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Reactive power compensation and energy-saving

As a core switching element for frequently disconnecting and engaging reactive power compensation devices, vacuum contactors play a vital role in reactive power compensation and energy-saving governance systems. Powered by military-grade vacuum interrupters, fully sealed solid-pole structures, and efficient energy-saving operating mechanisms, they excel in precise dynamic switching, high-frequency operation resilience (exceeding 300,000 mechanical cycles), and robust inrush current suppression. By stably optimizing the power factor above 0.95, these vacuum contactors effectively reduce line losses, release transformer capacity, and prevent penalty fees for enterprises, making them the ideal choice for capacitor banks, wind and solar power generation, and SVG systems.

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Reactive power compensation and energy-saving
Value
1

High-Quality Vacuum Switching Tubes

Our entire product line (such as CKJ40, CNE, JCZ8G, etc.) generally uses military-grade (or high-quality circuit breaker) vacuum switching tubes, featuring high capacity, excellent heat dissipation, and strong breaking capacity.

2

Fully Enclosed/Solid-Sealed Pole Structure

Series such as CKJ20, CKJ40, CNE, and JCZ9 employ a fully enclosed structure or a solid-sealed pole design, providing excellent dust resistance, aging resistance, and moisture resistance. Stable and reliable insulation performance, coupled with an attractive appearance, allows us to confidently handle harsh industrial environments such as mining, metallurgy, and petrochemical plants, as well as high-altitude environments (such as the JCZ8G high-altitude type), achieving maintenance-free operation.

3

Optimized Transmission and Ultra-Low Bounce

Through meticulous optimization of the transmission mechanism, our products feature a compact structure, excellent three-phase synchronization, and minimal opening and closing bounce, effectively reducing arc wear on the electrical contacts. We offer a variety of options, including electromagnetic holding, mechanical holding, and permanent magnet mechanism types, to meet the needs of different scenarios.

4

Adaptable to frequent operation

Meets the needs of frequent switching in reactive power compensation systems, with many products boasting a mechanical life of over 300,000 cycles. Excellent inrush current resistance and breaking capacity

With a large mechanism stroke and reasonable opening distance, combined with intelligent controllers and bistable permanent magnet mechanisms (such as the ZN3A and JCZ9 series), it features anti-pumping function, low opening and closing current, and no bounce, perfectly suited for complex reactive power compensation and energy-saving management scenarios such as wind power, photovoltaics, large-capacity capacitor banks, and SVG.

Case

Application Product Models: CKJ20 Low-voltage Vacuum Contactor CKJ40 Low-voltage Vacuum Contactor JCZ5-7.2/12 Series High-voltage Vacuum Contactor JCZ8C-7.2/12 Series High-voltage Vacuum Contactor ZN3A-12 Series High-voltage Permanent Magnet Vacuum Switch JCZ8G-12 Series High-altitude Vacuum Contactor JCZ8C-24 Series High-voltage Vacuum Contactor JCZ9-40.5 Series High-voltage Vacuum Contactor VS1-12 Series High-voltage Vacuum Circuit Breaker (Fixed)

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