Coolant mist separator ENA-D Coolant aerosols reliably extracted and filtered. The Task Our coolant mist separators ENA-D remove water soluble aerosols created by coolants during cutting and metalworking. Reusable wire mesh filters effectively separate coolant mist aerosols. Our product lineup • Multi stage process • eusable wire mesh filter R elements • eparation is achieved by a combiS nation of inertia, coalescence, diffusion and screening effect. • utting processes such as drilling, C turning, milling, broaching, honing, grinding • haping processes such as rolling, S deep drawing, pressing includes a graduated series of systems with air flows up to 60,000 m³/h, which can be customized to even larger airflows by their modular design.

1 Inlet chamber for untreated air 2 Clean air outlet 3 Drain 4 Filtration stage 1 5 Filtration stage 2 6 Spray nozzles 7 Floor basin 8 Fan 9 Fill level monitoring The untreated/contaminated air enters the air inlet chamber (1) where gravitational separation removes larger mist droplets from the air. The incoming air flow is captured in filter stage 1 (4) and is directed on to the second filtration stage (5). Both wire mesh filters are reusable. The separator is preconfigured for optional automatic rinsing which can be activated to prevent excessive contamination of the filter media. During operation...

The separated coolant is collected in the floor basin of the unit and is then reintroduced into the coolant circulation of the machine via return pipe or removed for reconditioning. Depending on the placement of the unit, the air flow and required differential pressure, every configuration of the mist collector is available either with an external fan, or with a top-mounted fan for compact overall dimensions. The highly efficient separation of aerosols frequently allows the cleaned air to be re-circulated into the workplace. Higher concentrations of gaseous components present in The units are...

Unit dimensions and technical specifications, ENA-D Please refer to illustrations below for details. H ges (without downstream filter stage) Height downstream filter stage (optional) Spray Nozzles

Unit dimensions and technical specifications, ENA-DV Please refer to illustrations below for details. H ges (without downstream filter stage) Height downstream filter stage (optional) Untreated Air Inlet Clean Air Outlet Motor Power in kW Spray Nozzles Subject to modification *) measured at a distance of 1 m from the unit (door), measured according to DIN EN ISO 3744

Compact separation technology – coolant mist separator ENA-K Highly efficient separation for metalworking applications With the coolant mist separators of the ENA-K series, Keller Luftechnik has developed compact units for capturing and separating water-soluble coolant mists. This unit can be used as an independent unit or situated on top of or adjacent to a machine tool. Control of the separator can be effected directly via the machine. As an alternative, we have a range of controls available. They can either be attached to the system or delivered separately. For this purpose we provide of plug-type...

NW untreated air inlet Optional 3. Filter Stage B1 [mm] Motor Power in kW Noise Level dB (A)* Spray Nozzles Subject to modification *) measured at a distance of 1 m from the unit (door), measured according to DIN EN ISO 3744

Coolant mist separator Reference installations References end AUDI, Germany, Hungary customers MTU, Friedrichshafen, Munich BOSCH Rexroth, Horb CONTINENTAL TEVES, Gifhorn DAIMLER, Germany, Mexico EUROCOPTER, Donauwdrth GROB, Mindelheim HEIDELBERGER DRUCKMASCHINEN, Amstetten BMW, Germany, Austria, Great Britain FORD, Germany, France, Spain, Great Britain, Mexi OPEL, Hungary PEUGEOT, France PORSCHE, Germany SEAT, Spain VW, Germany, Mexico, China, Belgium EWS, Uhingen FEDERAL MOGUL, Germany GETRAG, Germany, England, Slovakia, France References machine GILDEMEISTER, Munich HELLER, Niirtingen BOEHRINGER,...