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Technical Specification ACT series Airflows: 1.17 to 154.53 m³/min Area of application For low maintenance high air quality, fit an ACT activated carbon adsorber to remove any remaining oil vapour after the applicable air drying and pre-filtration processes. The result is really high compressed air quality. Important features and advantages: * Remaining oil content up to 0.003 mg/m³. Considerably less than the limit for Class 1 in accordance with ISO 8573-1. * Long activated[...]

Technical specification Series AQUAMAT for compressors of 1 to 90 m³/min capacity Tested and certified condensate treatment The Institute of Building Techniques in Berlin has tested and certified the AQUAMAT as meeting the most modern standards of treatment plant. This means utmost reliability and confidence for the user. The AQUAMAT not only reduces waste treatment costs but also contributes to the protection of the environment. Test set With this simple set, the quality of the cleaned[...]

Technical specification Series: ZK Flow rate: 2.0 to 118.3 m³/min The centrifugal separator removes moisture droplets carried in the compressed air. A deflector plate on the air inlet causes the air to swirl in a cyclonic fashion. The resulting centrifugal force deposits liquid droplets and solid particles on the container wall where they coalesce and flow down into the collecting chamber. The air leaving the separator is free of condensate and has a relative humidity of almost 100%. The[...]

Technical specification Series: DAP Flow rate: 0.15 to 13.33 m3/min Compressed air may be used for breathing only after it has been correctly treated. It may not contain any contaminants such as moisture, solid particles, oil or oil vapors, carbon monoxide, carbon dioxide, sulphur dioxide, nitrous oxide or hydrocarbons. Carbon monoxide is particularly dangerous as even in minute quantities it quickly causes disorientation and incapacity. The KAESER breathing air system meets all the quality[...]

Technical specification Series: DA Flow rate: 1.15 to 154.53 m³/min Pressure dewpoint: down to -70 °C The KAESER Pure Air System is able to achieve a high degree of cleanliness and dryness in compressed air. The system comprises a centrifugal separator, a microfilter, a prefilter (as additional security), a heatless regenerated desiccant dryer, an activated carbon adsorber and a particulate filter all built into a common housing and interconnected for instant use. Class 1 purity to ISO[...]

Power-saving pressure band control Keeping the compressors working within a narrow pressure band and being able to recognise and accomodate demand trends is the ideal way to avoid unneccessarily high final pressure. Investment is quickly repaid because lowering maximum pressure by just one bar means 6 percent less compressor power consumption and 25 percent less air loss through leaks in the air network. Simple operation Logically structured menus in plain text and a number of preassigned[...]

Air Management Efficient and reliable control of an air system demands a comprehensive exchange of data between the master controller and the internal compressor controller. High performance and a large memory capacity are the main features of the industrial computer that is the heart of SIGMA AIR MANAGER. The master Profibus DP interface needs only a single cable for fast and safe exchange of large data volume with SIGMA CONTROL, the internal controller in the packaged compressor, which has a slave[...]

Technical specification Versions: Basic + D-Pack Flow rate: 0.58 to 248 m³/min Pressure: 16 bar high pressure to 62 bar Every cubic metre of atmospheric air sucked into a compressor contains on average about 190 million particles of dirt, hydrocarbons, viruses and bacteria, the majority of which is carried through into the compressed air. Most applications require this air to be clean, and, depending on purity requirements, there are appropriate KAESER filters to suit. The range extends[...]

Specifications Series KMM Inlet flow volume 0.018 bis 4.633 m³/min Patented Efficiency With a US patent and a European patent pending, the new KMM Membrane Dryer is turning heads for several reasons. The ‘Inflow Concept’ ensures outstanding drying results through highly effective moisture removal, enhanced pressure stability and reduced differential pressure. The design also provides protection from any contamination that may enter the dryer, as it is trapped before it can reach the[...]

Rotary screw compressors with V-belt drive to 22 kW Technical specification SX – ASK series Motor powers from 2.2 to 22 kW FADs from 0.233 to 3.5 m³/min Standard pressures 5.5 -15 bar The flexible KAESER V-belt drive KAESER screw compressors with V-belt drive are convincing in their economy, efficiency and reliability. In fact KAESER was one of the first compressor manufacturers to implement V-belt drive. An important feature is the automatic tensioning device, which ensures constantly[...]