• Key compressor data.
Remote access and control of the compressor from virtually anywhere.
High-intensity LED indicators clearly indicate compressor status from a distance.
Sequential control of up to 4 compressors with Xe control without additional hardware.
Configurable in 30 different languages.
Real-time clock with start/stop scheduling.
Internet communication and control.
Large navigation buttons and intuitive menus for easy compressor control.
Built-in performance analysis graphics and visual trend display.
Access automatic inspection logs using a standard web browser.
Automatic email notification of warnings and faults.
Standard MODBUS RTU RS485 and TCP/IP communication ports.
• Superior performance for reduced operating costs.
Ingersoll Rand rotary screw compressors deliver unmatched reliability, efficiency, and performance for virtually any compressed air system, and can save you 25-50% on your compressed air system's operating costs.
Convenient Top Exhaust.
Cooling air exits from the top of the unit, facilitating ductwork for exhaust and/or heat recovery.
Air- or Water-Cooled Packages. Depending on your compressed air system needs, Ingersoll Rand offers a choice of air- or water-cooled designs.
Easy Maintenance
Our package is exceptionally compact,
making maintenance easy. All components are easily accessible behind easily removable panels.
Star-Delta Starter
This advanced starting mechanism provides the compressor with a controlled, smooth start, eliminating current surges
and extending component life for increased system reliability.
• Ambient operating temperature up to 46°C (115°F)
Our screw compressors operate in high ambient temperatures, making them suitable for use in various regions of the world. Even if the compressor is not operated in hot climates, high temperature resistance ensures fewer emergency shutdowns caused by cooler contamination.
Integrated cooling. The cooler is located at the inlet end of the unit.
This allows cool compressed air, 8°C (46°F) above ambient temperature, to enter the air supply system.
Reliable motor
The increased durability of our electric motor means it will continue to operate when other motors fail.
Motor maintenance and repair are the same as any other electric motor.
Easy connection
The compressor is fully wired to the piping and electrical network, allowing for easy external connection of all utilities. Quiet Enclosure
A low-noise enclosure comes standard and minimizes noise levels.
Factory Testing
Each rotary screw compressor undergoes state-of-the-art testing to ensure you receive the best performance in a variety of conditions.
• Manufacturing and Equipment Control Standards
- Reference Standards: In compliance with local government regulations, Ingersoll Rand sets additional, more stringent standards for unit design parameters and performance.
• Manufacturing and Equipment Control Standards
- Reference Standards: In compliance with local government regulations, Ingersoll Rand sets additional, more stringent standards for unit design parameters and performance.
- Electrical Components: Complies with NFPA 70/79, IEC 60204, GB 5226-1
- Performance Testing and Reference Standards: ISO 1217 Appendix C; 1996
- Noise Test Method: ISO 2151:2004
- Noise Measurement Standard: ISO 9614-2:1996, Noise Level in the Workplace +3 dB(A)
- Pressure Vessels (varies by region):
- ASME Pressure Vessel Code; Section VIII, Division 1, "Non-Combustible Pressure Vessels"
- Directive 87/404/EC on Simple Pressure Vessels or Directive 97/23/EC on Non-Simple Pressure Vessels
- Standard GB 150 (1998) for Steel Pressure Vessels
• Quality Warranty
- Sellers warrant that the goods are manufactured from quality materials, processed in a standard manner, are brand new, unused, and conform in all respects to the quality, specifications, and performance parameters specified in this Agreement. Sellers also warrant that the product, when properly installed, operated and maintained, will provide satisfactory performance for a period of 18 months from the date of shipment from the port of departure or 12 months after the air compressor is started, whichever occurs first.
