CJ19-115/10 220V 50/60Hz Capacitor Contactor

1 493 500,00 soʻm

The CJ19-115/10 capacitor contactor is specifically designed for switching capacitor banks used in power factor correction systems. Unlike standard contactors, it features a pre-charging mechanism using auxiliary contacts and resistors to limit inrush current during capacitor switching. This prevents damage to the contactor and ensures reliable operation by mitigating the high current surge that occurs when capacitors are energized. Ideal for industrial and commercial applications requiring reactive power compensation.

SKU: VTV-0001827
Vendor: ARBOSS

Capacitor Contactor CJ19-115/10 220V 50/60Hz — Reactive Power Compensation Switching

Capacitor Contactor CJ19-115/10 220V 50/60Hz is a specialized contactor designed for switching capacitor banks in reactive power compensation systems. It mitigates the high inrush currents experienced when energizing capacitors, protecting contacts from damage. Featuring a staged switching process, it first connects a resistor to pre-charge the capacitor, then closes the main contacts. This ensures reliable operation and extends the lifespan of the switching equipment, improving power factor correction efficiency.

Technical Specifications:

  • Type: Capacitor Contactor

  • Standard: GOST 10993-82 (likely, specific standard may vary)

  • Base Material: Silver alloy contacts, insulated with thermosetting plastic

  • Application: Indoor installation, typically within electrical panels

  • Consumption: N/A - This is an electrical component, not a consumable material.

  • Drying Time: N/A - Not applicable

  • Durability: Rated for frequent switching operations (mechanical and electrical life specified in datasheet, typically 100,000+ cycles)

  • Packaging: Individually boxed with protective cushioning.

Advantages:

  • Protects contacts from inrush current damage.

  • Extends the lifespan of capacitor switching equipment.

  • Ensures reliable reactive power compensation.

  • Reduces electrical noise during switching.

  • Staged switching minimizes stress on the capacitor.

  • Improves overall power system efficiency.

Applications:

  • Power factor correction (PFC) panels.

  • Industrial capacitor banks.

  • HVAC systems with capacitor-based motor starters.

  • Switchgear and motor control centers (MCCs).

Only registered users can write reviews