Technical catalogue Ground accessories
INDEX INTRODUCTION The company Quality / Certifications Raw materials Our plastic 03 04 05 06 GROUND ACCESSORIES Drainage systems Soil products Techniques and drainage calculations Determination of load resistance Installation of monolithic wells Chemical resistance of Polyamide - PVC - PP Compatibility of soil products Monolithic wells in PP Extensions PP Drain well box accessories Valve box The advantages of PVC PVC frames, covers and grids Siphoned trap Frames, grids and covers in fiberglass-reinforced nylon PP frames, covers and grids PP technical covers Gully traps - technical notes PVC gully traps Balcony gully traps PP gully traps ABS gully traps Corner gully trap Rain collecting wells series 160 - 160 Non return valves Flap valve Drainage chamber Modular shower channels Gully traps Integrated system 07 08 08 10 11 12 14 16 17 18 19 20 21 24 25 27 28 29 30 31 32 32 33 34 34 38 39 40 42 45 2
Made in Italy MANUFACTURERS SINCE 1966 3 The company First Plast, founded in 1966 is a company which specializes in the production of articles of plastic material for the building industry, and more precisely in rain gutter systems, PVC fittings and ground accessories. Planning: First Plast has achieved world-wide recognition, for its continuous development, of new and inovative products. Quality: The First Plast laboratories guarantee continuous and constant quality control of the products made thanks to the use of extremely advanced equipment and technologies, always in compliance with current regulations. Production: First Plast due to the most modern extrusion andmoulding plants, supplies the customer with the best quality-price related product. Service: A capillary sale network with branches and warehouses in Italy and abroad allows Fist Plast to give customers a range of more than 6000 plastic articles for the building industry.
QUALITY 4 Certifications In 1995 First Plast obtained the first company quality certification UNI EN ISO 9001, since then the company has always maintained a very high level of production andmanagement, in compliance with national and international standards, achieving ISO 9001 and ISO 14001 certifications. UNI EN ISO 9001:2015 UNI EN ISO 14001:2015 First Plast quality internal procedure is recognized by international certifications as UNI EN ISO 9001:2015 Environmental care is granted in our manufacturing sites by UNI EN ISO 14001:2015 certification
5 POLYAM I DE PVC POLYPROPY L ENE RAW MATERIALS WHEN PLASTIC TAKES SHAPE Characteristics of raw materials After years of experimentation & laboratory tests, First Plast manufactures products with a light degree of strenght, and chemical resistance. PROOF SISTEM Max Tensile Enervation unity stress Traction elasticity coefficent Extension to breakage POLYAMIDE PVC POLYPROPYLENE ISO 1183 ISO 306 ISO 527 ISO 527 ISO 527 ISO 527 21 27 1800 15 MPa (N/mm²) MPa (N/mm²) MPa (N/mm²) % 44 47 2800 140 150 85 4200 ~ 2 TECHNICAL CHARACTERISTICS PHYSICAL CHARACTERISTICS MEASURING UNITY Specific weight Softening temperature Thermic expansion coefficent 1,26 75 0,15 kg/dm³ °C mm/m °C 1,42 80 0,06 - 0,08 ~ 1,36 240 0,03 (TYPICAL VALUES) Mechanical and physical characteristics (23°c) SCORCHING SUN INTENSE FROST VIOLENT STORMS ACID AND ALKALIS NOT INFLAMMABLE DIELECTRIC EASY SET-UP NON TOXIC HIGH BREAKAGE RESISTANCE
OUR PLASTIC IS DIFFERENT 6 It is important to precise that the bigger impact on the environment is due to how to dispose the plastic instead of how to produce it. The habit to use more and more plastic for many products, including single use ones, brought to the “plastic pollution” with huge quantities of abandoned waste. For this reason, it is very important to use plastic when it is convenient to and to manage how to recycle it. Our products are long standing and 100% recyclable. REDUCTION IN BUILDING COSTS thanks to both low prices and fast installation; to replace traditional materials with plastic ones also allows to increase works life time. VERY HIGH LIFE TIME high resistance to chemical agents or UV ray and fast application time have positive effects on the final budget. FIRE RESISTANCE One of the main reasons of PVC success is due to its high fire resistance. HYGIENE Plastic pipes are the best solution to move liquids in a safe and hygienic way. LIGHT AND MULTI PURPOSE thus allowing to test innovative products and solutions. 01 02 03 04 05 OUR PLASTIC PRODUCT LIFE TIME THE ADVANTAGES OF LASTING PLASTIC
SYSTEM CHARACTERISTICS 7 Thanks to its wide range of products, First Plast offers drainage systems for any situation where well drain boxes and gully traps are be buried, even in proximity of slopes or irregular soil. All implemented articles have been ideated with the aim of fulfilling any water drainage requirement, i.e. roads, squares, garages, basements and cellars or generally wherever fluids collection is necessary. Thanks to "GUS" universal gasket it is possible to insert different diameters pipes thus obtaining a water-tight seal. The gasket take care of expansions and settlements and allowws pipe fitting up to 40° inclination (+/- 20 for pipe Ø100). AND/OR EXAMPLE OF APPLICATION OF: WELL DRAIN BOX EXTENSION EXTENSION EXTENSION WELL DRAIN BOX WELL DRAIN BOX ADVISABLE: INPUT OF PIPE WITHOUT GASKET AND OUTPUT WITH GASKET TRADITIONAL WELL DRAIN POSSIBILITY OF IRREGULAR SETTING OF BOXES USING THE SYSTEMS WITH GASKET AND STACKING Because of the conic shape of the wells stacking is possible thus reducing 50% of space and the costs of storage and transport. STACKING Because of the conic shape of the boxes stacking is possible thus reducing 90% of space and the costs of stocking and transport. ± 40° ZERO DISCHARGE: : It allows the water flow avoiding stagnation. BLOCKING SYSTEM: It is used with a star screwdriver.
H = 100 mm/h S= 300 m2 V = volume in litres/second to discharge H = intensity of rain in mm/hour S = surface of drainage area in m2 Knowing the intensity of the rain (H) and the surface to be drained (S), the volume of water to be channeled is determined (V) with the formula: V= H x S 3600 V= = 8,33 l/s 100 x 300 3600 m. 30 m. 10 8,33 is the volume of water to be discharged per second EXAMPLE: how to apply the formula for an area of 300 m2 with an average rainfall off 100 mm/h UNDERGROUND PRODUCTS DRAINING CALCULATIONS AND TECHNICS 8 The underground products of First Plast, such as the drain well boxes with grids or covers, gully traps or modular channels, are ideal for drainage of rainwater. The collection of water can be carried out with two systems: for areas (rectangular or square) or linear. DRAINAGE FOR AREA: The drainage system for areas can be suitable in case the water falls into a surface that can be divided into more slopes that decline towards a network of wells or gullies. LINEAR DRAINAGE: The linear drainage system is set up if the area to be drained is made up of a single slope (or double as in the picture on the right) that drives the water into a drainage channel, a functional and aesthetic water collection solution. DRAINAGE FOR AREA LINEAR DRAINAGE The simplicity of using PVC FIRST products allows the creation of drainage networks in any type of rain. If a system of evacuation is chosen for points (with traps, grilles, siphons) or for trenches (grilled channels) it is always indispensable to know exactly the volume of fallen rain water in order to plan adequate canalization. Having obtained the volume of water to be drained, the position of draining point is planned in the intervention area choosing between two possibilities: 1 - the model of grill well is chosen and the quantity of use is calculated 2 - the number of grill wells to be set is decided calculating which model is suited to the volume of water obtained.
