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UPO6000LP Series
UPO6000LP Series
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High-Low Temperature (Humid Heat) Test Chamber
High-Low Temperature (Humid Heat) Test Chamber

High Temperature Test chamber

Suitable for storage, aging testing, and adaptability testing of components and materials related to electronic and electrical engineering, aerospace, automotive and motorcycle, scientific research institutions, universities, various electronic components, and other related products in high temperature and constant temperature environments.

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Description
  • Temperature control accuracy: Utilizes microcomputer PID control, with a small fluctuation (±0.5℃), ensuring precise temperature control.
  • Air circulation system: Unique powerful air duct design ensures uniform temperature distribution inside the box (Uniformity).
  • Insulation performance: High-performance ultra-fine glass fiber or polyurethane insulation materials, reducing energy consumption and preventing the outer shell from getting hot.
  • Intelligent interaction: Touchscreen operation interface, supporting multi-segment programming control, and real-time curve display of data.

Model

TAG-72l

TAG-150L

TAG-270L

TAG-480L

TAG-648

TAG-800L

TAG-1000L

Inner size（W*H*D）CM

45*40*40

50*50*60

60*50*90

80*60*100

90*60*120

100*100*80

100*100*100

Outer size

（W*H*D）CM

70*54*84

70*70*105

80*70*135

100*80*160

115*80*186

120*130*160

120*130*186

Chamber material

The inner box is made of SUS # 304 stainless steel, and the outer box is made of cold-rolled steel plate and high-temperature electrostatic paint

Temp range

RT+5℃~200℃（300℃）（400℃）

Accuracy

±2℃

Heating rate

RT+5 ℃~200 ℃ adjustable for about 30 minutes

Operation mode

One long axis motor operates horizontally and laterally to ensure temperature uniformity

Heater

Finned heat dissipation tube nickel chromium alloy U-shaped high-efficiency heater

Temp sensor

DIN specification grade A, with a diameter of 4.8mm, made of SUS # 304 stainless steel and PT 100 Ω

Control mode

Temperature control is achieved through PID microcomputer automatic calculation of PV/SV and simultaneous display. The desired temperature can be freely set according to personal preferences within the allowable temperature range of the machine, and the accuracy of temperature control can be ensured through PID parameter settings in the table. The appropriate temperature control parameters can also be calculated by the system carried in the table itself

Layer rack

2 layers/load bearing 30KG or more

Test hole

Open 50mm diameter test holes on both sides

  • Electrical and Electronic: Aging tests for PCB boards, semiconductor chips, and connectors.
  • New Energy/Batteries: Thermal stability tests for battery packs and charging stations.
  • Materials Science: Research on thermal degradation and deterioration of plastics, rubber, and composite materials.
  • Aerospace: Verification of the reliability of key components under high-temperature environments.
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Standards Compliance

  • IEC 60068-2-2 (Dry Heat Test Standard)
  • MIL-STD-810G (Military Standard Environmental Test)
  • GB/T 2423.2 (Environmental Test for Electrical and Electronic Products)

Customization Options

  1. Customizable observation window size.
  2. Number and diameter of power-on test holes.
  3. RS485/ Ethernet interface for remote data monitoring and automatic factory integration.
  4. Nitrogen/inert gas filling function (to prevent high-temperature oxidation)

What are the differences between a high-temperature aging test chamber and a regular industrial drying oven?

The main differences lie in temperature uniformity and design goals. Ordinary ovens are mainly used for moisture drying and have relatively low requirements for temperature differences in space; while aging test chambers are specifically used for reliability testing and require extremely high temperature uniformity (within ±2℃) and long-term operational stability to ensure that samples at every position in the test chamber are heated uniformly. Additionally, aging chambers usually have stronger capabilities for long-term continuous operation.

How is the uniformity of temperature ensured?

We adopt a powerful multi-blade air supply and circulation system, combined with carefully designed internal air deflectors, to ensure that hot air is forcibly circulated within the box. In conjunction with a microcomputer PID temperature controller, it can adjust the heating power in real time according to the heat loss in the box, thereby ensuring that the temperature at all points inside the box is highly uniform.

If there is a situation of overheating, what safety protections will the equipment have?

It is equipped with independent triple over-temperature protection: 1. The controller has an internal over-temperature alarm. 2. An independent mechanical over-temperature protector (with manual reset function). 3. The circuit system is equipped with an earth leakage circuit breaker and motor overload protection. Once the set warning temperature is exceeded, the system will automatically cut off the heating power supply and issue an audible and visual alarm.