Shenzhen CPET Electronics Co., Ltd.
| Trolley Layer Height | 350mm for product placement |
| Delivery Time | 30 work days |
| Trolley Structure Material | 2.0mm thick cold-rolled steel sheet |
| Packaging Details | Wooden box packaging |
| Payment Terms | L/C,T/T |
| Supply Ability | 30sets/month |
| Installed Load Module Model: | Water-cooled motor |
| Power Supply Module Model: | 20KW charging pile |
| Model Number | CP-MCU063002 |
| Brand Name | CPET |
| Certification | CE,ROHS |
| Place of Origin | China |
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Product Specification
| Trolley Layer Height | 350mm for product placement | Delivery Time | 30 work days |
| Trolley Structure Material | 2.0mm thick cold-rolled steel sheet | Packaging Details | Wooden box packaging |
| Payment Terms | L/C,T/T | Supply Ability | 30sets/month |
| Installed Load Module Model: | Water-cooled motor | Power Supply Module Model: | 20KW charging pile |
| Model Number | CP-MCU063002 | Brand Name | CPET |
| Certification | CE,ROHS | Place of Origin | China |
| High Light | Water-cooled Inductor Test Equipment ，New Energy Micro-domain Controller Tester ，Power Supply Burn In Chamber with Warranty | ||
Water-cooled Inductor New Energy Micro-domain Controller Aging Test Equipment
Technical parameters
| 1 | Aging Cabinet Appearance and Structure | |
| A | Trolley Dimensions (mm): | Open type: 2+1 configuration, 3200*1600*1890mm (customizable upon request) |
| B | Number of Trolley Layers: | 3 layers for product placement; loads arranged according to position |
| C | Trolley Layer Height: | 350mm for product placement |
| D | Trolley Structure Material: | 2.0mm thick cold-rolled steel sheet |
| E | Load Zone Heat Dissipation: | Top-mounted turbine exhaust fan, up-draft type (for easy ambient temperature control) |
| F | Interlayer Insulation & Anti-static: | Sheet metal housing with ventilation holes on the surface |
| G | Trolley Structure Form: | Test zone at the bottom, load zone at the top |
| H | Cabinet Structure: | Open type product zone |
| I | Others: | Smoke alarm installed in the product zone of the aging cabinet |
| 2 | Module Configuration, Tested Power Supply Power and Aging Quantity | |
| A | Module Control Method: | CAN and RS485 communication; host computer via RS232 communication |
| B | Installed Load Module Model: | Water-cooled motor |
| C | Power Supply Module Model: | 20KW charging pile |
| D | Module Isolation Method: | Electronic load module channels use opto-isolation (communication and power isolation) |
| E | Module Loading Mode: | Reactive high-current mode |
| F | Module Design Architecture: | Long-life design (proprietary intellectual property) |
| G | Module Quantity Configuration: | Each aging cabinet is configured with 6 charging piles, 6 water-cooled motors, 6 auxiliary power supplies, and 1 communication chassis |
| H | Aging Product Quantity: | Each aging cabinet can age 6 units of 11KW/200-800V MCU products; one set ages 6 products |
| 3 | Aging Cabinet Electrical Control and Temperature Control Devices | |
| A | Wiring Method: | AC/DC communication etc., connected to the load via transition cables and docking terminals (customizable per customer requirements) |
| B | Panel Function Keys: | Input AC voltage display, start switch, emergency stop switch |
| C | Product Zone Temperature Control Accuracy: | None |
| D | Product Zone Temperature Control Principle: | None |
| E | Trolley Power Distribution & Control: | 380V three-phase five-wire distribution, computer monitoring |
| F | Trolley Power Distribution Capacity: | 11KW*12 units/0.8/≈100KW; tested power supply efficiency calculated at 80%, aging cabinet power supply and exhaust fan power 6KW; energy saving efficiency calculated at 70%, actual power consumption about 110KW |
| G | Control Method: | Electrical control includes manual/automatic switchover; real-time computer monitoring during aging |
| H | Safety Protection: | Equipment grounding protection, leakage switch protection, smoke alarm automatic power-off protection, etc. |
| I | Control Cabinet Configuration: | Configured with control system, industrial host, display, etc. for monitoring |
| 4 | Main System Functions | |
| A | Applicable to aging of MCU controllers, VCU controllers, DCDC converters, OBC power supplies and other products | |
| B | Free configuration of self-developed power aging dedicated monitoring software, with proprietary intellectual property and no legal risk | |
| C | Use programmable electronic load modules to monitor output voltage, current, power and other parameters | |
| D | Aging dedicated monitoring software enjoys upgrade service, with powerful scalability, saving repeated equipment investment | |
| E | Aging parameters, time settings, ON/OFF sequence editing (tested product power on/off test), supporting voltage automatic switching, load switching and other programmable functions | |
| F | Automatic timed power-off of the tested power supply after aging completion, convenient for unattended operation | |
| G | Computer automatically displays pass/fail status of tested power supply products; multi-cart window for centralized management, saving operators and improving production efficiency | |
| H | Computer can store aging data reports and tested power supply process parameters for traceability; also supports barcode scanning and MES system upload | |
| I | RS232 to RS485 uses opto-isolated converter, improving communication reliability and preventing lightning damage to equipment | |
| J | Each computer can monitor 18 devices simultaneously (each serial port can connect 63 slaves, each computer supports up to 18 serial ports) | |
| K | Power aging monitoring software has built-in help documentation, facilitating immediate resolution of operational questions | |
| 5 | Water Cooling Parameters and Control | |
| A | Water Cooling Pipe Requirements: | Each aging cabinet is divided into 3 layers, each slot layer has 1 water inlet and 1 water outlet; each product's water circuit is independently controlled; 3 layers total 6 inlets and 6 outlets; 2 aging cabinets have 12 inlets and outlets |
| B | Water Inlet and Outlet: | Customizable upon request |
| C | Valve Control Requirements: | Automatically regulate water flow speed according to temperature |
| D | Inlet Water Temperature Control: | Room temperature to 85°C |
| E | Water Pressure Control: | 0.05-0.15MPa (adjustable) |
| F | Water Flow Control: | 0-15 L/MIN (adjustable) |
| G | Cooling Heat: | Calculated at 2KW heat generation per position |
| H | Water Pipe Connectors: | Each circuit uses quick-docking connectors; blow out the water before disconnecting the connector |
| I | Water Circuit Safety Requirements: | Water-electricity isolation; each circuit has differential pressure detection and leak detection, configured with water immersion sensors. In case of pipe rupture or leakage, the equipment automatically stops water supply and alarms |
Company Details
Business Type:
Manufacturer
Year Established:
2010
Total Annual:
10000000-15000000
Employee Number:
400~450
Ecer Certification：
Verified Supplier
CPET focuses on the research and development, manufacturing, sales and service of power electronic products such as power aging test, battery energy storage test, automatic aging test equipment, and intelligent monitoring software. Widely used in network communication, LED driven lighting, industria... CPET focuses on the research and development, manufacturing, sales and service of power electronic products such as power aging test, battery energy storage test, automatic aging test equipment, and intelligent monitoring software. Widely used in network communication, LED driven lighting, industria...
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