Dry Iron-Core Shunt Reactor
This dry iron-core shunt reactor compensates line capacity charging power to reduce line losses and increase power factor. It also weakens the long-term load-bearing effect of no-load or light-load and stabilizes the system voltage.
Technical Specifications
Product Overview
Dry Iron-Core Shunt Reactor
The BKSC Dry Iron-Core Shunt Reactor is engineered to stabilize power systems by compensating for capacitive charging power in long-distance transmission lines. Utilizing a robust epoxy-cast dry structure, this reactor effectively reduces line losses, increases power factors, and mitigates over-voltage issues. Its advanced design ensures high mechanical strength, excellent heat dissipation, and reliable operation in diverse industrial environments.
Technical Specifications
- Capacity
- 2400 kVar
- System Voltage
- 10 kV
- Reactance Rate
- 12 %
- Cooling Method
- Air self-cooling
Operating Environment
Humidity Tolerance
- Monthly average ≤ 90%
- Daily average ≤ 95%
- Ambient Temperature
- -40°C to +45°C
- Altitude Limit
- 1000 m
- Seismic Intensity Rating
- 8
Design Features
- Key Construction Features
- Dry-type coreThree-phase common bodyEpoxy-cast coilsVacuum castingLow noise operation
Applications
Suitable Industries
Power SystemsChemicalsMetallurgyCoal MinesElectrified Railways
