8340-G110-R1H1-A7H0-35A

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A circuit breaker is a device that can detect when an electrical circuit experiences an overload or short circuit and disconnects automaticlly to stop further damage from occurring. 8340-G110-R1H1-A7H0-35A is one type of circuit breaker that comes with a variety of features and applications. This article will discuss the applications and working principles of this particular circuit breaker.

Application Field

The 8340-G110-R1H1-A7H0-35A circuit breaker is designed to be used in industry, commerce and construction. This circuit breaker is a general-duty industrial circuit breaker, which makes it suitable for many applications. It can be used as a disconnect, switch or overcurrent protection, providing the necessary protections for motors, lighting, and other electrical equipment.

This type of circuit breaker can also be used in hazardous locations such as oil rigs, factories or construction sites. It sits inside a metal enclosure that houses the control components, and is designed to safeguard personnel from accidental contact. It is rated for operation at 600 volts and 150 amperes with a maximum operating temperature of 65C (149F).

In addition, the 8340-G110-R1H1-A7H0-35A circuit breaker is designed to be used in a wide variety of applications. It can be used as a stand-alone switch or for connection with bus bars or boxes. It is also suitable for use with generator transfer panels, as well as direct current applications with up to 600 volts.

Working Principle

The 8340-G110-R1H1-A7H0-35A circuit breaker operates using a thermal-magnetic tripping mechanism. This mechanism works by combining a thermal element and magnetic element in order to provide reliable over-current protection. The thermal element is set to trip the breaker in the event that an excessive current passes through the circuit. This then activates the magnetic element, which will trip the breaker instantly.

The thermal element is designed to react slowly to changing currents. This feature allows the breaker to trip and disconnect the current in the event of an overload, but it does not necessarily cut off the current in the event of a short circuit. The magnetic element is designed to be much faster than the thermal element and will trip the breaker instantly in the event of a short circuit.

Once the breaker has been tripped, it will remain in the open position until the current flow has been interrupted. Then, the breaker can be reset and the process can repeat if needed. This type of circuit breaker also has integrated diagnostics, which allow it to detect any problems with the system before it trips, delaying the trip until the root cause has been identified and resolved.

In summary, the 8340-G110-R1H1-A7H0-35A is a general-duty industrial circuit breaker that is designed for use in hazardous locations and a variety of applications. It is designed with a thermal-magnetic tripping mechanism which helps to provide reliable over-current protection and integrated diagnostics to help identify and resolve any problems before the breaker trips.

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