TECHNI C AL PE PIPES & F IT TINGS
TECH NIC AL PE PIPES & FIT T INGS
SPORTSPRO
SportsPro 100 has been developed using the very latest raw materials and extruding techniques to offer the sports irrigation market and particularly the golf industry, a pipe with excellent installation and long term operational properties. Using XS10B Total petrochemical granules which are of such quality standards that they have been tested for use not only in water but gaseous fuel installations – you would get more than just a wet fairway if one of these pipes fails! – SportsPro 100 exceeds existing standards that are present in the sports industry giving all concerned; the consultant, the installer and the end user, the confidence to install SportsPro 100 for all occasions. SportsPro 100 is available in 10, 12.5 and 16 bar configurations and although the standard lengths are 50m and 100m, Revaho prides itself on being able to offer a ‘bespoke‘ service; we can offer a full range of specific lengths
dependent upon your requirements. The length of coil limits are only the physical limitations of unwinding on site. SportsPro 100 has an identification system of four light green lines along the length of the pipe. No other pipe has this identification system. SportsPro 100 is designed to have maximum strength with minimum wall thickness; this of course achieves a higher dynamic performance for the pipe meaning longer run lengths or lower power inputs. Plus, its increased tensile strength and high resistance to scoring, makes SportsPro more suitable to mole plough installation than PE80 pipes. SportsPro 100 can be used with all approved fitting systems although we recommend +GF+ compression and fusion fittings. Sports Pro is marked in accordance with WRAS information and guidance note ‘9-0205 Issue 2’, relating to the pipe marking and identification of non-potable water supply.
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Glossary of Terms Resistance to gas condensates at 80°C, 2,0MPa (NEN-EN- 1555-1:2002 + EN-921) The EN-921 standard (is going to be replaced by NEN-EN-ISO 1167) specifies a method for determining the resistance of thermoplastics pipes to constant internal water pressure at constant temperature. This standard applies to thermoplastics pipes intended for the transport of fluids. The NEN -EN-1555 gives the specific test parameters for this special test.
Carbon Black dispersion (ISO 18553:2002) Describes a method with two procedures for the assessment of pigment or carbon black particle and agglomerative size and dispersion in polyolefin pipes, fittings and compounds. The method is applicable to polyolefin pipes and fittings, as well as raw material in pellet form, with the choice of procedure to be determined by the referring specification. The method is applicable to carbon black pigmented polyolefin pipes, fittings and compounds with a carbon black content of less than 3%.
Resistance to fracture by impact (Gc) (EN-ISO 179:1997) Specifies a method for determining the Charpy impact strength of plastics under defined conditions. A number of different types of specimen and test configurations are defined. Different test parameters are specified according to the type of material, the type of test specimen and the type of notch.
Density (ISO 1183:1987) Method for the determination of the density of plastics . Our test is based on a calculation of a piece of material that has been measured on a balance in the open air and under water. MFR (ISO 1133:2005) This International Standard specifies the procedure for the determination of the melt mass-flow rate (MFR) of thermoplastic materials under specified conditions of temperature and load. Moisture (EN-ISO 12118) This International Standard specifies a method for the determination of moisture content in thermoplastics. This method is only applicable to thermoplastics for which the melting point is below 160°C. The method is suitable for measuring the moisture content down to 0,0005 %. This method determines the total moisture content in the test piece and included surface moisture and moisture contained within the test piece. Because the test piece is converted to a molten state, it is assumed that all moisture is expelled. Volatile content (EN-ISO 12099) Specifies a method for determining the content of material volatile at 105° C in polyethylene (PE) piping materials. This method is applicable to moulding and extrusion materials. It also can be applicable to components in PE piping systems. OIT (ISO/TR 10837:1991) Specifies a method of measuring the oxidative thermal stability in oxygen at typical processing and welding temperatures. The thermal stability measured by this method depends on mass and size of the test specimen used. Short term surge pressure resistance (ING 4-37-02) This test is done on a pipe with diameter > 90mm. The pipe is notched according EN-ISO 13479 and shall be pressurised to either give failure or attainment of at least 2,5 times the pressure rating (PN) at a loading of 8 bar/sec. Slow crack growth pipe size 110 – 125 or 180mm SDR-11 (EN-ISO-13479) Long term stress crack resistance at 80°C: on notched pipe (EN-ISO-13479) Specifies a method for determining the resistance to slow crack growth of a polyethylene (PE) pipe expressed in terms of time to failure in a hydrostatic stress rupture test of a pipe with longitudinal notches machined in the outer surface. According EN-ISO-13479 the pipe shall not fail within 165h when pressurised at 9,2 bar (PE-100) or 8 bar (PE-80) Long term MRS at 20°C (NEN-EN-ISO-9080:2003) Describes a method for estimating the long-term hydrostatic strength of thermoplastics materials by statistical extrapolation. This method is applicable to all types of thermoplastics pipes at applicable temperatures. This method was developed on the basis of test data from pipe systems. The pipe dimensions to be tested can be specified in the relevant product/ system standards and have to be included in the test report.
RCP (Full Scale Test) (EN-ISO 13478) This International Standard specifies a full-scale method of test for determination of arrest or propagation of a crack initiated in a thermoplastics pipe at a specified temperature and internal pressure. It is applicable to the assessment of the performance of thermoplastics pipes intended for the supply of gases or liquids, in the latter case when air may also be present in the pipe. Dimensions (NEN-EN-12201 and NEN-EN-1555) These standards specifies the dimensions of the pipe. Marking (NEN-EN-12201 and NEN-EN-1555) These standards specifies the marking of the pipe. Tensile Yield Stress (ISO 6259) Specifies a method of determining the tensile properties of polyolefin (polyethylene, cross-linked polyethylene, polypropylene and polybutene) pipes, and in particular the following properties: - stress at yield point; elongation at break.
T EC HNIC AL PE PIPES & FIT TINGS
Carbon Black content (ISO 6964) Test for the determination of carbon black content in raw material or material taken from a pipe. The test is based on pyrolysis of a specified quantity of material at 550oC ±50oC in a stream of nitrogen for 45 minutes and calcinations at 900Co ±50oC. Calculation of the carbon black content from the difference in mass before and after calcinations and pyrolysis. The specification of the carbon black content according the several standards is 2 – 2,5%.
Elongation at break (ISO 6259) Specifies a method of determining the tensile properties of polyolefin (polyethylene, cross-linked polyethylene, polypropylene and polybutene) pipes, and in particular the following properties: - stress at yield point; elongation at break. Appearance (NEN-EN-12201 and NEN-EN-1555) These standards specifies the appearance of the pipe. Long term hydrostatic at 20°C (cross checks) (prNEN-EN-ISO-1167) Specifies a general test method for determination of the resistance to internal hydrostatic pressure at a given temperature of thermoplastics pipes, fittings and piping systems for the transport of fluids. The preparation of test pieces to be used is described in the appropriate parts 2, 3 or 4 of this international standard. Long term hydrostatic at 20°C (squeezed pipe) (NEN-EN-12106:1998) Specifies a test method for the hydrostatic-strength of polyethylene (PE) pipes after being subjected to a squeeze-off procedure. Hydrostatic pressure resistance at 20°C (1h) and 80°C (165h) (EN-921) The EN-921 standard (is going to be replaced by NEN-EN-ISO 1167) specifies a method for determining the resistance of thermoplastics pipes to constant internal water pressure at constant temperature. This standard applies to thermoplastics pipes intended for the transport of fluids. Water Quality (NEN-EN-12201) Pipe made according to this standard is suitable for supply of drinking water. GAS Quality (NEN-EN-1555) Pipe made according this standard is suitable for supply of gaseous fuels. Green Stripes (intern method) The green stripe indicates that the pipe is Revaho SportsPro 100 and it is especially made for the professional irrigation industry.
T3
6 BAR PE PIPES
TECHNIC AL PE PIPES & FIT T INGS
PE PIPE 68 BAR
Technical Specifications of Polyethylene Dimension (outside):
3-250mm
Pressure Class:
1-16 bar
Recommended Working Temp:
0-20°C
Maximum Temp:
60°C (at decreasing max pressure)
Specific Weight:
930-955 kg/m3 (black PE)
Coefficient of Thermal Expansion LDPE:
2.3 cm/100m,°C
HDPE:
1.8 cm/100m,°C
PE QUICK COUPLING SYSTEM
Technical Specifications Diameter:
75 mm (other dimensions on request)
Length:
6 m (other lengths on request)
Max.
Pressure: 6 bar
Material:
HDPE
Starting Piece:
75 mm x 2 1/2” (F x female thread)
Nozzle Connection:
1” (on F connector)
Stabilising Plate:
40 x 5.5 cm
Optional:
80 x 5.5 cm
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T4
NETAFIM FLATNET
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T EC HNIC AL PE PIPES & FIT TINGS
Specifications
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T5
PLASSON COMPRESSION FITTINGS 16 BAR / PLASSON STAINLESS STEEL REPAIR CLAMPS
TECHNIC AL PE PIPES & FIT T INGS
PLASSON COMPRESSION FITTINGS 16 BAR The comprehensive Plasson Mechanical fittings range offer solutions for connecting PE pipes, used for conveying water and other fluids in urban and inter-urban infrastructure, industrial, mining, landscape and farming applications and for carrying communication lines. Chemical Resistance: Plasson Mechanical Fittings are supplied as standard with Polyacetal split rings and NBR O-rings which are suitable for water. For specific chemical applications CPVC split rings and EPDM or FPM O-rings can be supplied, please contact us for advice.
Installation Instructions
Technical Features Range:
16mm - 125mm
Working Pressure:
Upto 16 bar
Materials:
Polypropylene, high-grade Copolymer Polypropylene, high-grade Copolymer Polyacetal (POM) Nitrile rubber (EPDM) NBR
Operating Temperatures:
Plasson Fittings and Valves are designed for cold water applications to 20 Degrees C, for other applications, please contact us for specific guidance. The fittings and valves will withstand sub-zero temperatures
Standards:
ISO 14236, AS/NZS 4129, ISO 7/1, BS 21, DIN 2999, UNI 9561, NEN 3258, AS 1722, DIN 8076
PLASSON STAINLESS STEEL REPAIR CLAMPS Plasson’s range of repair clamps are designed to repair water mains pipes where corrosion or mechanical damage has caused leakag. The clamps materials are selected to give maximum service life and the clamp is designed for ease of use. All materials meet the requirements of WRAS and the DWi for use on a potable water system.
Technical Features
T6
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PLASSON THREADED FITTINGS / PLASSON SILVER LINE FITTINGS
PLASSON THREADED FITTINGS
Technical Features Size: Pressure: Materials:
Available in 1/2” up to 4” up to 16 Bar Body: Polypropylene, high-grade copolymer. Reinforcing Ring: Stainless steel
Operating Temperatures: The fittings and valves are not to be used with hot water, although they withstand the same temperature as the polyethylene pipe itself. The fittings and valves will withstand sub-zero temperatures. Note We strongly recommend the use of PTEE tape in threaded connections.
All threads conform to I S O -7/1, BS 21 - 1973, DIN 2999, NEN 3258, AS 1722 Part 1 - 1975. All internal (female) threads smaller than 3” are parallel. All other threads (male and female) are tapered.
T EC HNIC AL PE PIPES & FIT TINGS
Plasson range includes a comprehensive range of threaded fittings, including sockets, bushes, elbows, tees, nipples and tank connectors. Manufactured from high performance polypropylene and pressure rated to 16 bar the threaded products enhance the Plasson offering allowing quick and easy adaption of a wide range of Plasson or third party products and fittings.
PLASSON SILVER LINE FITTINGS
Technical Features Range: Working Pressure: Materials:
Operating Temperatures:
Thread:
20mm - 63mm upto 10 Bar Body - Polypropylene, high-grade Copolymer Nut - Polypropylene, high-grade Copolymer Split Ring - Polyacetal (POM) Seal - Nitrile rubber (EPDM) O Ring - NBR The fittings are not to be used with hot water, although they withstand the same temperature as the polyethylene pipe itself. The fittings will withstand sub-zero temperatures. All threads conform to ISO-7/1 BS 21-1973, DIN 2999, NEN 3258 AS 1722 Part 1-1975
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T7
PLASSON ELECTROFUSION FITTINGS 16 BAR / PLASSON SILICONE LUBRICANT
TECHNIC AL PE PIPES & FIT T INGS
PLASSON ELECTROFUSION FITTINGS 16 BAR Plasson fittings are specifically designed for reliable, high performance pipe joining and long system life. This automated system has been proven to be most economical due to the low potential for operator error. All Plasson ElectroFusion fittings are produced from material class PE100 which conform to international standards for potable water and natural or suitable manufactured gas systems. Production from PE80, available upon request.
Technical Features Pressure Rating:
t1/ 8BUFS
t.01 (BT
Material:
All Plasson ElectroFusion fittings are produced from material class PE100 which conform to international standards for potable water and natural or suitable manufactured gas systems. Production from PE80, available upon request
Standards:
EN 1555 EN 12201 NF 136 AS/NZS 4129 WIS 4-32-14 WIS 4-32-15
Stronger pipe joining - Plasson ElectroFusion quality fittings have long penetration depths and fusion zones which ensure high quality joints. Most Economical - Economic benefits are a result of overall integrated system quality and innovation including the computerized smart system which reduces the potential for operator error. High Performance - Proven high performance in gas and water distribution and industrial applications. Superior Service - Plasson provides unmatched service based on over 40 years in the field.
Installation Instructions for 75mm - 125mm Fittings
T8
GRIFFON PE CLEANERS
GRIFFON CLEANER FOR PE, PP, PVDF AND PB
· Universal · Very powerful cleaning effect
Directions for use:
1. Apply cleaner to a clean, non-pilling cloth (Griffon Cleaner Cloth) 2. Clean and degrease surfaces to be joined. 3. Remove any condensation with a clean cloth and let surfaces dry properly. Close packaging carefully immediately after use.
Shelf life:
At least 24 months, if stored in well-closed packaging, in a dry place at BUFNQFSBUVSFCFUXFFO ¡$BOE ¡$-JNJUFETIFMGMJGFBGUFSPQFOJOH
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40
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75
90
110
125
160
200
250
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800
700
650
550
330
250
160
140
90
50
35
GRIFFON PE CLEANING CLOTHS
Properties:
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Directions for use:
1. Humidify cloth with (PE) Cleaner 2. Clean and degrease surfaces 3. Remove condensation, if any, with a clean, dry cloth and allow surfaces to dry well.
T EC HNIC AL PE PIPES & FIT TINGS
Properties:
Field of application: For cleaning and degreasing (rigid) PVC, PVC-C, ABS, PE, PP, PVDF and PB pipes, sockets and fittings before joining. To be used in combination with Cleaner and PE Cleaner. Also suitable for removing non-hardened cement residue.
T9
GRIFFON PE CLEANERS
TECHNIC AL PE PIPES & FIT T INGS
GRIFFON CLEANING WIPES FOR PE, PP, PVDF AND PB
T10
Properties:
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Field of application:
For cleaning and degreasing PE, PP, PVDF and PB pipes, sockets and fittings before welding.
Directions for use:
1. Remove the foil and pull the first wipe through the opening, 2. Dry surfaces with a clean, dry cloth. 3. Clean and degrease surfaces. Wipe is suitable for single use. WDo not use dried out Wipes. 4. Remove condensation with a clean cloth and let surfaces dry thoroughly. 5. Close packaging carefully immediately after use.
Shelf Life:
At least 24 months, if stored in a well-closed packaging in a dry place at a UFNQFSBUVSFCFUXFFO ¡$BOE ¡$-JNJUFETIFMGMJGFBGUFS opening
Technical properties:
Moisture resistance: Very good
PE FITTINGS
Technical Features
T EC HNIC AL PE PIPES & FIT TINGS
CLAMP SADDLES
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T11
TAVLIT VALVES & FITTINGS
TECHNIC AL PE PIPES & FIT T INGS
POLYPROPYLENE THREADED FITTINGS Polypropylene (PP) threaded fittings are universal threaded couplings with an incorporated O ring for assembly without teflon tape (self-sealing). The PP threaded fittings set is extremely complete and includes threaded (transition) sockets and (transition) nipples, angles, tees and end plugs, both male and female threaded. The advantage of the selfsealing fittings is not only that they reduce assembly time (no tape or glue required), but the components can also easily be turned after assembly without causing leakage.
Technical Specifications Max Pressure: Max Temperature: Nominal Pressure: Thread: Housing Material: O Ring:
8 Bar (at 20oC) 60oC (at decreasing pressure) 6 Bar 1/2” - 2” B.S.P.T. (male & female) Polypropylene NBR
NUTLOCK FITTING Nutlock fittings combine the advantages of barbed connectors and clamping couplings. The PE hose is slid over the loose grip and fastened with the swivel. No rings are required to seal the hose. The hose is easily assembled and disassembled, for a new crop for example: the grip and swivel remain on the hose and will not get lost. Nutlock fittings are available as couplings, tees or end sets, male or female threaded. The Nutlock fitting has standard B.S.P.T. thread. Nutlock fittings make a flexible system and facilitate future adjustment of standard Tavlit threaded couplings (addition or removal of swivel and grip, for example). The use of Nutlock fittings enables effortless installation or removal of valves, filters, water gauges etc. They can be repaired, replaced or temporarily removed for protection against frost in no time at all.
Technical Specifications Max Pressure: Nom Pressure: PE Hose Size: Housing Material: Swivel: Grip: Thread:
T12
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8 Bar (at 20oC) 6 Bar 16 - 25mm Polypropylene Polypropylene Acetal 1/2” - 1” B.S.P.T.
Recommended PE Wall Thickness Nutlock fitting (mm)
Hose Wall Thickness (mm)
16 - 17
0.7 - 1.5
20
1.0 - 2.0
25
1.4 - 2.0
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TAVLIT VALVES & FITTINGS
PE VALVES
T EC HNIC AL PE PIPES & FIT TINGS
PE valves are low-pressure valves with a hose connection and/or threaded connection. Tavlit PE valves have a double O ring seal for extra security and long-term use. The valves remain easy to operate therefore. The housing with hose connection is made of Acetal, which ensures improved grip on the hose. The housing with threaded connection is made of Polyamide for improved sealing. PE valves are used in (indoor and outdoor) irrigation systems with pressures up to 3 bar.
Technical Specifications Max Pressure: Nominal Pressure: Hose Diameter: Thread: Housing Material: Handle: O Ring:
4 Bar (at 20oC) 3 Bar 16 -25mm 1/2” - 3⁄4” B.S.P.T (male and female) Acetal or Polyamide Polyamide NBR
BARBED CONNECTORS Barbed connectors (or hose sockets) are insert sockets for 12-25 mm PE hoses. Tavlit barbed connectors are made of Acetal, due to which they are rigid and retain their shape, thus improving their locking in the hose. Barbed connectors are used in indoor and outdoor irrigation systems with pressures up to 3 bar.
