229-3-1REC4-36989-20

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Circuit breakers are safety devices used in electric circuit systems to protect against the risk of fire and electrical shock caused by overload circuits and short circuits. The 229-3-1REC4-36989-20 circuit breaker is a type of miniature circuit breaker, which is a type of switch specifically designed to protect electrical circuits. It serves much the same purpose as a fuse but can be reset rather than needing to be replaced once it has been triggered.

The 229-3-1REC4-36989-20 has a range of applications and can be used in any circuit where there is a risk of over or under-current. It can be used in homes, businesses, and public services such as hospitals to protect electric circuits from overloads and shorts. It is also used in industrial machinery, manufacturing processes, and other commercial processes where electrical control is a factor.

By working together with ground fault circuit interrupters (GFCIs), the 229-3-1REC4-36989-20 helps ensure the safety of users in terms of overloads and shorts. It works by automatically cutting the power when it senses an electrical overload or other abnormality in the circuit, preventing damage to the electrical components of the circuit as well as preventing risk to personnel.

The 229-3-1REC4-36989-20 circuit breaker will work in circuits with both alternating current (AC) and direct current (DC). It uses a thermal release and magnetic trip system to protect the system from over or under-current. The thermal release senses the temperature of the circuit and will trigger the circuit breaker when it detects the temperature has increased significantly. The magnetic trip system uses a coil that is sensitive to the current that is passing through the circuit. When the current in the coil exceeds the set operating limit of the breaker, the circuit breaker trips.

The 229-3-1REC4-36989-20 circuit breaker is a safe and reliable device that can be used in any electric circuit that needs protection from over or under-current. By working with GFCIs it provides an extra layer of safety to ensure that the electrical system is protected from dangerous levels of current and the hazardous effects of electrical overloads and shorts.

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