| A |
Trolley Dimension (mm): |
Thermostatic type: 6+1 configuration dimension 8200*1600*1950mm; (customizable upon requirements) |
| B |
Trolley Layers: |
2 layers for product placement; loads are arranged according to positions |
| C |
Trolley Layer Height: |
400 mm clearance for product‑placement area |
| D |
Trolley Structural Material: |
thick cold‑rolled steel plate |
| E |
Heat‑dissipation Mode for Load Zone: |
Top turbo exhaust fan with upward exhaust (facilitates ambient‑temperature control) |
| F |
Inter‑layer Insulation and Anti‑static Solution: |
Sheet‑metal enclosure with heat‑dissipation holes on surface |
| G |
Trolley Structural Form: |
Test zone on lower part, load zone on upper part |
| H |
Cabinet Structure: |
Thermostatic‑controlled product zone |
| I |
Others: |
Smoke alarm is installed in the product zone of aging cabinet |
| A |
Module Control Method: |
CAN and RS485 communication; host computer adopts RS232 communication |
| B |
Installed Load Module Model: |
0.1 mH, 250 A three‑phase inductor |
| C |
Power‑supply Module Model: |
20 kW charging pile |
| D |
Module Isolation Mode: |
Photoelectric isolation for channels of electronic‑load modules (isolation for communication and power supply) |
| E |
Module Loading Mode: |
Reactive high‑current mode |
| F |
Module Design Architecture: |
Long‑service‑life design solution (independent intellectual property) |
| G |
Module Quantity Configuration: |
Each aging cabinet is equipped with 2 sets of charging piles, 2 inductors, 2 sets of auxiliary power supplies, and 1 master‑slave communication control board |
| H |
Quantity of Aged Products: |
One aging cabinet can age 2 units of MCU power supplies rated 200‑800 V; 12 units of products for full‑set aging |
| A |
Wiring Method: |
AC/DC and communication signals are connected to loads via adapter cables and docking terminals. (Customizable per customer requirements) |
| B |
Panel Function Keys: |
AC input‑voltage display, start switch, emergency‑stop switch |
| C |
Temperature‑control Performance of Product Zone: |
Closed‑type product zone with insulated glass door; temperature range: 50 ~ 85 ℃; temperature uniformity ±5 ℃; temperature rise from ambient to 85 ℃ within less than 20 minutes |
| D |
Temperature‑control Principle for Product Zone: |
Heating at low temperature, exhaust cooling upon over‑temperature; temperature is regulated by PLC PID control |
| E |
Trolley Power Distribution & Control: |
380 V three‑phase five‑wire power distribution; monitored by computer |
| F |
Trolley Distribution Power: |
13 kW*12 units /0.8 ≈ 60 kW. Given 80 % efficiency of power‑supply under test, total power for aging cabinet power supply, heating and exhaust is 97 kW. With 80 % energy‑saving efficiency, actual power consumption is calculated at approx. 170 kW. |
| G |
Control Mode: |
Manual / automatic switching for electric control; real‑time computer monitoring during aging process |
| H |
Safety Protection: |
Equipment earthing protection, leakage‑circuit‑breaker protection, automatic power‑off upon smoke‑alarm triggering, etc. |
| I |
Control Cabinet Configuration: |
Control system, industrial host, display for monitoring, wireless barcode‑scanning gun |
| A |
Applicable to aging of MCU controllers, OBC power supplies, high‑power bidirectional power supplies, industrial control power supplies, server power supplies and other types of power supplies |
| B |
Free supply of self‑developed dedicated power‑supply‑aging monitoring software with independent intellectual property rights, free of legal risks |
| C |
Programmable electronic‑load modules monitor output voltage, current, power and other parameters |
| D |
Free upgrade service for aging‑dedicated monitoring software; powerful expandability to avoid repeated equipment investment |
| E |
Programmable functions: aging‑parameter & timing setting, ON/OFF time‑sequence editing (power‑on / power‑off test for UUT), automatic voltage switching, load variation, etc |
| F |
Automatic timed power‑off upon completion of power‑supply aging, supporting unattended operation |
| G |
Computer automatically judges pass/fail status of UUT; multi‑trolley display for centralized management to reduce manpower and improve production efficiency |
| H |
Computer stores aging‑data reports and process parameters of UUT for traceability; supports barcode scanning and MES system data upload |
| I |
RS232‑to‑RS485 photoelectric‑isolated converter improves communication reliability and prevents equipment damage caused by lightning strike |
| J |
One computer can monitor up to 18 devices simultaneously. (Each serial port supports up to 63 slave devices; one computer supports maximum 18 serial ports) |
| K |
Built‑in help documentation inside power‑supply‑aging monitoring software for quick troubleshooting |
| A |
Temperature‑control Range: |
45 ℃ ~ 80 ℃ |
| B |
Temperature‑control Accuracy: |
±2 ℃ |
| C |
Refrigerating Capacity: |
24 kW (for 6 aging cabinets) |
| D |
Number of Water Circuits: |
6 inlets & 6 outlets |
| E |
Single‑circuit Heat‑dissipation Capacity: |
4 kW (per aging cabinet) |
| F |
Water‑pump Power: |
7.5HP |
| G |
Water Pressure: |
0.4~0.5 MPa (adjustable) |
| H |
Air Pressure: |
3 kg (low‑pressure air), 7 kg (high‑pressure air) |
| I |
Max. Flow Rate: |
2‑20 L/circuit |
| J |
Flow‑control Circuits: |
6‑circuit control |
| K |
Water‑temperature Difference: |
3‑5 ℃ (when product heat generation ≤4 kW per circuit) |
| L |
Water Nozzle Orientation for Aging Cabinet: |
Horizontal direction |
| M |
Water‑circuit Safety Requirements: |
Water‑electricity isolation; each water circuit fitted with differential‑pressure detection and water‑leakage detection as well as water‑immersion sensor. Automatic water‑supply cut‑off and alarm in case of pipe rupture or water leakage. |
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