Technical Specifications Max Pressure: Nom Pressure: Hose Diameter: Thread: Material:
Recommended PE Wall Thickness
4 Bar (at 20 C) 3 Bar 16 - 25mm 1/2” - 3⁄4” B.S.P.T (male and female) Acetal o
Nutlock fitting (mm)
Hose Wall Thickness (mm)
16 - 17
0.7 - 1.5
20
1.0 - 2.0
25
1.4 - 2.0
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T13
TAVLIT VALVES AND FITTINGS
TECHNIC AL PE PIPES & FIT T INGS
SWIVEL FITTING Swivel fittings allow for quick and simple assembly and disassembly of connections. The incorporated O ring ensures a perfect seal, even if the connection is tightened by hand. After assembly, the materials can be turned without causing leakage. Swivel fittings are available as couplings, tees or crosses, and are male threaded (swivel) or female threaded (B.S.P.). The Swivel fitting is also available with a Nutlock connection (16-20 mm). The use of Swivel fittings enables effortless installation or removal of valves, filters, water gauges etc. They are repaired, replaced or temporarily removed for protection against frost in no time at all.
Technical Specifications Max Pressure: Nom Pressure: Thread: Housing Material: Swivel: Sealed Ring:
8 Bar (at 20oC) 6 Bar 1/2” - 3⁄4” B.S.P.T (male and female) Polypropylene Polypropylene EPDM
Recommended PE Wall Thickness Nutlock fitting (mm)
Hose Wall Thickness (mm)
16 - 17
0.7 - 1.5
20
1.0 - 2.0
25
1.4 - 2.0
t 4XJWFMmUUJOHTDBOCFNPVOUFEXJUIPVUVTJOHUBQFPSPUIFSTFBMJOHNBUFSJBM XJUIBOZ5BWMJU11BQQFOEBHF and also with a great many other appendages and materials. If the required combination is unknown, it is recommended to first make a sample piece and test the sealing.
T14
TECHNI C AL PVC PIPES & FIT TIN GS
PVC PIPES
TECHNIC AL PVC PIPES & FIT T INGS
PVC SPRAYLINE PVC Sprayline is generally used as a conveyor pipeline in drip irrigation, sprinkler or ebb and flood systems. The tubes come with a moulded glue socket (from Ø 16 mm) and a bevelled edge for ease of gluing together. Ø 25-40 mm PVC Sprayline tubes are available with pre-drilled 3/8WW or M11 thread for sprinkler nozzles. For CO2 systems, the Ø 16-63 mm tubes can be supplied with Ø 1-3 mm holes (drilled on one or both sides). Other lengths and/or pressure classes are available on request.
Technical Specifications Max Pressure: Temperature: Length: Joint: Colour:
7.5 or 10 bar (at 20°C) 0-45°C (at decreasing max. pressure) 5.055 m (incl. glue socket) (other lengths available for pre-drilled tube) By means of moulded glue socket Grey RAL 7011 (or blue for 32 mm tube)
PVC SPRINKLER TUBE DRILL TABLE possible drillholes (Ø in mm)* Tube Ø NN
16 20 25 32 40 50 63
3/8WW
M11
1,5
2
2,5
3
11
2
DBOCFESJMMFE DBOOPUCFESJMMFE
t 4UBOEBSEESJMMTQBDJOHTGPS88BOE.ESJMMIPMFTBSF BOEDN GPS BOENNUVCFT t 0UIFSTQBDJOHTPOSFRVFTU t 8FSFDPNNFOEUIFVTFPGBUVCFXJUIBXBMMUIJDLOFTTPGBUMFBTUNNGPSBQQMJDBUJPOXJUI rotating greenhouse sprinklers.
T16
PVC PIPES
PVC PIPE
PVC is resistant to most water-soluble acids, salts and lyes and to substances naturally occurring in the soil. PVC is not resistant to aromatic and chlorinated hydrocarbons, esters, ethers, ketones and phenol. Synthetics are temperature-sensitive. Both higher and lower temperatures affect the strength of synthetics such as PVC. The characteristics listed here are based on standard situations at 20°C. At higher temperatures, the permissible working pressure will decrease (see table). At approximately 0°C, PVC becomes brittle instead of tough. Below +5°C, careful transport, handling and assembly will be required (gluing is not recommended) and below -5°C, transport and handling should be avoided where possible. PVC pipes may be either smooth or fitted with a glue nozzle or rubber ring. PVC pipes may be mounted underground or above ground. For underground application, the soil must be free from stones and from subsidence. Use filling sand, if necessary, and make sure that the soil around the tube is equally compacted. Higher pressure classes are recommended for applications in soft soil.
T EC HNIC AL PVC PIPES & FIT TINGS
PVC pipe is suitable for transport of watery solutions under pressure. PVC pressure tube is classified into pressure classes which indicate the maximum working pressure. The permissible pressure in operating conditions may be lower due to increased external loads, the influence of chemicals or temperatures, but also due to water shock, for example. The large number of pressure classes (up to 16 bar) allows for selection of a stronger tube as soon as external factors affect the tube.
Technical Specifications Material: PVC-U Density: Expansion: Decrease in Length: Max. Temperature: Min. Temperature: Tensile Strength: Modulus:
17$6 1PMZWJOZMDIMPSJEF6OQMBTUJmFEXJUIPVUQMBTUJDJ[FS
1.38 - 1.4 g/cm3 0.06 - 0.08 mm/m/°C 1.0 mm/m at max. pressure (free-lying pipe) 0.5 mm/m at 25% max. pressure (free-lying pipe) 45°C (at decreasing pressure, cf. table) 0°C (before use, at decreasing max. pressure) 55 N/mm2 3000 N/mm2
The total strength of the system is largely determined by the connections of the PVC pipes and the manner in which they are suspended or dug in. Non-observance of the instructions may seriously impair the system. Assembly of PVC pipes requires knowledge of both the manufacturer‘s instructions and local regulations. Overhead application of PVC pressure pipe with rubber rings is not recommended or requires special brackets to fasten the pipe. PVC will become brittle at temperatures around 0°C and requires extra care. PVC pipes and fittings must be emptied prior to frost in order to avoid damage. Check the pipes prior to use and do not use pipes which show external deformations or do not fit well. PVC-U pipes are not suitable for application in compressed air systems. PVC-C is a post-chlorinated PVC which has a higher temperature resistance than PVC-U. PVC-C can be properly glued together with special PVC-C glue.
T17
PVC PIPES
TECHNIC AL PVC PIPES & FIT T INGS
PVC PIPE RUBBER RING PRESSURE PIPE PVC pipes with rubber rings are used if glued joints are not possible (low temperature, damp conditions) or undesirable (large diameters). As the rubber ring joints are flexible, elongation and longitudinal contraction can be absorbed. Pressure tubes with a rubber ring joint are for underground use only. Clean both the rubber ring and the tube end prior to assembly and smear the rubber ring with a lubricant. Avoid direct pressure on the tube due to bumping. Use a piece of wood for protection. Tubes may not be mounted by means of great mechanical force (of a crane or shovel). Make sure that the tube is adequately fastened in bends, branches, pits and suchlike in order to avoid it becoming detached. Pressure tubes with rubber ring joints may only be pressurised once the piping has been completely enclosed.
Technical Specifications Max Pressure: Max Temperature: Diameter: Length: Joint: Colour:
12.5 Bar 45°C (at decreasing max. pressure) 63-250mm 6m By means of moulded rubber ring RAL 7011
For pressure tubes with rubber washers, it is recommended to: t $IFDLUIFXBTIFSDIBNCFSBOEUIFSVCCFSSJOH t .BLFTVSFUIBUUIFTQJHPUIBTBDIBNGFSFEFEHF BMJHOJOHFEHF
t "QQMZBMVCSJDBOUUPUIFTQJHPUBOEDPVQMJOHTMFFWF t .BLFCFOETBOEKPJOUTSFTJTUBOUUPUFOTJMFTUSBJOCZHMVJOHNUPHFUIFSPSCZNFBOT of thrust blocks on both sides of the bend, t .BLFTVSFUIBUBOHVMBSEFnFDUJPOEPFTOPUFYDFFE¡ t .BLFTVSFUIBUUIFTPJMJTBEFRVBUFMZDPNQBDUFEBSPVOEUIFUVCFJOUIFUSFODI 'PSGVSUIFSEFUBJMTQMFBTFSFGFSUP17$QSFTTVSFUVCF
T18
PVC PIPES
RAINWATER PIPE WITH SOLVENT SOCKET CLASS 41 & 51
Technical Specifications Max Pressure: Max Temperature: Diameter: Length: Joint: Colour:
T EC HNIC AL PVC PIPES & FIT TINGS
Rainwater pipes with glued joints are used for (virtually) pressureless applications if the joints must be resistant to tensile strain. The pipes come with a moulded glue socket or smooth ends. The pipes are manufactured using a coextrusion process, with new PVC inner and outer layers and a recycled PVC (foam) intermediate layer. The pipes comply fully with the applicable standards for solid pipes of the same class, but have the advantage that they are lighter in weight which facilitates installation. Rainwater pipes BSFBWBJMBCMFJOQSFTTVSFDMBTTFTDMBTTGPSVTF above ground and classes 34 and 41 for underground use (for normal and light traffic loads, respectively). Rainwater pipes are particularly used for rainwater discharge (above ground and underground). For greenhouse discharge, special fitted lengths are available in sizes Ø 125-200 mm.
(Virtually) Pressureless 45°C (at decreasing max. pressure) 32 - 630mm 5m (6m or 10m Optional) moulded glue socket or rainwater discharge appendages RAL 7037 (White-Black Optional)
'PSGVSUIFSEFUBJMTQMFBTFSFGFSUP17$QJQF
T19
PVC PIPES
TECHNIC AL PVC PIPES & FIT T INGS
PVC RAINWATER PIPE WITH RUBBER RING CLASS 41 & 51 Rainwater pipes with rubber ring are used for (virtually) pressureless applications if glued joints are not possible because of too large a diameter or due to low temperatures and humid conditions. The pipes are manufactured using a co-extrusion process, with new PVC inner and outer layers and a recycled PVC (foam) intermediate layer. The pipes comply fully with the applicable standards for solid pipes of the same class, but have the advantage that they are lighter in weight which facilitates installation. As the rubber ring joints are flexible, elongation and longitudinal contraction can be absorbed. Rainwater pipes with a rubber ring can be used underground or above ground in rainwater discharge or CO2 systems, for example. 3BJOXBUFSQJQFTBSFBWBJMBCMFJOQSFTTVSFDMBTTFTDMBTTGPSVTFBCPWFHSPVOEBOEDMBTTFTBOEGPS underground use (for normal and light traffic loads, respectively). Clean both the rubber ring and the pipe end prior to assembly and smear the rubber ring with a lubricant. Avoid direct pressure on the pipe due to bumping for example. Use a piece of wood for protection. Pipes may not be installed by means of great mechanical force (of a crane or shovel). Make sure that the pipe is adequately fastened in bends, branches and pits in order to avoid it becoming detached.
Technical Specifications Max Pressure: Max Temperature: Diameter: Length: Joint: Colour:
(Virtually) Pressureless in open joints 45°C (at decreasing max. pressure) 110 - 630mm 5m Moulded rubber ring RAL 7037
t 'PSGVSUIFSEFUBJMTQMFBTFSFGFSUP17$QJQF t 3BJOXBUFSQJQFTXJUIBSVCCFSSJOHKPJOUDBOOPUCFVTFEBTTVDUJPOQJQFT t 0UIFSTJ[FTBOEPSDPMPVST CSPXO POSFRVFTU
T20
VDL PVC IRRIGATION FITTINGS
VDL PVC IRRIGATION FITTINGS
PVC t 4PMWFOUDFNFOUKPJOUJOHNNUNNN t 5ISFBEFEmUUJOHTwUNw#41
PE t $PNQSFTTJPOKPJOUTNNUNNN t 5ISFBEFEmUUJOHTwUNw#41
Material: PVC-U (PVCh) = Unplasticised polyvinylchloride (with tin based stabiliser) PP = Polypropylene PE = Polyethylene A KIWA ATA certificate is obtained for the raw materials used by VDL. Therefore the products are suitable to be VTFEJO t $IFNJDBMJOTUBMMBUJPOT t 1PUBCMFXBUFSBQQMJDBUJPOT t 'PPETUVõJOEVTUSJFT t 4XJNNJOHQPPMT t *SSJHBUJPO
T EC HNIC AL PVC PIPES & FIT TINGS
VDL is a producer of a comprehensive range of injection moulded fittings and fittings made of tube for 17$BOE1&QSFTTVSFQJQFTZTUFNT5IFTFBSFBWBJMBCMFJOUIFTJ[FT
PVC-U (PVCh) is not suitable for use in compressed air pipelines.
T21
VDL PVC IRRIGATION FITTINGS
TECHNIC AL PVC PIPES & FIT T INGS
Dimensions and Standards: 5IFmUUJOHTBSFJOBDDPSEBODFXJUIGPMMPXJOHTUBOEBSET PVC t %*/ t *40 t ,*8"OS#3- PE t ,*8"#3-, 5ISFBEFEmUUJOHTXIJDIBSFNBOVGBDUVSFEXJUIBTFMGTFBMJOHUISFBEDPNQMZXJUIGPMMPXJOHOPSNT %*/*403
Working Pressures and Test: The working pressures as mentioned in the catalogue are based on water pressure at 20°C. Samples of VDL fittings are taken at random from the production and submitted to pressure test. These pressure tests simulate wear during 50 years at indicated work pressure at 20°C. T (oC)
t
PN6 (Bar)
PN10 (Bar)
PN16 (Bar)
20
1
25
42
67
20
100
21
35
56
40
1000
7.8
13
21
T (oC)
t
PN6 (Bar)
PN16 (Bar)
20
1
33
52.8
1000
5.5
8.8
PP Pressure Tests
1 bar = 105 N/m2 = 105 Pa = 1.02 ato = 14.5 lb/in2 (psi)
Jointing: Solvent cement with gap-filling properties must be used. Joints made with threaded fittings should incorporate PTFE tape to effect a good seal.
T22
VDL PVC IRRIGATION FITTINGS Marking: .PTU7%-mUUJOHTJODPSQPSBUFGPMMPXJOHNBSLT Name
Van de Lande B.V.
PVC-U (PVCh)
Material
Polyvinylchloride Zonder Weekmaker
63
Size
Diameter 63mm
PN 16
Nominal Pressure
16 Bar
KIWA PN 16
Nominal Pressure in Accordance with KIWA
16 Bar
DN 50
Nominal Bore
Diameter 50mm
Gaskets: (BTLFUTTVQQMJFEBTTUBOEBSEBSFNBEFGSPN E.P.D.M. = Ethylene Propylene Rubber N.B.R. = Nitrile Rubber "MTPBWBJMBCMF BTPQUJPO JT F.P.M. = Fluorine Rubber (Viton®) Viton® is a registered trademark of DuPont Performance Elastomers
Work Pressure (Bar)
KIWA
VDL
6
-
PN 6
7.5
-
-
10
PN 10
PN 10
12.5
-
-
16
PN 16
PN 16
T EC HNIC AL PVC PIPES & FIT TINGS
VDL
T23
PVC GLUE
TECHNIC AL PVC PIPES & FIT T INGS
SABA PVC GLUE SABA PVC glues are widely used in agriculture and horticulture for applications in a wide variety of PVC systems, but also in sanitary applications and drain systems. SABA glues are easily spreadable and therefore simple to apply. SABA PVC & ABS cleaner is the standard PVC cleaner which has great dissolving capacity and is also suitable for cleaning equipment and removing glue residue. SABA PVC glues do not contain toluene. S3: Very versatile PVC glue, and widely used therefore. Suitable for tube diameters exceeding NN,*8"BQQSPWFEVQUPNN 914: Particularly suitable for gluing of close-fitting, rigid PVC tubes (press fit). High resistance to weak bases and acids. PVC & ABS Cleaner: Inflammable cleaning agent, particularly suitable for cleaning PVC and ABS tube surfaces.
Quality mark Viscosity at 23°C Density Solid content Bonding time Consumption Clean off with Processing temperature Storage temperature Resistance to temps Storage life in unopened packaging
S3 ,*8" ,*8""5" ,0.0/&/ N1BT LHN3 IPVST HN2 4"#" 17$ "#4$MFBOFS
914
¡$ ¡$
N1BT LHN3 IPVST HN2 4"#" 17$ "#4$MFBOFS NJO¡$ NBY37 ¡$ ¡$
NPOUIT
NPOUIT
NJO¡$
,*8" ,*8""5" VQUPNN8UVCFEJBNFUFS
T24
t 17$HMVFTBSFJOnBNNBCMFTPMWFOUCBTFE&OTVSFBEFRVBUFWFOUJMBUJPOXIJMFXPSLJOH t 4BGFUZJOTUSVDUJPOTIFFUTBSFBWBJMBCMFPOSFRVFTU
PVC GLUE
PROCESSING INSTRUCTIONS FOR SABA PVC GLUES
There are a few basic rules in order to make a proper glued joint: 1.
Saw the tube at right angles, then bevel off and debur.
2.
Mark the insertion depth of the tube.
3.
Thoroughly clean the tube and coupling sleeve with SAVA PVC & ABS Cleaner. If required, remove condensate with a piece of clean paper or a non-fluffing cloth.
4.
Apply the glue evenly, both to the tube and the sleeve. Apply a thick layer of glue, lengthwise, to the pin/tube. Apply a thin and light layer of glue around the sleeve in order to avoid a surplus of glue inside the tube.
5.
Join immediately after gluing, without twisting or tilting, and hold tight for a few seconds. Remove superfluous glue right away.
6.
The glued tubes may not be moved during the first 5 minutes. At temperatures below 10°C, this time increases to 15 minutes.
7.
Avoid heavy mechanical stress within 10-12 hours. Keep to the drying times given below before bringing the construction under pressure.
8.
Do not subject to pressure tests within 24 hours.
T EC HNIC AL PVC PIPES & FIT TINGS
"QQMJDBCMFUPUIFGPMMPXJOHQSPEVDUT SABA S3 SABA 914
Drytime (hours) Diameter (mm)
Temperature (oC)
10 Bar
10 - 16 Bar
16 - 25 Bar
16 - 75
>15 5 - 15
2 4
4 8
6 12
>15 5 - 15
4 8
8 16
12 24
200 - 400
>15 5 - 15
8 16
16 32
24 48
General tips t%POPUTUPSFPSVTFUIFHMVFBUUFNQFSBUVSFTMPXFSPSIJHIFSUIBOUIPTFJOEJDBUFE t5IF4"#"17$HMVFTUPCFVTFENVTUOFWFSCFEJMVUFE t%POPUVTFUIJDLFOFEHMVF t3FNPWFTQJMUHMVFPSDMFBOFSSJHIUBXBZ t$MPTFDBOTJNNFEJBUFMZBGUFSVTF t$MFBOCSVTIFTXJUI4"#"17$DMFBOFS
Safety recommendations You are working with solvent-based products. Adequate ventilation should therefore be ensured and naked flames and sparks avoided. Tubes not immediately used must be blown through or filled with water. Refer to the corresponding safety info sheet of the SABA PVC product.
