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Thermal Shock Chamber
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Thermal Shock Chamber

The thermal shock test chamber is used to test the stability of products under sudden alternation of high and low temperatures. Through a very short period of time of intense switching between high temperature and low temperature, it simulates drastic temperature changes and exposes defects such as cracks and failures caused by the thermal expansion and contraction of materials. 

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    product details

    Technical Specifications

    1.Product Name

    Triple-Chamber thermal Shock Testing Machine

    2.Product Model

    TAS3-125LB

    3.Nominal Volume

    125L

    4.Effective Inner Box Dimensions

    500×500×500   W×H×D（mm）

    5.Outer Space: Approximately

    Approximately 1500×1900×1900 (W×H×D) (mm)

    6.Weight

    Approximately 1200kg

    7.Working Noise

    ≤70db, measured 1.5 meters in front of the machine, 1.2 meters above the ground
    1. Equipment Power and Power Supply

    1.Maximum Power

    Maximum power is approximately 19KW (subject to final design)

    2.Maximum Current

    Maximum operating current is 30A

    3.Cooling Water Requirements

    1. It is recommended to use a cooling water tower (one-to-one): ≥10T

    2. Pipe Size: DN40, the length of the pipe layout is less than 20 meters.

    3. Water Pressure: 0.3MPa~0.45MPa

    4. Circulation Water Volume: ≥7.5m3/h

    5. Water Temperature: 5～30℃

    Note: This plan does not include the cost of the cooling water tower and water chiller and related piping.

    4.Power Supply Conditions and Power Source
    1. AC380V three-phase four-wire + protective grounding
    2. Voltage allowable fluctuation range: ±10%V
    3. Frequency allowable fluctuation range: (50 ± 0.5) Hz
    4. Power supply in TN-S mode or TT mode
    5. Grounding resistance of the protective ground wire is less than 4Ω

    Product Features

    (1) The PWM cold output control of the refrigeration system has the advantages of energy saving and reliability; 
    (2) 7-inch TFT color touch screen + PLC industrial controller; 
    (3) The controller is equipped with various dedicated interfaces to meet the different usage needs of customers; 
    (4) The communication protocol is freely open, and the equipment can be integrated into the laboratory management system; 
    (5) According to the requirements of the user, various non-standard designs can be undertaken.

    Application

    National defense and military industry
    Plastic
    Semiconductors
    Electronic Components
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    Compliance & Standards

    GB/T 2423.22 (IEC 60068-2-14)
    JESD22-A104
    MIL-STD-810F
    GJB 150.5 

    FAQ

    • 1.What are the differences between the three-box type cold and heat shock test chamber and the two-box type?

    • 2.What are the requirements of the equipment for the installation environment?

      Ground: The surface should be solid and level, capable of bearing the weight of the equipment (for large equipment, it can reach 1 to 2 tons).
      Space: A distance of 60–100cm,should be reserved around the equipment for heat dissipation and maintenance operations.
      Ventilation: The environment should be well-ventilated. It is recommended that the environmental temperature be within 5℃ to 30℃, to avoid a decrease in cooling efficiency or high-pressure alarms.

    • 3.How to choose between air cooling and water cooling?

      Air-cooled: Installation is simple; just connect power and it can be used. It is suitable for small equipment or laboratories with low ambient temperatures.
      Water-cooled: It has higher heat dissipation efficiency and is not limited by ambient temperature. It is suitable for high-power equipment and enclosed spaces, but it requires a cooling water tower and pipeline layout.

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