DRAINAGE CHANNEL PROFI. Drainage systems. unrivalled in durability resistant to corrosion galvanised, cast iron, stainless steel

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1 DRAINAGE CHANNEL PROFI Drainage systems unrivalled in durability resistant to corrosion galvanised, cast iron, stainless steel

2 Product description The Wipoton drainage channei PROFI made of polymer concrete has every advantage in material and form and as much as % lighter than comparable concrete channels. The channels are extremely well-suited for pedestrian areas, car parks, road edge drainage, surfaces with heavy vehicle loads (traffic routes in industrial areas) and drain these areas quickly and reliably. Benefits at a glance Low weight for easy do-it-yourself installation For private and commercial areas Resistant to frost and road salt Reliable in use Self-cleaning thanks to the special form With traffic-safe, permanent locking Wipoton drainage channels PROFI can easily handle large amounts of water with Wipoton, you are always on the safe side. 2

3 DRAINAGE CHANNEL PROFI Overview of contents Page Overview of contents Page Areas of application 4 Properties 5 Drainage channel PROFI NW Nominal width 100 mm width 134 mm Available with and without internal gradient of 0.5 % Available with cascade slope Accessories 8/9 10 Grating variants 11 variants 11 Drainage channel PROFI NW Nominal width 150 mm width 192 mm Available with cascade slope Drainage channel PROFI NW Nominal width 200 mm width 240 mm Available with cascade slope Drainage channel PROFI NW Nominal width 300 mm width 360 mm Available with cascade slope 3

4 Areas of application Drainage channel PROFI Suitable for use in garden and landscape architecture, in muni cipal areas, in residential complexes and for the drainage of industrial surface. Available as cascade slope and bed slope. Cover with 2 locks per metre. Bearing capacity up to E600. Fulfils all requirements in accordance with EN

5 DRAINAGE CHANNEL PROFI Properties Easy installation Low weight of the base element and easy handling make safe installation easier for professionals and builders. Chemical resistance High resistance to chemicals also qualifies this channel for demanding industrial operations in the chemical sector. KG High break resistance Load class A-E (Class E can bear up to 60 t) Resistant to frost and road salt Polymer concrete is water-resistant based on its artificial resin components and thus has proven resistance to frost and road salt. 5

6 Drainage channel PROFI NW 100 with cascade or bed slope, channel body made of polymer concrete with cast casing (4 mm) Cast grating with traffic-safe fastening and available in liquid-tight version. Length 500 mm 148 mm 135 mm 8.8 kg 198 mm 135 mm 8.8 kg 248 mm 135 mm 13.0 kg 295 mm 135 mm 17.0 kg Length 1000 mm (cascade slope) 148 mm 135 mm 17.9 kg 198 mm 135 mm 20.7 kg 248 mm 135 mm 23.2 kg 295 mm 135 mm 28.1 kg With cascade or bed slope, channel body made of polymer concrete with steel casing (4 mm) Length 500 mm 158 mm 135 mm 12.2 kg 193 mm 135 mm 16.2 kg 295 mm 135 mm 17.0 kg Length 1000 mm (with steel casing, galvanised, with grating) 158 mm 135 mm 16.5 kg 193 mm 135 mm 16.5 kg 243 mm 135 mm 23.2 kg 295 mm 135 mm 28.1 kg With cascade or bed slope, channel body made of polymer concrete with stainless steel casing (4 mm) Length 1000 mm (bed slope) mm 135 mm 18.5 kg mm 135 mm 18.7 kg mm 135 mm 18.9 kg mm 135 mm 19.9 kg mm 135 mm 20.2 kg mm 135 mm 19.9 kg mm 135 mm 19.6 kg mm 135 mm 20.5 kg mm 135 mm 21.0 kg mm 135 mm 21.6 kg 6

