CMLHPK11-1RS5-32813-175

Circuit Breakers are an important part of electrical systems and play a key role in protecting electrical circuits from damage due to overloads, short circuits, and other faults. They are often the last line of defense against overvoltage and other power problems, and they can prevent potentially catastrophic accidents. CMLHPK11-1RS5-32813-175 is a type of circuit breaker. This article analyzes its application field and working principle.

Introduction：

The CMLHPK11-1RS5-32813-175 circuit breaker is an electrically operated device used to break an electrical circuit in case of an overload or short circuit. The design of the circuit breaker is based on an electromechanical system, which is composed of a coil, lever, and relay, and a pair of contact plates. It has a breaking capacity of up to 10,000A, and its rated voltage is 125/250VAC.

The CMLHPK11-1RS5-32813-175 circuit breaker is widely used in households, circuit breakers for electronic control systems, and Automation plans. In industrial systems, they are used for protection from over current, short circuit, and other anomalies. The CMLHPK11-1RS5-32813-175 circuit breaker is suitable for home offices, domestic refrigerator, air conditioning control systems, electric water heater, power distribution systems, lighting control, starting of electric motors, control of electric fires, and other industrial systems.

When the electrical current in the system reaches a certain levels, the coil in the circuit breaker is activated and the lever is pushed, causing the contact plates to separate and break the electrical circuit. The contact plates are usually made of silver alloy, which ensures their good conductivity and long service life. The internal temperature of the circuit breaker is monitored and the contact plates are automatically opened when the temperature exceeds a certain temperature. This helps protect against further damage or short circuits.

The CMLHPK11-1RS5-32813-175 circuit breaker offers a reliable and efficient method of protection against overloads and short circuits. It is suitable for residential and industrial applications, and is effective at preventing damage to electrical systems. Its electromechanical system provides precise operation, and its built-in temperature monitoring ensures additional safety.