For standard environmental test chambers, we can achieve a temperature range of -70℃ to 150℃ and a humidity range of 10% to 98% RH.
Both the temperature and humidity test chamber and temperature and humidity cabinet cover an extremely wide range of testing conditions. The rapid temperature change series can achieve a heating and cooling rate of 5℃ to 25℃ per minute.
Moreover, linear or non-linear temperature control can be optionally configured according to specific requirements. Customization of the temperature and humidity test chamber and temperature and humidity cabinet is also available to meet customers' specific needs.
Wide Temperature/Humidity Range
Excellent Uniformity
Fast and Stable
High-Quality Materials
Branded Key Components
Multiple Protections
Multi-Chamber Design
Touchscreen Control、Remote Monitoring、Multi-Segment Programming
Wide Application Scenarios、Customization Services
Wide Temperature/Humidity Range
Excellent Uniformity
Fast and Stable
High-Quality Materials
Branded Key Components
Multiple Protections
Touchscreen Control、Remote Monitoring、
Multi-Segment Programming
Wide Application Scenarios、Customization
Services
Rapid Heating and Cooling: The temperature change rate can reach 5℃/min to 25℃/min (or even higher), far exceeding that of conventional temperature chambers, significantly shortening the testing time. Linear or non-linear temperature control can be selected according to the required conditions.
Wide Temperature/Humidity Range
Excellent Uniformity
Fast and Stable
High-Quality Materials
Branded Key Components
Multiple Protections
Touchscreen Control、Remote Monitoring、
Multi-Segment Programming
Wide Application Scenarios、Customization
Services
The outer box is small in size, and the placement and movement of the equipment are not restricted by the site, which meets the requirements of testing in R&D units, office buildings, and production lines.
The equipment uses an original imported fully enclosed compressor with low vibration and low noise.
A complete safety system protects the normal operation of products and equipment.
The equipment introduces the concept of energy saving and environmental protection, and adopts a new low-temperature temperature control method in the temperature control process (this has been applied for a registered patent), which greatly reduces the energy consumption of the equipment.
The outer box is small in size, and the placement and movement of the equipment are not restricted by the site, which meets the requirements of testing in R&D units, office buildings, and production lines.
The equipment uses an original imported fully enclosed compressor with low vibration and low noise.
A complete safety system protects the normal operation of products and equipment.
The equipment introduces the concept of energy saving and environmental protection, and adopts a new low-temperature temperature control method in the temperature control process (this has been applied for a registered patent), which greatly reduces the energy consumption of the equipment.
Temperature Control System
Heating: The temperature inside the chamber is rapidly increased via electric heaters (such as resistance wires). A temperature sensor (e.g., PT100 platinum resistor) monitors the temperature in real-time and feeds the data back to a controller (such as a PID controller) to adjust the heating power.
Refrigeration: Mechanical compression refrigeration cycles are mostly adopted, consisting of a compressor, condenser, expansion valve, and evaporator. The refrigerant absorbs heat in the evaporator to lower the temperature inside the chamber.
Air Circulation: A built-in fan forces air flow to ensure uniform temperature inside the chamber and avoid local temperature differences.
Humidity Control System
Humidification
Steam humidification: Water is heated electrically to generate steam, which is directly injected into the chamber (fast but high in energy consumption). A self-developed humidification bucket is used.
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