JLE-3-1-62-5-B4-125

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Circuit Breakers are types of protective devices that are used in electrical systems for overcurrent protection. The JLE-3-1-62-5-B4- 125 is one such device designed for use in residential or light commercial installations. The device features a mechanical tripping mechanism that quickly disconnects the circuit in the event of an overload or short circuit.

The maximum operating voltage for this circuit breaker is 125 volts and the maximum short-circuit current limiting trip point is 62 amps. This is ideal for circuits used in residential and light commercial applications as they can protect against short-circuit currents up to 62 amps. In addition, it has a thermal overload trip point of 51.2 amps, which provides additional protection against low level overcurrent.

The JLE-3-1-62-5-B4-125 features a single-pole construction that requires a dedicated one-space circuit breaker panel. This design allows it to be installed in tight locations and the compact design also reduces the costs associated with installing an additional panel space. This type of circuit breaker can be used on both direct current (DC) and alternating current (AC) circuits.

The working principle of the JLE-3-1-62-5-B4-125 circuit breaker is based on the projection of the electro-mechanical tripping mechanism. When this device is exposed to an overcurrent or short circuit current, it will trigger an internal switch which causes a disc to project, thereby opening the circuit. This projection occurs within a few milliseconds and the device is designed to disconnect the circuit before any damage can occur.

The JLE-3-1-62-5-B4-125 circuit breaker is ideal for residential and light commercial installations as it provides reliable protection against overcurrent, short circuit, and thermal overload conditions. It is easy to install and the single-pole, one-space design helps reduce installation costs. Additionally, it has a fast-acting electro-mechanical tripping mechanism that can save your electrical system from hazardous conditions.

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