T25
GRIFFON
TECHNIC AL PVC PIPES & FIT T INGS
GRIFFON PTFE TAPE PTFE tape is for sealing metal and plastic threaded connections. Properties:
· 100% P.T.F.E. · Chemicals-resistant · Mould-resistant · UV-resistant · Removable · Can be subjected to a load immediately
Field of application:
Suitable for water, oxygen, steam, fuels, solvents and acids. Not suitable for gas.
Directions for use:
Wind tape tightly over screw thread in thread direction, with 50% overlap. Always work towards the end. Assemble joint and do not turn joint back in order to avoid damaging tape. 8BUFSSFTJTUBODF7FSZHPPEUFNQFSBUVSFSFTJTUBODF¡$UP ¡$ $IFNJDBMTSFTJTUBODF7FSZHPPE At least 24 months. Store in well-sealed packaging in a dry place at a temperature between +5°C and +25°C.
Technical properties: Shelf Life:
GRIFFON PVC CLEANER Cleaner products for cleaning and deceasing Ridged PVC ,PVC C and ABS. Properties:
Very powerful cleaning effect. Universal
Field of application:
For cleaning ridged PVC, PVC –C and ABS pipes, Sockets and Fittings to be joined. Also sutible for removing cement residue and cleaning brushes and tools, Not suitable for Diluting PVC, PVC-C and ABS cements.
Directions for use:
1. Apply cleaner to a clean, highly absorbent cloth. 2. Clean and decrease surfaces to be joined. (Griffon Cleaner Cloth) 3. Remove condensation with a clean cloth and allow to dry thoroughly. 4. Seal packaging carefully immediately after use.
Shelf Life:
At least 36 months. Store in well-sealed packaging in a dry place at a temperature between +5°C and +25°C.
$07&3"(&*OEJDBUJPOPGUIFOVNCFSPGDPOOFDUJPOTQFS-
T26
Ø
32
40
50
63
75
90
110
125
160
200
250
315
#
800
700
650
550
330
250
160
140
90
50
35
23
GRIFFON
GRIFFON UNI 100 WRAS
T EC HNIC AL PVC PIPES & FIT TINGS
Fast thixotropic ridged PVC cement. Application:
Dry conditions
Properties:
t8JUITQFDJBMQJQFCSVTI t8JUIRVJDLSFMFBTFDBQ t'BTU t5IJYPUSPQJD t(BQmMMJOH
Standards:
t&/.FFUTSFRVJSFNFOUT&VSPQFBOTUBOEBSE"EIFTJWFGPS nonpressure t5IFSNPQMBTUJDQJQJOHTZTUFNT&/.FFUTSFRVJSFNFOUT&VSPQFBO standard 14814 t"EIFTJWFGPSUIFSNPQMBTUJDQJQJOHTZTUFNTGPSnVJETVOEFSQSFTTVSF
Field of application:
For joining pipes, sockets and fittings with interference fit and loose fit (gapfilling) in pressure and drainage systems. Suitable for diameters = 315 mm. .BYCBS 1/ 5PMFSBODFTEJBNFUSJDBMDMFBSBODFNBYNNNBY 0.2mm press fit. Suitable for e.g. pipe systems conforming to &/ BOE*40 17$
Technical properties:
5FNQFSBUVSFSFTJTUBODF¡$ QFBLMPBE¡$$IFNJDBMTSFTJTUBODF The chemical resistance of joints depends on gap width, drying time, pressure applied, temperature, type and concentration of the product. In general, the joint can be stated to have the same chemical resistance as the material itself, with the exception of a limited number of very aggressive chemicals, such as concentrated anorganic acids, lyes and powerful oxidants.
Shelf Life:
At laest 24 monthes, if stored in well-closed packaging in a dry place at a temperature between +5C and 25C. Limited shelf life after opening.
$07&3"(&*OEJDBUJPOPGUIFOVNCFSPGDPOOFDUJPOTQFSØ
32
40
50
63
75
90
110
125
160
200
250
#
650
290
160
100
90
70
40
30
20
12
8
Ø
16 - 63mm
75 - 110mm
125 - 315mm
C
10 BAR
16 BAR
10 BAR
16 BAR
10 BAR
16 BAR
5oC - 10oC
4 hours
8 hours
8 hours
16 hours
16 hours
32 hours
>10oC
2 hours
4 hours
4 hours
8 hours
8 hours
16 hours
o
Brush Size depends on pacaging volume. Use package that best suits diameters to be joined. 16 -63mm
40 - 90mm
50 - 160mm
160 - 315mm
250 ml
500 ml
1000 ml
BRUSH
T27
GRIFFON
TECHNIC AL PVC PIPES & FIT T INGS
GRIFFON WDF05 WAS Very fast, blue, thixotropic rigid PVC cement
"QQMJDBUJPO
Wet and Dry
1SPQFSUJFT
t8JUITQFDJBMQJQFCSVTI t8JUIRVJDLSFMFBTFDBQ t7FSZGBTU t5IJYPUSPQJD t(BQmMMJOH
4UBOEBSET
.FFUTSFRVJSFNFOUTGPS&VSPQFBO4UBOEBSET&/BOE&/
'JFMEPGBQQMJDBUJPO
For joining flexible hoses and rigid PVC pipes, sockets and fittings with interference fit and loose fit (gap filling) in pressure and drainage systems. Excellent for e.g. swimming pools, whirlpools and applications under humid conditions. Suitable for diameters 1460mm. Max.146 bar (PN 146). ABS max. CBS 1/ .BYJNVNUPMFSBODFTEJBNFUSJDBMDMFBSBODFNN nFYJCMF hoses 0.3 mm) / 0.2 mm press fit. Suitable for e.g. pipe systems in accordance XJUI&/ BOE*40$17$
5FDIOJDBMQSPQFSUJFT
5FNQFSBUVSFSFTJTUBODF¡$ QFBLMPBE¡$$IFNJDBMTSFTJTUBODF5IF chemical resistance of joints depends on gap width, drying time, pressure applied, temperature, type and concentration of the product. In general, the joint can be stated to have the same chemical resistance as the material itself, with the exception of a limited number of very aggressive chemicals, such as concentrated anorganic acids, lyes and powerful oxidants.
4IFMG-JGF
At least 24 months, if stored in well-closed packaging in a dry place at a temperature between +5°C and +25°C. Limited shelf life after opening.
$07&3"(&*OEJDBUJPOPGUIFOVNCFSPGDPOOFDUJPOTQFSØ
32
40
50
63
75
90
110
125
160
200
250
#
650
290
160
100
90
70
40
30
20
12
8
CURING TIME Ø
16 -50mm
63 -110mm
125 - 160mm
C
5 BAR
10 BAR
16 BAR
5 BAR
10 BAR
16 BAR
5 BAR
10 BAR
5oC - 15oC
30 min
1 hour
4 hours
1 hour
2 hours
8 hours
4 hours
16 hours 32 hours
>15oC
15 min
30 min
2 hours
30 min
1 hour
4 hours
2 hours
8 hours
o
t'MFYBCMFUVCFIPVST"#4NBYCBSEPVCMFTFUUJOHUJNF POMZVTF8%' t.BZWBSZEFQFOEJOHPOBPTVSGBDF QSPEVDURVBOUJUZVTFE IVNJEJUZMFWFMTBOEBNCJFOUUFNQFSBUVSF Brush Size depends on packaging volume. Use package that best suits diameters to be joined.
T28
16 -63mm
40 - 60mm
250 ml
500 ml
16 BAR
16 hours
GRIFFON
GRIFFON BLUE GEL WRAS
Properties:
t"DJEGSFF t5IJYPUSPQJD t8BUFSTPMVCMF
Working conditions:
Do not use at temperatures below -5°C.
Directions for use:
1. Cut pipes square, chamfer edges and remove burrs. 2. Remove dirt and moisture. 3. Apply lubricant to pipe end and rubber sleeve. 4. Join parts immediately by sliding pipe into sliding socket until stopper. 5. Close packaging carefully immediately after use.
Stains/residue:
Remove stains with water.
Shelf life:
At least 12 months, if stored in well-sealed packaging in a dry place at a temperature between +5°C and +25°C. Limited shelf life after opening.
Quality labels/Standards: #FMHBRVB"QQSPWFEGPSESJOLJOHXBUFSTZTUFNTJOBDDPSEBODFXJUI)ZESPDIFDL Procedures: ,*8"-VCSJDBOUTGPSmUUJOHTXJUIBSVCCFSTMFFWFDPOOFDUJPO$FSUJmDBUF,CBTFEPO#3-, ,*8""5""QQSPWFEGPSESJOLJOHXBUFSTZTUFNT 83"4"QQSPWFEGPSESJOLJOHXBUFS83"4DFSUJmDBUF #4
T EC HNIC AL PVC PIPES & FIT TINGS
Lubricant for fitting pipes, sockets and fittings with rubber sleeve (Sliding Socket) connections in pressure and drainage systems.
$07&3"(& Indication of the number of connections per 1 L Ø
32
40
50
75
90
110
160
250
#
900
600
400
200
135
90
45
20
T29
TECHNIC AL PVC PIPES & FIT T INGS NOTES
T30
T E C H N I C A L G A LV A N I S E D F I T T I N G S
TECHNIC AL GALVANISED FIT T INGS
GALVANISED FITTINGS
Due to their long history and tradition, malleable cast iron fittings are the most common (widest spread) pipe fittings. Because of their durability and mechanical strength these fittings continuously enjoy great popularity. The material bearing high mechanical stress together with the universal, standardised jointing method ensure a save use in a wide range of applications.
Fields of Application:
Advantages:
t 4BOJUBSZ IFBUJOHBOEHBTJOTUBMMBUJPO t 4QSJOLMFSBOEHBTmSFFYUJOHVJTIJOHTZTUFNT
t $PSSPTJPOSFUBSEJOHBOESFJOGPSDFE GSFF outrunning) internal threads design for the most common articles
t $POTUSVDUJPOPGJOEVTUSJBMQMBOUT FHHBT FNVMTJPOBOEQSFTTVSFEBJSQJQFXPSL
t /BSSPXUISFBETXJUIQSFDJTFBYJBMBMJHONFOU FOTVSFIJHITFBMJOHGPSDFTBOEFYBDUQJQFMJOJOH
t .BDIJOFDPOTUSVDUJPO FHPJM DPPMJOHBOE lubrication pipes)
t 5IFCJHHFTUBTTPSUNFOUPGBMMQSPEVDFSToDPTU reduction due to a minimum number of joints
t $POTUSVDUJPOPGQFUSPMTUBUJPOT HBTMJOFT
t .PTUIJHIHSBEFNBUFSJBMXJUICFTUHBMWBOJ[BCJMJUZ
t .BDIJOFTGPSQBQFSQSPEVDUJPOBOE printing machines
t %SJOLJOHXBUFSGSJFOEMZHBMWBOJTJOHXJUIIJHIMZ QVSF[JOD
t $PNNFSDJBMWFIJDMFTDPOTUSVDUJPO
t %SJOLJOHXBUFSGSJFOEMZQSFTFSWBUJPOBHBJOTUSVTU during storage, also ideal for anaerobic sealing
t $PPMJOHBOEBJSDPOEJUJPOJOH
t 4QFDJBMUFTUFEmUUJOHTGPSIJHIQSFTTVSFTBCPWF 25 bar
Technical Specifications Max Working Conditions: Range: Temperature Range: Connection:
¡$CBS ¡$CBS JOUFSQPMBUFEWBMVFTCFUXFFO UPJODI ¡$UP¡$ TIPSUUFSNUP¡$
Jointing threads, sealing on the threads
Materials Fittings: Surface: Suitable For:
T32
8IJUFIFBSUNBMMFBCMFDBTUJSPO&/(+.BDDUP&/ #MBDLPSIPUEJQHBMWBOJ[FE 4UFFMQJQFTBDDUP&/
TECHNIC AL ACCESSORIES
A.R.I. VALVES
T EC HNIC AL ACC ESSOR IES
S050P AIR PLASTIC RELEASE 16 BAR Automatic Component A.R.I patent, Rolling Seal Mechanism: t %SBNBUJDBMMZSFEVDFTUIFQPTTJCJMJUZPGPCTUSVDUJPO CZEFCSJT t %JTDIBSHFTIJHIBJSnPXSBUFTVQUPNI t 0OFTJ[FPSJmDFGPSBXJEFQSFTTVSFSBOHF VQUPCBS t 4FMGDMFBOJOHNFDIBOJTN 8PSLJOHQSFTTVSFSBOHFCBS QTJ "WBJMBCMFJOw NN
w NN
w NN #415/15UISFBEFE
D040 COMBINATION AIR VALVE Automatic Component A.R.I patent, Rolling Seal Mechanism: t %SBNBUJDBMMZSFEVDFTUIFQPTTJCJMJUZPGPCTUSVDUJPO CZEFCSJT t %JTDIBSHFTIJHIBJSnPXSBUFTVQUPNI t 0OFTJ[FPSJmDFGPSBXJEFQSFTTVSFSBOHF VQUPCBS t 4FMGDMFBOJOHNFDIBOJTN "WBJMBCMFJOw NN
w NN
w NN
#415/15UISFBEFE
T34
A.R.I. VALVES
AV010 AIR & VACUUM VALVE
t 8PSLJOHQSFTTVSFSBOHFCBS t 5FTUJOHQSFTTVSFCBS t 8PSLJOH5FNQFSBUVSF¡$ t .BYJNVNJOTUBOUBOFPVTXPSLJOH UFNQFSBUVSF¡$ t 5IFCPEZJTNBEFPGIJHITUSFOHUIQMBTUJD BOEBMM PQFSBUJOHQBSUTBSFNBEFPGTQFDJBMMZTFMFDUFE DPSSPTJPOSFTJTUBOUNBUFSJBMT t %SJQUJHIUTFBMJOHBUMPXQSFTTVSF t "MMQBSUTBSF67QSPUFDUFE t -JHIUXFJHIU TNBMMEJNFOTJPOT TJNQMFBOE SFMJBCMFTUSVDUVSF
T EC HNIC AL ACC ESSOR IES
Main Features
NR010 CHECK VALVE Applications: t t t t t
(SFFOIPVTFT 8BUFSTVQQMZ*SSJHBUJPOTZTUFNT $PSSPTJWFBOEBHHSFTTJWFnVJET 4XJNNJOHQPPMTBOEXBUFSUBOLT 8BUFSTVQQMZTZTUFNT
Main Features: t t t t
8PSLJOHQSFTTVSFCBS 8PSLJOH5FNQFSBUVSFVQUP¡$6OPCTUSVDUFE nPXTUSVDUVSF -PXIFBEMPTT %SZ3FFENJDSPTXJUDIBWBJMBCMF
Advantages and Benefits: t t t t
$PNQBDUTUSVDUVSF .BJOUFOBODFGSFF*ODMVEFTnBOHFSVCCFSTFBMT *NQSPWFETFBMJOHTZTUFN/PODPSSPTJWFNBUFSJBMT $PTUFõFDUJWFQSPEVDU
T35
A.R.I. VALVES
T EC HNIC AL ACC ESSOR IES
NR020 CHECK VALVE t
.BEFPGFOHJOFFSFEQMBTUJDNBUFSJBMT wNBEFPG BIBSEBOPEJ[FDPBUFEBMVNJOJVN
JUDBOPQFSBUF VOEFSIJHIMZDPSSPTJWFDPOEJUJPOT4QSJOHMPBEFE DIFDLWBMWF NBZCFJOTUBMMFEJOBOZQPTJUJPO
t .JOJNVNIFBEMPTT"TUIFnBQSJTFT JUTBSN TIPSUFOTSFTVMUJOHJOBSFEVDFENPNFOU DBVTJOHB SFEVDUJPOJOIFBEMPTT t
3FDPNNFOEFEGPSVTFJOIPUXBUFSBOEIFBUJOH TZTUFNT JSSJHBUJPOTZTUFNTJOHFOFSBMBOEGPS UIFBQQMJDBUJPOPGGFSUJMJ[FSTUISPVHIJSSJHBUJPO TZTUFNT
t 8BGFSUZQFDPOTUSVDUJPO NPVOUFE CFUXFFOnBOHFT t 8PSLJOHQSFTTVSFTCBS QTJ "WBJMBCMFJOw NN w NN
Options: t /3'7$IFDLWBMWFXJUI4UBJOMFTT4UFFM4USBJOFS BTB'PPU7BMWF
T36
TEFEN MIXRITE
MIXRITE TF5
Water pressure: Flow Rate: Weight: Coupling:
CBS 14*
NI (1.
LH MC
wPSNN
A
4FBMLJU
;
%
4VDUJPO$IFDL7BMWF,JU
;
E
.FDIBOJTN4QSJOH
;
'
4VDUJPO$ZMJOEFS,JU
;
(
4VDUJPO1JTUPO,JU
;
T EC HNIC AL ACC ESSOR IES
Technical Specification
T37
TEFEN MIXRITE
T EC HNIC AL ACC ESSOR IES
MIXRITE TF10
T38
Technical Specification Water pressure: Flow Rate: Weight: Coupling: A
CBS 14*
NI (1.
LH MC
wPSNN 4FBMLJU
;
4FBMLJU
;
%
4VDUJPO$IFDL7BMWF,JU
;
E
.FDIBOJTN4QSJOH
;
'
4VDUJPO$ZMJOEFS,JU
;
4VDUJPO$ZMJOEFS,JU
;"
4VDUJPO1JTUPO,JU
;
(
TEFEN MIXRITE
MIXRITE TF25
Water pressure: Flow Rate: Weight: Coupling: A
CBS 14*
NI (1.
LH MC
wPSNN 4FBMLJU
;
4FBMLJU
;
%
4VDUJPO$IFDL7BMWF,JU
;
E
.FDIBOJTN4QSJOH
;
'
4VDUJPO$ZMJOEFS,JU
;
4VDUJPO$ZMJOEFS,JU
;
4VDUJPO1JTUPO,JU
;
4VDUJPO1JTUPO,JU
;
(
T EC HNIC AL ACC ESSOR IES
Technical Specification
T39
TEFEN MIXRITE
T EC HNIC AL ACC ESSOR IES
MIXRITE 2.5 0.3 2% 2502
Technical Specification Rate of Additive: Water pressure: Flow Rate: Size: Weight: Coupling:
UP CBS 14*
MI (BMI
YDN wIJHIYwXJEF
LH MC
w
MIXRITE 0.2% FIX 2500
Technical Specification Rate of Additive: Water pressure: Flow Rate: Weight: Coupling:
mYFEEPTJOH CBS 14*
1MI (BMI
LH MC
w
MIXRITE 0.3 2% BYPASS
Technical Specification
T40
By-Pass Injector Rate of Additive: Water pressure: Flow Rate: Weight: Coupling:
mY CBS 14*
MI (BMI
LH MC
w
A
4FBM,JU
;
#
4VDUJPO1JTUPO,JU
;
$
4VDUJPO5VCF,JU
;
%
$IFDL7BMWF,JU
;
E
.FDIBOJTN4QSJOH
;
'
4VDUJPO$ZMJOEFS,JU
;
(
6-BUDI,JU
;
AMIAD FERTILIZER / CHEMICAL INJECTOR
FERTILISER / CHEMICAL INJECTOR
T EC HNIC AL ACC ESSOR IES
KEY: 1. Motor seal, large 2. Motor seal, small 3. Pump seal 4. Injection valve 5. Injection valve housing assembly incl. Air-Release valve 6. Non-return valve 7. Chemical injection outlet 8. Inlet valve 9. Chemical inlet 10. Pilot line inlet 11. Automatic cutout 12. Start-stop knob 13. Drive water inlet 14. Exhaust water outlet 15. Motor main valve 16. Suction head base plate 17. Suction head filter 18. Plastic float ball 19. Motor and pump assembly 20. Housing 21. Motor air vent 22. Pilot line – cutout 23. Bearing disc 24. Injection valve spring NOTE: VALVES AND SPRINGS If the valves are removed from the injector-special care must be taken to return them so they face the correct direction as in Fig. 1. Please note that only the Injection valve No.4 is fitted with a spring. Please take care when refitting the spring and be sure that it sits completely inside the four legs of the valve.
