Rainwater vortex filter has a design that allows rainwater entering the chamber to collide with the side walls of the body, creating a high-pressure vortex flow. As the rainwater passes through the vertical filter, it is oxygenated, improving the quality of the stored water. The system is a filter that fully protects rainwater drains, even during heavy rains, nearly all the filtered water is directed to the storage tank.
The 38 mesh stainless steel inner filter (AISI 304), vertically placed along the product’s body axis, captures suspended and floating solid particles without obstructing water flow, ensuring 95% filtration efficiency. By the flow of water, the rainwater is cleaned while the filter simultaneously self-cleans.
In models with a connection diameter of smaller than 250mm, the upper body has a 360 degree rotatable structure. This makes it easier to integrate the vortex filter with drainage lines coming from different directions.
Rainwater Vortex Filter System Specifications
Technical Diagram
Vortex filter system consists of 3 parts. Upper side is rotatable so you can change inlet direction. Bottom side and inner stainless steel mesh filter part.
Specifications
- Can be collected rainwater up to 3000 m² roof area. Calculation is made 75 kg/m² average rainfall.
- %95 Filtration effiency through mesh system.
- It is a filter system that separates all unwanted residues such as leaves, sediment, insects. Also system can clean itself.
- Through to its unique oxygenation technology, it provides the opportunity for high-quality water storage.
- Filter body part is produced as HDPE material and has high quality and durable structure.
- Inner filter produced high quality stainless steel.
- With 360 degree rotatable upper side, it enables to easy installation for different plumbing connections.
- Suitable for underground and above ground installations.
- For underground installations, A15/C250 composite manhole and riser solutions in accordance DIN 124 standard.
- Easy installation and less maintenance costs.
- For 600tvf3000 model, upper side of body is not rotatable.
Installation Areas
Rainwater vortex filter can be used as underground or above ground. Up to 3000 m² roof areas, you can use different vortex models. Also you can collect rainwater from different rainwater pipes. You can see some sample installation areas at below.
Sizes of Above Ground Use
| 600vf-0100 | 600vf-0150 | 600vf-0200 | 600vf-3000 | |
| Roof Area | 200 m² | 500 m² | 1000 m² | 3000 m² |
| Flow Rate | 4,2 Lt/sec | 12,8 Lt/sec | 25,6 Lt/sec | 80,6 Lt/sec |
| Diameter | 380 mm | 480 mm | 540 mm | 640 mm |
| Height | 610 mm | 680 mm | 810 mm | 1000 mm |
| Inlet | 110 mm | 160 mm | 200 mm | 250 mm |
| Clean Water | 110 mm | 110 mm | 125 mm | 200 mm |
| Waste Water | 110 mm | 160 mm | 200 mm | 250 mm |
| Access Way | Ø355 PE | Ø355 PE | Ø355 PE | Ø455 PE |
Sizes of Underground Use
| 600tvf-0100 | 600tvf-0150 | 600tvf-0200 | 600tvf-3000 | |
| Roof Area | 200 m² | 500 m² | 1000 m² | 3000 m² |
| Flow Rate | 4,2 Lt/sec | 12,8 Lt/sec | 25,6 Lt/sec | 80,6 Lt/sec |
| Diameter | 380 mm | 480 mm | 540 mm | 640 mm |
| Height | 570 mm | 640 mm | 770 mm | 1000 mm |
| Riser | 300 mm | 300 mm | 300 mm | 300 mm |
| Inlet | 110 mm | 160 mm | 200 mm | 250 mm |
| Clean Water | 110 mm | 110 mm | 125 mm | 200 mm |
| Waste Water | 110 mm | 160 mm | 200 mm | 250 mm |
| Access Way | Ø400 / A-15 PP | Ø400 / A-15 PP | Ø515 / C-250 | Ø600 / D-400 |
Rainwater Other Useful Equipments
- 1- Inlet Flow Equalizer
- – Use to equalize flow rate of rainwater. It is connected to inlet pipe at inside of tank. Can be produced accordingly different inlet pipe size
- 2- Overflow Syphon
- – Prevent backflow of water from outlet pipe, eliminates odors and keep pests out.Will be connected to outlet pipe and located at inside of tank.
- 3- Suction Filter
- – A filter ensures the pump draws water from near the surface, not from bottom of tank. So any sludge can be damaged pump system.
With these equipments, rainwater collection system will be work more efficiency. For all equipments, maintenance costs are minimum.