7 DRAINAGE CHANNEL PROFI Class E Drainage channel PROFI NW 150 with cascade slope, channel body made of polymer concrete with casing (4 mm) Casing available in cast, stainless steel and galvanised versions. Length 500 mm 170 mm 192 mm 10.6 kg 220 mm 192 mm 12.5 kg 270 mm 192 mm 15.1 kg Length 1000 mm (cascade slope) 170 mm 192 mm 16.1 kg 220 mm 192 mm 18.6 kg 270 mm 192 mm 22.1 kg Length 1000 mm (bed slope) mm 192 mm 18.6 kg mm 192 mm 18.9 kg mm 192 mm 19.3 kg mm 192 mm 19.6 kg mm 192 mm 19.9 kg mm 192 mm 20.3 kg mm 192 mm 20.6 kg mm 192 mm 20.9 kg mm 192 mm 21.3 kg mm 192 mm 21.6 kg Drainage channel PROFI NW 200 with cascade slope, channel body made of polymer concrete with casing (4 mm) Casing available in cast, stainless steel and galvanised versions. Length 500 mm 210 mm 240 mm 15.2 kg 260 mm 240 mm 17.4 kg 310 mm 240 mm 19.4 kg Length 1000 mm (cascade slope) 210 mm 240 mm 25.5 kg 260 mm 240 mm 27.4 kg 310 mm 240 mm 32.3 kg Length 1000 mm (bed slope) mm 240 mm 27.8 kg mm 240 mm 28.3 kg mm 240 mm 28.7 kg mm 240 mm 29.2 kg mm 240 mm 29.6 kg mm 240 mm 30.1 kg mm 240 mm 30.6 kg mm 192 mm 31.0 kg mm 240 mm 31.5 kg mm 240 mm 31.9 kg 7

8 Drainage channel PROFI NW 300 with cascade slope, channel body made of polymer concrete with casing (4 mm) Casing available in cast, stainless steel and galvanised versions. Length 500 mm 365 mm 360 mm 44.9 kg Length 1000 mm (cascade slope) 245 mm 360 mm 44.5 kg 305 mm 360 mm 49.0 kg 365 mm 360 mm 51.5 kg Inlet box made of polymer concrete NW 100 Inlet box made of polymer concrete NW 100 with galvanised bucked. Class E height length width Weight 450 mm 500 mm 130 mm 31.6 kg 580 mm 500 mm 130 mm 26.5 kg Inlet box made of polymer concrete NW 150 Inlet box made of polymer concrete NW 150 with galvanised bucked. Class E height length width Weight 520 mm 500 mm 305 mm 53.9 kg 570 mm 500 mm 305 mm 55.2 kg 620 mm 500 mm 305 mm 56.8 kg 8

9 DRAINAGE CHANNEL PROFI Class E / Accessories Inlet box made of polymer concrete NW 200 Inlet box made of polymer concrete NW 200 with galvanised bucked. Class E height length width Weight 560 mm 500 mm 305 mm 54.8 kg 610 mm 500 mm 305 mm 57.3 kg 660 mm 500 mm 305 mm 59.7 kg Inlet box made of polymer concrete NW 300 Inlet box made of polymer concrete NW 300 with galvanised bucked. Class E height length width Weight 715 mm 500 mm 365 mm 75.9 kg Universal end wall 100/150/200/300 End wall 100 (universal / closed / ports) Suitable for channels with H = 148 mm / 198 mm / 248 mm / 295 mm End wall 150 (universal / closed / ports) Suitable for channels with H = 170 mm / 220 mm / 270 mm End wall 200 (universal / closed / ports) Suitable for channels with H = 210 mm / 260 mm / 310 mm End wall 300 (universal / closed / ports) Suitable for channels with H = 245 mm / 305 mm / 365 mm Transition piece for cascade slope 100/150/200/300 Transition piece for cascade suitable for channels NW 100/150/200/300 9

