ESX10-TC-124-DC12V-4A-E

Series:	ESX10-T
Part Status:	Active
Breaker Type:	Solid State
Current Rating:	4A
Voltage Rating - DC:	12V
Number of Poles:	1
Actuator Type:	Slide Switch
Illumination:	Red
Illumination Voltage (Nominal):	--
Mounting Type:	DIN Rail

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Introduction to Circuit Breakers

Circuit breakers are one of the basic components found in any electrical system and are used to provide overload protection and safety. Circuit breakers are designed to prevent electrical circuits from overloading or short-circuiting and they are used in areas where frequent on/off switching is needed.

ESX10-TC-124-DC12V-4A-E Application Field and Working Principle

The ESX10-TC-124-DC12V-4A-E circuit breaker is an electrical component that is designed to protect both electrical devices and personnel from damage due to an unexpected surge in the current. The breaker is designed to automatically trip and disconnect the power supply when a current that exceeds the predetermined threshold is detected.The ESX10-TC-124-DC12V-4A-E is suitable for areas with light load demand and low surge current, such as vehicle power systems, communication power systems, and office automation systems. It has a high breaking capacity and will trip faster than other circuit breakers in the same range, making it suitable for short-circuit protection. It is also designed for excellent overload protection, with its current setting range from 1-4A.The working principle of the ESX10-TC-124-DC12V-4A-E circuit breaker is based on an internal bimetal strip that senses changes in temperature due to an increase in current. When an excessive current is detected, the bimetal strip bends, activating an actuating mechanism which trips the circuit by separating the two contacts. The connections are automatically re-established when the temperature returns to its normal level.

Conclusion

The ESX10-TC-124-DC12V-4A-E circuit breaker is an effective solution for providing electrical overload protection in areas with light load demand and low surge current. It has a high breaking capacity and is efficient at detecting and automatically disconnecting the power supply upon detecting an excessive current. The working principle of the breaker is based on a bimetal strip that senses changes in temperature due to an increase in current, and the circuit is automatically re-established when the temperature returns to its normal level.

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