2P 63A 220V 2 In 1 Out CB ATS

YRO 2P 63A 220V 2 In 1 Out CB ATS, which can switch from the main power supply to the backup power supply in 30 milliseconds. The built in circuit breaker has a keen fault sensing ability, and once the circuit is overloaded or short, it will quickly cut off the main power supply and switch to the standby power supply. This product has been carefully designed to not only perform well in function, but also in the appearance of a comprehensive upgrade, the unique appearance is dazzling. Both home users and business customers can meet their needs for power stability.

Integrated circuit breaker protection: YRO's changeover switch itself has excellent power switching control capabilities, and the addition of class A circuit breakers is even more impressive. It will trip when the leakage current reaches 6mA and above, which is much more sensitive than the ordinary circuit breaker, and adds a lock for the safety of the circuit. With its protection, electricity stability and safety are greatly improved, which is reassuring.
Optimized appearance design: The new appearance design, the shell is made of high quality and wear resistant materials, which not only has good insulation performance, but also can adapt to the complex and changing use environment. At the same time, the compact structure design makes it small in size, easy to install and maintain, and can be flexibly arranged in a limited space, saving valuable installation space for customers.

YRO's ATSE is ingenious in its detailed design.
The conversion handle is large in size, comfortable and labor saving when operating, convenient for users to manually switch operations, even in emergency situations can be easily controlled.
At the same time, it is equipped with an eye catching indicator to clearly display the working status of the power supply and intuitively provide clear power status information. When the red light is on, it means that the power is being supplied normally; If the red light is not on, it visually indicates that the current power is not on. This clear design allows users to quickly and accurately judge the power supply on and off without complex detection operations at a glance.