m. 10 m. 30 n= = 3,20 8,33 2,6 A= = 2,77 l/s = V N 8,33 3 CAPACITY IN LITRES/SEC OF PIPES WITH DIFFERENT GRADIENT SETTINGS TABLE 1 Ø PVC PIPES IN mm. CAPACITY in litre/sec. PERCENTAGE GRADIENT 40 50 63 75 80 100 125 140 160 200 250 315 0,5% 1% 1,5% 2% 3% 5% 10% CAPACITY IN LITRES/SECOND OF THE GRILLS TABLE 2 SGN20 SGP20 SGN25 SGN30 SGP30 SGN40 SGP40 SG45 SGP45 SG55 SGP55 SG3050 SGP3050 SG4050 SGP4050 1,6 2,0 2,5 3,2 4,0 4,4 3,5 3,9 0,17 0,35 0,71 1,19 1,43 2,76 5,18 6,89 9,72 16,92 30,05 54,44 0,24 0,50 1,01 1,61 2,03 3,90 7,33 9,75 13,75 24,00 42,50 77,00 0,29 0,61 1,24 2,07 2,49 4,78 8,98 11,94 16,84 29,39 52,05 94,30 0,34 0,71 1,43 2,39 2,87 5,51 10,37 13,79 19,44 33,94 60,10 108,89 0,41 0,87 1,75 2,93 3,52 6,75 12,69 16,89 23,81 41,57 73,61 133,36 0,54 1,12 2,26 3,78 4,54 8,72 16,39 21,80 30,74 53,66 95,03 172,18 0,76 1,58 3,14 5,34 6,41 12,33 23,18 30,83 43,48 75,89 134,40 243,49 DRAINING CALCULATIONS AND TECHNICS 9 EXAMPLE 1: witch the SG30 grill (which has a capacity of 2,6 l/s) you get which must be made round to 4. m. 10 EXAMPLE 2: you can also start knowing the number of grills to be set up and obtain their size by the water to be drained and the capacity of the chosen grill. If, for example, you just want to set up 3 grills instead of 4you can determine their capacity by the following formula: Referring to norm UNI EN 12056-3 the capacities referring to new pipes have been reduced to take into account the partial obstruction of pipes mainly due to low gradient, and the build up of material on the walls as a consequence of transporting turbid water. Also it is not advisable to use pipes with a diameter less than 100mm for horizontal drainage, especially in the presence of turbid waters or waters transporting waste. picture 3 shows that it’s necessary to set SG40 grill (the smallest grill with a capacity of more than 2,77 1/s)
DETERMINATION OF CAPACITY DETERMINATION OF CAPACITY METHODS USED TO DETERMINE GRILLS AND LIDS CAPACITY The value of the breaking load shown on the tables on pg. 13, concerning grills and lids in PVC Antishock, has been obtained according to the proof method DIN 19580. This method utilizes pressers with different diameters according to the size of lid or grill undergoing pressure on the trial press. Below are shown the diameters used in our laboratory tests. upergriglia ® COVERS LIGHT SERIES Ø PUNCH mm SCD20 SGD20 SCDPM20 SCD25 SGD25 SCDB25 SCD30 SGD30 SCDPM30 SCDB30 SCD40 SGD40 SCDPM40 SCDB40 SCD45 SGD45 SCD55 SGD55 SGN20 SGN25 SGN30 SGN40 SG45 SG55 SCN20 SCN30 SCN40 SC45 SC55 SC3050 75 150 250 250 250 150x250 75 SGNP20/ SCDP20 SGNP30/ SCDP30 SGNP40/ SCDP40 SGP45/ SCDP45 SGP55/ SCDP55 SCP3050 SGNP25 The burden of resistance is valid only for the passing of motor vehicles with pneumatics. Full wheels and tracked vehicles are excluded of the durability list. 10
INSTALLATION Establish the collection point and/or inspection point along the channel of the pipeline to be installed. considering that the collecting well is not self carrying, no less than 10-15cm of concrete is to be used around the collecting well. Lay a cement bed to prepare the base of the collecting well. Insert the dividers or a bell siphon and apply the grill or the lid. with the correct inclination and the fixed pipes place everything in the channel inserting the pipes in the rings and seal with silicon. Cut out corresponding to the diameter of the tube to be inserted. placing an object (preferably a piece of wood) on the opposite side in order to avoid accidental breakage or damage to the diaphragm. Fill the channel with cement made of fine sand so that all spaces are adequately filled in because the collecting well is not self carrying but becomes so with the adequate positioning of the cement. Finish the fittings keeping the paving some milimetres higher than the cover of the collecting well. in the case of an asphalted area, put some cold asphalt near the collecting well’s edge in order to prevent the boiling bitumen to alter the aesthetic quality of the product. cm. SI! NO! 1 2 3 4 5 6 SAVING AND LIGHTNESS 11
12 C= CORROSIVE • LC= LIMITED CORROSIVE • NC= NOT CORROSIVE CHEMICAL AGENT Temp. 20°C ACETIC, ALDEHYDE ACETIC, ANHYDRIDE ACETIC ACID MONOCOL. ACETIC. ACID ACETIC ACETONE SEAWATER HYDROGEN PEROXIDE ADIPICO ACID ALLILIC ALCOHOL ALLUMINIUM CHLORIDE ALLUMINIUM SULPHATE ACETATE AMILE AMILIC, ALCOHOL AMMONIA (GAS) AMMONIA (LIQUID) AMMONIA SOL. AMMONIUM CHLORIDE AMMONIUM FLOURIDE AMMONIUM NITRATE AMMONIUM SULPHATE ANILINE ANILINE ANILINE CHLORHYDRATE ANTIMONY CHLORIDE NITRATE SILVER ACID ARSENIC BENZALDEHYDE BENZENE GASOLIN GASOLIN (BENZENE) BENZOIC ACID BIER BORAX BORIC ACID BROMIL ACID HYDROBROMIC ACID BROMINE LIQUID BUTADIENE BUTANE ACETATE BUTYLALCOHOL BUTYLFENOL BUTYL BUTYRIC ACID BUTYRIC ACID CALCIUM CHLORIDE CALCIUM NITRATE CARBONIC ANHYDRIDE CARBONSULPHIDE CARBON TETRACLORIDE CYCLOHEXANE CYCLOHEXANONE CITRIC ACID HYDROCHLORIC ACID CHLORINE (OF WATER) CHLORINE (GAS) DRY CHLORINE SULPHONIC ACID CRESYLIC ACIDS CREOSOL CHROMIC ACID CROTONALDCHYD DEXTRIN ETHYLENE-CHLORINE DIGHYCOLIC ACID DIMATHYHAMIN CETYL ALCOHAL TURPENTINE OIL ETYL BENZENE ETYL ACETATE ETYL ACRYLATE ETYL ALCOHOL ETYL ETHER PHENYLHYDRALINE PHENYLHYDRAZINE CHLHYD PHENOL IRON CHLORIDE HYDROFLUORIC ACID FLUORINE PHUOSILIC ACID FORMALDEHYDE FORMALDEHYDE FORMIC ACID PHOSPHINE PHOSPHORIC ORTHOACID PHOSPHORUS TRICHLORIDE FUAFUARYH ALCOHOL DIBUTYH PHTHALATE GLYCERINE 100 100 60 SOL. 100 30 SOL. SAT. 90 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. 20 SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 0,1 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. >30 SOL. SAT. 100 100 SOL. SAT. SOL. SAT. 1÷50 100 SOL. SAT. 100 18 30 100 100 100 95 100 100 97 90 SOL. SAT. 60 32 SOL. DIL. 40 1÷50 100 30 100 100 100 33 100 60 SOL. 100 30 - 96 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. - SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 100 100 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. 