IDLBXPK11-40159-150

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Introduction

The IDLBXPK11-40159-150 is a type of circuit breaker used in electrical systems designed to protect them from overload. A circuit breaker is an important device which provides protection to circuits from overloading, short circuits and other conditions that could cause a hazard. It also prevents damage to the system and allows safer operation of electrical equipment.

For example, if too much current is flowing through a wiring circuit, the circuit breaker will trip and disconnect it. This prevents the wiring from being overloaded and reduces the possibility of short circuits or a fire hazard.

Application Field

This model of circuit breaker is typically used for residential, commercial, and light industrial applications. It is suitable for lighting, small appliance, and air conditioner circuits. It can be used both as a single pole and a double pole breaker.

It can be used in both 120-volt and 240-volt alternating current (AC) circuits. In addition, it can be used in DC power systems up to 48 volts.

Working Principle

This type of circuit breaker works on the principle of an electromagnet and a magnetic field. When the current passing through the wiring circuit increases, the electromagnetic attracts the movable contact arm, which breaks the current flow.

The contact arm is connected to a spring which allows it to snap back in place when the current level drops back to the normal level. In addition, the contact arm also moves a reset lever which trips the breaker when the contact arm is tripped.

The circuit breaker also has an adjustable thermal-magnetic trip element that protects against long-term overloads.

In addition, it has an indicator light which shows the status of the circuit breaker. The light is lit when the breaker is closed and switches off when it is tripped.

Conclusion

The IDLBXPK11-40159-150 circuit breaker is a very effective device for protecting electrical systems from overload, and it is suitable for residential, commercial, and light industrial applications. It works on the principle of an electromagnet and a magnetic field, and it has an adjustable thermal-magnetic trip element and an indicator light which shows the status of the breaker.

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