| 1 | Introduction to the appearance structure of the aging trolley: |
| A | Car size (mm) : | L2050*W880*H1900mm |
| B | Number of car layers: | 6 |
| C | Height of truck. Width: | 170mm,320mm |
| D | Truck structure material: | Cold-rolled sheet |
| E | Load area heat dissipation mode: | Top turbine exhaust fan up-row (easy ring temperature control) |
| F | Interlayer insulation and anti-static mode: | Epoxy insulating board with heat dissipation holes on the surface |
| G | Truck structure form: | The product area is isolated from the load area, and the top of the cabinet is provided with an air vent |
| H | Aluminum alloy visual sliding door structure: | Product area closed, folding glass door |
| I | Others: | AC three-pin cassette socket, mounted on the laminate. The DC transfer plate is mounted on the layer thickness; Lighting is installed in the product area of aging cabinet for easy operation |
| 2 | Electronic load module configuration, measured power and aging quantity: |
| A | Electronic load module control mode: | RS485 communication mode, host computer RS232 communication mode |
| B | Electronic load model: | CP8118 (2-100V,0.2-5A/CH) |
| C | Electronic load isolation mode: | Electronic load module channel adopts photoelectric isolation (communication and power supply isolation) |
| D | Electronic load loading mode: | In CC/CV mode, parallel channels are supported only in CC mode |
| E | Electronic load design architecture: | No electrolytic capacitor, no relay, long life design scheme (independent intellectual property rights) |
| F | Number of electronic load channels: | 8CH |
| G | Load Single channel rated power: | 50W/CH Single channel power below 50W |
| H | Number of vehicle aging products: | Power supply up to 50W 240 bits |
| I | Number of parallel dual-channel aging products: | 20 units below 100W; (Only support CC mode channel parallel use) |
| J | Fast charge signal board: | Add a fast charge signal board, monitor the output part of the voltage, current, power, etc., support four kinds of fast charge protocols |
