New Oil-Free rotary screw air compressors from Kaeser
September 29, 2017
Kaeser Compressors has launched a new line of oil-free rotary screw air compressors. The new CSG-2, DSG-2 and FSG-2 series are engineered for the lowest life cycle costs possible.
The CSG-2, DSG-2 and FSG-2 series are available in a range of 50 to 450 hp and in air-cooled and water-cooled models.
The CSG-2, DSG-2 and FSG-2 models cover flows from 192 to 1,774 cfm, pressures from 45 to 145 psig, and horsepower from 50 to 450 hp. Available air-cooled or water-cooled, these new two-stage oil-free air compressors have been designed with energy efficiency, easy maintenance and low noise levels in mind. Models are up to 9% more efficient than the competition.
The core of these versatile models' top performance is their premium, two-stage compressor airend. The rotors' special coating can handle temperatures up to 575 °F. This highly abrasion-proof coating will not wear, providing reliable sealing and protection. This means compressed air delivery and energy consumption remain consistent, even after years of operation. Stainless steel rotors in the second compression stage help guarantee compressed air quality and significantly increase service life.
Units come standard with Sigma Control 2?. This intelligent controller offers unsurpassed air compressor control and monitoring with enhanced communication capabilities for seamless integration into plant control/monitoring systems and the Industrial Internet of Things (IIoT).
Additional features include IE3 premium efficiency motors with PT 100 sensors to measure and monitor winding temperatures for maximized motor switching frequency and minimized idling. The hydraulic inlet valve eliminates replacing pneumatic diaphragms, resulting in reduced service costs and downtime. Fiber-free pulsation dampeners keep pressure losses to an absolute minimum, maintain consistent air quality and prevent compressed air contamination. Built-in heat recovery options give sustainable energy savings and contribute to lowering a plant's carbon footprint.