CMG1-1RLS5-30437-20

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Circuit breakers are essential components in any electrical system to provide overcurrent protection in the event of an overload or short circuit. The CMG1-1RLS5-30437-20 is a Compact Molded Case Circuit Breaker (MCCB) with a current rating of 20 amps and an adjustable short circuit release. The MCCB is designed to protect switchgear and power systems from electrical overloads and short circuits.

General Information

The CMG1-1RLS5-30437-20 is a three-pole MCCB with a current rating of 20 amps. The MCCB is designed for use with a wide range of voltages and currents, and also features an adjustable short circuit release. It features a thermoplastic case and a single, protected handle. The MCCB offers fast and reliable protection against overcurrent and short circuits protected.

Applications

The CMG1-1RLS5-30437-20 MCCB is suitable for a wide range of applications. It is commonly used in industrial, commercial, and residential applications and is suitable for use in a variety of power distribution systems. It can be used in installations such as large factories, warehouses, office buildings, schools, and hospitals. The MCCB can be used to protect lighting and motor circuits, as well as new installations and existing systems.

Working Principle

The working principle of the MCCB is simple. When an overload or a short circuit occurs, the MCCB senses the increased current and trips the circuit breaker. When this happens, the MCCB opens the circuit, thereby stopping the flow of current and protecting the other components in the circuit. The MCCB can also be reset manually, allowing the circuit to be reopened, and the system can continue to operate normally.

Conclusion

The CMG1-1RLS5-30437-20 is a 20 amp Compact Molded Case Circuit Breaker with adjustable short circuit release. It is suitable for a wide range of industrial, commercial, and residential applications and is an ideal solution for power protection. The breaker works by sensing an overload or a short circuit and tripping the circuit, thereby preventing further damage to the other components in the circuit.

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