ESX10-TB-102-DC24V-4A-E

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Circuit breakers are widely used electrical components which serve to protect electrical systems from overload damage caused by excessive currents and short circuits. The ESX10-TB-102-DC24V-4A-E is a circuit breaker used for applications which require direct current (DC) switching.

The key features of the ESX10-TB-102-DC24V-4A-E are its high load breaking capacity of 4A, fast reaction time of 0.1 seconds, and its compatibility with voltages in the range of 12–24V.

The ESX10-TB-102-DC24V-4A-E is ideally suited for industrial applications which require reliable switching with low footprint and are subject to overvoltage and overcurrent protection. This circuit breaker can be used for a broad range of applications including medical devices, telecommunications, HVAC systems, renewable energy systems and other DC device applications. It is also suitable for use in harsh environments such as construction sites and outdoor equipment.

At the heart of the ESX10-TB-102-DC24V-4A-E circuit breaker is its operating principle. When an overload or short circuit is detected, the circuit breaker trips, turning off the flow of current. This breaking is then monitored by an inbuilt current sense feedback which automatically removes any residual current after the breaker has tripped. This feedback also allows the circuit breaker to be reset once the fault has been cleared so the system can be safely restored.

In addition to its over-current protection capability, the ESX10-TB-102-DC24V-4A-E also provides surge protection and temperature compensation. The circuit breaker also has a built-in replaceable fuse element, providing additional protection against overloads or short-circuits. This ensures that the circuit breaker is able to cope with varying load conditions without the risk of damage or failure.

The ESX10-TB-102-DC24V-4A-E circuit breaker is a versatile and reliable device that serves to provide reliable protection for a wide range of applications. This protection, coupled with its compact size and fast reaction time, make it the ideal choice for industrial applications that require reliable and efficient circuit protection.

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