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.
The exhaust air from the suction unit should be guided out of the building (via the roof where possible).
We recommended the installation of a bacteria filter in the exhaust air line. In addition, it is possible to
install a noise-reducing muffler in the exhaust air line in order to reduce the amount of noise generated
by the unit and by the air flow.
Product description
7119100007L02 1909V001
25
EN