30 SOL. SAT. 100 100 SOL. SAT. 100 - 100 SOL. SAT. 100 18 30 100 100 100 95 100 SOL. SAT. 60 100 SOL. DIL. 40 1÷50 100 30 100 100 100 C C NC NC NC C NC NC NC LC NC NC C NC NC LC NC NC NC NC NC C C C NC NC NC C C NC C LC NC NC NC NC NC C NC NC C C NC NC C NC NC NC C C C C NC NC LC LC LC C - NC C NC C NC NC NC C C NC C C C C NC LC NC NC NC NC NC NC C C NC - C LC LC NC C LC NC LC C NC NC C LC NC C LC NC LC NC NC C C C NC LC - C C NC C C NC LC LC - LC C NC - C C LC LC C NC NC NC C C C C NC NC C C C C C LC C LC C LC - NC C C LC LC C C C NC C NC NC NC LC NC LC - C NC LC LC NC NC NC NC NC NC - NC NC NC C NC NC NC NC NC - NC NC NC NC - NC NC NC NC C C C NC NC NC NC NC - C NC NC C C NC NC C NC NC NC NC C LC LC NC LC C C C C LC - C - C NC NC C C C NC NC NC LC C NC NC LC NC NC LC C NC C C LC LC NC NC LC LC - NC NC NC C LC NC LC LC NC - NC NC LC LC - NC LC - - C C C LC NC LC LC - - C NC - C C LC LC C NC NC NC - C C C NC C C C C C C - C - C LC - C C C LC - NC C C NC NC C LC LC C LC NC Conc. % 100 100 60 SOL. 100 30 SOL. SAT. 90 SOL. SAT. SOL. SAT. 100 100 100 100 SOL. DIL. SOL. SAT. 20 SOL. SAT. SOL. SAT. 100 SOL. SAT. SOL. SAT. 90 SOL. SAT. SOL. DIL. 0,1 100 80/20 SOL. SAT. SOL. SAT. SOL. DIL. 10 50 100 100 100 100 100 100 20 98 SOL. SAT. 50 100 100 100 100 100 SOL. SAT. >30 SOL. SAT. 100 100 SOL. SAT. SOL. SAT. 1÷50 100 SOL. SAT. 100 18 30 100 100 100 95 100 100 97 90 SOL. SAT. 60 32 SOL. DIL. 40 1÷50 100 30 100 100 100 Temp. 60°C NC NC NC C C C C C C PA66FV Temp. 20°C Conc. % Temp. 60°C PVC Temp. 20°C Conc. % Temp. 60°C PVC CHEMICAL RESISTANCEOF POLYAMIDE - PVC - PP
13 C= CORROSIVE • LC= LIMITED CORROSIVE • NC= NOT CORROSIVE CHEMICAL AGENT Temp. 20°C METHYLMETHACRYHATE GLYCOLIC ACID GLUCOSE HYDROGEN HYDROGEN SULPHIDE SODIUM HYPOCHLORITE METHYL ETHYL VETONE MILK LACTIC ACID LACTIC ACID LEAVEN MAGNESIUM CHLORIDE MAGNESIUM SULPHATE MALEIC ACID MOLASSES SUHFURYL CHLORIDE METHYLENE CHLORIDE THIONYL CHLORIDE METHYL ALCOHOL N-NEPTANE NICKEL SULPHATE NICOTIN ACID NITRIC ACID NITRIC ACID OLEIL ACID OLEUM OILS AND GREASSES PARAFFIN OIL OXALIC ACID OXALIC ACID PHOSPHORIC OXYCHLORIDE OXYGEN OZONE PERCHLORIC ACID PERCHLORIC ACID PERCHLORICETHYLENE CRUDE OIL PICRIC ACID LEAD ACETATE TETRAETHYLEAD PYRIDINE BI-CHROMATE POTASSIUM POTASSIUM BROMIDE POTASSIUM CYANIDE POTASSIUM CHLORIDE POTASSIUM CHROMATE POTASSIUM FERRICYANIDE POTASSIUM FERROCIANIDE POTASSIUM HYDROXID POTASSIUM NITRATE POTASSIUM PERMANGANATE POTASSIUM PERSULPHATE PROPAN (LIQUID-GAS) PROPIONIC ACID COPPER CHLORIDE COPPER FLUORIDE SOAP SODIUM BENEOATE SODIUM BISULFITE SODIUM CHLORATE SODIUM CHLORIDE SODIUM FERRICYANIDE SODIUM HYDROXYDE SODIUM HYPOCHLORIDE SODIUM SULPHITE SULPHURIC ACID SULPHURIC ACID TOHUENE SULPHUROUS ANHYDRIDE SULPHUROUS ANHYDRIDE SULPHUROUS ACID TIN CHLORIDE DEVELOPPING POWAER TANNIC ACID TARTARIC ACID THIOPHENE TRICRESYH PHASPATE TRIMETHYHALPROPANE TRICHLOROETHYLENE GLYCOL ISOOCTANE UREA URINE VASELINE VANYL ACETATE WINE XYLENE ZIN CHLORIDE SUGAR CONC. LAV. 30 SOL. SAT. 100 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 SOL. SAT. CONC. LAV. <46 46÷98 100 10% di SO3 SOL. DIL. SOL. SAT. 100 100 10 70 SOL. SAT. SOL. SAT. 100 100 40 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 SOL. SAT. 2 SOL. 35 SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 <10 10 100 100 SOL. SAT. SOL. SAT. CONC. LAV. 30 SOL. SAT. 100 100 25 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 100 100 SOL. SAT. CONC. LAV. <25 50 100 10% di SO3 100 25 SOL. SAT. 100 SOL. SAT. 100 100 100 100 sol. 20 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 50 SOL. SAT. 2 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 100 100 100 10 100 100 NC NC NC NC NC NC NC NC NC NC NC NC NC C C NC NC. NC NC C NC C NC NC NC NC C NC LC NC NC NC C NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC LC LC NC NC NC NC NC NC C C NC NC NC C NC C NC NC NC NC LC NC NC NC NC LC NC LC NC LC LC C C LC NC. NC LC C NC C NC LC NC NC C LC C NC NC - - NC NC NC NC NC NC NC NC NC NC LC - NC NC NC LC NC NC NC NC NC LC LC LC C C NC NC NC NC NC NC C C LC LC LC C NC C NC NC NC NC NC NC NC LC LC NC NC LC NC NC NC NC C C LC NC LC NC NC LC C LC C LC NC LC LC LC C LC NC C NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC LC C C NC NC NC NC NC NC NC LC C C C LC NC LC LC NC C NC NC LC NC NC C C NC LC LC LC NC LC LC C C C LC C NC NC C C LC C LC LC LC LC LC C C - C NC NC NC NC NC NC NC NC LC NC LC - NC NC NC NC NC NC NC NC NC LC LC LC C C LC NC NC NC NC NC NC LC C C C LC LC LC C NC C Conc. % CONC. LAV. 30 SOL. SAT. 100 100 10 10÷90 SOL. SOL. SAT. SOL. SAT. SOL. SAT. SOL. LAV. 100 100 100 SOL. SAT. CONC. LAV. <46 46÷98 100 10% di SO3 SOL. DIL. SOL. SAT. 100 100 10 70 SOL. SAT. SOL. SAT. 100 100 40 SOL. SAT. SOL. SOL. SAT. 40 SOL. SAT. SOL. SAT. SOL. SOL. SAT. 20 SOL. SAT. 100 SOL. SAT. 2 SOL. 35 SOL. SAT. SOL. SAT. SOL. SAT. SOL. SAT. SOL. 100(13%CL) SOL. SAT. 40÷90 96 100 liquida 100 secca SOL. SOL. SAT. CONC. LAV. SOL. SOL. 100 100 <10 10 100 100 SOL. SAT. SOL. SAT. LC LC LC Temp. 60°C C C NC NC C C NC NC NC C C PA66FV Temp. 20°C Conc. % Temp. 60°C PVC Temp. 20°C Conc. % Temp. 60°C PVC CHEMICAL RESISTANCEOF POLYAMIDE - PVC - PP
UNDERGROUND PRODUCTS COMPATIBILITY APZ10 APZ CE SF SFPZ VE SCN/PP SG/PP SCP SGP SGNP SCD SCDB MC MG MC MG SCDP SGD SCDPM SGN SGNP SCN SCNP MT ST MT PZDR PZD PZN PZS PZ PZN PTG GUD SCD SGN 14
GROUND PRODUCTS RANGE
