Indoor Constant Temperature and Humidity Storage Cabinet Precision Air Conditioning Emerson Copeland Compressor

Product Model: HSDD-HSG3
Temperature Control Range: 10°C-30°C
Humidity Control Range: 30%-70% RH
Display Method: Large touch screen, intelligent communication motherboard, simultaneous temperature and humidity display
Probe Brand: Honeywell (USA)
Working Mode: Intermittent operation
Cabinet Material: High-quality stainless steel
Cabinet Style: Double door
Castors: Universal castors with brakes
Adjustable Shelves: 3 pieces
Peak/Average Power: 1900W/200W
Voltage/Frequency: 220V/50Hz
[Cabinet Structure]
The cabinet is constructed of stainless steel with insulation material filling, featuring low thermal conductivity, high water resistance, aging resistance, flame retardancy, non-toxicity, and permanent deformation resistance;
Compressors and refrigeration components use branded products, with high-performance components for critical cabinet parts to ensure quality;
Standard cabinet configuration includes 7 adjustable shelves, which can be added according to actual requirements. Castors are installed at the base of the cabinet for easy mobility, equipped with brakes;
Entire cabinet in natural stainless steel finish;
Cabinet Style: Enclosed double door;
Energy Efficiency: This equipment is energy-saving and environmentally friendly;
Safety Measures: The cabinet is equipped with relay protection, compressor overheating protection, and automatic power-off protection for abnormal temperature and humidity inside the cabinet.

Principle of Constant Humidity and Temperature Machine

The principle of the constant temperature and humidity machine combines a refrigerant circulation system, air circulation system, electrical control system, temperature and humidity sensors, control system, refrigeration system, and humidification system. These systems work together to precisely control the environmental temperature and humidity. Its working process is roughly as follows:
Refrigeration System. This system typically uses compressor refrigeration, where the refrigerant evaporates and absorbs heat in the evaporator, removing heat from the environment to lower the temperature.
Humidification System. This system usually employs ultrasonic humidification or electrode-type humidification, increasing environmental humidity by spraying water mist or steam into the environment.
Dehumidification System. This system achieves dehumidification by lowering the temperature; air passes through the evaporator and is cooled below the dew point temperature, condensing moisture from the air to achieve dehumidification.
Control System. This system is the core, responsible for comprehensively controlling the working states of refrigeration, heating, humidification, and dehumidification to achieve constant temperature and humidity effects.
Air Circulation System. This system generally consists of a centrifugal fan and the motor driving it, providing air circulation within the testing machine. Additionally, the constant temperature and humidity machine also features functions such as purification and ventilation.