10 The foundation bed of the trench must be carefully sealed in order to eliminate any subsoil loosening due to excavation. Before installation of the channel, the granular subbase and planar contact patch for the concrete foundation must be produced according to the slope of the channel. Shaping in the channel body within the channel bed for connection of drainage pipes is basically made by striking with a hammer from the inside out. For this purpose, the channel must be positioned flat on the bed and opened by carefully striking with the pointed side of the hammer. In order to avoid the danger of crack formation or undesired fractures we recommend carefully perforating the deformation with a sharp chisel. Lateral deformations can be reworked beforehand with a drill and drill bit in order to avoid fractures of the channel. 1. of the channel basically begins at the lowest point of the system, the inlet box and the pipework to the ground pipe and is guided to the outer end of the drainage line. In the process, it must be ensured that the ends/joints of the channel remain free from dirt and adhering material in order to be able to provide a tight bond between the individual channel bodies. 2. A flush, continuous contact surface of the channel in the concrete bed without formation of hollow spaces must be ensured. We recommend forming a protrusion of the concrete foundation at the end of the channel section in order to ensure adequate load distribution. 3. Flow-direction arrows are provided on the outer wall for correct installation of the channel. 4. The upper edge of the channel should be 3 5 mm permanently lower than the adjoining screed of the drainage surface. Please observe the need for potential re-sealing and settling processes. 5. When compressing the surrounding surfaces, protect the channel from mechanical damages. In order to prevent the drainage channels from compressing, gratings must be installed prior to compression and/or screed work. 6. Channels can be connected directly to the adjacent screed. 7. The concrete rear supports can be guided to the upper edge of the channel. 8. The concrete quality of the rear supports must always match the concrete quality of the driving surface. 9. The surface screed must be installed slip-free on the channel. Pavement and paved surfaces must be applied directly on the channel. Expansion joints should be avoided. A stretcher row should be planned between the channel and screed for fitting parts or cut stones. 10. With use of concrete stretchers, the transitions to a concrete surface must be made with expansion joints with sealant. 11. Basically, channels can also be shortened on site. In the process, it must be ensured that the shortened channel is installed in the outer area of the drainage section, insofar as possible. The cut edges of the channel and the grating must be deburred. Grating should have at least one lock after being shortened. Class A 15 C 250 / pavement Class D 400 E 600 / pavement approx. 4 mm Stretcher row Y Z Class A 15 C 250 / asphalt Pavement and paved surfaces Pavement bed Crushed stone or sand Foundation concrete Structure in accordance with RSto (Guidelines for Standardisation of Traffic Surfaces) Y Z approx. 4 mm Class D 400 E 600 / asphalt Transverse concealed joint, alternatively (constr.) reinforced Pavement and paved surfaces Pavement bed Crushed stone or sand Concrete e.g. C30/37 (LP), F4, M2 Construction joint 2-3 cm bedding, max. grain size 8 mm, foundation concrete Structure in accordance with RSto (Guidelines for Standardisation of Traffic Surfaces) Y bituminous joint tape, if applicable approx. 4 mm Asphalt overlay Asphalt base layer Y bituminous joint tape, if applicable approx. 4 mm Transverse concealed joint, alternatively (constr.) reinforced Asphalt overlay Asphalt binder course Asphalt base layer Concrete e.g. C30/37 (LP), F4, M2 0 Z Foundation concrete Structure in accordance with RSto (Guidelines for Standardisation of Traffic Surfaces) Z Construction joint 2--3 cm bedding, max. grain size 8 mm, foundation concrete Structure in accordance with RSto (Guidelines for Standardisation of Traffic Surfaces)

11 DRAINAGE CHANNEL PROFI Grating variants Web grating Class A Web grating Class D-E Slotted channel Mesh grating Class B Longitudinal web grating Web grating Class C Plastic grating variants Bed slope Beginning and end pieces of the base body are provided with appropriate profiles for the problem-free bonding of bodies /10 SK The grating is available in installation lengths of 500 mm and 1000 mm SK SK SK SK Cascade slope The channel does not have an inherent slope. Three different installation heights enable installation in a cascade slope. Beginning and end pieces of the base body are provided with appropriate profiles for the problem-free bonding of bodies. SK SK The grating is available in installation lengths of 500 mm and 1000 mm. 11

12 Personal advice for the best solutions! Drainage systems Plastic channels Standard drainage channels / Standard C Drainage channels PROFI Heavy-duty channels Komfort SLR SL-block monolithic heavy-duty channels Facade / slotted channels Yard drains / shoe cleaners Wiebusch-Polymerbeton-Technik GmbH & Co. KG Am Stadtbruch Volkmarsen Phone +49 (0) Fax +49 (0) info@wipoton.de