PP DRAIN WELL BOXES MATERIAL: Mineral reinforced polypropylene. FEATURES: • The pipe connection is on all 4 sides; • The pre-fracture lines are easy to break through with a hammer and drill; • In the PZN20 and PZN30well boxes , the entry diameters (D1, D4 females) are at a higher height than the outlet diameters (D6, D9 males). COLOUR: Grey. MATERIAL: Mineral reinforced polypropylene. FEATURES: • The pipe connection is on all 4 sides; • On the inner walls there are slots for locking the lids, equipped with the appropriate plugs; • Because of the shape of the wells stacking is possible thus reducing space and costs of stocking and transport. COLOUR: Grey / Green. A C H B E D2 D3 D4 D1 D5 D8 D9 D10 D11 D6 D7 A C D2 D3 D4 D8 D10 D9 D11 D12 D1 H B E D7 D6 D5 PZD25 PZD30 PZD40 247 297 397 236 285 386 247 297 397 236 285 386 250 300 400 80 80 100 100 100 125 125 125 160 - 140 200 80 80 90 100 90 100 125 100 110 140 110 125 - 125 140 - 140 160 - - 200 A B C E H D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 - - 250 STACKABILITY Because of the conic shape of the boxes stacking is possible thus reducing 50% of space and the costs of stocking and transport. A B C E H D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 PZN20 PZN30 PZ40 PZ55 196 297 398 548 190 286 386 537 158 253 353 503 20 22 25 35 200 300 400 448 - - 100 125 63 80 125 160 80 100 160 200 100 125 200 250 110 - 250 315 63 - 100 125 80 80 110 160 100 100 125 200 110 125 160 250 - 160 200 315 - - 250 - MATERIAL: B TECH FEATURES: • The pipe connection is on all 4 sides; • The pre-fracture lines are easy to break through with a hammer and drill; • In the PZN20 and PZN30well boxes , the entry diameters (D1, D4 females) are at a higher height than the outlet diameters (D6, D9 males). COLOUR: Black. PZN20N PZN30N PZ40N 63 80 100 80 100 125 100 125 160 110 - 200 - - 250 64 80 100 80 100 110 100 125 125 110 - 160 - - 200 - - 250 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D5 D4 D3 D2 D1 D6 D7 D8 D9 D10 D11 16
EXTENSION PP MATERIAL: Mineral reinforced polypropylene. FEATURES: • They are used to be stacked vertically when the pipeline is at a greater depth than the well; • The pipe connection is on all 4 sides; • The pre-fracture lines are easy to break through with a hammer and bit; • In the APZN20 extensions, the inlet diameters (D1, D4 females) are at a higher than the outlet diameters (D6, D9 males); • In the APZN30-40-55 extensions, all plugs are female and are located at the same height on all sides. COLOR: Grey. MATERIAL: Mineral reinforced polypropylene. FEATURES: • They are used to be stacked vertically when the pipeline is at a greater depth than the well; COLOR: Grey. EXTENSION EXTENSION A C H B E D2 D3 D4 D1 D5 D8 D9 D10 D11 D6 D7 A B C H E A B C E H APZ1020 APZ1025 APZ1030 APZ1040 APZ1045 APZ2055 200 246 296 397 445 546 190 236 285 386 433 536 158 208 255 350 395 503 20 20 20 24 24 35 124 120 122 128 128 234 A B C E H D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 APZN20 APZN30 APZ40 APZ55 196 297 398 548 190 286 386 537 158 253 353 503 20 22 25 35 200 300 400 448 63 80 100 125 80 100 125 160 100 125 160 200 110 - 200 250 - - 250 315 63 80 100 125 80 100 110 160 100 125 125 200 110 - 160 250 - - 200 315 - - 250 - MATERIAL: Mineral reinforced polypropylene. FEATURES: • They are economical and practical due to their structural simplicity; • They are suitable for pipe connection by inserting the GUS gasket is on all 4 sides; • The hermetically sealed gasket withstands expansion and settlements allowing the installation of pipes with an inclination of up to 40°; • The pre-fracture lines are easy to break through with a hammer and bit; • Because of the shape of the wells stacking is possible thus reducing space and costs of stocking and transport. COLOUR: Grey. E A B C H D1 D2D3D4D5D6D7 A B C H E D1 D2 D3 D4 D5 D6 D7 PZS20 PZS30 PZS45 197 293 444 189 286 436 158 258 400 200 300 397 24 25 29 50 80 90 63 90 100 75 100 125 82 110 160 90 125 200 100 140 250 110 - - STACKABILITY Because of the conic shape of the boxes stacking is possible thus reducing 90% of space and the costs of stocking and transport. 17
DRAIN WELL BOX ACCESSORIES ANTI-SMELL SIPHONS FOR DRAINWELL BOXES JOINT C E H VE20 VE30 VE40 153 249 348 24 40 50 147 200 300 C E H SIPHONNAGE PLATE H E C SFPZ30 SFPZ40 252 354 230 230 183 183 C E H SIPHONING WITH DIVIDER BELL SIPHONING CURVED SIPHON H2 H1 MATERIAL: Elastomeric rubber. FEATURES: • The gasket fits into the open hole in the wall of the Serie2000 and SIMPLEX well boxes. • Cut lines are marked on the wall to adapt the gasket to the various pipe diameters to be inserted: • The pre-existing central hole allows the insertion of the smaller diameter; • The gasket not only compensate for expansion and settlement, but also allows the insertion of pipes with an inclination of up to 20°. COLOR: Black. Descrizione Quote D1 D2 D3 Dg L S1 S2 GUS20 128 102 34 110 1,8 10 0,8 GUS30 166 132 60 140 1,8 10 0,8 GUS45 275 232 90 242 2,2 15 0,8 Maximum overall diameter Thin wall diameter Central hole diameter Gorge diameter for gasket Width gorge for gasket Gasket thickness - outer edge Seal thickness - thin wall Ø mm pipe coupling Mod. GUS20 GUS30 GUS45 Applications PZS20 - PZS30 - PZS45 - PZD25 - PZD30 - PZR3050 PZS30 - PZS45 - PZD25 - PZD30 - PZD40 - PZR3050 PZD40 - PZS45 from 50 to 100 from 75 to 125 from 100 to 200 H1 Distance between the bottom and the divider H2 Distance between the bottom and the lowest socket PZN20 PZ30 PZ40 PZN30* mm. 10 mm. 62 mm. 65 mm. 67 mm. 18 mm. 72 mm. 75 mm. 45 *Drain well boxes PZN30 with siphoning plate do not work properly where the pipe injects in 125 diameter. 18
VALVE BOX C F A B D E H VALVE BOX PZCRP17 PZCRP25 170 250 158 238 157 237 180 320 200 340 30 30 220 250 A B C D E F H Ø200 PP BLACK-GREEN DRAIN BOX WITH ANTI-FREEZE VALVE MATERIAL: Mineral reinforced polypropylene. FEATURES: • Used for the housing and protection of valves, solenoid valves, water meters, tensiometers, etc; • The lids are provided with two holes for easy opening and prepared for locking with a steel screw. COVER COLOR: Grey and Green DRAINWELL BOX COLOR: Black PZA200 3/4” 3/4” 179 204 117 31 G G1 L L1 H B MATERIAL: Mineral reinforced polypropylene. FEATURES: • High UV resistance • High mechanical strength (laboratory test) • PN16 valve with chromate brass sphere • Valve suitable for use at low temperatures (up to - 30 °C) COVER COLOR: Green DRAINWELL BOX COLOR: Black 19
