209-2-1-53-2-9-80

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Circuit breakers are effective tools for protective switching and isolation within electrical systems. They are also used to detect and prevent faults and ensure an uninterrupted service. Model 209-2-1-53-2-9-80 is a mid-sized, three-pole, thermally-magnetic circuit breaker. It was designed to provide reliable, timely tripping of the circuit in the event of over-current, overload or short circuit.

The 209-2-1-53-2-9-80 circuit breaker is intended to be used in residential and commercial electrical systems such as those found in residential and light commercial buildings, industrial plants, office buildings, and vehicle batteries. It is suitable for a variety of applications such as AC circuits; DC circuits; low-voltage systems; and voltages up to 480 volts.

The 209-2-1-53-2-9-80 circuit breaker operates on a thermal-magnetic principle, meaning that it trips on both thermal and magnetic overloads. The overall response to an electrical fault is determined by both the thermal and the magnetic components. The thermal component is the thermal current limit. A thermal limit is a design rating that is determined by the size of the breaker and the current rating of the conductor.

The design features of the 209-2-1-53-2-9-80 circuit breaker provide good protection against dangerous conditions, including overloads, short circuits, and heating caused by excessive currents. In the event of an overload, the thermal trips open the breaker before the current reaches a dangerous level. In the event of a short circuit, the magnetic trips open the breaker very quickly.

The 209-2-1-53-2-9-80 circuit breaker also features a manual reset button that allows the circuit breaker to be reset once the current overload or short circuit has been resolved. This allows the breaker to continue to provide protection against future electrical faults.

The 209-2-1-53-2-9-80 circuit breaker is a very reliable and effective protective switch and isolation device. It is designed to provide a very fast response time in the event of any electrical fault, ensuring a safe and uninterrupted power supply. It is easy to install and maintain and is capable of providing reliable protection for applications up to 480 volts.

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