Surge Protector For Ac Unit

ICHYTI Factory surge protector for ac unit Made in China contains a special zinc oxide varistor circuit with excellent nonlinear characteristics, which can achieve maximum protection under high energy overvoltage. Under the impact of 40KA 10As, the protection level should not exceed 15kV, so surge protector for ac unit can withstand partial lightning current caused by direct lightning strikes. When the line is overloaded, the circuit breaker inside the lightning arrester will automatically open to avoid its failure. If the lightning arrester malfunctions, the color of the display window for the module connection will change from green to red to indicate its working status.

ICHYTI surge protector for ac unit Parameter (Specification)

ICHYTI surge protector for ac unit Feature

◉ This device is suitable for protecting electrical equipment from transient overvoltage and indirect lightning strikes.

◉ The device adopts a plug-in module design.

◉ The device is equipped with an indication window and optional remote signaling contacts, which can help users understand the device status.

◉ In three-phase TN-C and TN-S installations that comply with EN62305LPLIII and LPLIV standards, each module has a protection capability of 12.5kA.

ICHYTI surge protector for ac unit Details

ICHYTI surge protector for ac unit Dimensions and wiring

ICHYTI surge protector for ac unit FAQ

Q: Where do you put surge protectors in solar panels?

A: It is important to install surge protectors at both ends of long wire runs connected to any part of your system, including inverter AC lines. Arrestors are designed for various voltages for both AC and DC, so make sure to use the appropriate ones for your specific application.

Q: How to become your agent?

A: Please feel free to reach out to us via email. We are eager to provide you with our most competitive price and eagerly await your contact.

Q: What is a DC fuse?

A: CHYT DC fuses are specifically designed to be utilized in Direct Current environments, providing a crucial function of separating the source from the load in the event of an abnormal situation. While they cannot be reused once they have performed their intended task, they offer a cost-effective alternative to Circuit Breakers.