T41
ARAD WATERMETERS
T EC HNIC AL ACC ESSOR IES
WATERMETER M
T42
Technical Specifications: Max. Working Pressure:
#BS #BSPQUJPOBM
Max. Working Temp.:
P$ P$GPS)PUXBUFS
Body: *Option for Plastic Body insizes 1/2” - 3/4”
3FJOGPSDFEQPMZUIFOF
Coupling Threads:
#41 /15
$PSSPTJPOQSPPGDPQQFSBMMPZ $BTUJSPOVQPOSFRVFTU
Performance Data: Model
Nominal Size JODI
Qmax .BYJNVN 'MPXSBUF NIS
Qn /PNJOBM 'MPXSBUF NIS
Qt 5SBOTJUJPOBM 'MPXSBUF MUSIS
Qmin .JOJNVN 'MPXSBUF MUSIS
Maximum Register Capacity N
Minimum Register Capacity MJUSF
.
w
.
w
.
w
.
w
.
w
.
w
Accuracy Between Qmax & Qt
Accuracy Between Qt & Qmin
ARAD WATERMETERS
WATERMETER WT
T EC HNIC AL ACC ESSOR IES
Technical Specifications: Max. Working Pressure:
#BS 4UBOEBSE
#BS 6QPOSFRVFTU
Max. Liquid Temp.:
P$
Body:
$BTUJSPO QPMZFTUFSDPBUFE 0QUJPOBM#SPO[F "88"TUBOEBSE
Connection:
'MBOHFTBDDPSEJOHUP*40 #4 "88"PSPUIFST
WT II UZQFEJBM
Performance Data: Model WT II /PNJOBM4J[F
Qmax Maximum Flowrate NIS
Qn ISO 4064 NIS
Qn Nominal Flowrate NIS
Qt Transitional Flowrate NIS
Qmin Minimum Flowrate NIS
Starting Flow NIS
Maximum Register Capacity N
Smallest Readable Unit MJUSF
NN
JODI
Accuracy Between Qmax & Qt
Accuracy Between Qt & Qmin
±2%
±5%
T43
ARAD WATERMETERS / FERTILIZER METER
T EC HNIC AL ACC ESSOR IES
AGRICULTURAL WATERMETER FLANGED Technical Specifications: Max. Working Pressure:
#BS
Max. Liquid Temp.:
P$
Body:
$BTUJSPO QPMZFTUFSDPBUFE
Connection:
'MBOHFTBDDPSEJOHUP*40 #4 "88"PSPUIFST
Register:
. 64(BMMPO DVGU .-$FOUSBM QPJOUFSPSQPJOUFST
*355ZQF%JBM
Performance Data: Model IRT
Qmax Maximum Flowrate NIS
/PNJOBM4J[F NN
JODI
Qn Nominal Flowrate NIS
Qt Transitional Flowrate NIS
Qmin Minimum Flowrate NIS
Maximum Register Capacity N
Smallest Readable Unit MJUSF
Accuracy Between Qmax & Qt
Accuracy Between Qt & Qmin
FERTILIZER METER Technical Specifications: Max. Working Pressure:
#BS
Max. Liquid Temp.:
P$
Body:
114
w#41
Electrical Output:
MJUSFQVMTF
Connection:
Performance Data: Model SF /PNJOBM4J[F
T44
NN
JODI
Qmax Maximum Flowrate MUSIS
Qt Lowest Flowrate Measured Between ±2% MUSIS
Qmin Lowest Flowrate Measured Between ±5% MUSIS
Loss of Head at Maximum Flowrate CBS
SPRAYLINE ACCESSORIES
BRACING WIRE
0QUJPOBMMZ UIFXJSFDBOCFTVQQMJFEJOTUSBJHIUMFOHUIT /PTUP 4UBUFUIFSFRVJSFEXFJHIU NVMUJQMFTPG LH JOZPVSPSEFS Wire No
Thickness (mm)
Length / Roll (25kg) (m)
Weight / 1000m (kg)
Available
0O3FRVFTU
0O3FRVFTU
4UBOEBSE
WIRE STRETCHERS
T EC HNIC AL ACC ESSOR IES
(BMWBOJTFEXJSF GPSTVTQFOTJPOPGJSSJHBUJPOMJOFTPS GPSVTFBTDSPQXJSF GPSFYBNQMF"WBJMBCMFJOWBSJPVT UIJDLOFTTFT5IFXJSFJTTVQQMJFEPOLHSPMMT
%JDISPNBUFEXJSFTUSFUDIFSTGPSJOTUBMMBUJPOPGSBDJOH XJSF4VJUBCMFGPSTVTQFOTJPOPGJSSJHBUJPOMJOFT Maximum Thickness (mm)
(No.)
Recommended for Planting Distance (m)
Wire Stretcher No.
Length (mm)
6OEFSTUSBJO CSBDJOHXJSFTXJMMTBHTMJHIUMZ FWFOJGUIFCSBDJOHXJSFBOEXJSFTUSFUDIFS XFSFTFMFDUFEDPSSFDUMZ
WIRE LOWERING HOOKS (BMWBOJTFEFMCPXIPPLTGPSTVTQFOTJPOPGJSSJHBUJPOMJOFTPOCSBDJOHXJSF GPS FYBNQMF.BEFPGXJSF/P8JSFIPPLTBSFTVQQMJFEJOQJFDFCVOEMFT 4UBOEBSEIPPLTBSFTVJUBCMFGPSNNUVCFT)PPLTGPSNNPSNNUVCFT BSFBWBJMBCMFPOSFRVFTU8JSFIPPLTBSFBMTPBWBJMBCMFGPSTVTQFOTJPOPOBNN IFBUJOHQJQFJOTUFBEPGCSBDJOHXJSF5IFIPPLTBSFBWBJMBCMFJOWBSJPVTTUBOEBSE MFOHUIT0UIFSMFOHUITBWBJMBCMFPOSFRVFTU8JSFIPPLTGPSNN17$JSSJHBUJPO MJOFTBSFQMBDFEBUBQQSPYDNJOUFSWBMT
VICTOR CHAIN 'PSTVTQFOTJPOPGUVCFTBOETVDIMJLF 7JDUPSDIBJOJTTVQQMJFEJONCVOEMFT Victor Chain No
Link Thickness (mm)
Link Length (mm)
Link Width (mm)
Weight / 100m (kg)
Max. Suspended Weight (Kg)
DOUBLE LOOP CHAIN 'PSTVTQFOTJPOPGUVCFTBOETVDIMJLF
T45
T EC HNIC AL ACC ESSOR IES
STORAGE TANKS
T46
Code
Dimensions
Litres
Gallons
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
YN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Y
;
NYN Yw
;
NYN Y
;
NYN Y
;
NYN Yw
;"
NYN Y
;
NYN Y
;
NYN Yw
;
NYN Y
;
NYN Y
;
NYN Yw
;
NYN Y
;
NYN Y
;
NYN Yw
;
NYN Y
;
NYN Y
;
NYN Yw
;
NYN Y
;
NYN Y
;
NYN Yw
T E C H N I C A L V A LV E S
DOROT PLASTIC VALVES
T EC HNIC AL VALVES
PRINCIPLE OF OPERATION
3-Way Control System The main valve is controlled by a manually, electrically or pressure actuated selector that: (1) Introduces the upstream pressure or an external pressure source to the valve’s control chamnber, thus pressing the valve diaphragm from the top to a closed position. (2) Opens the valve by relieving the pressure from the control chamber and enabling the internal pressure in the line to push the valve diaphragm up and creating an unresticted, full-flow passage. (3) Shutes all passages to and from the control chamber, thus keeping the main valve in a fixed poition. This position does not exist in devices used for ON / OFF control applications but is necessary in modulating valves.
2-Way Control System A control system that consists of two restrictions: (a) A fixed restriction at the upstream side of the control system (nozzle or needle valve). (b) ON / OFF device (valve, relay or solenoid) or a modulating pilot-valve with a larger passage than restriction ‘a’ that is installed at the downstream side of the control system. The main valve position is affected by downstream pilot-valve ‘b’ in the following ways: (1) When the pilot-valve is closed, no water can be vented to the downstream and the main vlave is closed by the upstream pressure, introduced into the valve control chamber through the restriction ‘a’. (2) Opening the vlave is enabled when the pilot ‘b’ is fully open and allows the drainage of pressure in the control chamber to the downstream. At this position the pressure in the control chamber nearly equals that of the downstream. (3) Throttling pilot-valve ‘b’ so the flow running through it equals the flow entering through the restriction ‘a’, keeps a fixed volume of water in the control chamber and the main valve in a fixed position.
T48
DOROT PLASTIC VALVES
DOROT 75 VALVE
T EC HNIC AL VALVES
The Dorot-75 series consists of plastic membrane valves for agricultural use. They are resistant to fertilisers and have a large free passage (and therefore a high flow rate and/or low resistance). The membrane minimises the risk of water shock and allows for accurate regulation, even at low flow rates. The Dorot-75 2-way valve is the economical version which is often used for sprinkling and drip irrigation. The unique built-in non-return valve keeps the valve closed even if there is no pressure in the line and thus prevents annoying trickling during start-up. The ‘stand-alone‘ is a special version featuring an automatic device which is fitted directly on the valve and which allows for individual control of the valve, independent of a central control system. A 2-way pulse solenoid is used for battery control by the automatic device. The 3-way version is used if large flow rates are required or if dirty water is used. The Dorot-75 3-way valve also features an industrial solenoid which ensures improved reliability and allows for external pilot pressure (air for example). Basic valves can be used for the construction of pilots, floats etc. and for (hydraulic) remote control. The Dorot 2-way and 3-way valves are fitted with a throttle, an electric solenoid and a manual control device. The Dorot-75 series is BSPT female threaded.
Technical Specification Max. Pressure: Max. Temperature: Housing Material: Membrane: Spring: Bolts:
3/4” - 3” 1 1/2” - 3” 1 1/2” - 3” 3/4” - 3” (for 9V battery) Without throttle 2-Way with G80 (industrial solenoid) Air-controlled (3-Way & Basic) 24V DC/AC (50/60Hz); 230V as stand-alone with automatic device 3/4” - 1” Basic
HEADLOSS CHART
(BLUE AREA INDICATES RECOMMENDED OPERATING RANGE)
psi mwc
2-WAY ELECTRIC CONTROL-MODEL 75
3-WAY CONTROL MODEL 75, 95, 96 psi mwc
10 Bar (at 20oC) 60oC (at decreasing max. pressure) Reinforced Polyamide Natural Rubber INOX 302 INOX 304
Í Í
Diameter 2-Way: Diameter 3-Way: Basic: 2-Way Pulse: Optional:
d
3
m /h
gpm
3
m /h
gpm
T49
DOROT PLASTIC VLAVES
T EC HNIC AL VALVES
DOROT 80 VALVE
The hydraulic Dorot-80 valve offers substantial improvements when compared with existing valves. It has been specially designed for the greenhouse industry and is supplied as a right angle model (Dorot-80-AT), and from mid-2005 also as a straight model (Dorot-80-T). The main difference versus the well-known Dorot-75 is the shape of the membrane. The Dorot-80 is a ‘globe‘ type valve, whereas the Dorot-75 is a ‘Gal type valve (with a freely moving membrane). The membrane of the Dorot-80 is entirely supported, whether open or closed, which extends its life and increases reliability. The wide internal passage of the Dorot-80 provides a higher flow rate when compared with similar valves. The Dorot-80 is fitted with a non-return valve and is available in 2-way or 3-way versions (mid-2005). Its special characteristics render the new Dorot-80 ideally suitable for sprinkling. The right angle design facilitates compact incorporation and the non-return valve prevents annoying trickling during start-up of the system. Thanks to the high flow rate, the valve is ahead of its field in ebb and flood systems and large drip sections. The 80-A is the right angle version in 1 1/2” or 2”, while the Dorot-80 is straight. The extension T stands for Throttle. The 2-way version is supplied with an agricultural or industrial solenoid (G80), the 3-way version with an industrial solenoid (Baccara). The Dorot-8-T-1” is a special quick-closing version, intended for Fogger systems for example. Opening and closing times are approx. 1 second.
Benefits of Dorot-80
t 'FBUVSFTBIJHIFSnPXSBUFBOEMFTTQSFTTVSFMPTTUIBODPNQBSBCMFWBMWFT t *OTFOTJUJWFUPDMPHHJOHEVFUPMBSHFJOMFUmMUFSJODPOUSPMnPX5IFmMUFSDBOCFDMFBOFENBOVBMMZ without opening the valve t 5IFMBCZSJOUIQSPWJEFTXJEFQBTTBHFTGPSQJMPUQSFTTVSF UIVTGVSUIFSNJOJNJTJOHUIFTFOTJUJWJUZUPDMPHHJOH t 5IFOPOSFUVSOWBMWFQSFWFOUTQBSUJBMPQFOJOHPGUIFWBMWFXIFOUIFJOMFUQSFTTVSFGBJMT t "EKVTUJOHTDSFXGPSnPXSBUFDPOUSPM UISPUUMF 5IFLOPCDBOCFSFNPWFEJOPSEFSUPQSFWFOUXSPOHGVM BEKVTUNFOUEVSJOHVTF t -BSHF TJNQMFNBOVBMDPOUSPMEFWJDFXJUIUISFFQPTJUJPOTBVUPNBUJDPQFODMPTFUIFWBMWFDBOBMTPCFDMPTFE manually with an energised solenoid t *NQSPWFEDPOUSPMDIBSBDUFSJTUJD t 1SFTTVSFSFEVDJOHQJMPUGPSEJSFDUJODPSQPSBUJPOJOUIFWBMWF t /VUTMPDLFEJOIPVTJOH DBOOPUHFUMPTU
0OMZJOwBOEw8BZWFSTJPOT
Technical Specification
T50
Operation:
2-Way
Optional:
Design 80 A: 80: -T: Flowrate 1”: 1 1/2” - 2”:
3-Way Right angle: 1 1/2” - 2” Straight: 1, 1 1/2”, 2” Throttle 0.01 - 6m3 / hour 1 - 40m3 / hour
Max. Pressure: Max. Temperature: Housing Material: Seals: Steel Components:
24VAC-DC (agricultural sloenoid) Other voltages 10 Bar 60oC (at decreasing max. pressure) Glass-fibre Reinforced Polyamide EPDM and NR INOX
DOROT PLASTIC VALVES
T EC HNIC AL VALVES
801, 80¾ IRRIGATION VALVES
T51
DOROT PLASTIC VALVES
T EC HNIC AL VALVES
80 SERIES 1½” AND 2” SPECIFICATION Solenoid Valve (2-way model) 3 Position Manual Override (2-way model)
Flow Control Stem (optional) Labyrinth Restrictor (2-way model)
Diaphragm Support Rings
Diaphragm & Plug Trim
Integral SST Filter
It is recommended to avoid pressure losses across the valve exceeding 0.5 bar.
t
t 5IFBJSQSFTTVSFGPSBJSDPOUSPMMFEPQFSBUJPONVTUOPUFYDFFEUIFQJQFQSFTTVSFCZNPSFUIBO 0.5 to 1 bar when the valves are closed. The air used must be free from lubricants.
t
T52
5IF%PSPUWBMWFTDBOCFJOTUBMMFEJOBOZSFRVJSFEQPTJUJPOUIPVHIAVQSJHIUAPSAWFSUJDBMXJUI solenoid up‘ installation is preferable in order to allow air to escape and to prevent accumulation of dirt behind the solenoid core.
*GUIFSFJTBDIBODFPGGSPTU UIFXBUFSNVTUCFESBJOFEGSPNUIFWBMWFT BOETPMFOPJET
DOROT PLASTIC VALVES
DOROT 95 / 96 PVC VALVES
The 95/96 series is generally supplied as a basic valve with a 3-way industrial solenoid, which can be used for the construction of manual control devices, pilots, floats etc. and for (hydraulic) remote control. A PR-pilot (29-100) can be used as a throttle and for automatic pressure regulation. The Dorot-95-PVC valve is supplied with 3” female thread, the 96-series with a glued connection. (90 or 110 mm).
Technical Specification Diameter 95:
3” (Female threaded)
Diameter 96: Optional: Control Signal: Optional:
90 - 110mm 160mm 24V DC/AC (50/60Hz); 230V Air-controlled (max. 1.6mm solenoid nozzle) Manual As a Float Valve As a Control Valve with Pilot Soft Membrane (low-pressure app.)
Max. Pressure: Min. Pressure: Max. Temperature: Weight: Housing Material: Membrane: Spring:
T EC HNIC AL VALVES
The Dorot-95/96 series consists of U-PVC valves which are suitable for high flow rates and/or low resistances. They are resistant to fertilisers and have a free passage (and therefore a high flow rate and/or low resistance). The membrane minimises the risk of water shock and allows for accurate regulation. Special, soft membranes are available for applications with minimal pressure downstream of the valve and minimal working pressure (0.5 bar).
