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Motor suction

Durr V 300 S

The V-suction unit is suitable for use in dry air suction systems. The advantage of this system is that the suction units can be installed in any suitable room, regardless of the actual connection layout and routeing of the lines. The necessary air flow and vacuum are generated by a rapidly rotating impeller. An auxiliary air nozzle on the turbine housing protects the suction units against overheating. When an appropriate vacuum for the machine is applied, approx. 300 l/min of air is sucked in through the suction cannula.

On the vacuum side the V-suction unit is equipped with a condensation separator that collects any condensation arising within the pipe system and transports it away to the outside.

The VS suction units are used in wet suction systems. The suction units can be installed on the same floor as the treatment units or on the floor underneath. The necessary air flow and vacuum are generated by a rapidly rotating impeller. An auxiliary air nozzle on the turbine housing protects the suction units against overheating. When an appropriate vacuum for the machine is applied, approx. 300 l/min of air is sucked in through the suction cannula. The impeller, the separation turbine and the waste water pump are driven by the motor. The mixture of liquids, solid particles and air drawn in passes through the inlet connection and into the suction unit. The coarse filter holds back the solid particles.

Inside the separation unit, the aspirated fluids and solid particles pass through a two-stage separation system and are separated from the suction air. This separation system consists of a cyclone separator and a separation turbine. The suction process runs continuously.

The aspirated mixture flows into the cyclonic separator, where it is set into a spiral motion. In this first stage, the resulting centrifugal forces force the fluid constituents and any remaining solid particles against the outside wall of the separation chamber of the cyclone separator. This initially only effects a "coarse separation" of the fluid. In the subsequent second stage, the separation turbine effects "fine separation" of the remaining liquid from the air flow that has carried it to this point.

The waste water pump transports the liquid from the centrifuge together with the fine solid particles through the waste water connection into the central waste water network. A diaphragm valve is located in the waste water connection to prevent fluid from the drain being sucked back in.

This device has been subjected to conformity acceptance testing in accordance with the current relevant European Union guidelines. This equipment conforms to all relevant requirements.

Motor suction
Motor suction
Motor suction