ESX10-TB-124-DC24V-6A-E

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Introduction

Circuit breakers are a type of electrical safety device that protects electrical systems from short circuits, overloads and other problems. They are used in many industrial and commercial applications and in homes. The ESX10-TB-124-DC24V-6A-E is a type of circuit breaker, commonly referred to as a thermally fine-tuned circuit breaker.

Application Field

The ESX10-TB-124-DC24V-6A-E is generally used in applications where low current circuit protection is needed. It is particularly well-suited for applications such as computers, lighting, refrigeration, and other low voltage power circuits.

The ESX10-TB-124-DC24V-6A-E is a UL 1077 listed and CSA 22.2 approved device for use with equipment sensitive to sustained arcing or welding of contacts. It is also suitable for use in applications where lamp load and temperature control are required.

Working Principle

The ESX10-TB-124-DC24V-6A-E employs a thermal-magnetic tripping mechanism. The thermal element consists of a metal bimetal strip which has its thermal parameters set to ensure trip characteristics that meet the demanding requirements of the modern power electronic systems. The trip mechanism includes a magnetic trip unit which provides an additional level of protection in the event of a short circuit by responding faster than the thermal element.

The trip mechanism contains a manually reset switch which, when pushed, sends an electric pulse through the circuit breaker\'s contact points and forces them to close again. This type of circuit breaker requires periodic maintenance to keep the contacts from becoming contaminated by dirt and dust, or to replace them if they have become worn or damaged.

Conclusion

The ESX10-TB-124-DC24V-6A-E is a type of circuit breaker that is used in many industrial and commercial applications and in homes. It is suitable for use in applications where low current circuit protection is needed, such as computers, lighting, refrigeration, and other low voltage power circuits. It employs a thermal-magnetic tripping mechanism to provide protection in the event of a short circuit. It also requires periodic maintenance to keep the contacts from becoming contaminated or to replace them if they become worn or damaged.

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