Rotary Screw Compressors ASD Series With the world-renowned SIGMA PROFILE Flow rate 0.89 to 6.39 m³/min, Pressure 5.5 to 15 bar
Open the catalog to page 1ASD – Even more efficient Service-friendly design With its latest generation of ASD (ASD.4) series rotary screw compressors, KAESER KOMPRESSOREN once again pushes the boundaries of compressed air efficiency and availability. Not only do these optimised systems deliver more compressed air for less energy, they also combine simple operation and maintenance-friendliness with exceptional versatility and environmentally responsible design. Perfect partners The newly improved ASD systems save energy in a number of ways: equipped with further-refined SIGMA PROFILE rotors, the airends are controlled...
Open the catalog to page 2Uncompromising efficiency Save energy with the SIGMA PROFILE SIGMA CONTROL 2: Optimum efficiency At the heart of every ASD system lies a premium-quality airend featuring Kaeser’s SIGMA PROFILE rotors. Flowoptimised for impressive performance, these advanced rotors enable ASD systems to set new standards in terms of specific package input power. The internal SIGMA CONTROL 2 controller ensures efficient compressor control and monitoring at all times. The large display and RFID reader assure clear communication and maximum security. Variable interfaces enable seamless networking capability, whilst...
Open the catalog to page 3Premium compressed air quality with add-on dryer Power consumption (kW) ▀ Power consumption: KAESER add-on dryer ▀ Power consumption: refrigeration dryer with continuous control ▀ Energy savings: KAESER add-on dryer Energy-saving control Dependable KAESER centrifugal separator The integrated refrigeration dryer in ASD T units provides highly efficient performance, thanks to its energy-saving control. The dryer is therefore only activated when compressed air drying is actually required: as a result, the desired compressed air quality is achieved with maximum energy efficiency. A KAESER centrifugal...
Open the catalog to page 4Speed-controlled compressor with synchronous reluctance motor Precision pressure control The flow rate can be adjusted within the control range, according to pressure. Working pressure is kept constant to within ±0.1 bar. This allows maximum pressure to be reduced, thereby saving energy and costs. Durable and service-friendly: The rotors in the synchronous reluctance motor do not contain aluminium, copper or rare earth magnetic materials. This makes the bearings and rotors as easy to replace as those in asynchronous motors. The functional principle keeps heat losses in the motor to a minimum,...
Open the catalog to page 5Maximum efficiency with frequency-controlled synchronous reluctance motor Your benefits at a glance: Best system efficiency: IES2 as per EN 50598 Maximum energy efficiency throughout the control range Durable, service-friendly drive system Advanced drive technology Minimal operating costs, high productivity and availability High-efficiency synchronous reluctance motor High-performance frequency converter This range of motors combines the advantages of both asynchronous and synchronous motors, all within a single drive system. The rotors contain no aluminium, copper or rare earth magnetic materials....
Open the catalog to page 6Heat recovery system Ambient heat Total electrical power consumption Compressed air energy potential Approx. 5 % Heat dissipation from the drive motor Approx. 76 % Heat energy recoverable through fluid cooling Heat dissipated by the compressor into the ambient air Heat remaining in the compressed air Heat energy recoverable through compressed air cooling Heat recovery simply makes sense Space heating with hot exhaust air Amazingly, 100% of the electrical drive energy supplied to a compressor is converted into heat energy. Of that heat, up to 96% can be recovered and reused for heating purposes....
Open the catalog to page 7Heat recovery Energy-saving, versatile and flexible Required heating energy (%) PTG plate-type heat exchanger system Required heating energy throughout the year PTG plate-type heat exchangers consist of a package of pressed stainless steel plates. They combine excellent heat exchange characteristics with exceptionally compact design. PTG heat exchangers can be integrated into existing hot water supply systems and are suited for industrial applications. It goes without saying that heating is essential during the winter months. However, it is also needed to a greater or lesser extent at other times...
Open the catalog to page 8Ready-to-run, fully automatic, super silenced, vibration damped, all panels powder coated. Suitable for use in ambient temperatures up to +45 °C Panels lined with laminated mineral wool Double-insulated anti-vibration mounts with metal elements Genuine KAESER single-stage airend with energy-saving SIGMA PROFILE and cooling fluid injection for optimised rotor cooling; 1:1 direct drive Direct, high-flex coupling without gearing Standard system with Super Premium Efficiency IE4 drive motor, quality German manufacture, IP 55, Iso F class insulation for additional reserve; Pt100 temperature sensor...
Open the catalog to page 9Standard versions T versions with integrated refrigeration dryer (refrigerant R-513A) Flow rate, complete system as per ISO 1217: 2009 Annexe C/E: inlet pressure 1 bar (a), cooling and air inlet temperature +20 °C Sound pressure level as per ISO 2151 and basic standard ISO 9614-2, tolerance: ± 3 dB (A) Power consumption (kW) at ambient temperature +20° C and 30% relative humidity
Open the catalog to page 10More compressed air for less energy The world is our home As one of the world’s largest manufacturers of compressors, blowers and compressed air systems, KAESER KOMPRESSOREN is represented throughout the world by a comprehensive network of wholly owned subsidiaries and authorised distribution partners in over 140 countries. By offering innovative, efficient and reliable products and services, KAESER KOMPRESSOREN’s experienced consultants and engineers work in close partnership with customers to enhance their competitive edge and to develop progressive system concepts that continuously push the...
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