Industrial Filters

Our industrial filters are especially suitable for large roof areas and installed in standard concrete shafts, mostly preassembled.

 

1. As water arrives the level builds up and overtops the filter lip, so ensuring it is distributed evenly across the whole width of the filter cascade.

2. Pre cleaning through the cascades. Largest dirt particles are led across the primary filter cascades directly to the sewer.

3. Pre filtered water then flows over the secondary filter sieve (Mesh size 0,4 x 1 mm). Due to the special mesh structure of the sieve, any dirt falls directly down onto the bottom of the shaft. In case of heavy rainfalls, the filter has more loss, as the water washes away the filtered dirt into the sewer.

4. The cleaned water is being absorbed in the lower tank and directed through a tube DN 150 into the storage.

5. Dirt goes to the sewer through the shaft.

!

Volumefilter VF2

4018712001891

Assembly in 1000mm pilot shaft. Material: Stainless steel
Connectable roof area to: 1347 m²
difference between the inlet / outlet: 52 cm
max. volume flow rate: 40.4 l/s Connections: DN 200

Please click on the loupe where you will find functional principle and dimensions

Volumefilter VF3

4018712001907

Assembly in 1200mm pilot shaft. Material: Stainless steel
Connectable roof area to: 1347 m²
difference between the inlet / outlet: 52 cm
max. volume flow rate: 40.4 l/s Connections: DN 200

Please click on the loupe where you will find functional principle and dimensions

Volumenfilter VF6

4018712001921

Assembly in 1200mm pilot shaft. Material: Stainless steel
Connectable roof area to: 2433 m²
difference between the inlet / outlet: 52 cm
max. volume flow rate: 73,0 l/s Connections: DN 200

Please click on the loupe where you will find functional principle and dimensions

Volumefilter VF12

4018712003208

Assembly in 2000mm pilot shaft. Material: Stainless steel
Connectable roof area to: 3933 m²
difference between the inlet / outlet: 60 cm
max. volume flow rate: 118.0 l/s Connections: DN 300

Please click on the loupe where you will find functional principle and dimensions