CLB-043-11-B-3-A-B-A

Circuit breakers, also known as CBs, are designed to protect electrical circuits in the event of a sudden overload. They help protect against possible fire hazards and costly electrical repairs.

The CLB-043-11-B-3-A-B-A is a circuit breaker. It is a double-pole, thermal-magnetic type circuit breaker with a rated voltage of 250 volts and a rated current of 6 amps. It is commonly used for residential and commercial applications, such as air conditioners, refrigerators, and other appliances.

The CLB-043-11-B-3-A-B-A circuit breaker’s working principle is based on both thermal-magnetic principles. The thermal element of the circuit breaker responds to sudden increases in current flow, while the magnetic elements respond to persistent overloads.

The thermal elements respond to rapid increases in current and begin to operate as soon as they reach levels beyond the rated current. This opens up the circuit and interrupts the power flow to the electrical circuit. The magnetic elements, on the other hand, respond to gradual increases in current, and seek to maintain the rated current level.

This way, the CLB-043-11-B-3-A-B-A provides two layers of protection, thermal and magnetic. In the event of an extreme overload, where current levels exceed the thermal cutoff, the circuit breaker trips immediately. In the event of a more gradual overload, the magnetic element triples the circuit breaker before the current overloads the circuit.

The CLB-043-11-B-3-A-B-A can be used in residential and commercial applications, including air conditioners, refrigerators, and other appliances. It provides an additional layer of safety and should be used in situations where there is an increased risk of short circuits, leading to costly repairs and potential fire hazards.

The CLB-043-11-B-3-A-B-A is a high-quality circuit breaker designed to protect home and commercial appliances from electrical overloads and fire hazards. It can be used in residential and commercial applications, providing an additional layer of safety and allowing electrical circuits to be safely powered up.