Product Specifications
Model: YT-9960E(GD)
Brand: YingTeng
Dehumidification capacity (condition: 90% RH at 30°C): 40 kg/h
Power Supply: 380V/50Hz
Input Power: 16500W
Defrosting Method: Auto Defrost
Re-circulating Airflow: 8700 m³/h
Drainage Method: Hose Drainage
Airflow Method: Front Air Delivery, Rear Air Intake
Operating Environment Temperature: 5-38℃
Weight: 330 kg
Dimensions: Length 1600mm, Width 1500mm, Height 780mm
Note: Customizable explosion-proof models available. The above technical specifications are subject to change without notice; please refer to the actual machine for the most accurate information!
Automatic humidity control dehumidifiers with configuration, humidity adjustable from 10%-90% at will, no need for staff supervision, simply set and run automatically (the dehumidifier turns on automatically to dehumidify when humidity is too high; it remains in standby when humidity is reached), achieving user-friendly full automation with high efficiency and energy-saving.
The machine's humidity control switch can be separately routed to any location for convenient real-time monitoring and control by the user.
Multiple Protections: The unit is equipped with protections for overload, short circuit, phase loss, overheat, high voltage, low voltage, etc.
Machine features automatic fault detection; upon failure, it automatically identifies the cause and displays the corresponding fault code for easy repair.
Utilizing internationally renowned brand compressors, powerful performance, and effective dehumidification.
The dehumidifier is designed with an automatic defrost feature. When the temperature drops below 18°C, the dehumidifier will frost over. To ensure optimal performance, an automatic defrosting sensor has been added to prevent frosting at low temperatures.
Ceiling Dehumidifier Principle
Based on the standard dehumidifier, additional configurations are added, with adjustments to airflow and pressure. The intake and exhaust are connected to the machine via flanges and ducts, utilizing the site's piping to draw moist indoor air into the machine for processing. The dried air is then returned to the room, thereby creating a cycle to achieve dehumidification.