8 Bar (at 20oC 1 Bar (0.5-1 Bar soft membrane rec.) 40oC (at decreasing max. pressure) 4.2Kg uPVC NR INOX 302
The Dorot-95/96 series can be installed in any required position though ‘upright‘ or ‘vertical with solenoid up‘ is preferable in order to allow air to escape and to prevent accumulation of dirt behind the solenoid core. t 5IFBJSQSFTTVSFGPSBJSDPOUSPMMFEPQFSBUJPONVTUOPUFYDFFEUIFQJQFQSFTTVSFCZNPSFUIBOCBSXIFOUIFWBMWFTBSF closed. The air used must be free from lubricants. t 'PSDPNQBSBUJWFMZMPXnPXSBUFT VQUPBQQSPYNI
UIFTPMFOPJEWFOUDBOCFDPOOFDUFEUPUIFEPXOTUSFBNQMVHPS the valve, which will substantially shorten the closing time, though there may be some effect on the resistance. t *GUIFSFJTBDIBODFPGGSPTU UIFXBUFSNVTUCFESBJOFEGSPNUIFWBMWFT BOETPMFOPJET
T53
DOROT SPARES
T EC HNIC AL VALVES
DOROT SOLENOIDS
Dorot supplies a complete range of agricultural and industrial solenoids for 2-way and 3-way valves. The economical, low capacity 2-way solenoids are mounted directly on 2-way valves. Industrial 24V or 230V 2-way solenoids are optionally available (G80, standard on Dorot-80 valves). 3-way solenoids can be directly mounted on Dorot 3-way valves or on their own sub-base on basic valves. When mounted directly, the valve is always NC (Normally Closed). When mounted on a basic valve, a NO (Normally Open) or NC solenoid can be used to make the valve NC or NO respectively. NO valves (with NC solenoid) are used if the valves are normally open and will only close upon a pilot signal being given. A special 2.5 W 3-way solenoid (with special operator and core) is available for applications in which the solenoid is energised for a long time. The components of a 3-way solenoid are partly interchangeable (see table). Standard solenoids are supplied with a 1.6 mm nozzle in the operator for the 75 series, and with a 2.4 mm nozzle for the PVC series. Other applications are possible (see table). All industrial solenoids are fitted with an INOX operator (core armature).
Technical Specification 2-Way Agicultural: %PSPU4PMFOPJE Optional: (Gem Solenoid)
T54
24VAC 50Hz (2.2 W) 7%$ 8 7QVMTF -BUDICBUUFSZ 1MFBTFOPUFUIBUBTFQBSBUFNBOVBMDPOUSPMEFWJDFJTSFRVJSFE
7"$)[ 8
24VAC 50/60Hz (2.5W) 7%$ 8 8
4UBOEBSEVOUJMBQQSPY4VNNFS
Optional:
-BSHFSOP[[MFEJBNFUFST NN
Solenoids for special applications
Connections: Optional:
1 x 1/8” (female thread) and 2 x 1/4” (female thread) 3 x 1/8” (female thread)
DOROT SPARES
DOROT SPARE PILOT
T EC HNIC AL VALVES
Ó£ää
29-100 PILOT VALVE (BLACK, 3-WAY)
USED FOR: 13&4463&3&%6$*/(7"-7&4 PR 4*;&4
ADJUSTMENT RANGE RANGE
(3&&/
N QTJ
:&--08
3&%
N QTJ N QTJ
SPRING NO. 45"/%"3%
COLOR
COMPONENTS
."9-*/&13&4463&N QTJ
SPECIFICATIONS COMPONENT NO.
MATERIAL
#3"44 1-"45*$ /*53*-&36##&3 445 445 /"563"-36##&3 1-"45*$ /"563"-36##&3
ADJUSTING BOLT -
O-RING
LOCKING NUT -
SEALING DISC KIT -
SPRING IDENTIFICATION RING
PORTS SELECTION BODY -
BONNET -
PLUG SEAT -
BONNET NUT -
PLUG -
SPRING DISC -
BODY -
SPRING -
BRACKET
DIAPHRAGM ASSEMBLY -
BRACKET
DIAPHRAGM BOWL -
""-
T55
DOROT METAL VALVES
T EC HNIC AL VALVES
44 SERIES
Hydraulic Performance mm 20 3/ inch 4 3 m /hr 6 Max. Flow Continuance gpm 26.4 m3/hr 16 Max. Flow Intermittent gpm 72 m3/hr Minimal Flow gpm Kv m3/hr @ 1 bar 17 Cv gpm @ 1 psi 20 Kv* m3/hr @ 1 bar - Cv* gpm @ 1 psi - Valve Size
* High pressure models T56
25 1 10 44 27 120
40 11/2 25 110 68 300
50 2 40 176 109 480
65 21/2 40 176 109 480
80 323 40 176 109 480
80LF 3 90 396 245 1080
100 4 100 440 273 1200
150 6 350 1540 955 4200
17 20 - -
64 75 - -
95 110 78 91
95 110 - -
95 110 - -
170 200 120 140
220 260 200 230
600 700 550 640
DOROT METAL VALVES
w w
w
w
w
w
w
w
w
w
w
w
w
w
w w
QTJ NXD
T EC HNIC AL VALVES
Headloss Chart
NIS
HQN
Cavitation Data QTJCBS
Upstream Pressure
Cavitation zone
Safe zone for Bronze valves
Safe operation zone
CBS QTJ
Downstream Pressure
MODEL
MODEL 44
SIZE
MM
INCH
Inch
mm
L
H
L
H
1 1/2
40
170
93
6 5/8
3 5/8
2
50
188
113
7 3/8
4 1/2
2 1/2
65
219
118
8
4 5/8
323
80
225
126
8 7/8
5
3
80
316
130
15 3/8
51/8
T57
DOROT METAL VALVES
T EC HNIC AL VALVES
BACKFLUSH VALVES
T58
Mode of Operation The black-flushing control valves are activated by system water pressure or by pneumatic pressure source. Operation is initiated by an electric solenoid, hydraulic relay or manually by a 3 way selector. The back-flush valve has a Normally Open (N.O.) filter port and a Normally Closed (N.C.) drain port. Each port has it‘s own sealing seat but they share a common stem activating diaphragm. The valve operates as a mutually integrated unit. When one port is open, the other is closed, by this permitting the back-flush valve to perform it‘s two modes of operation
DOROT METAL VALVES
51/52
INTERNAL PARTS
FILTRATION MODE
FLUSHING MODE
T EC HNIC AL VALVES
MODEL
57/58
T59
BERMAD VALVES
T EC HNIC AL VALVES
FLOW CONTROL VALVES The BERMAD 200 Series plastic control valves range from 3/4” to 2” in size, in either globe or angle pattern. These control valves provide superior hydraulic performance, constituting as they do, the state-of-the -art in hydraulics and in plastic technology.
Features t $POTUSVDUFEPGDPSSPTJPOSFTJTUBOU high engineering plastics, synthetic rubber and stainless steel parts. t 7FSZIJHInPXSBUFXJUIWFSZMPXIFBEMPTT t 0QFSBUJPOPWFSBXJEFSBOHFPGQSFTTVSFT t 4NPPUIWBMWFPQFOJOHBOEDMPTJOHQSFWFOUT pressure surge hazards.
t 4FMGDMFBOJOHPSJmDFPOFMFDUSJDNPEFMTQSPWJEFT reliable valve operation, even with brackish water. t 'MPXDPOUSPMIBOEMFGPSXBUFSnPXBEKVTUNFOU t .BOVBMTPMFOPJEPWFSSJEFGPSPQFOJOHWBMWFTJO case of power failure without external water spill. t )JHIQFSGPSNBODFTPMFOPJEXJUIMPXFMFDUSJDBM power consumption. t 8JEFSBOHFPGNPEFMTPGFMFDUSJDBOEQSFTTVSF regulating control valves.
Technical Specifications Valve Pattern: Sizes: End Connections:
Globe, Angle & Y-pattern (1”) 3/4”, 1”, 11/2” & 2” Female threaded BSP, NPT
Pressure Rating: ISO: PN 10 ANSI: Class 125 Operating Pressure Range: 0.7-10 Bar (10-150 psi) Temperature Range: Water up to 80°C (180°F)
$IMENSIONS AND 7EIGHTS 1BUUFSO £
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NN
NN
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-
T60
(MPCF %/ JODI NN
4J[F
Electrical Data: – Standard: Voltage: Current: – Optional Voltages: Materials: Body & Cover: Metal Parts: Diaphragm: Seals:
24V AC (50-60 Hz) Holding 0.20A, Inrush 0.40A 6V DC, 12V DC, 24V DC, 12V AC, 24V AC Nylon Reinforced Stainless Steel Natural Rubber Buna-N & NR
BERMAD VALVES
Flow Chart
T EC HNIC AL VALVES
Hydraulic/Electric Control Valve Assembly
T61
BERMAD VALVES
T EC HNIC AL VALVES
100 SERIES t %VSBCMFJOEVTUSJBMHSBEFWBMWFEFTJHOBOE construction uses glass-filled Nylon material to meet rough service conditions. t 6MUSBIJHInPXDBQBDJUZXJUIBNJOJNBM pressure loss. t 7BMWFEFTJHOGPSTFSWJDFPOBXJEFSBOHFPGQSFTTVSF and flow conditions, from dripping to maximum flow conditions. t 4JNQMFEFTJHOXJUIGFXQBSUTHVBSBOUFFTJOMJOF inspection and service. t 1PTJUJWFHVJEFEWBMWFQMVHQSPWJEFTBDDVSBUF motion and smooth regulation. Avoids chattering and slamming closed. t 7FSTBUJMFFOEDPOOFDUJPOBMMPXTNJYPGEJõFSFOU sizes and connection types. Female thread, Flanged or PVC ‘Slip-on‘ Glue or Grooved adapter (as add-on option). t "SUJDVMBUFEnBOHFDPOOFDUJPOTJTPMBUFTUIFWBMWF from line bending and pressure stresses.
ELECTRIC VALVE, MODEL 1102WN “Look-through design” Straight through flow results in ultra-high flow capacity with minimum pressure loss.
T62
BERMAD VALVES
T EC HNIC AL VALVES
Technical Specifications
Materials
Sizes: Ends Connections: Pressure Ratings: Working Pressure Range: Temperature:
Body, Cover, Valve Plug: Diaphragm:
2”, 3”, 4” (DN 50, 80, 100) NPT ; BSPT female threads ISO PN 10 ; 150 PSI ; JIS 10K 0.5-10bar ; 7-150 psi Water up to 80°C ; 180°F
Seals: Spring: Cover Bolts:
Glass Filled Nylon NBR [Buna–N], Nylon Fabric Reinforced NBR [Buna–N] Stainless Steel Stainless Steel
T63
T EC HNIC AL VALVES NOTES
T64
TECHNICAL LANDSCAPE & SPORTS
MP ROTATOR
.0%&-4 .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT BEKVTUBCMFGSPNUP .1 UPNSBEJVT .1-$4 -FGUDPSOFSTUSJQUPN .13$4 3JHIUDPSOFSTUSJQUPN .144 4JEFTUSJQUPN .1$03/&3 UPNSBEJVT BEKVTUBCMFGSPNUP
Operating Specifications Flow Rate: Radius: Rec. Pressure Range: Precipitation Rates:
0.61 to 9.73 l/min 3.1 to 9.1 m 1.75 to 3.75 Bar; 175 to 375 kPa 10 mm/hr approx.
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T66
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TECHNIC AL L ANDSC APE & SPOR T S
MP ROTATORS
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MP ROTATOR
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MP 3500 - NEW
Provisional Flow Rate Data
90o
Colour
Radius M
Flow LPH
Flow LPM
1.75
10.0
236.2
3.9
9.4
10.7
2.00
10.3
256.7
4.3
9.7
10.9
2.40
10.3
274.8
4.6
10.2
11.9
2.75
10.6
290.7
4.8
10.2
11.7
3.10
10.6
313.4
5.2
10.9
12.7
3.45
10.6
324.8
5.4
11.4
13.2
3.75
10.6
340.7
5.7
11.9
13.7
1.75
10.0
501.9
8.4
9.9
11.4
10.3
508.8
8.5
9.4
10.9
10.3
601.9
10.0
11.2
13.0
10.6
649.6
10.8
11.4
13.2
10.6
704.1
11.7
12.4
14.2
10.6
729.1
12.2
12.7
14.7
10.6
745.0
12.4
13.2
15.2
1.75
10.0
588.3
9.8
9.9
11.4
2.00
10.3
645.0
10.8
10.4
11.9
2.40
10.3
699.5
11.7
11.2
13.0
2.75
10.6
747.2
12.5
11.2
13.0
3.10
10.6
804.0
13.4
12.2
14.0
3.45
10.6
853.2
14.2
13.0
15.0
3.75
10.6
894.9
14.9
13.5
15.5
Brown = 90o to 210o
Pressure Bars
2.00 2.40
180o
2.75 3.10 3.45 3.75
210o
Precip mm/hr
T EC HNIC AL L ANDSC APE & SPORTS
.1-$4 .13$4 .144
3BEJVTUPN "EKVTUBCMF"SD $PMPS$PEF5VSRVPJTF
$PQQFS
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#SPXO
PROSPRAY
Hunter MP Rotator Performance Chart. 360O @ 2.5bar 2
3
4
5
6
7
8
9
PR mm/hr
PR mm/hr
PR mm/hr
PR mm/hr
PR mm/hr
PR mm/hr
PR mm/hr
PR mm/hr
2m
23.4
3m
20.8
4m
15.6
5m
18.7 28.2
18.7
15.6
28.2
24.1
21.1
18.8
18.8
16.1
14.1
12.5
28.2
12.5
28.2
11.7
21.1
16.9
14.1
12.5
22.5
16.9
13.5
11.3
10.4
18.8
14.1
26.6
28.4
10.6
24.9
22.8
19.9
17.7
15.6
22.1
19
16.6
14.8
24.1
16.1
12.1
28.4
22.8
19
16.3
14.2
12.6
8m
21.1
14.1
10.6
24.9
19.9
16.6
14.2
12.4
11.1
9m
18.8
12.5
17.7
14.8
12.6
11.1
All results are below a suggested 1.4 Scheduled Co-efficiency All precipitation rates are based on 360 degree rotators set at 180 degrees.
MP 1000
MP 3000
MP 2000
No Recommendation
29.5
22.1
6m
22.1
26.6
12.1
7m
29.5
11.3
22.5
10.4
15.6
T67
HUNTER SPRAYS
TECHNIC AL L ANDSC APE & SPOR T S
$0.1"3*40/$)"35 146-53"
130 413":¥
134
134p
5VSGHSBTT
t
t
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t
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t
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p
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PROSPRAY Operating Specifications
Recommended pressure range: 1.0 to 5.0 Bar; 100 to 500 kPa
Factory Installed Options Drain check valve (up to 3 m of elevation) Reclaimed water ID cap
User Installed Options Drain check valve (up to 3 m of elevation; P/N 437400) Reclaimed water ID cap (P/N 458520) Snap-on reclaimed cover (P/N PROSRCCAP) 4 5" /% " 3 % .0 %& - 4 1304 4ISVCBEBQUFS 1304 DN QPQVQ 1304 DN QPQVQ 1304 DN QPQVQ 1304 DN QPQVQ 1304/4* DN QPQVQXJUIOPTJEFJOMFU 1304 DN QPQVQ 1304/4* DN QPQVQXJUIOPTJEFJOMFU
T68
01 5 * 0/4 CMBOL /PPQUJPO $7 'BDUPSZJOTUBMMFEESBJODIFDLWBMWF QPQVQNPEFMTPOMZ
$73 'BDUPSZJOTUBMMFESFDMBJNFECPEZDBQ TISVCNPMEFEJOQVSQMF
DNBOEDNNPEFMTPSEFSFEBT$7XJMM DPNFXJUIOPTJEFJOMFU
HUNTER ROTORS
1(+ 43. 1(1
1(1 6-53"
*
*
*
*
*
*
45 4:45&.
t
t
t
t
t
t
t
t
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t
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t
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t
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t
t
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t
t
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t
t
t
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t
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t
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t
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t
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PGJ ROTORS Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
t
t
t
T EC HNIC AL L ANDSC APE & SPORTS
$0.1"3*40/ $)"35
4.3 to 11.6 m 0.13 to 1.23 m3/hr; 2.2 to 20.5 l/min 1.7 to 3.8 Bar; 170 to 380 kPa 1.4 to 6.9 Bar; 140 to 690 kPa 15 mm/hr approx. 14 Degrees approx.
1(+/P[[MF1FSGPSNBODF%BUBo.FUSJD /P[[MF
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T69
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
PGP ROTORS Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory: 1(1#MVF4UBOEBSE/P[[MF 1FSGPSNBODF%BUBo.FUSJD0. .OZZLE
T70
6.4 to 15.8 m 0.10 to 3.22m3/hr; 1.7 to 53.7 l/min 1.7 to 4.5 Bar; 170 to 450 kPa 1.4 to 7.0 Bar; 140 to 700 kPa 10 mm/hr approx. Std = 25 Degrees, Low Angle = 13 Degrees
0RESSURE "AR K0A
2ADIUS M
&LOW MHR LMIN
1(1(SBZ-PX"OHMF/P[[MF 1FSGPSNBODF%BUBo.FUSJD0.
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0
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0RECIP MMHR
"LANK NOZZLE PLUG FOR TURNING OFF SELECTED SPRINKLERS DURING REPAIRS MAINTENANCE ETC
/PUF"MMQSFDJQJUBUJPOSBUFTDBMDVMBUFEGPSEFHSFF PQFSBUJPO'PSUIFQSFDJQJUBUJPOSBUFGPSBEFHSFF TQSJOLMFS EJWJEFCZ0QUJNVNOP[[MFQFSGPSNBODF TIPXOJOCPME
HUNTER ROTORS
1(13FE4UBOEBSE/P[[MF 1FSGPSNBODF%BUBo.FUSJD0.
