A resistive-reactive load bank is a device that simulates real-world loads by combining both resistive and reactive components, typically used for testing power sources like generators, UPS systems, and transformers. The capacity of kVar directly affects the stability of the power grid, the service life of power equipment and the quality of power. Therefore, in the design and operation of the power system, it is necessary to control and compensate reactive power.
Specifications:
- Rated Resistive Power: 100Kva
- Inductive power 75Kvar
- Power Factor: 0.8~1
- Rated Voltage: 380V/400V/415V AC
- Working Cycle: Continuous operation.
- Load Accuracy: ±3%
- Remote Control: RS485, Modbus-RTU, using free software for remote control using a customer provided laptop, PC, or tablet.
- Instrumentation: Digital metering (V, A, kW) and data logging.
- Control Power: External power
- Cooling System: Integral forced-air cooling system, bottom inlet, up outlet.
- Noise: ≤70dB（3M）
- Load Elements: High-capacity Nichrome load elements. Elements are fully supported with stainless steel rods and high-temperature refractory ceramics for quick heat discharge.
- Safety Features: Over-temperature, over/under voltage, cooling-air loss, and current imbalance protection.
- Load Connections: Copper Busbar, Camlock connectors are optional.
- Daisy Chained: Multiple load banks can be hooked together for higher load capacity.
- Enclosure: Heavy gauge steel outdoor enclosure with powder coat finish. Hinged access doors with lockable latches. Forklift pockets for easy mobility.
