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High-Low Temperature and Humidity Test Chamber - Reliable Equipment from China Suppliers and Factory
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High-Low Temperature and Humidity Test Chamber - Reliable Equipment from China Suppliers and Factory

Introducing our advanced high and low temperature and humidity test chamber, designed specifically for reliability testing in various environments. This state-of-the-art equipment simulates a combined temperature and humidity environment, allowing for precise control over low and high temperatures, constant humid heat, and alternating humid heat. Ideal for evaluating moisture-proofing, insulation effectiveness, mold resistance, and structural integrity, our test chamber is essential for products exposed to humid and fluctuating temperature conditions, As a leading manufacturer in China, we are committed to providing high-quality testing solutions tailored to your needs. Partner with us and leverage our expertise as trusted suppliers in the industry, ensuring that your products meet the highest reliability standards. Equip your facility with our reliable test chamber, directly sourced from our dedicated factory, and enhance your R&D capabilities today

    Technical Specifications
    Model TAH-23L TAH-64L TAH-80L TAH-100L TAH-120L TAH-150L TAH-225L TAH-408L TAH-800L TAH-1000L
    Control System Balance temperature and humidity control system
    Temperature Range -20℃~150℃;-40℃~150℃;-70℃~150℃
    (Rapid temperature change, linear throughout the entire process, non-linear selectable)
    Humidity Range 20℃~98%R.H
    Temperature Fluctuation ±0.5℃
    Humidity Fluctuation ±2.5%R.H
    Temperature Deviation ±2.0℃
    Humidity Deviation ±3%R.H(≥75%R.H) / ±5%R.H(<75%R.H)
    Heating Up Time -20℃~150℃ around 45 min;-40℃~150℃ around 60 min;-70℃~150℃ around 75 min
    Cooling Time 20℃~-20℃ around 40 min;20℃~-40℃ around 60 min;20℃~-70℃ around 85 min
    Inner Size (cm) W 30 40 40 50 50 50 60 68 100 100
    H 30 40 50 50 50 60 75 80 100 100
    D 25 40 40 40 48 50 50 75 80 100
    Outer Size (cm) W 50 60 60 70 70 70 80 88 120 120
    H 125 140 155 155 155 161 171 176 195 195
    D 90 110 110 115 123 125 125 150 155 175
    Inner Material SUS304 Advanced Stainless Steel
    Outer Material Cold rolled steel plate surface treatment by electrostatic spraying or SUS304 high-grade stainless steel
    Insulation Material High density polyurethane foam and glass fiber
    Freezing System Air cooled (optional water-cooled)
    Controller LCD color touch screen, Chinese/English display, program, communication function
    Protector Non fuse switch, compressor overpressure, overheating, overcurrent protection, overtemperature protection, fan overload protection, fuse, dry burning machine protector, water shortage protection switch, fault warning system, alarm
    Standard Accessories One observation window for the three-layer vacuum layer, one Ø5cm test hole, two sets of experimental racks, one illumination board inside the box, four indicator lights, four mobile work wheels, one humidification water tank, a 2-meter power cord, and a communication interface (customizable according to requirements)
    Environmental Temp. for Use 5℃~35℃
    Supply Power AC380±10% 50HZ — Three-phase four wire + PE
    Key Highlights
    • 🚿
      External Humidifier: Easy to clean, less prone to scaling.
    • 💧
      Water System: Supports automatic water replenishment, highly water-saving.
    • 🔬
      Water Quality Filtration: Built-in ion exchange resin filtration, which can effectively prevent the humidifier from getting clogged.
    • 🪟
      Observation Window: Made of multi-layer vacuum heated tempered glass, which ensures that there is no frosting or condensation even in low-temperature and high-humidity environments, and the view is clear.
    How to Choose a Sensor?
    🌡️ Dry-Wet Bulb Method
    Easy to maintain, resistant to high temperature and humidity, suitable for most industrial testing scenarios.
    Capacitive Sensor
    Quick response, no need to replace the gauze, suitable for low humidity environments and high-precision scientific research testing.
    Application
    Food Shelf Life Testing Pharmaceutical Stability Test Paint Coating Plastic Rubber
    • Temperature Humidity Chamber Application - Food Testing
    • Temperature Humidity Chamber Application - Pharmaceutical
    • Temperature Humidity Chamber Application - Paint Coating
    • Temperature Humidity Chamber Application - Plastic Rubber
    Compliance & Standards
    • GB/T 2423.1/2/3/4
    • MIL-STD-202G
    • IEC 60068-2-78
    FAQ
    • 1. Why use pure water or distilled water?
      The impurities present in tap water can easily form scale, causing blockages in the humidification pipeline and reducing the accuracy of the humidity sensor's detection.
    • 2. How often should the humidity sensor wick be replaced?
      Based on the water quality and usage frequency, it is recommended to replace it every 3 months. This device comes with a box of replacement parts as a standard.
    • 3. Can the equipment undergo a stability test lasting for 30 days or even longer?
      Yes. The equipment is equipped with automatic water replenishment function in case of water shortage and multiple protection functions against overheating. It can support long-term continuous operation without human intervention.
    • 4. What is the difference between air-cooled and water-cooled freezing systems?
      The air-cooled system is the standard configuration, suitable for general laboratory environments with good ventilation. The water-cooled option is ideal for confined spaces or environments with high ambient temperatures, offering more stable cooling performance.
    • 5. Does the chamber support remote monitoring or data logging?
      Yes. The chamber features a built-in communication interface (RS232/RS485 or optional Ethernet) that supports data logging, remote monitoring, and integration with laboratory management systems. The LCD touch screen also allows on-screen program setup and historical data review.
    • 6. What safety protections are built into the chamber?
      The chamber includes multiple protection mechanisms: non-fuse switch, compressor overpressure protection, overheating and overcurrent protection, fan overload protection, dry-burn prevention, water shortage protection switch, and a fault warning alarm system — ensuring safe and reliable long-term operation.

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