229-1-1REC5-63-4-4M-20-A

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Circuit Breakers are devices used in electrical systems to help protect against occurences of system overloads. Perhaps the most common of these is the three-pole, two-pole, four-pole, twenty-amp rated model, 229-1-1REC5-63-4-4M-20-A. It is designed to be used in AC power systems, up to 600 Vac, and is UL listed. This device is often used as the main breaker in residential services and commercial/industrial services.

The 229-1-1REC5-63-4-4M-20-A circuit breaker works by cutting off the power flow whenever it senses an overload. It does this by quickly creating an arc with the metal contacts in the breaker. This arc disrupts the flow of current, and the contacts are opened, thus cutting off the power flow. The breaker will then reset after a few seconds, and the power will return.

The 229-1-1REC5-63-4-4M-20-A is sometimes referred to as a molded case circuit breaker, or MCCB. This type of breaker is designed for high-power applications, and generally comes with a thermal-magnetic trip device. This device is used to reduce the risk of overheating or overloading of the system by monitoring both the temperature and current level. If either parameter is exceeded, the device will trip the circuit breaker, protecting the system from damage.

The 229-1-1REC5-63-4-4M-20-A circuit breaker is commonly used in various commercial and industrial applications. It is often used in factories, or in applications where both high power and a high level of protection are required. It is also commonly used in facility management for user safety. This type of breaker is reliable, and provides a great level of protection for any system it is part of.

In summary, the 229-1-1REC5-63-4-4M-20-A circuit breaker is a reliable and efficient device for use in circuit protection. It is designed to quickly sense an overload in the system and cut off the power flow before any damage can occur to the system. This type of breaker finds many uses in both residential and commercial/industrial applications, ensuring user safety and system reliability.

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