
Project description:
Project description: Grinding solid contents or contaminants which could cause damages or blockages in a system.
Solution/description:
We recommend the grinders to suit the individual applications. There are a number of different models available, all of which are suitable for the grinding of different materials. Depending on the requirements, the grinders are integrated in pipelines or sewers. Our machines are also employed in screenings receiving stations.
- Throughput max. 650 m3/h
- Flange connection depending on customer requirements
- Operating pressure up to 6 bar and higher
- Low peripheral velocity of blades
- Low energy consumption
- Low noise emissions
- Variation blade arrangement
- Maintenance and repairs can be performed easily as the
entire cutting unit can be completely removed - Low operating costs
- IP68 possible
- ATEX-compliant

Aeroplane toilet emptying station:
- Machine type: CT 203 EC/T1A2
- Number of blades: 43
- Blade thickness: 5.5 mm
- Nominal width inlet/outlet: DN 200
- Cutting height: 260 mm
- Medium: Aeroplane toilet water
with contaminants, such as plastic, aluminium caps etc. approx. 5-6% DMC - Throughput: Approx. above 30 m3/h
- Grinding: Approx. 5 mm
- Operating pressure: max. 4 bar
- Motor protection: IP 55
- Gear motor: 4.0 kW

Integrated in a pump line for protection against blockages.
Integrated in a pump line for protection against blockages.

Grinder for installation in a pipeline to protect downstream pumps against any damage/blockages caused by contaminants.

Installation of a grinder in combination with a disc screen in a sewer to grind flowing contaminants such as scraps of material and other large materials to protect the pumps in the downstream pumping station from damage.

The grinder is equipped with a corresponding funnel for receiving screenings. The funnel also has flat spray nozzles for cleaning and prevention product jams.

from A range:
Equipped with two drives. Here, both of the two shafts are driven, meaning more power is available for grinding the particles.