Automatic 3000KW Electrical Load Bank , 60 HZ Resistive Load Bank
Product Description
1. load bank can accurately test the output power and load capacity of various generator sets
2.the system consists of two parts of measurement and loading, including AC load bank, data acquisition system, automatic load and drop control system, cooling device, auxiliary control,PC software,and so on.
3.The user can freely select local control or software control to operate the load bank.
Technical Parameter
Rating Voltage/Frequency | 400VAC/50Hz, 3 phase 3 wire, |
Max Rated Load Power | Resistive load: 3000kW |
Load Step | 500.500.1000.1000kw |
PF(Power Factor) | 1 |
Adjusting Ability | 1kw-3000kw |
Load Tolerance (each step) | ±2% |
Load Tolerance(overall) | ±2% |
Control Power | 380VAC/50Hz,3 phase 4 wire |
Display Precision | 0.5 class |
Wire Connection | Load power supply input——Copper bar (star coupling) |
Communication Interface | RS485,RS232 |
Insulation | F |
Protection Grade | IP54 |
Way of Working | Continuous Working |
Casing Dimensions and Cooling | about 7058*2438*2591mm (length*width*height) Forced air cooling,Horizontal inlet air,Vertical cooling |
Weight | About 7500kgs/set |
Transportation | Hoisting, there are lifting lug in top of casing |
Casing Color | Grey(RAL7035) |
Ambient Temperature | -10℃~+50℃ |
Relative Humidity | ≤95% |
Altitude | ≤1500 meter |
Atmospheric Pressure | 86~106kPa |
Contactor | Schneider |
Fuse | DELIXI |
MCU | INFINEON |
Data processing software | Kaixiang(self-developed) |
Alloy Resistance | Kaixiang(self-developed) |
Product Advantage
using the international advanced AC load bank technology, overcome the old water bank defects, such as bear bumpy, unable to use when go to sea, realize Mooring Trial and Sea Trail, and simulate the real working condition of generator running.
Application
1.Manufacturers of standby power generators commonly use load banks to test and tune newly assembled units
2.generator has been set up in a test cell within the factory, a test engineer uses the load bank to apply a discrete, selectable electrical load to the generator and measure the response stability and endurance.
3.During this process, the test engineer calibrates and adjusts the generator performance to ensure it meets the intended product specifications and tolerances.