209-3-34645-60

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Circuit breakers are used in electrical systems to protect against overloads, phase and grounding faults, and short circuits. The 209-3-34645-60 circuit breaker is designed for use in hazardous areas, and is suitable for applications requiring current ratings of up to 600 Amps and system voltages up to 690 Volts.

The 209-3-34645-60 is a two-pole circuit breaker with a fixed thermal-magnetic trip element, and is available in a wide variety of adjustable, certified, and categorized trip settings. The circuit breaker’s enclosure is constructed of galvanized steel, and its frame is rated for use in NEMA 0/1/2/3/4/12/13 areas. The 209-3-34645-60 also features an adjustable manual trip setting.

The 209-3-34645-60 circuit breaker utilizes a mechanical lockout feature to ensure that the load will not be re-energized until manual reset. This design feature utilizes a mechanical interlock that prevents the circuit breaker from being re-energized until reset manually with the appropriate key. Additionally, the 209-3-34645-60 also features an adjustable thermal-magnetic trip element for over-current protection, and an adjustable trip indicator for over-protection.

The 209-3-34645-60 works by detecting an over-current condition in the electrical system, and then opening the circuit breaker to isolate the circuit from the supply power. This prevents the circuit from overloading, which can cause damage or fires. Additionally, the 209-3-34645-60 also features an adjustable trip indicator, which will indicate the current level at which the circuit is tripped for overcurrent protection. This adjustable trip indicator can be set by adjusting the trip setting of the circuit breaker.

In summary, the 209-3-34645-60 circuit breaker is designed for use in hazardous areas, and is suitable for applications requiring current ratings of up to 600 Amps and system voltages up to 690 Volts. It utilizes a mechanical lockout feature to ensure that the load will not be re-energized until manually reset, and it features an adjustable thermal-magnetic trip element for over-current protection, as well as an adjustable trip indicator for over-protection. This circuit breaker is an effective tool for protecting against overloads and short circuits in electrical systems, and is an ideal solution for industrial settings.

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