Double Power Auto Changeover Switch

China Manufacturers ICHYTI Low Price double power auto changeover switch is primarily used in emergency power supply systems with a rated voltage of no more than 1000VAC or 1500VDC. It functions to interrupt the power supply to the load during power conversion and is comprised of one or several transfer switch electrical appliances, along with other necessary electrical appliances used to monitor the power circuit and automatically transfer one or several load circuits from one power supply to another. double power auto changeover switch is commonly referred to as a "double power automatic transfer switch" or "double power switch" in the electrical industry.

ICHYTI double power auto changeover switch Parameter (Specification)

ICHYTI double power auto changeover switch Feature

◉ The rated current of the ATS is 63A and it has the function of automatic dual power conversion.

◉ This switch has three stable positions to ensure complete isolation of the two asynchronous power sources.

◉ By using a padlock to lock the handle in the O position, manual or automatic operation can be avoided.

◉ The control unit can be adjusted according to the depth of the switchgear, and the voltage measurement device is installed in the factory.

◉ The electrical operating mechanism of the ATS adopts fuse protection, which can provide protection when the operating frequency of the operating mechanism exceeds the limit.

ICHYTI double power auto changeover switch Details

ICHYTI double power auto changeover switch Dimensions and wiring

 
ICHYTI double power auto changeover switch FAQ

Q: What is the difference between ATS and MTS?

A: The main difference between an MTS and an ATS is that while an MTS needs to be manually switched to change power sources, an ATS can monitor utility power and automatically switch sources in case of a power outage.

Q: What is MCB in solar?

A: DC MCBs serve as protective devices for safeguarding panels from high surge currents in DC circuits. They are typically installed upstream of inverters to provide protection in the event of a high surge current, ensuring that the panel remains safe from damage. By tripping the circuit when an excessive current is detected, DC MCBs help prevent electrical faults that could result in costly repairs or replacements.