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Home > products > New Energy Solutions > High-temperature Aging Test System For Temperature-controlled Automotive Radar Controllers

High-temperature Aging Test System For Temperature-controlled Automotive Radar Controllers

Product Details

Place of Origin: China

Brand Name: CPET

Certification: CE,ROHS

Model Number: CP-LD3001

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: ¥ 98500 yuan

Packaging Details: Wooden box packaging

Delivery Time: 30 work days

Payment Terms: T/T,D/A

Supply Ability: 30sets/month

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Product Details
Highlight:

high-temperature aging test system

,

temperature-controlled automotive radar controllers

,

power supply burn-in chamber

Cart Structure Material:
Cold-rolled Steel Sheet
Cart Dimensions (mm):
L1840×W1220×H1600 Mm
Cart Structure Material:
Cold-rolled Steel Sheet
Cart Dimensions (mm):
L1840×W1220×H1600 Mm
Product Description

High-temperature Aging Test System For Temperature-controlled Automotive Radar Controllers

  • Technical solution for LiDAR temperature-controlled aging test equipment (energy-saving feedback type)
  • Structural description The total dimensions are L1840*W1220*H1600MM (60 positions). 2. The height is 170mm, with 5 layers. Each layer has 3 columns and 4 rows. 12 products are placed on each layer (product dimensions are according to the 3D drawing), and 60 products can be placed in the entire cabinet.
  • Product structure description for taking and placing When placing the product, align it with the four conical positioning columns. Place the product on the positioning clips on both sides and gently press the product. The clips can precisely hold the product in place 2. When taking out the product, first pull out the drawer, then press the positioning clip with your hand. The elastic force of the top pin fixture on the product will spring up, and you can directly take out the product
  • Technical parameters
1 Power Supply Aging Cart — Exterior Structure Overview:
A Cart dimensions (mm): Temperature-controlled type: L1840*W1220*H1600 mm, 60 product positions. (Custom dimensions available on request)
B Number of cart shelves: 5 shelves for product placement, double-row arrangement
C Shelf pitch (height): Product placement shelf height: 170 mm
D Cart structure material: 2.0 mm cold-rolled steel sheet; industrial design appearance
E Heat dissipation method of load area: Top-mounted turbine exhaust fan, up-draft type (for easier ambient temperature control)
F Inter-shelf insulation & anti-static method: Shelf width 400 mm; bakelite surface with heat-dissipation holes
G Cart structure type: Test area isolated from electrical control area
H Sheet metal with viewable glass doors: Product area enclosed, with heat-insulated glass viewing doors
I Others: Smoke alarm installed in the product area of the aging cabinet
2 Control module configuration, tested product power and aging quantity:
A Communication control method: RS485 communication; host computer via RS232
B Control module model: PLC + touch screen control
C Power supply method: One 12V 60A power supply per shelf; 5 shelves, 5 power supplies in total
D Product communication module: None
E Aging quantity configuration: 12 products per shelf; 60 products for the whole cart (5 shelves); products placed in 3 columns per shelf
3 Power supply aging cart — electrical control & temperature control devices:
A Wiring method: Products powered by DC only; each position supplied at 12V/4.5A; aging cabinet fitted with quick-connect header pins for docking
B Panel function keys: Input AC voltage display, start switch, emergency stop switch
C Temperature control accuracy of product area: Product area enclosed with heat-insulated glass doors; temperature control range 50–85°C, max not exceeding 90°C; temperature uniformity within ±3°C; temperature rise from ambient to 85°C in less than 25 minutes
D Temperature control principle of product area: Low-temperature heating; exhaust when over-temperature
E Cart power distribution & control method: 380V three-phase five-wire power distribution; computer monitoring and manual electrical control. Aging time settable by user in minutes
F Cart power distribution capacity: 30W * 80 units / 0.8 / ≈3.0kW; tested power supply efficiency calculated at 80%; aging cabinet power supply, exhaust and heating etc. at 13kW; actual power consumption approx. 18kW
G Control method: Electrical control with manual/auto switching; aging time supports fixed modes 1.5H/2H/4H/6H/12H, and manual setting, e.g. 2 hours 10 minutes
H Safety protection: Equipment grounding protection, leakage switch protection, smoke-alarm automatic power-off protection; door can only be opened when temperature threshold is reached, and other safety protections
I Control cabinet configuration: Optional: none
4 Main system functions:
A Aging for precision devices such as BMS controllers, radar controllers, cameras, etc.
B Dedicated monitoring software can be professionally developed and configured, with independent intellectual property and no legal risk
D Dedicated aging monitoring software enjoys lifetime upgrade service; strong scalability saves repeated equipment investment
E Programmable functions: aging parameters, time setting, ON/OFF sequence editing (power-on/off tests of tested products), automatic voltage switching, load change, etc.
F Automatic timed power-off of tested products after aging completes, convenient for unattended operation
G Computer automatically displays pass/fail status of tested power supplies; multi-cart window view for centralized management, saving operators and improving production efficiency
H RS232-to-RS485 via opto-isolated converter, improving communication reliability and preventing lightning damage to equipment
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