Scroll compression principle
- Compressor sucks air through air inlet located at outer scroll.
- Compression chamber goes smaller with rotary movement and trapped air is compressed.
- Compression chamber becomes minimum volume at the center of the scroll and air is pumped out through air outlet located at the center of scroll.
- These, suction, compression & discharging, process is repeated continuously.
Innovation through Technology
- Proprietary Tip Seal and Unique Scroll Wrap
- Increased performance (low leakage)
- Extended service intervals
- High efficiency
Special Alumite Treatment
- Extends scroll life
- Limits life cycle cost
Environmentally Friendly
- Oil-Less Design
- Eliminates environmental emissions
- Concerns natural resources
- Industry Leading Sound
- Quiet enclosure standard
- Design for the minimization of leak paths
Energy Efficiency
- Microprocessor Based Control
- Provides the optimized package operation under varying condition.
- Special Tip Seal Material
- Provides hgh performance with high reliability by extremely low wear.
Versatility of Design
- Control Design
- Standard microprocessor control
- Cycle control logic protects from rapid cycling
- Space Saving
- Unit is compact in overall dimension
- Panel accessibility promotes space conservation
Long Maintenance Cycle With Long Life Consumable Parts
- Compressor head replacement at every 10,000 hours or 4 years whichever comes earlier.
- Noise level is only 45dB[A] that is like in the library (1.5kW)
