3P Volume filter VF6

Industrial filter

Operating principle

  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.

Rainwater filter for bigger roof areas. Filter for installation in a concrete ring (Ø 1200 mm).

Normally standard concrete shafts are used. The filter can be delivered to the site yet pre-assembled on the shaft.

Two step cleaning system, therefore high level of filtering efficiency, independent of flow rate.

Due to the steep inclination of the filter cartridge the dirt is continuously cleaned away into the sewer. The connection to the sewer is installed on the shaft. The dirt falls down to the bottom of the shaft and is washed away with the next strong rainfall.

Relative connection capacity, according to DIN 1986 for roof areas up to 3000 m². Because of a Bypass-Installation a bigger area can be connected.

Max. Flow Rate Sieve insert 9l/sec = 32,4 m³ cleaned water per hour.

Inlet rainwater 2 x DN 250
Outlet into storage DN 200
Outlet into sewer DN 250
Height difference between inlet and outlet 320 mm.

The filter has to be cleaned depending on the contamination 1 - 2 times during the year.

Technical Data

Filter according to DIN 1989-2, Typ C

Connection inlet: 2 x DN 250
Outlet into the storage: DN 200
Outlet into the sewer: DN 250

Height difference between inlet and outlet 320 mm.

Material Filter corpus: stainless steel 4016

Material Filter sieve: stainless steel 1.4301

Mesh size: 0,4 x 1 mm

Legs = Thread rods M10 with screw nut made of stainless steel, Length 250 mm

Weight: 39,5 kg

A 670 mm
B 540 mm
C 525 mm
D 980 mm
E 320 mm
F 275 mm
G 880 mm

Filter test

Average rainfall in Germany 80% less than 15 l (sxha), which results in a volume flow of 3.65 l / s with a roof area of ​​2433 m².

Pipe diameter: DN 250
max. flow: 73 l/s
connectable area at max. 200 l/(sxha): 3650 m²
connectable area at max. 300 l/(sxha): 2433 m²

Application

Installation of a filter in a pilot shaft.

Installation of the filter in front of several concrete tanks which are situated in a row.

If the size of the roof or the diameters of the tubes should be varied from the specifications/requirements, you can make an installation according to the DIN as demonstrated below.

We make planning
as easy as possible for you.