Special Air Processing — A Stable Supply of Air for a Low Temperature Space with a Dew Point of –80 ℃
A strict, low-humidity environment is required for lithium-ion cell and capacitor production as well as for medical supply production and manufacturing processes. ORION’s original dehumidification systems offers an energy saving, ultra low humidity environment for these types of manufacturing processes without waste.
Features
“Energy Savings”, “Safe and Reliable Design and Manufacturing” “A Wealth of Variations”
With ORION Manufacturing’s original Heat Pump Balance Control®, the heating coil part of the refrigeration circuit unit works completely without the use of an electric heater. Also, through compressor speed control and dynamicEEV control, load on the desiccant module is reduced, and running and initial costs are also cut.
Energy Saving Design
- Heaterless Refrigeration Unit
Radiated heat from pre-cooling is utilized by the temperature control heating coil. - Dynamic EEV Control
Optimized desiccant dehumidification section. - Compressor Speed Control
Automatic compressor speed control during winter months or other periods of low load.
Compact Design
Pre-cooler + desiccant dehumidifier in an integrated design. The integrated design eliminates the need for inter-unit ducting.
Offers space savings and lower construction cost.
Intelligent Touch Panel
With the touch panel display, various settings and information can be accessed, and current operating conditions can be easily checked.
<Sampling of Menu Items>
- Setting and display of chamber dew point temperature
- Setting and display of chamber dew point temperature upper limit alarm.
- Display of supply air dew point temperature
- Setting of supply air temperature
- Setting and display of schedule timer
- Setting and display of schedule timer
Schedule timer for additional energy savings
Entering an operation schedule before use can reduce excessive operation during times of no load, thus achieving further energy savings.
Our Lineup Includes Many Product Variations
For a low humidity air processing system with Heat Pump Balance Control® and a processing air flow of 1 to 120 m3/min (60 to 7200 m3/h), consider the energy saving PAP Series of Precision Air Processors!
System Illustration
System Configuration
Dew point management is performed for each process, for optimal air processing, and of course energy saving, which can lead to a total-facility cost reduction.
Air Processing Flow Diagram
Applications
Application Examples
- Lithium-Ion Cell Manufacturing Processes
- Capacitor Manufacturing Processes
- Pharmaceuticals Manufacturing Processes
- Precision Electronic Parts Manufacturing Processes
- Rust and Condensation Prevention for Precision Electronic Parts
- Humidity Management for Powder Manufacturing Processes