PVC FRAMES, COVERS AND GRIDS THE ADVANTAGES OF PVC PVC is one of the most widely used plastics in the world for its versatility: despite being rigid in its pure state, it can be mixed with plasticizers that make it flexible and mouldable. Its main advantages are: Most PVC products are characterised by a rather long service life. This leads to greater efficiency in the use of natural resources. PVC products also require little maintenance, so there is a saving in both economic and environmental terms. Due to its low carbon content (<40%), PVC is the plastic material with the lowest contribution to CO2 emissions and oil consumption. Some studies on the main PVC applications, demonstrate that in terms of GER (energy consumption) and GWP (heating potential global), the behaviour of PVC can be compared to that of alternative materials and in many cases is even better both in terms of energy consumption and CO2 emissions. • It ensures high performance at an accessible cost; • It is an insulating material; • It is stable; • It is strong and versatile • It is fire resistant; • It is durable; • It is hygienic and recyclable For these reasons, PVC applications have received excellent ratings in terms of environmental performance and sustainability by important research entities and international environmental certification. First Plast has a wide range of PVC GRIDS, COVERS and FRAMES, available in different models. All versions are made of anti-shock PVC to obtain a remarkable elasticity and resistance to impact, frost, chemical and atmospheric agents. In compliance with safety standards, the walking surface is sliproof. Due to their aesthetics and functionality, PVC gratings and covers are suitable for use on all floorings in general. The values of the tensile strength of PVC anti shock grids and covers, are in compliance with the standards EN 124: 2015. This test method uses punches with different diameters depending on the size of the cover or grid subject to pressure. The standard establishes load resistance classes corresponding to levels of force at which cover and grids must withstand for a given time without breaking or failure. The minimum resistance class corresponds to 15 kN (Class A15), the next class to 125 kN (B125), then there is class C250 and so on. For plastic covers and grids, however, it is important to know the value of the load that causes them to break, which should be sufficiently high to allow the product to be used even where significant loads are expected (for instance the passage of motor vehicles in private areas). To determine the Breaking load, the force that is applied by the press and punch, is progressively increased until the product breaks or fails: thus we obtain the Breaking load, which is expressed in kN (kilo Newton). The force of 1 kN corresponds to 100 kg or 1000 Newtons: a cover can therefore be classified A15 (i.e. at the lowest Class of load) but have a Breaking load of 70 kN (i.e. 7000 kg or 7 tonnes) which makes it therefore extremely resistant while not reaching Class B125. EN 124:1995 STANDARD : RESISTANCES OF GRIDS AND COVERS Frames, grids and lids are indicated for electrical systems thanks to their dielectric and self-extinguishing features. Our products are suitable for applications where high load resistance is required. The light grid and lid are ideal in pedestrian areas. 20
PVC FRAMES, COVERS AND GRIDS ST16 ST20 ST25 ST30 ST40 ST45 ST55 157 189 236 287 387 434 536 165 197 243 293 397 447 546 187 218 265 326 427 478 587 12 20 21 22 25 25 35 25 40 40 42 44 45 54 143 162 204 253 354 402 502 A B C D L H SCDPM20 SCDPM30 SCDPM40 189 284 384 20 22 25 A15 A15 A15 189 284 384 A B H Load class PVC FRAMES PVC COVERS WITH HANDLE MATERIAL: PVC anti-shock. FEATURES: • Housing for covers and grids; • Side slots ensure perfect anchoring using concrete. COLOR: Grey, Green and Sand. MATERIAL: PVC anti-shock. COLOR: Grey, Green e Sand. Breaking load resistance according to EN124 standard class A15. Innovative design thanks to backward outer edges. Four slots in addition to the handle for easy extraction. The low height of the ribs allows minimum space inside the package H B A C D H B L A 21
PVC FRAMES, COVERS AND GRIDS SCDP20 SCDP25 SCDP30 SCDP40 SCDP45 SCDP55 189 235 284 384 435 536 A B H Breaking load 189 235 284 384 435 536 20 21 22 26 25 35 >10 kN 27 kN >15 kN 24 kN 43 kN 36 kN H B A SCD20 SCD25/SCDB25* SCD30/SCDB30* SCD40/SCDB40* SCD45 SCD55 189 234 285 384 435 534 A B H Breaking load 189 234 285 384 435 534 20 20 22 25 25 35 25 kN 58 kN 66 kN B125 > 90 kN 60 kN H B A LIGHT COVERS REINFORCED COVERS MATERIAL: PVC anti-shock. FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and atmospheric agents; • In compliance with safety regulations, the surface is sliproof; • They are suitable for installation in garages, cellars, courtyards, squares, pavements and on all floors in general. COLOR: Grey and Green. MATERIAL: PVC anti-shock. FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and weathering; • In compliance with safety regulations, the surface is sliproof; • They are installed in areas where high load resistance is required; • They are suitable in areas of pedestrian and velocipede passage. COLOR: Grey. * The SCDB locking versions are equipped with two holes in which the nylon pin is located and which, once turned with a screwdriver, allows locking in wells fitted with a special slot. H B A SCD20N SCD30N SCD40N 189 285 384 A B H Breaking load 189 285 384 20 22 25 25 kN 66 kN B125 REINFORCED COVERS MATERIAL: B TECH FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and atmospheric agents; • In compliance with safety regulations, the surface is sliproof; • They are suitable for installation in garages, cellars, courtyards, squares, pavements and on all floors in general. COLOR: Black. B125 22
