Cj19-63 Switching Capacitor Contactor Cj19-95 25 32 43A Switching Capacitor AC Contactor

• Transport Package: Paper Box
• Specification: 380*360*340
• Trademark: JAYI
• Origin: Panjiayu, Yueqing City, Wenzhou City, Zhejiang PRO
• Model NO.: CJ19-25A/11
• Production Capacity: 260000

Product Description

CJ19 switching capacitor contactor is a device designed for power lines with AC 50Hz or 6 OHz and rated operating voltage up to 380V, mainly used for input of low-voltage reactive power compensation equipment or cutting out low-voltage shunt capacitors. This contactor is specially equipped with an inrush current suppression device, which can effectively reduce the impact of the inrush current on the capacitor and inhibit the overvoltage when it is broken, so as to protect the power system and the capacitor from damage.
CJ19-63 and CJ19-95 models of switching capacitor contactors have a direct-acting double break structure in design, and the contact system is divided into upper and lower layers. Among them, the CJ1963 contactors have three pairs of auxiliary contacts, and the CJ19-95 contactors have two pairs of auxiliary contacts. This design makes the contactor first connect the current limiting contact when closing, and then the working contact is connected, and the permanent magnetic block in the current limiting contact is released under the spring reaction, disconnecting the current limiting resistance and making the capacitor work normally.
The CJ19-25, CJ19-32, CJ19-43A models of capacitor switching AC contactors provide a flexible choice in the installation method. The contactors of these models can be mounted with screws or on the 35mm standard clamp rail with the help of a slipper buckle at the bottom, ensuring easy and safe installation. In addition, the contactor terminals of all models are covered with an insulating cover to enhance safety in use.
These contactors are designed with the conditions of use in mind, such as an altitude of no more than 2000 meters, ambient temperature between -5 ° C and +40 ° C, air relative humidity of no more than 50% at +40 ° C, and no more than 90% at +25 ° C, etc., to ensure stable operation and long-term durability in a variety of environments