ESX10-124-DC24V-6A-E

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Circuit breakers are essential components for electronics and electrical systems. The model referenced in this article is known as the ESX10-124-DC24V-6A-E and its application and working principles are presented in this article.

The ESX10-124-DC24V-6A-E is a DC circuit breaker designed to protect electronic components and equipment from damage caused by power surges and fluctuations. It is a miniature sized thermal circuit breaker that is used in DC low voltage applications such as solar systems, computers, telecommunications, motor drivers, and other controlling equipment.

It is able to break the current when excessive current is detected. The action of breaking the current prevents damage caused by surges and shorts. It can also be used as a safety feature, as it can be triggered manually to shut off power in order to avoid harm or damage.

The ESX10-124-DC24V-6A-E has an adjustable set point up to 6A, a protected input voltage of DC24V, and an ambient temperature of -25~+80 degrees Celsius. It features an overload or short-circuit delay of 15 seconds and a reset time of 3 seconds. It also has an open capacity of 2500VAC/32VDC and a life of 10,000 cycles. Moreover, its contact resistance is a low 20mohm, and it meets UL,VDE, and CCC safely standards.

The device’s working principle is quite simple. The current or power value is given to a thermostatic switch, or a bimetallic heat switch. When the current is beyond the set point, the bimetallic strips will heat up and curve, therefore breaking the circuit and preventing it from overloading. When the current returns to normal, the strips cool and return to their original shape, connecting the circuit back to the original state.

In summary, the ESX10-124-DC24V-6A-E is a compact DC circuit breaker that is used to protect electronics and machines from damage caused by power surges and fluctuations. It is able to detect when excessive current is present and break the circuit to shut off the power, preventing damage. It features an adjustable set point, protected input voltage, reset time, and various safety measures. The device’s working principle involves a thermostatic switch or bimetallic heat switch which heats up and curves when excessive current is detected, interrupting the circuit and restoring it when the current returns to normal.

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