229-3-6345-9

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Circuit breakers are an important part of the modern electronic system. They are designed to protect electrical systems from overloads or short-circuits. 229-3-6345-9 is a specific type of circuit breaker, designed for use in industrial power control circuit applications.

The 229-3-6345-9 is an adjustable type molded-case circuit breaker. It is available in different ratings, typically 65,80, 115 or 125 amps. It is a two-pole breaker, which means it can handle two independent circuits. It is activated by a thermal-magnetic trip unit with adjustable trip settings. This allows it to be set to the specific ampere ratings required for particular installations.

The 229-3-6345-9 utilizes a combination of both thermal and magnetic principles to detect and clear fault condition in the power system. On the thermal side, built-in bimetallic elements sense current flowing through the breaker. Whenever an overload occurs, the bimetallic elements will heat up and eventually open the circuit. On the magnetic side, an electromagnetic coil is used to detect over-currents and short-circuits. When an over-current is detected, the coil generates enough flux to trip the breaker.

The 229-3-6345-9 is typically used in industrial control applications such as HVAC systems, motor control centers, crushers, pumps and fans. It is suitable for protecting lines powering resistance heating, thermoelectric converters, and lines with standard current harmonics. With its adjustable trip settings, the 229-3-6345-9 breaker can be tailored to different applications, allowing it to meet the exact specs of the particular installation.

The 229-3-6345-9 is a reliable, cost-effective solution for industrial power control applications. With its adjustable trip settings and reliable thermal-magnetic protection, it is an ideal choice for industrial control purposes.

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