PVC FRAMES, COVERS AND GRIDS PEDESTRIAN GRIDS HEEL-PROOF REINFORCED GRIDS REINFORCED GRIDS MATERIAL: PVC anti-shock. FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and atmospheric agents • They are suitable for installation in garages, cellars, courtyards, squares, pavements and on all floors in general. COLOR: Grey and Green. MATERIAL: PVC anti-shock. FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and atmospheric agents; • They are suitable for installation in garages, cellars, courtyards, squares, pavements and on all floors in general; • Heel-proof. COLOR: Grey. MATERIAL: PVC anti-shock. FEATURES: • Made of anti-shock PVC, which gives the products considerable elasticity and resistance to impact, frost, chemicals and atmospheric agents; • They are suitable for installation in garages, cellars, courtyards, squares, pavements and on all floors in general; • Heel-proof. COLOR: Grey. SGD20 SGD25 SGD30 SGD40 SGD45 SGD55 189 234 286 384 434 534 A B H Water passage area Water passage area 189 234 286 384 434 534 20 20 23 25 25 35 20 kN 41 kN 65 kN 70 kN 87 kN 71 kN 120 cm² 189 cm² 267 cm² 444 cm² 540 cm² 950 cm² Water passage area 103 cm² 148 cm² 265 cm² 444 cm² 680 cm² 830 cm² 85 cm² 103 cm² 148 cm² 265 cm² 444 cm² 680 cm² 830 cm² SGDP16 SGNP20 SGNP25 SGNP30 SGNP40 SGP45 SGP55 156 188 234 284 383 434 534 A B C H Breaking load Breaking load Breaking load 156 188 234 284 383 434 534 12 20 20 22 25 25 35 5 kN 9 kN 10 kN 18 kN 21 kN 14 kN 28 kN 8,5 13 13 13 13 13 13 SGN20 SGN25 SGN30 SGN40 SG45 SG55 188 234 284 383 434 534 A B C H 188 234 284 383 434 534 20 20 22 25 25 35 11 kN 40 kN 36 kN 54 kN 37 kN 64 kN 13 13 13 13 13 13 B H A C B A H A C H B 23
SIPHONED TRAP A B C D E F E1 E2 C D E F E1 E2 H A G B A B C D E E1 E2 F G H SCH30G SCH40G 285 385 210 210 80 80 90 90 100 100 110 110 125 125 185 185 64 62 88 88 A B C D E E1 E2 F G H SFCH40G 385 210 80 90 100 110 125 185 90 115 PVC SIPHONED TRAP SIPHONNED TRAP-PLATE MATERIAL: PVC anti-shock. FEATURES: • Suitable for installation outside and inside buildings; • Allows the recovery of rainwater from small and medium areas; • Ensures quick and easy inspection. COLOR: Grey. MATERIAL: PVC anti-shock. FEATURES: • Meets all drainage requirements for small andmediumareas both inside and outside of buildings; • Ideal for water drainage under taps, in gardens, garages car parks, etc; • The siphon in the central part prevents the escape of bad smells; • The "funnel" shape of the plate ensures the complete evacuation of liquids and allows easy cleaning. COLOR: Grey. Siphoned trap-plates and covers with siphoned trap are suitable also for other series of First Plast products and can be installed on frames or well drain box or directly on the ground using concrete around the perimeter and in the inferior part. H G 24
FRAMES, GRIDS AND COVERS IN FIBERGLASS-REINFORCED NYLON Technical tensile stress tests have been carried out in exasperated conditions, centring the load in the middle of the cross-piece (see GIORDANO INSTITUTE test). meanwhile in normal use, wheels are spreading the weight force on all their surface. So test are much more severe then real application. Full load tonnage 12 tons. per axis equivalent to 3 tons. per wheel cross-pieces involved n. 10 CENTRED LOAD DISTRIBUTED LOAD CONCENTRADED LOAD mm.250 BREAKING LOAD DIMENSIONS Kg. 800 Kg. 500 Kg. 600 Kg. 500 Kg. 600 mm. 130 mm. 200 mm. 300 mm. 400 mm. 650 SECURITY LOAD Kg. 400 Kg. 250 Kg. 300 Kg. 250 Kg. 300 is the series of grills and covers made of a specific and patented raw material including polyamide and fibre glass (PA66FV); customizations are virtually endless and they may be gained by joining the single modules (individual elements that compose lids or grills) to each other. , which is available in all widths for every existing channels, integrates seamlessly with the system Pratiko, so that the whole range of drainage applications is granted. MG13 - MC13 MG20 - MC20 MG30 - MC30 MG40 - MC40 MG65 - MC65 25 25 25 25 25 A B C 20 20 20 20 20 130 200 300 400 650 A B C L Modular lengths in multiples of mm.25 is the only reinforced grid with a double-T structure. The product is also able to withstand the maximum loads set by European standards -120 ql. per axle -remaining within the safety limits. The limits for this type of material correspond to 50% of the Breaking Load. The loadbearing structure of the is particularly reinforced (As shown in the image on the right ) this feature allows all grating models and lids, with this brand, to guarantee a significant resistance. The MULTIGRIL singular elements are easy to bind to each other: it is only necessary to align the double male/female system and lock the elements, which, once joined together, will form a single piece (see image left). CAPACITY OF THE SECTIONS REFERRED TO EACH INDIVIDUAL CROSS-PIECE 25
FRAMES, GRIDS AND COVERS IN FIBERGLASS-REINFORCED NYLON A B C D h H MT13999 MT20999 MT30500 MT30999 MT40500 MT40999 MT65200 MT65500 MT65650 MT65999 1012 1012 512 1012 512 1012 212 512 662 1012 142 212 312 312 412 412 662 662 662 662 1092 1092 592 1092 592 1092 292 592 742 1092 222 292 392 392 492 492 742 742 742 742 20 20 20 20 20 20 20 20 20 20 39 39 39 39 39 39 39 39 39 39 Passaggio acqua cm² Breaking load MG13999 MG20999 MG30500 MG30999 MG40500 MG40999 MG65200 MG65500 MG65650 MG65999 A 130 200 300 300 400 400 648 648 648 648 B 12 12 12 12 12 12 12 12 12 12 C 20 20 20 20 20 20 20 20 20 20 D 75 146 65 65 95 95 95 95 95 95 H 35 48 50 50 57 57 69 69 69 69 L 999 999 499 999 499 999 199 499 649 999 330 665 420 840 630 1260 420 1050 1360 2100 >80 >50 50 50 40 40 45 45 45 45 Breaking load MC13999 MC20999 MC30500 MC30999 MC40500 MC40999 MC65200 MC65500 MC65650 MC65999 A 130 200 300 300 400 400 648 648 648 648 C 20 20 20 20 20 20 20 20 20 20 H 35 48 50 50 57 57 69 69 69 69 L 999 999 499 999 499 999 199 499 649 999 >80 >50 60 60 50 50 60 60 60 60 L H A D B C L C A H REINFORCED FRAMES REINFORCED GRIDS MATERIAL: Polyamide (nylon) reinforced with glass fiber. FEATURES: • Housing for covers and grids; • Side slots ensure perfect fixing with concrete. COLOR: Grey. MATERIAL: Polyamide (nylon) reinforced with glass fiber. FEATURES: • The grid consists of cross-pieces coupled to each other; • This makes it possible to optimise the structure of the cross-piece, providing it with a high load capacity. COLOR: Grey. REINFORCED COVERS MATERIAL: Polyamide (nylon) reinforced with glass fiber. FEATURES: • The cover consists of cross-pieces coupled to each other; • This makes it possible to optimise the structure of the cross-piece, providing it with a high load capacity. COLOR: Grey. A C H B h D 26
