IMLK1-1REC5-32176-20

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Circuit breakers are electrical devices that are used to protect circuits from overloads and short circuits, and IMLK1-1REC5-32176-20 is one such device. It is highly specialized, with a small frame size and a rating range of 9–20 amperes. This feature makes it suitable for use in residential and light commercial applications, such as lighting circuits and HVAC systems.

The IMLK1-1REC5-32176-20 circuit breaker operates on the thermal-magnetic principle. It consists of two components. The first component is a bimetal strip that forms part of the thermal overload protection. During normal operation, the bimetal strip is heated by the current flowing through it and as it heats up, its shape changes, allowing the breaker to open the circuit. The second component is a magnet field element. This is used to provide instantaneous short circuit protection. The magnet element has a low magnetic threshold and when it exceeds the threshold, it pulls the trip flag and opens the circuit.

IMLK1-1REC5-32176-20 circuit breaker also has rated voltage and current values. The rated voltage is 125/250VAC, while the rated current is 20A. This feature ensures that the device is able to handle the full operating current of the electrical circuit. Additionally, it has an interrupt rating of 10kA at 125/250V. This is the maximum amount of current that the device can safely interrupt in the event of an overload or short circuit.

The IMLK1-1REC5-32176-20 is easy to install and maintenance-free. It has a small frame size and can be mounted on a standard 20mm or 25mm din rail. Additionally, the device has been designed to stay locked in the ON position until manually reset, providing an extra layer of protection.

Overall, the IMLK1-1REC5-32176-20 is a reliable circuit breaker that is suitable for residential and light commercial applications. It provides overload and short circuit protection, and is capable of interrupting high currents. Moreover, it has a small frame size for easy installation and is maintenance-free. As such, it is highly recommended for use in protecting circuits from damage.

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