0RESSURE "AR K0A
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T EC HNIC AL L ANDSC APE & SPORTS
.OZZLE
T71
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
PGP ULTRA ROTORS Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
1(16MUSB#MVF4UBOEBSE/P[[MF 1FSGPSNBODF%BUBo.FUSJD 1/
/P[[MF
T72
4.9 to 14.0 m 0.07 to 3.23 m3/hr; 1.7 to 53.8 l/min 1.7 to 4.5 Bar; 170 to 450 kPa 1.4 to 7.0 Bar; 140 to 700 kPa 10 mm/hr approx. Std = 25 Degrees, Low Angle = 13 Degrees
1SFTTVSF #BS L1B
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HUNTER ROTORS
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1SFTTVSF #BS L1B
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43 43 43
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T EC HNIC AL L ANDSC APE & SPORTS
/P[[MF
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43 43 43
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T73
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
I20 ROTORS
Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
*#MVF4UBOEBSE/P[[MF 1FSGPSNBODF%BUBo.FUSJD 1/
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T74
4.9 to 14.0 m 0.07 to 3.23m3/hr; 1.2 to 53.8 l/min 1.7 to 4.5 Bar; 170 to 450 kPa 1.4 to 7.0 Bar; 140 to 700 kPa 10 mm/hr approx. Std = 25 Degrees, Low Angle = 13 Degrees
1SFTTVSF 3BEJVT 'MPX 1SFDJQNNIS #BS L1B N NIS MNJO
HUNTER ROTORS
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43 43 43
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T EC HNIC AL L ANDSC APE & SPORTS
/P[[MF
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43 43 43
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T75
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
I25 ROTORS Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
*)JHI4QFFE/P[[MF1FSGPSNBODF%BUBo.FUSJD
*/P[[MF1FSGPSNBODF%BUBo.FUSJD /P[[MF
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T76
11.9 to 21.6 m 0.82 to 7.24 m3/hr; 13.6 to 120.7 l/min 2.5 to 7.0 Bar; 250 to 700 kPa 2.8 to 6.9 Bar; 280 to 690 kPa 15 mm/hr approx. 25 Degrees
#MBDL
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HUNTER ROTORS
I35 ROTOR
Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
14.0 to 21.6m 1.65 to 7.24m3/hr; 27.5 to 120.7 l/min 2.5 to 7.0 Bar; 250 to 700 kPa 2.5 to 7.0 Bar; 250 to 700 kPa 12 mm/hr approx. 25 Degrees
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T EC HNIC AL L ANDSC APE & SPORTS
Operating Specifications
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T77
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
I40 ROTOR Operating Specifications Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
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T78
13.4 to 23.2m 1.52 to 7.76m3/hr; 25.4 to 129.4 l/min 2.8 to 7.0 Bar; 280 to 700 kPa 2.5 to 7.0 Bar; 250 to 700 kPa 15 mm/hr approx. 25 Degrees
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HUNTER ROTORS
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T EC HNIC AL L ANDSC APE & SPORTS
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T79
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
I60 ROTOR Operating Specifications
Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
14.9 to 20.4m 1.41 to 4.87m3/hr; 23.5 to 81.2 l/min 2.5 to 4.5 Bar; 250 to 450 kPa 2.8 to 7.0 Bar; 280 to 700 kPa 10 mm/hr approx. 25 Degrees
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T80
HUNTER ROTORS
I90 ROTOR
Radius: Flow Rate: Rec. Pressure Range: Operating Pressure Range: Precipitation Rates: Nozzle Trajectory:
18.9 to 30.8m 4.97 to 18.58m3/hr; 82.8 to 309.6 l/min 4.0 to 7.5 Bar; 400 to 750 kPa 3.5 to 8.0 Bar; 350 to 800 kPa 19 mm/hr approx. 22.5 Degrees
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T EC HNIC AL L ANDSC APE & SPORTS
Operating Specifications
T81
HUNTER ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
ST SYSTEM Operating Specifications ST-90 & STG-900 Radius: Flow Rate: Operating Pressure Range: Precipitation Rates: User Installed Options:
31.4 to 35.1m 16.9 to 18.1m3/hr; 282 to 301 l/min 6.9 to 8.3 Bar; 689 to 827 kPa 35 mm/hr approx. (ST-90, STG900) Rubber Cover Kit ST-90 (P/N 234200) Rubber Cover Kit STG-900 (P/N 473900)
ST-1600 & STG-1600BR Radius: Flow Rate: Operating Pressure Range: Precipitation Rates:
32.5 to 48.7m 21.8 to 65.0m3/hr; 354 to 1,084 l/min 4.0 to 8.0 Bar; 400 to 800 kPa 60 mm/hr approx.
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T82
HUNTER GOLF ROTORS
B SERIES
G70B
Radius: Flow Rate: Operating Pressure Range:
16.2 to 22.9 m 2.95 to 7.66 m3/hr, 49.2 to 127.6 l/min 3.4 to 6.9 Bar; 344 to 689 kPa
G75B
Radius: Flow Rate: Operating Pressure Range:
14.3 to 21.6 m 1.75 to 7.34 m3/hr, 29.1 to 122.3 l/min 2.8 to 6.9 Bar; 275 to 689 kPa
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T EC HNIC AL L ANDSC APE & SPORTS
Operating Specifications
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T83
HUNTER GOLF ROTORS
TECHNIC AL L ANDSC APE & SPOR T S
G800 SERIES Operating Specifications G870
Radius: Flow Rate: Operating Pressure Range:
G875
Radius: Flow Rate: Operating Pressure Range:
17.4 to 21.6 m 3.04 to 7.34 m3/hr, 50.7 to 122.3 l/min 3.4 to 6.9 Bar; 344 to 689 kPa
G880
Radius: Flow Rate: Operating Pressure Range:
20.4 to 26.8 m 5.11 to 13.15 m3/hr, 85.2 to 219.2 l/min 4.5 to 6.9 Bar; 450 to 689 kPa
* All models pressure rated at 150 psi (10 bars; 1,000 kPa)
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T84
16.2 to 22.9 m 2.95 to 7.66 m3/hr, 49.2 to 127.6 l/min 3.4 to 6.9 Bar; 344 to 689 kPa
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HUNTER GOLF ROTORS
G900 SERIES
G990
Radius: Flow Rate: Operating Pressure Range:
23.2 to 29.9 m 7.81 to 16.79 m3/hr, 130.2 to 297.7 l/min 5.5 to 8.3 Bar; 551 to 827 kPa
G995
Radius: Flow Rate: Operating Pressure Range:
20.7 m to 28.0 m 8.06 to 17.04 m3/hr, 134.4 to 283.9 l/min 5.5 to 8.3 Bar; 551 to 827 kPa
* All models pressure rated at 150 psi (10 bars; 1,000 kPa)
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T EC HNIC AL L ANDSC APE & SPORTS
Operating Specifications
T85
TECHNIC AL L ANDSC APE & SPOR T S HUNTER CONTROLLERS
T86
HUNTER CONTROLLERS
ADVANCED FEATURES
Cycle and Soak Water-saving feature that allows the operator to specify a maximum run time for each single station, followed by a minimum soak time, to prevent runoff from slopes or saturated soil. The operator can enter any run time, and the controller will automatically divide it into cycles to allow the water to be absorbed during the soak periods. The feature is adjustable by individual station for unique soil and site conditions. ICC , I-CORE, ACC Delay Between Stations A delay in watering between individual stations as the controller steps sequentially through zones of irrigation. The delay may range from a few seconds, to permit slow-closing valves time to shut down, or much longer to allow pressure tanks, etc., to refill or recharge. X-CORE, PCC, PRO-C, ICC, I-CORE, ACC Seasonal Adjustment This feature allows for quick adjustments to irrigation run times through a percentage scale. During peak season, set the seasonal adjust to 100%. If weather conditions require less water, enter the appropriate percentage value (i.e. 50%) to cut down irrigation run times without the need to adjust each station in the program. Hunter offers three different ways to use Seasonal Adjustment to reduce water usage: Globally: Provides a seasonal adjustment value to all controller programs (available on most Hunter controllers) Monthly: Allows user to program seasonal adjustment values for each month of the year (available on I-Core controller). The controller will automatically change the programmed seasonal adjustment value at the first day of every month. Daily (Solar Sync ET sensor): Implements an automatic daily adjustment based on measured local weather (available for most Hunter controllers) X-CORE, PCC, PRO-C, ICC, I-CORE, ACC, XC HYBRID, ECO LOGIC Easy RetrieveTM A manual back-up utility that stores a complete controller’s schedule and setup information in back-up memory. This allows the saved watering schedule to be restored at any time. This can be used to set a controller back to the initial settings after tampering or at the beginning of a new season. X-CORE, PCC, PRO-C, I-CORE, ACC, XC HYBRID Event day off programming Day(s) of the week can be programmed Off in advance, so that irrigation does not occur regardless of program interval schedules. For example, if the gardener mows the lawn on Saturday, the Event Day Off feature allows Saturday to be programmed Off, so that watering will not occur. PCC, PRO-C, I-CORE
No water window User-specified periods of time during which the controller will not allow automatic irrigation. No Water Window can be used to comply with local watering restrictions or to prevent conflicts with pedestrian traffic. This setting does not affect manual watering options for local maintenance. I-CORE, ACC Programmable rain delay A user-specified number of days for the controller to remain in Off mode, but then automatically revert to automatic irrigation. This will prevent watering during an extended period of inclement weather, but will resume watering automatically without requiring a return visit to the controller. The controller displays the number of days remaining before watering resumes. X-CORE, PCC, PRO-C, ICC, I-CORE, ACC, XC HYBRID, ECO LOGIC Quick CheckTM This feature allows for the quick diagnosis of wiring problems to valves in the field instead of checking each field wiring circuit for potential problems. Quick Check can detect a field wiring short and displays an “ERR” and station number on the display. X-CORE, PCC, PRO-C, ICC, I-CORE, ACC, ECO LOGIC Real Time Flow Monitoring This feature permits connection of a flow meter to recognize high or low flow conditions and react automatically to alarms. The controller learns typical flows for each zone of irrigation and then monitors performance during automatic irrigation. When incorrect flows are detected, the controller can identify the faulty station and shut it down. Used with a normally-closed Master Valve. Alarm parameters are user-programmable. Flow totals are also recorded in controller memory to verify system water usage. I-CORE, ACC
T EC HNIC AL L ANDSC APE & SPORTS
Automatic Short Circuit Protection Automatic short circuit protection, found in all Hunter AC powered controllers, automatically detects electrical faults typically caused by wiring issues or damage. Shorted stations are skipped, allowing watering to continue for those stations that are not faulty. No fuses to blow or internal circuit breakers to trip that can result in completely disabling irrigation. X-CORE, PCC, PRO-C, ICC, I-CORE, ACC, ECO LOGIC
Sens or Programmability The ability to specify which program or stations will be shut down in response to a specific sensor alarm. This allows stations or programs unaffected by the sensor to continue automatic operations. X-CORE, PCC, PRO-C, I-CORE, ACC, XC HYBRID Simultaneous Station Groups The ability to group stations into larger irrigation units that run together within automatic programs. This permits consolidation of large systems into fewer items to program and can be used to control system flow in high capacity installations. ACC Total Run Time Calculator This feature adds up all run times, and calculates the total duration of a program or to instantly display the full length of an irrigation cycle. This information can be used to determine the time of day at which watering will end. PCC, PRO-C, I-CORE, ACC Non-volatile memory This feature offers protection against unreliable power, retaining current time, day, and program data. X-CORE, PCC, PRO-C, ICC, I-CORE, ACC, XC HYBRID, ECO LOGIC
T87
HUNTER CONTROLLERS
TECHNIC AL L ANDSC APE & SPOR T S
XC HYBRID CONTROLLER BATTERY POWERED 4, 6, 8, 10, 12 STATIONS Electrical Specifications Operates DC latching solenoids only Pump/Master Valve Sensor Inputs: 1 Operating temperature: -18oC to 66oC Uses 6 AA batteries (plastic model) Uses 6 C batteries (stainless model) Optional: 24 VAC input transformer: 230/240 VAC plug in transformer (European P/N 545700) DC latching solenoids (P/N 458200) Pole mount for stainless steel model
XCORE CONTROLLER 2, 4, 6, 8 STATIONS Electrical Specifications Transformer Input:
120 VAC or 230/240 VAC (international model) 1A 0.56 A 0.28 A
Transformer Output (24 VAC): Station Output (24 VAC): P/MV Output (24 VAC): Simultaneous Station Operation (Includes Master Valve): 3 valves Pump/Master Valve Sensor Inputs: 1 Operating Temperature: -18oC to 66oC
PCC CONTROLLER 6, 9, 12, 15 STATIONS FIXED Electrical Specifications Transformer Input:
120 VAC or 230/240 VAC (international model) 1A 0.56 A 0.28 A
Transformer Output (24 VAC): Station Output (24 VAC): P/MV Output (24 VAC): Simultaneous Station Operation (Includes Master Valve): 3 valves Pump/Master Valve Sensor Inputs: 1 Operating Temperature: -18oC to 66oC
T88
RUN SYSTEM OFF
MANUAL- ONE STATION
SENSOR BYPASS
CURRENT TIME/DAY ACTIVE
START TIMES
RUN TIMES
SEASONAL ADJUSTMENT
WATER DAYS
HUNTER CONTROLLERS
PROC CONTROLLER 3 TO 15 STATIONS MODULAR
Transformer Input:
120 VAC or 230/240 VAC (international model) 1A 0.56 A 0.28 A
Transformer Output (24 VAC): Station Output (24 VAC): P/MV Output (24 VAC): Simultaneous Station Operation (Includes Master Valve): 3 valves Pump/Master Valve Sensor Inputs: 1 Operating Temperature: -18oC to 66oC
ICORE CONTROLLER 6 TO 42 STATIONS Electrical Specifications Transformer Input: 120/240 VAC, 50/60 Hz Transformer Output (24 VAC): 1.4 A Dual Voltage Transformer (120/240 VAC) Station Output (24 VAC): 0.56 A P/MV Output (24 VAC): 0.28 A Simultaneous Station Operation (includes master valve): 5 Valves Pump/Master Valve Sensor Inputs: Plastic: 2 Sensor Inputs: Metal: 3 Operating Temperature: -18oC to 66oC Factory Installed Smart-Port
T EC HNIC AL L ANDSC APE & SPORTS
Electrical Specifications
T89
HUNTER CONTROLLERS
TECHNIC AL L ANDSC APE & SPOR T S
ICORE / DUAL CONTROLLER
Use Dual to convert the I-Core to a cutting edge two-wire controller.
4HE $5!, $ECODER -ODULE EASILY PLUGS INTO THE ) #ORE CONTROLLER CONVERTING IT TO WIRE DECODER CONTROL 5P TO TWO WIRE PATHS CAN BE WIRED TO THE CONTROLLER ALLOWING MAXIMUM DESIGN FLEXIBILITY #AN OPERATE UP TO STATIONS ON A SINGLE TWO WIRE PATH 2EDUCES MATERIAL AND LABOR COST TO INSTALL A SYSTEM $5!, $ECODERS CAN BE WIRED ANYWHERE ALONG THE WIRE PATH AND CAN OPERATE OR VALVES UP TO M FROM THE DECODER
Module and Decoder Features Decoder Station Sizes: Max Distance to Decoder: Max Recommended Distance Decoder to Solenoid:
T90
1, 2 2.0 mm2 (14 AWG) Wire Path: 1500 m 3.3 mm2 (12 AWG) Wire Path: 2300 m 30 m
HUNTER CONTROLLERS
ACC CONTROLLER 12 TO 42 STATIONS MODULAR
T EC HNIC AL L ANDSC APE & SPORTS
Electrical Specifications Transformer input: 120/240 VAC, 50/60 Hz Transformer output (24 VAC): 4.0 A Dual Voltage Transformer (120/240 VAC) Station Output (24 VAC): 0.56 A P/MV Output (24 VAC): 0.32 A Pump/Master Valve: 2, Normally Closed Sensor Inputs: 4 Operating Temperature: -18oC to 66oC
ACC99D CONTROLLER 1 TO 99 STATIONS This decoder version of the powerful ACC offers complete two -wire comand.
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Decoder Specifications Decoder station sizes available: Max. distance to decoder: Max. recommended distance, decoder to solenoid:
1 to 99 2.0 mm2 (14 AWG) wire path: 3000 m 3.3 mm2 (12 AWG) wire path: 4500 m 45 m
NODE 1, 2, 4, 6 STATIONS FIXED Electrical Specifications Sensor Inputs: 1 Power Source: 9-volt battery Operates DC latching solenoids only (P/N 458200) Operating Temperature: -18oC to 66oC
T91
TECHNIC AL L ANDSC APE & SPOR T S
HUNTER CONTROLLERS
ICDHP DECODER PROGRAMMER Features t 8BUFSQSPPGQSPHSBNNJOHDVQ t $PNNVOJDBUFTXJUIEFDPEFSUISPVHIQMBTUJD case — wireless electro-magnetic induction saves waterproof connectors t $PNQBUJCMFXJUI)VOUFS*$%PS%6"- series decoders t 64#QPXFSFEGPSTIPQPSPöDFVTF Y"" batteries for field use t "MMUFTUMFBETBOEDBCMFTJODMVEFEJOEVSBCMF foampadded carrying case t 5VSOEFDPEFSTUBUJPOTPOBOEWJFXTPMFOPJETUBUVT current in milliamps, and more t 1SPHSBNPSSFQSPHSBNEFDPEFSTUBUJPOT XIFUIFS new or installed t 1SPHSBNBOZTUBUJPOOVNCFSTJOBOZPSEFS PSTLJQ stations for future expansion t 4JNQMJmFTTFUVQBOEEJBHOPTUJDTGPS sensor decoders t 4FOTPSUFTUGVODUJPOTGPS$MJLBOE'MPXTFOTPST QMVT built-in multimeter t #BDLMJUBEKVTUBCMFEJTQMBZ t JOUFSOBUJPOBMPQFSBUJOHMBOHVBHFT t 8BSSBOUZQFSJPEZFBST
REMOTE ROAM Electrical Specifications Simultaneous station operation: Up to 4 Sensor inputs: 1 Power source: 4 x AAA battery Operates DC latching solenoids only (P/N 458200) Operating temperature: -18oC to 66oC Frequency of operation: 900 MHz ISM band No FCC license required
T92
Electrical Specifications Power Inputs: Communications:
4 x AA batteries, or standard USB connector (included) Wireless induction, range 25 mm
Fused test leads for unpowered decoder functions
HUNTER VALVES
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T EC HNIC AL L ANDSC APE & SPORTS
437
0.04 to 6.8 m3/hr; 0.7 to 114 l/min 1.5 to 10 Bar; 150 to 1000 Kpa
Factory Installed Options Valve without solenoid DC latching solenoid
User Installed Options Solenoid conduit cover (P/N 464322) DC latching solenoid (P/N 458200) Reclaimed water ID (P/N 269205) ACCU-SYNC Compatible
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T93
HUNTER VALVES
TECHNIC AL L ANDSC APE & SPOR T S
PGV Operating Specifications (PGV-100 & 101) 1” Flow Rate: Rec. Pressure Range:
Operating Specifications (PGV-151 & 201) 1 ½” Flow Rate: 5 to 27 m3/hr; 75 to 450 l/min 2” Flow Rate: 5 to 34 m3/hr; 75 to 570 l/min Rec. Pressure Range: 1.5 to 10 Bar; 150 to 1000 Kpa ACCU-SYNC Compatible
1(71SFTTVSF-PTTJOL1B
1(71SFTTVSF-PTTJO#BS NIS
T94
0.05 to 7 m3/hr; 0.7 to 115 l/min 1.5 to 10 Bar; 150 to 1000 Kpa
NN NN NN NN NN NN (MPCF "OHMF (MPCF "OHMF (MPCF "OHMF
MNJO
NN NN NN NN NN NN (MPCF "OHMF (MPCF "OHMF (MPCF "OHMF
HUNTER VALVES
ICV
T EC HNIC AL L ANDSC APE & SPORTS
Operating Specifications 1” Flow Rate: 0.06 to 9 m3/hr; 0.4 to 150 l/min 1 ½” Flow Rate: 17 to 31 m3/hr; 75 to 510 l/min 2” Flow Rate: 9 to 34 m3/hr; 150 to 560 l/min 3” Flow Rate: 34 to 68 m3/hr; 560 to 1135 l/min Rec. Pressure Range: 1.5 to 15 Bar; 150 to 1500 Kpa ACCU-SYNC Compatible *$71SFTTVSF-PTTJOL1B
*$71SFTTVSF-PTTJO#BS
NN MNJO NN NN NN (MPCF "OHMF
NN NIS NN NN NN (MPCF "OHMF
$IBSUTCBTFEPOGVMMPQFOnPXDPOUSPMQPTJUJPO
ACCUSYNC Operating Specifications Regulation from 1.5 to 7 Bar; 150 to 700 kPa (20 to 100 PSI) Static Pressure: 10 Bar; 1000 kPa (150 PSI) Required dynamic pressure differential: 1 Bar; 100 kPa (15PSI) Works with AC and DC latching solenoids Works with any Hunter valve AS-ADJ: (1.5 to 7 Bar) Height with solenoid: Length:
8.2 cm 2.65 cm
"DDV4ZOD7BMWF3FDPNNFOEFE 'MPX3BOHFT 7BMWF
'MPXMNJO
437
UP
'MPXNIS
UP
1(7 1(7 1(7
UP UP UP
UP UP UP
*$7 *$7 *$7 *$7 *#7
UP UP UP UP UP
UP UP UP UP UP
*#7 *#7 *#7
UP UP UP
UP UP UP
T95
NETAFIM LANDSCAPE
TECHNIC AL L ANDSC APE & SPOR T S
LANDLINE TM 8 Specifications t t t t t t
%SJQQFSnPXSBUFTMI OPNJOBMnPXSBUFBUCBSQSFTTVSF
6TFT-BOEMJOFTM 8 mm fittings .BYJNVNPQFSBUJPOQSFTTVSFCBS 3FDPNNFOEFEmMUSBUJPONFTI %SJQQFSMJOF0% PVUTJEFEJBNFUFS NN %SJQQFSMJOF*% JOTJEFEJBNFUFS NN
-BOEMJOFt%SJQQFSTUFDIOJDBMEBUB /0.*/"'-08 3"5& -I
."9803,*/( 13&4463& CBS
'*-53"5*0/ "3&"
8"5&31"44"(&%*.&/4*0/4 ..
