JLE-3-36674-1 Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit Breakers are essential safety devices used in electrical systems to protect against short circuits or overloads. They are designed to quickly disconnect power and protect equipment from damage. The JLE-3-36674-1 is a miniature circuit breaker with overload and short-circuit protection, designed for use in residential, commercial and industrial applications.

The JLE-3-36674-1 is a single pole, thermal-magnetic fused circuit breaker that can provide overload, short-circuit and fault protection. When the current exceeds the set value, the thermal-magnetic action of the breaker trips instantly and isolates the circuit from the source of power. When the current is too low, the magnetic action of the breaker kicks in, allowing the current to flow normally.

The JLE-3-36674-1 is designed for use in residential, industrial, and commercial applications. The breaker is UL listed and CSA approved for use in 120/240V AC circuits. It is also rated to handle up to 1,000 amperes of current at 230V AC. The breaker is designed to fit into standard circuit breaker panels and is fit with reliable trip-free action.

The breaker is designed to detect both over-current and ground faults. If an over-current condition occurs, the thermal-magnetic action will trip the breaker instantly and disconnect the circuit from the power supply. If a ground fault is detected, the magnetic action of the breaker will trip it, and the circuit will be disconnected. When the fault is cleared, the breaker can be reset manually.

The JLE-3-36674-1 is a reliable and robust breaker designed for reliable circuit protection. Its thermal-magnetic action provides efficient, instantaneous, and automatic protection against short circuits or overloads. It is UL listed and CSA approved for use in residential, commercial and industrial applications, and is the ideal choice for those in need of reliable circuit protection.

The specific data is subject to PDF, and the above content is for reference