PP FRAMES, GRIDS AND COVERS FRAMES C D H B L A A B C D L H ST20PP ST30PP ST40PP ST45PP ST55PP 195 291 394 443 541 195 291 394 443 541 214 322 427 473 532 20 21 24 24 34 38 42 43 44 53 162 252 354 399 498 MATERIAL: PP reinforced with mineral charge. FEATURES: • Housing for covers and grids; • Side slots ensure perfect fixing with concrete. COLOR: Grey. COVERS MATERIAL: PP reinforced with mineral charge. FEATURES: • They can be installed in garages, basements, yards, squares, sidewalks and on all pavements in general. COLOR: Grey. H B A *These products are manufactured from polypropylene rawmaterial, which does not allow us to provide specific guarantees of durability. CSP140 CSP160 SCN20PP SCN30PP SCN40PP SC45PP SC55PP 129 155 187 283 381 430 530 A B H A B H 129 155 187 283 381 430 530 12 12 20 22 25 25 35 GRIDS MATERIAL: PP reinforced with mineral charge. FEATURES: • They can be installed in garages, basements, yards, squares, sidewalks and on all pavements in general. COLOR: Grey. A H B GSP140 GSP160 SG20PP SG30PP SG40PP SG45PP SG55PP 129 155 186 282 380 435 530 129 155 186 282 380 435 530 12 12 20 22 25 25 35 27
PP TECHNICAL COVERS CE PP COVER FOR DOWN-PIPES SF SEAL ST PP FRAME CE PP COVERS are only suitable for pedestrian applications where il is anyway noi advisable to pass In all the corners you can find 4 holes lo drill self-threadingscrews lo tight the coverlo the frame or lo the well box.There is also a pre-cut place where lom downpipesof different dimensions (as shown in column A-B-C-D)in thefollowing table. Seals are an alternative application lo covers when you need lo inspect the pii and youwant. for aesthetic reasons,lo cover il with the same material used around il. Since they are made in plastic instead of traditional metal ones, our seals are particularly suitable for gardens Seals are basically containers, so their loading capacity is.naturally,noi particularly high: if you want to increaseil is advisablelo fill produci with concrete and with metal reinforcements. H S PRE-CUT CE40 PRE-CUT CE30 - CE20 H S Ø A CE20 CE30 CE40 100 95 100 120 115 118 - - 128 - - 145 - - 125 - - 110 102 102 100 83 83 82 80-82-100 80-82-100 80-82-100-110-125 189 285 383 20 22 25 Ø B C D E F G I S H H SF30 SF40 22 25 285 383 S 28
GULLY TRAPS - TECHNICAL NOTES First Plast gully traps are the ideal drain for sanitary installations (bathrooms, showers) and wherever water collection is needed by limiting the depth of pipes (terraces). Due to their structure ,they help the permanence of an enough amount of water to prevent the spread of bad odors. For an easy and effective cleaning, the central grille is removable. By inserting a PVC bend at 87°30' into the outlet, it is possible to direct the outlet horizontally. Each gully trap size allows for the connection of different diameters depending on the requirements. Gully traps are available, depending on technical specifications or installation requirements, in different materials (PVC, ABS, Polypropylene) designed specifically for outdoor or indoor application. The improvement of the product and the search for new technical solutions have always been pursued by our Quality Laboratory, which, through regular production control, verifies that gully traps always meet the features set by international standards (drainage capacity is verified according to UNI EN 1253). PLEASE NOTE: ABS gully traps consist of 2 elements: the frame is hooked on the body so that you can rotate the horizontal outlet (where available) as you need. To be 100% waterproof, we do suggest to seal the two parts as follows (please see the attached pictures): - Unhook the 2 parts; - Once you have orienteered the horizontal outlet (if available), put sealing glue on the edge; - Hook the frame on the body. Pictures: Many models of First Plast gully traps have a very interesting feature. The bend socket required to connect the gully trap to the water evacuation system is recessed inside it. This technical detail allows installation even where there is a low base, with little slope of pipes. Put the glue on the body's edge Hook the frame on the body Unhook the frame from the body Lorem ipsum 29
PVC GULLY TRAPS PVC GULLY TRAPS C D E F H G A B F H G D A B C A B C D E F G H Lt/Min Test EN1253 CHPVC10 CHPVC15 CHPVC20 CHPVC25 CHPVC30 CHAPVC25 CHAPVC30 CHPVC1550 99x99 149x149 199x199 249x249 299x299 249x249 299x299 150x150 90 134 179 210 210 235 235 134 24 40 63 92 93 100 100 45 32 50 75 100 100 110 110 50 40 63 90 117 117 133 133 - 84 125 167 199 199 219 219 125 43 52 72 72 74 84 84 52 52 63 85 86 86 98 98 93 26 62 96 96 >100 >100 >100 75 CHPVC - CHAPVC CHPVC1550 MATERIAL: PVC anti-shock. FEATURES: • Sliproof surface for indoor and outdoor use; • Gully trap composed of two elements, body and grate: the grate is removable for inspection and cleaning. COLOR: Grey and Anthracite. HIGH DRAINAGE CAPACITY GULLV TRAPS Lt/Min Test EN1253 MATERIAL: PVC anti-shock. FEATURES: • Sliproof surface for indoor and outdoor use; • Gully trap composed of two elements, body and grate: the grate is removable for inspection and cleaning. COLOR: Grey and Anthracite. A B C D E F G H CHPVCEC2050 CHPVCEC2075 CHPVCEC2080 CHPVCEC2010 CHPVCEC2011 200x200 200x200 200x200 200x200 200x200 180 180 180 180 180 72 72 72 72 72 45 63 75 90 100 50 75 80 100 110 159 159 159 159 159 83 83 83 83 83 130 138 142 151 155 >100 >100 >100 >100 >100 C D E F H G A B 30
BALCONY GULLY TRAPS 1 2 3 4 Install the pipe union and then connect it to the drainage system. Position the impermeable membrane paying attention to mark exactly where pipe union injects. Cut the impermeable membrane in circle and then fold it internally in the pipe union. Insert the gully trap in the pipe union just a few millimetres below the floor line. waste pipe waste pipe waste pipe waste pipe BALCONY GULLY TRAPS H A B G E C D CHPVCBO H A G E C D F B CHPVCPFBO H A B G F E D C CHPVCBV H G E D C B A F CHPVCPFBV H G E D C B A F CHPVCPF MATERIAL: PVC anti-shock. FEATURES: • Can assure the evacuation of pluvial water from flat roofs and terraces; • This item must be connected with the waterproof layer on the terraces and it is made of 2 parts. The first part is the outlet to be embedded in the waste system. The waterproofing layer on the roof must be turned-up into this outlet. The second part is the traditional siphoned gully trap complete of grating and leaves grate aiming at preventing the bad smell loss. COLOR: Grey. A B C D E F G H CHPVCBV2011 CHPVCBO2080 CHPVCBO2090 CHPVCBO2011 CHPVCPFBV2011 CHPVCPFBO2080 CHPVCPFBO2090 CHPVCPFBO2011 CHPVCPF20 270 270 270 270 179 179 179 179 179 179 179 179 179 113 113 113 113 113 75 75 80 100 75 75 80 100 63 80 80 90 110 100 80 90 110 75 100 37 32 22 110 37 32 22 90 110 - - - 78 75 75 75 78 85 85 85 85 85 85 85 85 72 95 95 95 95 95 95 95 95 86 31
