* NOTE This unit is now in stock in Melbourne and is fitted with these factory options: *
- 8.6 Bar pressure (19.7m3/min at 8.6 bar / 700 cfm at 125 psi)
- Air Treatment : Aftercooler and Centrifugal Separator
All MOBILAIR series compressors are manufactured at KAESER’s headquarters located in Coburg, Northern Bavaria. The M 210 features a 146 kW Caterpillar engine and a premium quality rotary screw airend featuring KAESER’s energy saving SIGMA PROFILE rotors. The airend’s optimised flow characteristics enable it to deliver more compressed air for less energy. Power is transmitted from the engine via integrated gearing. The airend’s low operating speed contributes to significantly longer service life.
Although not road-towable, the M 210’s wheeled construction site chassis with steerable axle and foldable tow bar, combined with the parking brake, ensures secure, space-saving positioning of the compressor. A recessed lifting eye and forklift pockets are also fitted.
The MOBILAIR M 210 dependably delivers the required compressed air at all times – even under extreme operating conditions and ambient temperatures up to +50 °C. Electronically controlled engine start-up and the ability to switch over manually from unloaded start to full load operation with the SIGMA CONTROL SMART ensures reliable, gentle starts when operating the unit in cold ambient conditions down to -10 °C.
The compressed air is cooled to 7 °C above ambient temperature. Installed at an angle, the compressed air aftercooler ensures frost-proof performance even at the coldest times of year. The condensate is dependably removed via a flow-optimised axial centrifugal separator and is subsequently evaporated in an environmentally friendly manner using the hot exhaust gases from the engine.
The body panels ensure long-term corrosion protection and value retention thanks to high-quality zinc priming and tough powder coating. For maximum maintenance-friendliness, the large enclosure doors provide easy access to the well laid-out interior. Service and maintenance work can therefore be performed quickly and effectively, thereby ensuring maximum efficiency and compressed air availability.