ZCH-30000 Low Humidity Lithium Battery Industry Desiccant Dehumidifier DP<-40℃
The basic principle of operation involves passing humid air over a rotating wheel or rotor that is coated with a desiccant material, such as silica gel or molecular sieves. The desiccant material has a high affinity for moisture and absorbs it from the air, effectively reducing the humidity level.
Specifications:
Model | ZCH—30000 | |
Requirements | T<25±2℃,TL<-40℃ | |
Total Process Airflow(m3/h) | 33000 | |
Supply Airflow(m3/h) | 30000 | |
Parameter of Supply Air | T=14℃, TL≤-65℃ | |
Fresh Airflow(m3/h) | 7500 | |
Return Airflow(m3/h) | 25500 | |
Rotor Process Airflow(m3/h) | First Rotor | Second Rotor |
7500 | 30000 | |
Rotor Reactivation Airflow(m3/h) | 3000 | 3000 |
Reactivation Temperature | 120±10℃ | 135-140℃ |
Reactivation Steam Consumption (kg/h) | 90 | 128 |
Driving Motor Power(kw) | 0.1 | 0.3 |
Reactivation Fan Power(kw) | 1.5 | |
First Fan Power(kw) | 2.2 | |
Supply Blower Power(kw) | 30 | |
Cooling Load(kw) | 375.6 | |
Chilled Water Consumption(T≤7℃)( T/h) | 64.6 | |
Power Supply | 380V/3P/50Hz | |
Installed Power(kw) | 34.1 | |
ESP(External Static Pressure) (Pa) | ≥800 |
Competitive Advantage:
Application:
Battery Dry Rooms
The development and manufacturing of lithium batteries needs to take place in ultra low humidity dry rooms, regardless of whether it is a small R&D lab environment or a large scale production facility.
Most manufacturers need the dry rooms to be maintained at a dew point of -40°C, and the industry standard could be even lower in the years to come. We have delivered dry rooms capable of -60°C, and have the best technology for the potential demands of the future.
Expertise in every application
Every different kind of lithium battery requires a different manufacturing environment. We provide market-leading technology for the entire range of applications, including:
User Friendly Automatic Interface Control System:
We can provide the technical design for dehumidification according to your requirements.