Automatic Changeover Switch for Inverter

The function of the China suppliers ICHYTI Wholesale automatic changeover switch for inverter is to automatically connect the backup power supply in case of sudden power outage to ensure continuous operation. This type of automatic changeover switch for inverter is widely used in important places with high requirements for continuous power supply, such as high-rise buildings, residential areas, hospitals, airports, docks, firefighting, metallurgy, chemicals, textiles, etc. Common applications include elevators, fire protection systems, and monitoring systems. In places such as banks, uninterrupted power supplies are also used, and their backup power supply is usually a battery pack. The automatic changeover switch for inverter can achieve automatic conversion of overvoltage, undervoltage, and phase loss, and has intelligent alarm function.

ICHYTI automatic changeover switch for inverter Parameter (Specification)

ICHYTI automatic changeover switch for inverter Use

In short, the principle of a dual power automatic transfer switch is to automatically switch to a backup power source (the backup power source can be supplied by the generator under low load) through the transfer switch in case of a public power failure or power outage, to ensure the normal operation of the equipment. This switch consists of a transfer switching device and other necessary equipment, used to monitor power circuits and automatically switch one or more load circuits from one power source to another. It has excellent performance, high reliability, high degree of automation, and is widely applicable in various occasions.

ICHYTI automatic changeover switch for inverter Details

ICHYTI automatic changeover switch for inverter Dimensions and wiring

 

ICHYTI automatic changeover switch for inverter FAQ

Q: What factors usually need to be considered when selecting the correct circuit breaker?
A: Normal working current: The rated current of the selected circuit breaker should usually be 1.5 times the normal working current.

Overload protection capability: The circuit breaker should have sufficient overload protection capability to ensure timely cut-off of current when the circuit is overloaded.

Short circuit protection capability: The circuit breaker should be able to quickly cut off the circuit to protect electrical equipment and circuits from damage caused by short circuit faults.

Rated voltage: The rated voltage of the circuit breaker should match the rated voltage of the circuit to ensure safe operation.

Environmental conditions: Consider the environmental conditions for installing circuit breakers, such as temperature, humidity, etc., and choose the type of circuit breaker that is suitable for the conditions.
Type of electrical equipment: different types of electrical equipment may require different types or specifications of circuit breakers, and appropriate circuit breakers shall be selected according to the characteristics of the equipment.