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L
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/PNJOBMGMPXSBUFBUCBS
-BOEMJOFt'MPXMJUFSIPVSQFSN %3*11&3441"$*/( .
%3*11&3'-083"5& -)
'-083"5& -)
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T96
$0*- -&/(5) .
%*45"/$& #&58&&/%3*11&34 .FUFS
$0*- 8&*()5 LH
UP
NETAFIM LANDSCAPE
TECHNET TM
t 1SFTTVSFDPNQFOTBUJOHSBOHFCBS (according to flow rate mode). t "OUJ4JQIPONFDIBOJTN t 3FDPNNFOEFEmMUSBUJPOBDDPSEJOHUPESJQQFSTnPXSBUF t 5VSCP/FUTM labyrinth with large water passage. t *OKFDUFEESJQQFS WFSZMPX$7 t *OKFDUFETJMJDPOEJBQISBHN t 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFE in agriculture t 5FDIOFU"4TM AS drippers meet ISO 9261 Standards with production certified by the Israel Standards Institute (SII)
5FDI/FUNNt%SJQQFSTUFDIOJDBMEBUB '-083"5& -)
803,*/( 13&4463& 3"/(& CBS
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9
T EC HNIC AL L ANDSC APE & SPORTS
Specifications
8JUIJOXPSLJOHQSFTTVSFSBOHF
5FDI/FUNNt.BYMBUFSBMMFOHUIt*%NNt*OMFUQSFTTVSFCBS 41"$*/(#&58&&/%3*11&34 .
%3*11&3 '-083"5& MI
$BMDVMBUFEPOBQMBJOBSFB.JOJNVNQSFTTVSFDPOTJEFSFECBS'PSNPSFJOGPSNBUJPO QMFBTFDPOUBDU/FUBmNUFDIOJDBMTVQQPSU
5FDI/FUNNt%SJQQFSMJOFUFDIOJDBMEBUB .0%&-
*/4*%& ..
8"--5)*$,/&44 ..
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5IFNBYJNVNXPSLJOHQSFTTVSFJTEFGJOFECZUIFESJQQFS OPUCZUIFXBMMUIJDLOFTT
T97
NETAFIM LANDSCAPE
TECHNIC AL L ANDSC APE & SPOR T S
TECHLINE TM AS Specifications t 1SFTTVSFDPNQFOTBUJOHSBOHFCBS t "OUJ4JQIPONFDIBOJTN t -BSHFTUmMUFSJOFBDIESJQQFS3FDPNNFOEFEmMUSBUJPO according to drippers flow rate t %PVCMF5VSCP/FUTM labyrinth with large water passage. t 5PCFAXFMEFEJOUPUIJDLXBMMFEESJQQFSMJOFT (0.9, 1.0 and 1.2 mm). t *OKFDUFEESJQQFS WFSZMPX$7 t *OKFDUFETJMJDPOEJBQISBHN t 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFE in agriculture t 5FDIMJOFTM drippers meet ISO 9261 Standards with production certified by the Israel Standards Institute (SII)
"/5*4*1)0/.&$)"/*4. 5IFBOUJTJQIPONFDIBOJTNCMPDLT DPOUBNJOBOUTGSPNCFJOHESBXOJOUPUIF ESJQQFSGSPNPVUTJEF NBLJOHJUUIFJEFBM ESJQQFSMJOFGPSTVCTVSGBDFJOTUBMMBUJPOT
&91-0%&% 7*&80' 5&$)-*/&"4%3*11&3 3BJTFEPVUMFU XJUISPPUCBSSJFS
%SJQQFSDPWFS &EHFJT XFMEFEUPUIF ESJQQFSXBMM 8BUFSnPXTUISPVHIUIF UVCJOHBOEFOUFSTUIFESJQQFS UISPVHIUIFJOMFUmMUFS5IFmMUFSCMPDLT EJSUBOEEFCSJTGSPNFOUFSJOH FOTVSJOHPOMZ DMFBOXBUFSFOUFSTUIFESJQQFSMJOF
%JBQISBHN
'MPXQBUI 'JMUSBUJPOTVSGBDF OPUTIPXO PO CPUUPNTJEFPGESJQQFS
5FDIMJOF"4t%SJQQFSTUFDIOJDBMEBUB '-083"5& -)
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9
8JUIJOXPSLJOHQSFTTVSFSBOHF
5FDIMJOF"4t.BYMBUFSBMMFOHUIt*%t*OMFUQSFTTVSFCBS 41"$*/( #&58&&/ %3*11&34 .
%3*11&3 '-083"5& -)
$BMDVMBUFEPOBQMBJOBSFB.JOJNVNQSFTTVSFDPOTJEFSFECBS'PSNPSFJOGPSNBUJPO QMFBTFDPOUBDU/FUBmNUFDIOJDBMTVQQPSU
5FDIMJOF"4t%SJQQFSMJOFUFDIOJDBMEBUB
T98
.0%&-
*/4*%& ..
8"--5)*$,/&44 ..
0654*%& ..
."9803,*/(13&4463& #"3
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NETAFIM LANDSCAPE
TECHLINE TM CV 16MM
t %SJQQFSTQBDJOHT N (Other dripper spacing available upon request) t 1SFTTVSFDPNQFOTBUJOHSBOHFCBS t "OUJESBJONFDIBOJTN t 4IVUPõQSFTTVSFCBS t "OUJ4JQIPONFDIBOJTN t .BYJNVNTZTUFNQSFTTVSFCBS t 3FDPNNFOEFEmMUSBUJPONFTI t %SJQQFSMJOF0% PVUTJEFEJBNFUFS NN t %SJQQFSMJOF*% JOTJEFEJBNFUFS NN t $PJMMFOHUI N
$)&$,7"-7& "/5*%3"*/ .&$)"/*4.
"/5*4*1)0/.&$)"/*4.
$IFDL7BMWFBOUJESBJO $7 TZTUFNGPS FGmDJFOUQVMTFJSSJHBUJPO QSFWFOUTXBUFS ESBJOJOHBOE FMJNJOBUFTOFFEGPSSFmMM
5IFBOUJTJQIPONFDIBOJTNCMPDLT DPOUBNJOBOUTGSPNCFJOHESBXOJOUPUIF ESJQQFSGSPNPVUTJEF NBLJOHJUUIFJEFBM ESJQQFSMJOFGPSTVCTVSGBDFJOTUBMMBUJPOT
T EC HNIC AL L ANDSC APE & SPORTS
Specifications
&91-0%&% 7*&80' 5&$)-*/&$7%3*11&3 3BJTFEPVUMFU XJUISPPUCBSSJFS
%SJQQFSDPWFS &EHFJT XFMEFEUPUIF ESJQQFSXBMM 8BUFSnPXTUISPVHIUIF UVCJOHBOEFOUFSTUIFESJQQFS UISPVHIUIFJOMFUmMUFS5IFmMUFSCMPDLT EJSUBOEEFCSJTGSPNFOUFSJOH FOTVSJOHPOMZ DMFBOXBUFSFOUFSTUIFESJQQFSMJOF
%JBQISBHN
'MPXQBUI 'JMUSBUJPOTVSGBDF OPUTIPXO PO CPUUPNTJEFPGESJQQFS
5FDIMJOF$7t%SJQQFSTUFDIOJDBMEBUB '-083"5& -)
803,*/( 13&4463& 3"/(& #"3
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8JUIJOXPSLJOHQSFTTVSFSBOHF
5FDIMJOF$7t.BYMBUFSBMMFOHUIt*%t*OMFUQSFTTVSFCBS 41"$*/( #&58&&/ %3*11&34 .
%3*11&3 '-083"5& -)
$BMDVMBUFEPOBQMBJOBSFB.JOJNVNQSFTTVSFDPOTJEFSFECBS'PSNPSFJOGPSNBUJPO QMFBTFDPOUBDU/FUBmNUFDIOJDBMTVQQPSU
5FDIMJOF$7t%SJQQFSMJOFUFDIOJDBMEBUB .0%&-
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0654*%& ..
."9803,*/(13&4463& #"3
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T99
NETAFIM LANDSCAPE
TECHNIC AL L ANDSC APE & SPOR T S
PRESSURE INDICATOR The Pressure Indicator is suitable for Techline or Landline drip systems. The indicator allows for a quick visual check whether the system is in operation (i.e. pressurised). The indicator, in the form of a yellow flag, will be fully up if the pressure is approx. 0.5 bar.
Specifications Working Pressure: Max. Working Pressure: Material: Connection:
0.5 to 4 bar 4 bar PP 5mm collar/branch
NETAFIM AQUAPRO The AquaPro is a combined electric valve and irrigation controller, which is ideally suitable for direct connection to the outside tap or for extension of an existing system. Battery-operated, no 220V connection required. 3 Programming options are available: t 1PODFEBJMZBUUIFTBNFUJNF FWFSZEBZ t 1PODFEBJMZ POTFMFDUFEEBZT t 1TUBSUJOHUJNFTEBJMZ POTFMFDUFEEBZT The irrigation cycle is adjustable from 1 minute to 11 hours and 59 minutes. The AquaPro is only available in a DC operated version with a 1” connection. Also allows for manual control.
Specifications Battery: t Y7BMLBMJOF JODMVEFE SFQMBDFBCMF
t YMJUIJVN7 JODMVEFE CVJMUJO
t $POUSPMMFSCPEZ"#4 t 4UBOEBSE$& *1 t -BSHFEJTQMBZ-$%4J[F9NN t 7PMUBHFPVUQVU7%$ t 1VMTFXJEUINTFD t $BQBDJUZǃ' t $PNQBUJCMFXJUI"RVBOFU%$ ¾”, 1”, 1½”, 2”) and Aquative solenoids
T100
DC Valve: t 4J[F¾” or 1”. t 'MPXSBOHFMI (1. t 1SFTTVSFSBOHFCBS 14* t 5ISFBE#41PS/15 t #PEZSFJOGPSDFEOZMPO t )ZESBVMJDUISFFXBZDPOUSPMPQFOBVUPDMPTFE t 'MPXSFHVMBUPSJODMVEFE t 8FUQBSU&1%.EJBQISBHN OPNFUBMQBSUT t $BCMFNCFUXFFODPOUSPMMFSBOEWBMWF t .BYJNVNFYUFOTJPOCFUXFFOWBMWFBOEDPOUSPMMFS when using 1.0 mm Ø cable: 100 m (330 feet).
DURA & LASCO
SWING JOINTS
/PUF"MM4XJOH+PJOUTBSFQSFTTVSFSBUFEBUQTJ Gray colour on some swing joints does not necessarily indicate Schedule 80 pressure rating. Be sure the units you specify and use bear a 315 psi. rating)
T EC HNIC AL L ANDSC APE & SPORTS
t 3BUFEBUQTJ t .BYJNVNXPSLJOHQSFTTVSFBU¡'XIFOUFTUFEJO accordance with ASTM D3139, including internal hydrostatic pressure at 787psi. for 60 minutes and short-term pressure of 1008 psi. without leakage or failure. t .PVMEFEPGSJHJEQPMZWJOZMDIMPSJEF 17$ 5ZQF $FMM classification 12454-B per ASTM specification D 1784, with NPT threads and pipe sockets per ASTM D 2464 and D2466, respectively. t +PJOUTTFBMFEXJUIB#VOBSVCCFSSJOH JOTUBMMFE pre-compressed in a sealing groove free of parting lines to prevent leakage. t .PEJmFETUVC"$.&UISFBETIBWFTQFDJBMFOHJOFFSFE (S.E.) diameters and clearances to allow full circle ¡ NPWFNFOUBOEUPSFEVDFTUSFTTDPODFOUSBUJPOT and joint fracture at thread roots.
T101
TECHNIC AL L ANDSC APE & SPOR T S NOTES
T102
T E C H N I C A L F I LT R AT I O N
AMIAD PLASTIC FILTERS
T EC HNIC AL FILT R AT ION
AMIAD PLASTIC FILTERS
General With our various filter elements Amiad all purpose plastic filters are made for wide range of filtering applications and filtration degrees and are easy to install and maintain. They are constructed from high quality engineeringplastic materials for providing excellent mechanical strength, durability and in some of the models even corrosion and chemical resistance. Amiad plastic filters need no tools for dismantling or for extracting the filter element from the filter housing for rinsing; also visually monitoring the status of the filter element without disrupting the water flow is easily done with Amiad’s innovative clogging indicator connected to the filter’s pressure check points. Amiad plastic filters can be upgraded to semi-automatic operation by adding one of Amiad’s exclusive Turboclean, Brushaway or Scanaway assemblies.
Filter Elements Amiad supplies various filter elements for its plastic filters line in order to cover wide range of flow rates, filtration degrees and applications.
Screen Elements: (1) These screen elements are constructed of molded plastic ribs that support a stainless steel weave-wire or weaved nylon screen for filtration degrees of 800 to 22 micron.
Perforated Stainless Steel Elements: (2) Suitable for coarse filtration (straining) between 3,500 and 800 micron. (3)
Disc Elements: (3) The disc elements are made to provide high retention of organic substances and are constructed from plastic discs that are stacked onto a telescopic core. The discs are grooved on both sides and intersected to form the filtration element when compressed on the telescopic core.
(1)
(2)
The effective filtration area is comprised of both the outside surface and the channels formed by the intersected grooves. Suspended organic particles adhere to the grooved surface adding depth to the filtration process. Cleaning the disc element is made simple by the unique design of the telescopic core which allows the discs to separate during the cleaning process while maintaining perfect sealing when the element is in the filter housing.
104
AMIAD PLASTIC FILTERS Filtration Degrees Available
T EC HNIC AL FILT R AT ION
The following table lists the various filter elements of Amiad’s Plastic Filters line and the optional filtration degrees for each filter element. For ease of operation and maintenance the various filtration degrees are color coded, please consult your dealer for the most suitable filter element for your application’s requirements.
w
14*
#"3
.©) 64(1.
Screen
w$PNQBDU
w
14*
#"3
.©) 64(1.
Screen
w w$PNQBDUXPWBMWF
14*
#"3
.©)
%JN*ONN JODI "QQSPYMFOHUISFRVJSFEGPSNBJOUFOBODF
64(1.
Screen
T105
AMIAD PLASTIC FILTERS
T EC HNIC AL FILT R AT ION
5FDIOJDBM4QFDJmDBUJPOT 'JMUFS5ZQF
£w
w$PNQBDU
(FOFSBM%BUB .BYJNVNnPXSBUF
N I 64HQN
N I 64HQN
*OMFU0VUMFUEJBNFUFS
£w NN
w NN
4UBOEBSEmMUSBUJPOEFHSFFT
NJDSPO
.BYXPSLJOHQSFTTVSF
CBS QTJ
8PSLJOHUFNQFSBUVSFSBOHF 8FJHIU FNQUZ
¡$ ¡'
4DSFFO LH MC
4DSFFO LH MC
$POTVMUBNJBEGPSPQUJNVNnPXEFQFOEJOHPOmMUSBUJPOEFHSFFXBUFSRVBMJUZ $IFNJDBMSFTJTUBOUmMUFSTBSFSBUFEUPCBS 'JMUFS5ZQF
£w
w$PNQBDU
4DSFFO%BUB
'JMUFSBSFB
4DSFFO DN¤ JO¤
4DSFFOUZQFT 'JMUFS5ZQF
4DSFFO DN¤ JO¤
/ZMPO4DSFFO 8FBWF8JSF4DSFFO £wBOEw
£wBOEw$IFNJDBMSFTJTUBOU
$POTUSVDUJPO.BUFSJBMT 'JMUFSIPVTJOH
1PMZBDFUBM
1PMZQSPQZMFOF
'JMUFS-JE
1PMZBDFUBM
1PMZQSPQZMFOF
)PVTJOHTFBM 4DSFFO
/#3
7JUPOPS/#3
$POTUSVDUJPO 1PMZQSPQZMFOF .FTI 4U4UPS1PMZFTUFS 4FBMT /#3
$POTUSVDUJPO 1PMZQSPQZMFOF .FTI 4U4UPS1PMZFTUFS 4FBMT 7JUPOPS/#3
"NJBEPõFSTBWBSJFUZPGDPOTUSVDUJPONBUFSJBMT$POTVMUVTGPSTQFDJmDBUJPOT
T106
AMIAD PLASTIC FILTERS
w4VQFS
1SFTTVSF-PTT(SBQIT
14* #"3
.©) 64(1.
Discs Screen
w$PNQBDU
#"3
14*
T EC HNIC AL FILT R AT ION
.©) 64(1.
Discs Screen
w4VQFS
#"3
14*
.©)
%JN*ONN JODI "QQSPYMFOHUISFRVJSFEGPSNBJOUFOBODF
64(1.
