Shenzhen CPET Electronics Co., Ltd.
| Truck Dimensions | L2000*W1700*H216000mm |
| Purpose | OBC Supply Aging Test |
| Delivery Time | 30 work days |
| Trolley Structural Material | Cold‑rolled steel plate |
| Payment Terms | L/C,D/P |
| Colour | White |
| Type | burn in equipment |
| Supply Ability | 30sets/month |
| Load Precision | ±（1%+0.1%FS） |
| Warranty Period | One year |
| Packaging Details | Wooden box packaging |
| Certification | CE,ROHS |
| Model Number | CP-OBCMT07 |
| Place of Origin | China |
| Brand Name | CPET |
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Product Specification
| Truck Dimensions | L2000*W1700*H216000mm | Purpose | OBC Supply Aging Test |
| Delivery Time | 30 work days | Trolley Structural Material | Cold‑rolled steel plate |
| Payment Terms | L/C,D/P | Colour | White |
| Type | burn in equipment | Supply Ability | 30sets/month |
| Load Precision | ±（1%+0.1%FS） | Warranty Period | One year |
| Packaging Details | Wooden box packaging | Certification | CE,ROHS |
| Model Number | CP-OBCMT07 | Place of Origin | China |
| Brand Name | CPET | ||
| High Light | OBC power supply test aging cabinet ，new energy vehicle burn-in chamber ，power supply burn-in test cabinet | ||
Burn And Test For Obc Power Supply For New Energy Vehicles Test Aging Cabinet
Technical parameters
| 1 | Introduction to Appearance and Structure of Aging Cabinet: | |
|---|---|---|
| A | Trolley Size(mm): | Dimension:2000*1700*2160mm；(Size can be customized according to requirements) |
| B | Trolley Layers: | Product placement area: 1 layer, 2‑column layout, adopting trolley docking mode. Load devices are mounted on the top of the aging rack. |
| C | Trolley Layer Height: | Height of product placement position: 500mm |
| D | Trolley Structural Material: | 2.0mm‑thick cold‑rolled steel plate |
| E | Heat Dissipation Mode for Load Area: | None |
| F | Inter‑layer Insulation and Anti‑static Mode: | Stainless steel surface |
| G | Trolley Structure Form: | Test area at the lower part, load area at the upper part |
| H | Cabinet Structure: | Open‑type |
| I | Others: | A smoke alarm is installed in the product zone of the aging cabinet |
| 2 | Introduction to Module Configuration, UUT Power and Aging Quantity: | |
| A | Module Control Mode: | CAN and RS485 communication modes; host computer adopts RS232 communication mode |
| B | Models of Installed Energy‑Recycling Modules: | LVDC energy‑saving module CP86 series (4‑channel, 6‑75V/0.5‑640A/6400W, see specification for detailed parameters) |
| HVDC Bidirectional Load CP88 Series (Single‑channel 150‑1050V/0.5‑50A/15KW) | ||
| C | Isolation Mode of Energy‑Recycling Module: | Photoelectric isolation is adopted for channels of electronic load modules (isolation for communication and power supply) |
| D | Loading Modes of Energy‑Recycling Module: | CC, CV load modes |
| E | Design Architecture of Energy‑Recycling Module: | Long‑service‑life design solution (independent intellectual property rights) |
| F | Quantity Configuration of Energy‑Recycling Modules: | Each aging cabinet is equipped with 6 sets of LVDC loads and HVDC bidirectional power supplies |
| G | Quantity of Aged Products: | One aging cabinet can age 6 sets of 11KW/200‑800V OBC power supplies |
| 3 | Introduction to Electric Control and Temperature Control Devices of Aging Cabinet: | |
| A | Wiring Mode: | AC/DC, communication and other signals are connected to loads through high‑current combined terminals. (Can be customized according to customer requirements) |
| B | Panel Function Keys: | AC input voltage display, start switch, emergency‑stop switch |
| C | Temperature Control Accuracy of Product Zone: | The product zone is open‑type, only room‑temperature aging is available |
| D | Temperature Control Principle of Product Zone: | The internal temperature of products is controlled by the water‑cooling system |
| E | Power Distribution and Control Mode for Trolley: | 380V three‑phase five‑wire power distribution, PC monitoring |
| F | Trolley Distribution Power: | 11KW*6 units /0.8 ≈85KW. Calculated with 80% efficiency of UUT and 70% energy‑saving efficiency, the actual power consumption is about 45KW |
| G | Control Mode: | Electric control supports manual / automatic switching; real‑time monitoring by computer during aging |
| H | Safety Protection: | Equipment earthing protection, residual‑current circuit‑breaker protection, automatic power‑off protection triggered by smoke alarm, etc |
| I | Control Cabinet Configuration: | Equipped with control system, industrial host, display and other monitoring components |
| J | One computer can monitor one device at the same time | |
| 4 | Introduction to Main System Functions: | |
| A | Applicable for aging of OBC power supplies, high‑power bidirectional power supplies, industrial control power supplies, server power supplies and other types of power supplies | |
| B | Free‑of‑charge self‑developed special monitoring software for power supply aging, with independent intellectual property rights and no legal risks | |
| C | Programmable electronic load modules are used to monitor output‑side parameters such as voltage, current and power | |
| D | Special aging monitoring software enjoys upgrade service, featuring powerful expansion capability to avoid repeated investment in equipment | |
| E | Programmable functions including aging parameter setting, time setting, ON/OFF sequence editing (power‑on and power‑off test for UUT), automatic voltage switching and load variation | |
| F | Automatic timed power‑off function when aging of UUT is completed, supporting unattended operation | |
| G | The computer automatically judges pass/fail status of UUT. Multi‑trolley window view facilitates centralized management, reduces operators and improves production efficiency | |
| H | The computer can store aging data reports of UUT for traceability of process parameters. Barcode scanning is supported and data can be uploaded to MES system | |
| I | RS232‑to‑RS485 adopts photoelectric isolation converter to improve communication reliability and prevent equipment damage caused by lightning strike | |
| J | One computer can monitor one device at the same time | |
| 5 | Introduction to Water‑cooling Parameters and Control: | |
| A | Water‑cooling Pipe Requirement: | Each aging cabinet has 2‑column layers. Each layer is provided with one water‑inlet port and one water‑outlet port; total 2 water‑inlet ports and 2 water‑outlet ports |
| B | Water‑inlet and Water‑outlet Ports: | Can be customized as required |
| C | Valve Control Requirement: | Automatically adjust water flow rate according to temperature |
| D | Inlet Water Temperature Control: | Not controlled by the aging cabinet |
| E | Water Pressure Control: | Provided by customer (0.05‑0.15Mpa, adjustable) |
| F | Water Flow Control: | 0-18L/MIN(adjustable) |
| G | Heat Dissipation Capacity: | Calculated based on heat generation of 1.5KW per station |
| H | Water Pipe Joint: | Lock‑type joints are adopted for each circuit with manual locking connection. (Quick‑release joint is recommended) |
| I | Water Circuit Safety Requirement: | Water‑electricity isolation |
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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