DC charging pile interoperability tester can simulate the working conditions and parameters of normal state and fault state of electric vehicles, control and monitor the operation data of the whole charging process. It can match and diagnose the whole set of charging behavior of DC charging pile in the charging process. This product can provide an independent way for DC charging pile researchers, experimental testing units, product manufacturers, on-site installation and maintenance personnel to diagnose, test and verify the function and compliance of DC charging products with relevant standards.
l The DC charging pile interoperability tester adopts the standard5Umodular design, integrating the vehicle interface circuit simulation module, the CAN telegram collection module, the battery voltage simulation module, charging pile metering module, BMS simulation module, and embedded controller and other function modules;
l The equipment is equipped with standard charging gun sockets and meets the requirements specified in the GB/T 20234.3-2015 standard;
l Design vehicle charging interface circuit fault simulation with loop fault simulation;
l Design standard parameter acquisition interface, which can realize the external acquisition function of each circuit signal;
l The equipment is equipped with CAN communication simulation module. It can simulate the vehicle BMS and edit a variety of vehicle conditions to test the charging pile of a variety of corresponding state;
l The equipment is equipped <span style=";font-family:'Times New Roman';line-height:150%;le
Model | RJ6970D |
Voltage Range | 0-1000VDC |
Current range | 0-2.5A (can be customized to be compatible with external loads up to 250A) |
Communication Interface | RS232 (Optional: RS485) |
Operating Environment | 0℃~40℃,20%RH~70%RH |
Display mode | 5.6-inch LCD display |
Heat Dissipation | Forced air cooling |
Power supply | 220VAC±10%,50/60Hz |
Upper computer machine | Optional |
External Dimension | 442mm×223mm×490mm(W×H×D) |
Weight | 22KG |
Reference Standard | GB/T20234.3-2015 GB/T18487.1-2015 GB/T27930-2015 GB/T34657-2017 GB/T34658-2017 | Connection Set for Conductive Charging of Electric Vehicles―Part 3: DC Charging Coupler Electric vehicle conductive charging system—Part 1: General requirements Communication protocols between off-board conductive chargers and battery management systems for electric vehicles Interoperability test specifications of electric vehicle conductive charging Conformance test of communication protocol between off-board conductive charger and battery management system for electric vehicles |
Accompanying documents and Accessories | 1 instruction manual, 1 power cord (1.5 meters), 1 communication cable (1.5 meters) |
Ruijie Instrument
4008-515-616
