IULK111-1-62-40.0-01

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Circuit breakers are essential components of any electrical system. They are responsible for providing protection against overloads and short circuits. The IULK111-1-62-40.0-01 is a circuit breaker designed for industrial use. It is used to provide protection against power surges and prevent potential damages caused by over voltage or current.

The IULK111-1-62-40.0-01 circuit breaker is widely used in industrial applications, such as mechanical and process control equipment, pumps, motors and air-conditioning systems. It is designed to provide overload and short circuit protection for all types of machines and electrical systems. It is also suitable for both residential and light commercial applications.

This circuit breaker is easy to install and requires minimal maintenance. It is equipped with a built-in overload protection mechanism and has a high current carrying capacity. This allows it to protect the system from any potential overcurrent damage. It also features an adjustable current setting, so that the user can adjust the current limit according to the application needs. The IULK111-1-62-40.0-01 can be used in both AC and DC systems.

The working principle of the IULK111-1-62-40.0-01 circuit breaker is based on the thermal-magnetic principle. This means that the breaker is designed to detect an overload or short circuit and then open the circuit when a certain current level is exceeded. When a current greater than the set current flows through the circuit, the bimetallic strip inside the breaker will heat up and cause the breaker to open. This will stop the flow of current and prevent any potential damage to the system.

The IULK111-1-62-40.0-01 circuit breaker is an ideal choice for industrial applications that require reliable overload and short circuit protection. Its adjustable current setting and easy installation make it a highly user-friendly product. Furthermore, its thermal-magnetic working principle ensures that the breaker will effectively protect the system against any overload or short circuit.

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