Product Description：
1. Real-time fast switching, repeated switching time is less than 15ms;
2. Independent research and development, high-frequency pulse triggering, stable and reliable;
3. Adopt imported thyristor modules, which have a long overall service life;
4. With current, temperature detection and display functions;
5. It has intelligent over-current protection, temperature protection, phase loss protection, thyristor breakdown protection, alarm and other functions;
6. Different status indications can be given according to the fault type to facilitate troubleshooting;
7. It can provide single-phase compensation, interphase compensation and three-phase compensation, suitable for different applications;
8. The capacitor does not need to be discharged. Regardless of the residual voltage of the capacitor, the capacitor branch can be put into operation in real time and without impact. The current is disconnected when it passes through the zero point, and no closing surge current is generated.
- Application
- Features
- Conditions of Use
- Quick Selection Table
- Technical Parameters
The thyristor switching switch adopts high-speed CPU measurement and control, pulse transformer high-reliability triggering, multiple monitoring and protection schemes (current, temperature, phase loss, breakdown real-time monitoring protection) and fast switching technology. Regardless of the residual voltage of the capacitor, the capacitor branch can be switched in real time and without impact, with a response time of 0-15 milliseconds. It is the best product to replace AC contactors and composite switches.
1. Real-time fast switching, repeated switching time is less than 15ms;
2. Independent research and development, high-frequency pulse triggering, stable and reliable;
3. Adopt imported thyristor modules, which have a long overall service life;
4. With current, temperature detection and display functions;
5. It has intelligent over-current protection, temperature protection, phase loss protection, thyristor breakdown protection, alarm and other functions;
6. Different status indications can be given according to the fault type to facilitate troubleshooting;
7. It can provide single-phase compensation, interphase compensation and three-phase compensation, suitable for different applications;
8. The capacitor does not need to be discharged. Regardless of the residual voltage of the capacitor, the capacitor branch can be put into operation in real time and without impact. The current is disconnected when it passes through the zero point, and no closing surge current is generated.
1. Working temperature -25℃~60℃;
2. Altitude: <2000M, humidity: 95% relative humidity.
