Panelized Walk-in Temperature & Humidity Test Chamber

Environmental chamber designed with insulated panels for easy assembly and installation, and used for testing various products

Panelized Walk-in Temperature & Humidity Test Chamber
  • Panelized Walk-in Temperature & Humidity Test Chamber
  • Panelized Walk-in Temperature & Humidity Test Chamber

    • Panelized Walk-in Temperature & Humidity Test Chamber

    Environmental chamber designed with insulated panels for easy assembly and installation, and used for testing various products

    Panelized walk-in chambers built with insulated panels offer a practical solution for creating large-scale testing environments. Their flexible structure allows easy installation and reconfiguration to match different facility layouts or evolving testing needs. With precise control of temperature and humidity, they help manufacturers verify product reliability under diverse environmental conditions.

    Common Test Applications
    • High-temperature testing
    • Low-temperature exposure
    • Constant temperature and humidity checks
    • Alternating climate cycles
    • Environmental stress screening
    Our temperature and humidity test chamber models comply with the following standards:
    • EN IEC 61000-6-2:2019
    • EN IEC 61000-6-4:2019
    • EN 61010-1:2010+A1:2019
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    Standard Configuration
    • Standard Configuration
      2 cable ports (Ø100 mm), supplied with grey soft rubber plugs and covers
    • Standard Configuration
      Hour meter
    • Standard Configuration
      Observation window (insulating glass with transparent heating film)
    • Standard Configuration
      1 sample power control terminal
      1 RS-485 communication port
      1 RJ-45 Ethernet port
    • Standard Configuration
      USB port
    • Standard Configuration
      Emergency stop
    Optional Functions
    Optional Functions

    Mold growth testing function

    Application: Enables mold growth and cultivation tests to simulate long-term exposure to humid environments.

    Optional Functions

    Infrared radiation simulation

    Application: Enables testing of how samples withstand prolonged infrared radiation, helping assess material durability under thermal stress.

    Features
    • Customizable in size, temperature range, and ramp speed, with internal volumes available up to 2,000 m³
    • Equipped with an electronic expansion valve to optimize cooling performance and reduce energy use
    • Optional configurations tailored for industries such as photovoltaics, automotive, semiconductors, and new energy systems
    Technical Parameters
    Model 40 60 80 120 160 180 230 290 310 390 470
    Chamber volume (m³) 3.9/3.4 6.3/5.5 7.8/6.8 11.7/10.2 15.6/13.6 17.5/15.3 23.3/20.4 29.2/25.5 31.1/27.2 38.9/34.0 46.7/40.8
    Performance Temperature range -70℃~+85℃ (customizable)
    Humidity range (only models with humidity control) (20~98)%RH/(20~75)℃
    Temperature fluctuation 0.6℃
    Temperature deviation ±2.0℃
    Humidity deviation (only models with humidity control) ±3.0%RH(>75%RH) ±5.0%RH(≤75%RH)
    Temperature rise rate 25℃→+85℃
    ≤25min ≤28min ≤28min ≤30min ≤31min ≤32min ≤34min ≤36min ≤38min ≤41min ≤45min
    Temperature drop rate +25℃→rated extremely low temperature
    30min-180min (depending on different models and configurations)
    Internal dimensions (mm) W 1800 2700 3600 2700 3600
    H 2100
    D 900 1450 1800 1800 1800 2700 3600 4500 3600 4500 5400

    Performance specifications are based on an ambient temperature between +15 °C and +35 °C, relative humidity up to 85%, and cooling water temperature not exceeding +28 °C. Measurements were taken with the chamber empty.

    Certain models are compatible with standards such as PV1200/PV2005, PR303.5/PR308.2, and DBL5471/Fuvo. For details, please consult our technical team.

    A walk-in chamber is a large-scale testing enclosure designed to simulate a wide range of environmental conditions, including extreme temperatures and humidity levels. It is suitable for evaluating the performance and durability of oversized products or multiple samples at once. By accurately recreating real-world conditions, these chambers help manufacturers improve product reliability and ensure compliance with customer expectations.

    The main goal is to assess how complete products or assemblies perform when exposed to severe temperature and humidity variations. These tests verify that equipment remains reliable and durable over its intended lifecycle, even under challenging environmental stresses.

    Walk-in chambers use advanced heating and cooling systems combined with precise humidity controls to generate and maintain specific test environments. This allows them to reproduce conditions such as freezing cold, intense heat, and varying moisture levels to evaluate product performance under stress.
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    • 3 manufacturing sites
    • Thousands of systems in operation worldwide
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