JTEP-3-1REC4-30557-500 Circuit Protection

Circuit breakers are essential pieces of equipment in a wide range of electrical, control and safety systems. The JTEP3-1REC4-30557-500 is a specialized circuit breaker designed to protect electrical circuits from damaging overloads and short circuits. It can be used in residential, commercial and industrial applications.

The JTEP3-1REC4-30557-500 circuit breaker features a simple trip mechanism and solid contact construction. This design ensures that the circuit breaker is able to quickly and reliably detect and interrupt an overload or short circuit when it occurs. The superb performance of the JTEP3-1REC4-30557-500 circuit breaker is achieved through the use of high quality materials, well-designed components and precise engineering.

The JTEP3-1REC4-30557-500 circuit breaker is designed for use in low to medium-voltage AC and DC applications. It meets all of the relevant safety standards, including UL 489, CSA and IEC. It is also UL 1077 listed, indicating that it has been tested and approved for use as an auxiliary device to protect motor circuits.

The working principle of the JTEP3-1REC4-30557-500 circuit breaker is based on a simple overcurrent protection system. It includes a thermal-magnetic trip unit which is connected to the circuit breaker contact. The trip unit is designed to detect and respond to an overload or short circuit condition by creating an electric arc between the two contacts. When the current passes through the contacts, it generates heat, which is detected by the thermal-magnetic trip unit. If the current exceeds the rated amperage of the breaker, the trip unit will activate and rapidly open the circuit breaker contacts, interrupting the current and protecting the circuit.

The JTEP3-1REC4-30557-500 circuit breaker is an ideal choice for a wide range of residential, commercial and industrial applications. It is compact, lightweight, easy to install and highly reliable. Its superior protection technology makes it the ideal choice for protecting equipment and circuits from hazardous overloads and short circuits.