Professional Produce Smart 400kw load bank For Generator Testing
Product Description
The system consists of 1 sets of AC400-400KW load bank. The
system is made up of two parts of measurement and control and load,
mainly including the tank dry type ac load, automatic data
acquisition system, automatically loading and unloading control
system, the cooling device, auxiliary control, remote control box
and PC software and so on.
Technical Parameter
Rating Voltage/Frequency | 400VAC/50Hz, 3 phase 4 wire |
Rated Power | Resistive load:400kW |
Installed Capacity | Resistive load: 400kW |
Load Step | 1,2,2,5,10,10,20,50,100kw,200KW min step load: 1kW |
PF(Power Factor) | 1 |
Load Tolerance (each step) | ±5% |
Load Tolerance(overall) | ±3% |
Display Precision | 0.5 class |
Control Power | 400VAC 50Hz |
Wire Connection | Load power supply input——Copper bar (star coupling “Y”) Control power supply input——Busbar |
Insulation | F |
Way of Working | Continuous Working |
Casing Dimensions and Cooling | about 570*900*900mm (length*width*height) Forced air cooling,Horizontal inlet air and
vertical cooling |
Weight | About 900kgs / set |
Transportation | Hoisting, there are lifting lug in top of casing, also the wheel
casters can be provided |
Casing Color | Grey(RAL7035)or as you required |
Workplace | Outdoor |
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 Advangent
Design of intelligent test system of generator unit, production and
services are in strict accordance with the GB/T19001-2008 "quality
management system" requirements, and refer to the following
standards. Some standards may not be suitable for practical
applications, the technical agreement production plan system
finally to agreed prevail
Application:
Manufacturers of small gas engines also use load banks to test
newly manufactured engines under various mechanical loads. This is
accomplished by connecting the engine to the load bank via a device
called a dynamometer. Again, engine performance is monitored and,
if necessary, adjustments are made to ensure the product performs
within intended specifications.