Composition and Structure of Constant Temperature and Humidity Chamber
Release time:
2025-07-17
Refrigeration system: Achieving precise temperature control, using cascade refrigeration technology to ensure stability in low-temperature environments.
Refrigeration system: Achieving precise temperature control, using cascade refrigeration technology to ensure stability in low-temperature environments.
Heating system: By using high-power resistance heating elements to quickly increase the temperature inside the box, it meets the requirements of high-temperature testing.
Humidification system: using steam humidification technology to provide a stable high humidity environment inside the box.
Dehumidification system: using mechanical refrigeration technology to achieve low humidity conditions, supporting flexible adjustment of humidity range.
Control system: Integrated PID intelligent control algorithm, equipped with LCD touch screen for programming control and data monitoring, supporting RS-485 communication interface.
Sensor system: using platinum resistance temperature sensors and solid-state electronic humidity sensors to ensure high accuracy and reliability of thermal and humidity measurement.
Air circulation system: Maintain temperature and humidity uniformity inside the box through circulation ventilation design to ensure the accuracy of test results.
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