system and components from damage during overloads or short circuits. The IELK111-1-62F-60.0-01-V is a type of circuit breaker. It is designed for both low voltage and medium voltage applications, making it suitable for a range of electrical applications.

The IELK111-1-62F-60.0-01-V is an extremely durable circuit breaker, offering protection from overloads and short circuits. Its construction features a rugged, die cast aluminum housing, a double insulated shut down system, and a ground fault trip system. This makes it especially suitable for high voltage applications, as the insulation and ground fault trip will help ensure the system is not damaged during sudden power surges.

The IELK111-1-62F-60.0-01-V has an operating range of 0-58 volts AC and 0-125 volts DC. This allows the circuit breaker to be used in a wide variety of applications, such as industrial equipment, vehicles, and consumer electronics. The IELK111-1-62F-60.0-01-V is designed to provide protection from electrical fault currents up to 5,800 amps.

The IELK111-1-62F-60.0-01-V is a thermal-magnetic circuit breaker, meaning it utilizes a combination of thermal and magnetic forces to trip the breaker. The thermal force is provided by the heat generated when an overload or short-circuit current occurs. This heat will cause the bimetal strip inside the circuit breaker to expand, which will cause the contacts to open. The magnetic force is provided by the current in the circuit. This will cause a plunger in the circuit breaker to pull the contacts open.

The IELK111-1-62F-60.0-01-V is a great choice for a wide range of circuit breaker applications, providing both low voltage and medium voltage protection. Its rugged construction and double insulation system help ensure the circuit breakers will be able to protect the system against large fault currents and short circuits. The thermal-magnetic operation of the circuit breaker also provides reliable protection against overloading.