JTEP-2-1REC4-38497-350

Circuit breakers are essential components of any electrical or electronics system, but their most important applications are in power systems, used in homes, businesses, industries, and large installations. The JTEP-2-1REC4-38497-350 is an industrial-grade double pole circuit breaker, suitable for residential, commercial, and specialized industrial applications.

A double pole circuit breaker has two sets of terminals, each capable of interrupting power flow in either direction between the two terminals. This allows it to provide complete protection against all types of faults, including overload and short circuit protection, in both directions. The JTEP-2-1REC4-38497-350 has a rated operational voltage of 240 volts, and has a current rating of 100 amps. It is designed for both AC and DC applications, and it is UL and CSA listed for residential, commercial and specialized industrial applications.

The JTEP-2-1REC4-38497-350 works by breaking the circuit when an overload or short circuit occurs. It is triggered by an increase in current that could potentially damage the system. When this current reaches a predetermined level determined by the manufacturer, the circuit breaker trips and the flow of electricity is stopped. The breaker will reset itself once the fault has been cleared, and the system can continue to operate without interruption.

The JTEP-2-1REC4-38497-350 has several features that make it an attractive option for a wide variety of applications. It has an adjustable trip setting, which allows the user to adjust the level at which the breaker trips. It also has a built-in thermal-magnetic trip mechanism, which isolates the breaker from the system when an overload or short circuit occurs. Finally, it has a low profile design, making it an ideal choice for tight spaces.

In summary, the JTEP-2-1REC4-38497-350 double pole circuit breaker is designed for both AC and DC applications, and is suitable for residential, commercial and specialized industrial applications. It offers adjustable trip settings, a built-in thermal-magnetic trip mechanism, and a low profile design, making it an efficient, reliable, and versatile option for any power system.