CLB-403-12C3N-B-A/40

Circuit Breakers are an essential component of any electrical system. They are safety devices that prevent over-current from flowing and damaging the system. The CLB-403-12C3N-B-A/40 is one example of a circuit breaker. It is a three-pole, 12A breaker with three sets of contacts and a built in thermal protection module.

Photoelectric and magnetic sensors are used in the CLB-403-12C3N-B-A/40 to detect the presence of an overload. When the overload is detected, the circuit breaker will trip, isolating the circuit and preventing further damage. The main benefit of a circuit breaker is that it is a fast-acting device, allowing it to protect a system in a matter of seconds.

The CLB-403-12C3N-B-A/40 is designed to be highly reliable, with a long life span. It has an extended operating temperature range, allowing it to be used in a wide variety of environments. It is also UL listed, meaning that it has been tested and found to conform to UL safety standards. For these reasons, the CLB-403-12C3N-B-A/40 is well-suited for use in the following applications:

• Automotive electrical systems
• Industrial control panels
• Lighting and HVAC systems
• Industrial machinery
• Power supplies and transformers
• Electronic test equipment

The working principle of the CLB-403-12C3N-B-A/40 is relatively simple. When a short circuit or overload is detected, the sensors send a signal to the breaker, which trips, isolating the circuit and preventing further damage. The thermal protection module further helps to prevent damage by limiting the amount of current that can flow through the breaker. This helps protect the system and any connected components from damage due to excessive current.

The CLB-403-12C3N-B-A/40 is a reliable, fast-acting circuit breaker that is well-suited for a variety of applications. Its extended operating temperature and UL listing make it especially suitable for use in automotive and industrial environments. Its simple working principle ensures that it can be relied upon to protect a system from overloads and short circuits.