PP GULLY TRAPS PP GULLY TRAP C D E F H G A B CHPP CHPP1550-CHPP2075-CHPP2011 A B H G C D F A B C D E F G H CHPP10G CHPP15G CHPP20G CHPP1550 CHPP2075 CHPP2011 99x99 149x149 199x199 149x149 199x199 199x199 90 134 179 132 177 177 34 40 75 45 70 105 40 50 80 50 75 110 46 58 90 - - - 84 125 168 124 168 168 43 52 75 52 72 72 52 63 85 63 87 87 ABS GULLY TRAPS ABS GULLY TRAP CHABS15 A B D F H G CHABS1040-CHABS1050 A B D H CHABSV1040-CHABSV1050 A D H B A B D F H G CHABSV1540-CHABSV1550 C D E F H G A B CHCR15 A B D F G H CHABS15 CHABS1040 CHABS1050 CHABSV1040 CHABSV1050 CHABSV1540 CHABSV1550 148 100 100 100 100 148 148 143 - - 40 40 142 142 140 - - - - 139 139 45 - - - - 45 45 72 81 81 75-85 80-90 71 76 50 40 50 40 50 40 50 MATERIAL: Reinforced PP. FEATURES: • Suitable for interiors. COLOR: Grey. MATERIAL: ABS. FEATURES: • Given their low height, they are suitable for installations where the thickness of the slabs is limited (for example terraces). COLOR: Grey. 32
CORNER GULLY TRAP H E C D B T A G The evacuation of rainwater from the downpipe to the underground drainage system can be carried out using different products, placed at the end of the gutter system, such as: drain well boxes, pluvial boxes or corner gully traps. According to the features of your project, it is quick to identify the most suitable product for your needs using the comparison table on the right. MATERIAL: Mineral reinforced polypropylene. FEATURES: The CORNER GULLY TRAP can assure the recover and the evacuation of the pluvial waters from terraces, flat roofs and small surfaces. This product must be linked to the pluvial pipe that crosses the different terraces of a building. The technical characteristics of the corner trapped gully entrain different advantages to the phases of installation offering a simple fixing - the shape of its upper part, a square sized 20x20, corresponds to the size of the most frequently used tiles so to avoid difficult cuts of the ceramic tiles while fixing; - the corner gully trap can be fixed to pipes of different diameters - this item can be used as corner gully trap for flat roofs and small surfaces. In such areas the cover for the insertion of the pluvial box (RQP140 - RTP) can be replaced with the grating GSP140 or with a cover CSP140. COLOUR: Grey. COMPARATIVE TABLE OF PRODUCTS IN UNDERGROUND DRAINAGE NETWORKS. ENTRANCE EXIT PSP140 PSQ140 PSP160 PSPV160 CHAN20 mm. 80 mm. 90 mm. 82 mm. 100 mm. 110 mm. 125 mm. 80 mm. 100 mm. 110 mm. 125 A B C D E G H T Breaking load* CHAN20G 200 Ø80 Ø100 Ø110 115 75 80/100 - 90/100 130 >100 * Drainage capacity in accordance to Standard EN 1253 33
34 MATERIAL: Polipropilene rinforzato con carica minerale. FEATURES: • The rain collectingwell, positioned under the drain pipe which discharges rainwater from the gutter, allows inspection and siphoning before routing the water to the sewers • The modularity of the well permits the insertion of rain pipes round Ø 80/100 - 90/110 or square 80x80 - 100x100; we recommend the use of the of the "GSP" grid according to water drainage requirements. COLOUR: Grey. RAIN COLLECTINGWELLS SERIES 140 RAIN COLLECTINGWELLS SERIES 160 A C D E F G H I PSP140 PSQ140 RTP140 RQP140 GSP140 CSP140 265 265 100 100 129 129 129x129 129x129 Ø 100 100 Ø 100 100 Ø 80 80 Ø 80 80 129 129 - - 129x129 129x129 85 85 225 225 PSP140 - PSQ140 G I mm. 75 A C H I A B C D D1 D2 H E PSP160 PSPV160 MATERIAL: Polipropilene rinforzato con carica minerale. FEATURES: • The rain collectingwell, positioned under the drain pipe which discharges rainwater from the gutter, allows inspection and siphoning before routing the water to the sewers • The modularity of the well permits the insertion of rain pipes round Ø 80/100 - 90/110 or square 80x80 - 100x100; we recommend the use of the of the "GSP" grid according to water drainage requirements. COLOUR: Grey. G D E F GSP140 CSP140 RTP - RQP PSP160 E = mm. 45 B A D C C D1 D2 H D1 D2 PSPV160 D2 D1 D2 D1 C B E H A 320 320 166 166 156 - Ø125 Ø125 Ø100 Ø100 210 159 45 50 311 97
NON RETURN VALVE INSTALLATION: the valve is to be installed directly on waste pipes by putting it into a well in order to ease both inspection and service, respecting flow direction (indicated on the top) by installing the socket upstream. The body of the valve must be horizontal, perpendicular to the flow and with a maximum angle of 2,5 degrees in flow direction. Pipes and fittings to be used for assemblage must company with EU regulation; it is recommanded the exit size not to be smaller than entry one. SERVICE: device inspection must be performed twice a year through the control screw top. Insidevalve cleaning is carried out by removing the top. Idrostop anti-flood valve, available in two versions – gluing or with gasket – are anti-floodingdevices which close automatically when a reflow occurs and allow a normal drainage when thereflow stops. Installation can be made in flowing-back-water drainage systems working with gravity,inside and outside buildings for public, residential, commercial, industrial application. Idrostop valve must be put on the connection between private and public sewage net. 35 The Mark identifies products which conform to product standards according to the European Regulation CPR 305/11, which came into effect on 1/07/2013, and specified harmonised conditions for the distribution of construction products, rescinding the old Directive 89/196/EEC. In this case, the IDROSTOP non-return valves comply with the requirements of the harmonised standard EN13564-1. EN 13564-1 MARK
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