6KW Capacitive Load Suitable For Industrial Power Supplies And New Energy
Product Features
This load bank is specially designed for simulating capacitive loads in AC power supplies, supporting high-precision capacitive power simulation. It can be used to test the performance indicators of AC power supplies, inverters, power modules, UPS and other equipment.
The maximum output power reaches 6 kilowatts, which can meet the testing requirements of medium-sized electronic and power equipment.
Product parameters
Model number | JH-RC-6KWA230-W15K | ||||
Brand | Jianhong | ||||
dimension | ≤400*550*770MM(L*W*H) | ||||
weight | ≤50KG | ||||
Rated voltage | AC230V | ||||
Rated power | R:6KW C:6KVar | ||||
Auxiliary power supply |
AC230V | ||||
Power factor | 0.55-1 Adjustable | ||||
Resistance accuracy |
±3% (High precision, small volume, ultra-light resistance is used in the load bank) |
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Cooling system | Forced air cooling, forward and back out | ||||
Working environment |
Working temperature: -10~50℃, dry, well ventilated | ||||
Control mode | Manual circuit breaker control | ||||
IP level | IP20(Indoor environment) | ||||
Display mode | Display load voltage, current, active power, reactive power, apparent power, frequency, power factor, etc. (switching) |
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Power rating | R:1W,2W,2W,5W,10W,20W,20W,50W,100W,200W,200W,500W,1KW,2KW,2KW (Use in superposition) C:1Var,2Var,2Var,5Var,10Var,20Var,20Var,50Var,100Var, 200Var,200Var,500Var,1KVar,2KVar,2KVar (Use in superposition) |
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Apparent power stepping accuracy |
25VA | ||||
Load specification |
The required power and power factors are matched by manually combining R-load and C-load | ||||
Load protection | High temperature alarm, fault alarm, emergency stop, sound and light prompt, working status indication |
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Load connection mode |
Thread terminal | ||||
Auxiliary power connection mode |
Standard electrical outlet | ||||
Working mode | Continuous online work, 7*24 working system, resistance life of 15 years |
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Moving mode | castor |
Application fields
Power supply equipment testing: Verify the power supply voltage regulation performance and load response capability to ensure they meet the design requirements.
Inverter commissioning: Simulate complex capacitive loads to test the performance and stability of the inverter.
UPS performance verification: Test the output capacity and efficiency of the UPS under different capacitive loads.
Electronic equipment research and development: Provide precise capacitive loads for electronic components and modules to assist in optimizing design.