Discs Screen
T107
AMIAD PLASTIC FILTERS
T EC HNIC AL FILT R AT ION
5FDIOJDBM4QFDJmDBUJPOT 'JMUFS5ZQF
w4VQFS
w$PNQBDU
w4VQFS
.BYJNVNnPXSBUF
N I 64HQN
N I 64HQN
N I 64HQN
*OMFU0VUMFUEJBNFUFS
w NN
w NN
w NN
4UBOEBSEmMUSBUJPOEFHSFFT
NJDSPO
(FOFSBM%BUB
.BYXPSLJOHQSFTTVSF
CBS QTJ
8PSLJOHUFNQFSBUVSFSBOHF 8FJHIU FNQUZ
¡$ ¡'
4DSFFO LH MC
%JTDT LH MC
4DSFFO LH MC
%JTDT LH MC
4DSFFO LH MC
%JTDT LH MC
$POTVMU"NJBEGPSPQUJNVNnPXEFQFOEJOHPOmMUSBUJPOEFHSFFXBUFSRVBMJUZ
'JMUFS5ZQF
w4VQFS
w$PNQBDU
w4VQFS
'JMUFS&MFNFOU%BUB 'JMUFSBSFB
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
/ZMPO4DSFFO 8FBWF8JSF4DSFFO 1FSGPSBUFE4DSFFO %JTD&MFNFOU
'JMUFS&MFNFOUUZQF $POTUSVDUJPO.BUFSJBMT
T108
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
'JMUFSIPVTJOH
1PMZBDFUBM
'JMUFS-JE
1PMZBDFUBM
)PVTJOHTFBM
/#3
4DSFFO
$POTUSVDUJPO 1PMZQSPQZMFOF.FTI 4U4UPS1PMZFTUFS4FBMT /#3
%JTDT
$POTUSVDUJPO 1PMZQSPQZMFOF(SPPWFEEJTDT 1PMZQSPQZMFOF4FBMT /#3
AMIAD PLASTIC FILTERS
w5
1SFTTVSF-PTT(SBQIT
14*
#"3
.©) 64(1.
%JTDT 4DSFFO
T EC HNIC AL FILT R AT ION
w54VQFS
14*
#"3
.©) 64(1.
%JTDT 4DSFFO
%JN*ONN JODI "QQSPYMFOHUISFRVJSFEGPSNBJOUFOBODF
T109
AMIAD PLASTIC FILTERS
1SFTTVSF-PTT(SBQIT
w5
#"3
14*
T EC HNIC AL FILT R AT ION
.©) 64(1.
%JTDT 4DSFFO
w-54
14*
#"3
.©) 64(1.
Discs Screen
5FDIOJDBM4QFDJmDBUJPOT 'JMUFS5ZQF
w5
w54
w5
w-54
(FOFSBM%BUB .BYJNVNnPXSBUF
N I 64HQN
N I 64HQN
N I 64HQN
N©I 64HQN
*OMFU0VUMFUEJBNFUFS
w NN
w NN
w NN
w NN
4UBOEBSEmMUSBUJPOEFHSFFT
NJDSPO
.BYXPSLJOHQSFTTVSF
CBS QTJ
.BYXPSLJOHUFNQFSBUVSF 8FJHIU FNQUZ
T110
¡$ ¡'
4DSFFO LH MC
%JTDT LH MC
4DSFFO LH MC
%JTDT LH MC
4DSFFO LH MC
%JTDT LH MC
4DSFFO LH MC
%JTDT LH MC
AMIAD PLASTIC FILTERS
&OHJOFFSJOH%BUB w5
w54
w5
w-54
'JMUFS&MFNFOU%BUB 'JMUFSBSFB 'JMUFS&MFNFOUUZQF
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
4DSFFO DN¤ JO¤
%JTDT DN¤ JO¤
/ZMPO4DSFFO 8FBWF8JSF4DSFFO 1FSGPSBUFE4DSFFO %JTD&MFNFOU
$POTUSVDUJPO.BUFSJBMT 'JMUFSIPVTJOH
1PMZBNJEF (MBTT'JCFST
1PMZBDFUBM
'JMUFS-JE
1PMZBNJEF (MBTT'JCFST
1PMZBDFUBM
5JHIUFOJOHOVU
1PMZBNJEF (MBTT'JCFST
1PMZBDFUBM
$MBNQ
/"
)PVTJOHTFBM
4U4U /#3
4DSFFO
$POTUSVDUJPO 1PMZQSPQZMFOF (MBTT'JCFST.FTI 4U4U4FBMT /#3
%JTDT
$POTUSVDUJPO 1PMZQSPQZMFOF(SPPWFEEJTDT QPMZFUIZMFOF4FBMT /#3
"NJBEPõFSTBWBSJFUZPGDPOTUSVDUJPONBUFSJBMT$POTVMUVTGPSTQFDJmDBUJPOT
T EC HNIC AL FILT R AT ION
'JMUFS5ZQF
T111
AMIAD TAGLINE FILTERS
T EC HNIC AL FILT R AT ION
AMIAD TAGLINE FILTERS
General With their Screen and Disc elements Amiad TAGLINE filters are made for wide range of irrigation applications. The TAGLINE filters are available in various filtration degrees for covering the needs of modern irrigation systems. TAGLINE filters are made from high quality engineering-plastic for excellent mechanical strength, durability and ease of installation. Amiad’s TAGLINE filters are easy to maintain; no tools are needed for extracting the filter element from the filter housing for rinsing.
Filter Elements For covering a wide range of flow rates, various filtration degrees and a variety of irrigation applications, Amiad supplies two optional filter elements for its TAGLINE series:
Screen Elements: (1) The screen elements are constructed of molded plastic ribs that support a stainless steel weave-wire or weaved nylon mesh for filtration degrees of 80 to 300 micron. The direction of flow in the screen elements is from the inside out. Suspended solids accumulate on the inner side of the screen and the screen can be easily extracted from the filter housing for manual rinsing. The screen elements are designed for creating very low head loss, retention of organic substances and are especially suitable for separating inorganic particles. The screen cylinder incorporates two O-rings to ensure perfect sealing inside the filter housing.
Disc Elements: (2)
(1) (2)
The disc elements are made to provide high retention of organic substances and are constructed from plastic discs that are stacked onto a telescopic core. The discs are grooved on both sides and intersected to form the filtration element when compressed on the telescopic core. The direction of flow in these elements is from the Outside In along the element, therefore the effective filtration area is comprised of both the outside surface and the channels formed by the intersected grooves. Suspended organic particles adhere to the grooved surface adding depth to the filtration process. Cleaning the disc element is made simple by the unique design of the telescopic core which allows the discs to separate during the cleaning process while maintaining perfect sealing when the element is in the filter housing. The disc element incorporates two O-rings to ensure perfect sealing inside the filter housing.
T112
AMIAD TAGLINE FILTERS
£w
1SFTTVSF-PTT(SBQIT 14*
#"3
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T113
AMIAD TAGLINE FILTERS
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T114
AMIAD TAGLINE FILTERS
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T115
AMIAD TAGLINE FILTERS
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T116
AMIAD STEEL FILTERS
AMIAD STEEL FILTERS
With their various filter elements, Amiad’s all purpose steel filters are made for wide range of filtering applications and filtration degrees and are easy to install and maintain. They are made of carbon steel with high quality polyester coating along with stainless steel housings that are also available. Amiad steel filters need no tools for dismantling or for extracting the filter element from the filter housing for rinsing, also visually monitoring the status of the filter element without disrupting the water flow is easily done with Amiad’s innovative clogging indicator connected to the filter’s pressure check points. Amiad steel filters can be upgraded to semi-automatic operation by adding one of Amiad’s exclusive Turboclean, Brushaway or Scanaway assemblies.
Filter Elements Amiad supplies various filter elements for its steel filters in order to cover wide range of flow rates, multiple filtration degrees and applications:
Stainless steel Screen elements: (1) These screen elements are constructed of molded plastic ribs that support a stainless steel weave-wire screen for filtration degrees of 50 to 800 micron.
T EC HNIC AL FILT R AT ION
General
Perforated stainless steel elements: (2) Suitable for coarse filtration (straining) between 800 and 3,500 micron The direction of flow in these screen elements is from the inside out along the element, therefore the suspended solids accumulate on the inside surface of the screen while the O-rings incorporated to the cylinder ends provide perfect sealing of the element inside the filter housing. (1)
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Filtration Degrees Available The following table lists the various filter elements of Amiad’s Steel Filters line and the optional filtration degrees for each filter element. For ease of operation and maintenance the various filtration degrees are color coded, please consult your dealer for the most suitable filter element for your application’s requirements. $PMPS
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AMIAD STEEL FILTERS
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T119
AMIAD SEMIAUTOMATIC FILTERS
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AMIAD SEMIAUTOMATIC FILTERS General Amiad’s exclusive Semi-Automatic assemblies provide a quick and efficient way for cleaning manual filters. Amiad’s Scanaway and Brushaway are add-on assemblies built for upgrading Amiad’s steel and plastic filters to semi-automatic operation by adding simple turn-of-a-handle cleaning mechanism to the filter’s screen. Upgrading a manual filter to semi-automatic operation eliminates the need for turning-off the water and extracting the filter screen for rinsing, with the semi-automatic assembly the process flow is not interrupted during operation. Amiad’s semi-automatic assemblies are fitted with a Clogging Indicator for visually monitoring the status of the filter element without disrupting the water flow. A red button pops-up from the indicator when the differential pressure across the screen reaches 0.5 bar. Amiad’s semi-automatic assemblies are available for all Amiad manual filters from 2” to 14”.
How the “Scanaway” Assembly Works The Scanaway assembly consists of a suction-scanner, a hollow pipe with suction nozzles, that is facing the inner side of the screen. Outside the filter a handle is connected to the “suction” scanner, allowing turning the scanner in a spiral movement so it rotates inside the screen surface without touching the screen mesh. Opening the exhaust valve at the filter lid creates low pressure conditions in the suction scanner, which cause the scanner nozzles to suck-in the dirt particles from the screen surface and expel the dislodged particles out through the exhaust valve. Scanning is done during the filtration process without having to stop the flow of process water through the filter.
How the “Brushaway” Assembly Works The Brushaway assembly consists of nylon brushes fitted on a frame and inserted into the filter screen. A simple handle, outside the filter, allows brushing away particles from the inner screen surface and expel them out from the filter through the exhaust valve.Brushing is done during the filtering process without having to stop the flow of process water through the filter.
How the “Clogging Indicator” Works
T120
The Clogging Indicator is a special feature mounted on the filter pressure check points and acts like a “traffic light”. When the pressure differential across the screen reaches a pre-set value of 0.5 bar the red button of the Clogging Indicator pops-up to visually indicate that the filter needs cleaning.
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T121
AMIAD MEDIA FILTERS
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AMIAD MEDIA FILTERS How the MEDIA Filters Work General With its MEDIA filters line Amiad provides a complete solution for depth filtration requirements. Amiad’s MEDIA filter-vessels are high quality corrosion resisting, polyester coated steel tanks. These modular vessels are Phosphate pre-treated, tested for pressure of 10 bars and are available in wide range of types and sizes for flexibility and custom designed applications. Amiad MEDIA vessels are designed for perfect water distribution during filtering and backwashing, providing high filtration efficiency. In addition to the high quality vessels, Amiad’s MEDIA filters line consists of the necessary accessories for constructing a fully operational filtration application, a complete line of manifolds, standard connectors, valves, granular media types and control systems. Amiad’s MEDIA filters use various granular bed-types for perfect matching with the raw water type and the filtration degree required. In addition to other bed-types these may include various grades of sand, gravel, active carbon, anthracite and basalt. Multi-layer bed-types may also be supplied according to the design requirements of the customer application. Amiad provides excellent design & service capabilities for helping our customers to acquire the best solution for their custom designed manual or automatic backwash system, complete with manifolds, valves and control requirements. A typical depth filtration installation is assembled from several media vessels connected together to form a filtration battery. The number of the vessels, the diameter of the manifolds and the size & number of the valves depend on the required flow-rate, raw water quality and the required filtration degree of the system. Please consult your Amiad dealer for the best design. Amiad’s on-the-shelf standard vessels support flow-rates of 6-110 m3/h (26-484 US gpm) per unit, with various filtration degrees and vessel’s inlet/outlet connections of 2”-4” in diameter. Other sizes are available upon request.
The Filtering Process Filtering with media filters, also known as depth filtration, is done by filtering water through a thick layer of graded particles, the filter-bed. These particles can be sand, gravel or other granular materials. The filtration degree depends on the effective size of the bedding and the water velocity through the filter. Raw water enters from the filter inlet (1) and percolates through the filter-bed (2). Suspended materials that come into contact with the media particles adsorped on it. Clean water flows through the filtration nozzles (3) and out of the filter via the outlet valve (4). The gradual dirt buildup in the filter-bed causes an increase in the pressure differential across the filter and when it reaches its maximum designed value, a cleaning process should be performed. In automatic media filter installations a pressure differential switch senses the pressure differential and when it reaches a pre-set value, the self cleaning process begins.
T122
AMIAD MEDIA FILTERS The Cleaning Process
In automatic media filters installations the cleaning process is done by the system’s controller. When the pressure differential switch senses that the differential pressure across the system reached a pre-set value, a signal is sent to the flushing controller and the self cleaning process begins.
The Control System Amiad supplies several control systems for its MEDIA filters such as Electrical Control Boards, Programmable Logic Controllers (PLCs) and Amiad’s proprietary AC/DC Flushing Controllers for supporting any size of media filters installation, starting at a single vessel and ending at very large filtration batteries. Amiad control systems starts the self-cleaning cycle under any one of the following conditions: 1. Receiving a signal from the Pressure Differential Switch 2. Time interval parameter set at the control system 3. Manual Start
T EC HNIC AL FILT R AT ION
Cleaning is done by backwashing; pressurized water flows in reverse direction – from the nozzles upwards, causing suspension of the filter-bed, thus releasing the suspended matter from the bedding. The dirt particles are then washed out of the filter through the back-flush valve.
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T123
AMIAD MEDIA FILTERS
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T125
AMIAD SAF FILTERS
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AMIAD SAF FILTERS How the SAF Filters Work General The Amiad SAF Series are sophisticated, yet easy-to-operate, automatic filters, with a self-cleaning mechanism driven by an electric motor. The “SAF” filters support flow-rates of up to 400 m3/h (1760 gpm), with various screens designed to cover a range of 800-10 micron filtration degree, and are available in inlet/outlet diameters of 2”-10”.
The Filtering Process Raw water enters the filter inlet (1) through the coarse screen (2) which protects the cleaning mechanism from large debris. The water passes through the fine screen (3), trapping dirt particles which accumulate inside the filter. Clean water flows through the filter outlet (4). The gradual dirt buildup on the inner screen surface causes a filter cake to develop, with a corresponding increase in the pressure differential across the screen. A pressure differential switch senses the pressure differential and when it reaches a pre-set value, the cleaning process begins.
The Self-Cleaning Process Cleaning of the filter is carried out by the suction scanner (5) which spirals across the screen; the open exhaust valve creates a high velocity suction stream at the nozzles tip which “vacuums” the filter cake from the screen. During the self-cleaning process, which takes between 20 to 40 seconds, filtered water continues to flow downstream.
The Control System Two types of control boards are available for the SAF filters: PLC or Electro-Mechanical Relay and Timer. The self-cleaning cycle begins under any one of the following conditions: 1. Receiving a signal from the Pressure Differential Switch (6) 2. Time interval parameter set at the control board 3. Manual Start The control board also provides: t 0QUJPOBMDPOUJOVPVTnVTIPQFSBUJPONPEF t 'MVTIDZDMFTDPVOUFS t "MBSNPSBOBMUFSOBUJWFSFBDUJPOBUNBMGVODUJPONPEF PQFOBCZQBTT TIVUPõBQVNQ FUD
“SAF’ Models Amiad’s “SAF” product-line consists of the following models: SAF-1500 for up to 80 m3/h (350 gpm) SAF-3000 for up to 150 m3/h (660 gpm) SAF-4500 for up to 250 m3/h (1100 gpm) SAF-6000 for up to 400 m3/h (1,760 gpm)
T126
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T127
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General Amiad’s TAF Series consists of easy-to-operate 2” and 3” automatic filters constructed of high quality plastic and driven by electrical or electronic self-cleaning mechanism. The various types of TAF screens designed to cover a range of 500-10 micron filtration degree and flow rates of up to 50 m3/h (220 US gpm).
The Filtering Process The water enters the inner area of the screen-cylinder (1) through the Inlet Pipe (2) and flows throughout the screen-mesh to the filter’s Outlet Pipe (3). The dirt particles are trapped on the inner screen surface and “filtration cake” that causes a differential pressure across the screen.
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The Self-Cleaning Process During the self-cleaning process, while filtered water continues to flow, the mMUFST&YIBVTU7BMWF(4) is opened and the Drive Unit (5) spirals the Suction Scanner (6) back and forth. The spiral rotation of the suction scanner nozzles across the inner surface of the screen “vacuums” the filtration cake out the exhaust valve.
The Control System The control system consists of: Amiad Electronic Flushing Controller (7), BXBZ4PMFOPJE7BMWF(8) that controls the filter’s exhaust valve and a Pressure Differential Switch (9) that senses the pressure differential across the screen and sends a signal to the controller when it reaches a pre-set value (usually 0.5 bar/7 psi). The controller begins a self-cleaning cycle under any of the following conditions: 1. Receiving a signal from the Pressure Differential Switch 2. Time interval parameter set at the controller by the user 3. Manual Start function at the controller’s keyboard
“TAF’ Models Amiad’s “TAF” product-line consists of electric filters with 7"$ESJWFVOJU t w5"'GPSnPXSBUFTPGVQUPNI 64HQN
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AMIAD FILTOMAT FILTERS
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AMIAD FILTOMAT FILTERS How the FILTOMAT M100 Filters Work General The Amiad FILTOMAT M100 Series are mid range automatic filters, ideal for remote installation sites, with a water-driven self-cleaning mechanism that doesn’t require external power source to operate. With their various screen areas the M100 models support flow-rates of up to 400 m3/h (1760 US gpm), with filtration degrees of 500 down to 80 micron and inlet/outlet diameters from 2”-10”.
The Filtering Process The filtration process begins when raw water flows through the filter inlet (1) into the coarse screen (2). Here, the water is pre-filtered in order to protect the cleaning mechanism from large debris. The water then passes through the inner surface of the fine screen; dirt particles are trapped and accumulate inside the filter while clean water flows through the filter outlet. The gradual dirt buildup on the inner screen surface causes a filter cake to develop, with a corresponding increase in the pressure differential across the screen.
The Self-Cleaning Process When the pressure differential across the screen reaches a pre-set level of 0.5 bar, the M100 filter’s rinse controller (3) starts the cleaning process by opening the internal flush valve (4). This results in the release of a back-flush stream, flowing through the nozzles (5) out of the hollow Suction Scanner Shaft (6) and the Turbine (7) to the Drainage pipe (8).
M100 Models Amiad’s “FILTOMAT M100 SERIES” consists of the following models: M100-750 for up to 40 m3/h (176 US gpm) M100-1500 for up to 80 m3/h (352 US gpm) M100-4500 for up to 180 m3/h (793 US gpm) M100-6800 for up to 400 m3/h (1760 US gpm)
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TECHNICAL SPRINKLERS
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T146
Product
Code
Dimensions
Pack Size
'JFME4UBOE "DDFTTPSJFT
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T E C H N I C A L D R I P I R R I G AT I O N
NETAFIM DRIP
TEC HNIC AL DR IP IR R IGAT ION
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T148
NETAFIM DRIP
DRIPPERLINE & FITTING SELECTION THICKWALL
T EC HNIC AL D R IP IR R IGAT ION
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T149
NETAFIM DRIPPERLINE
TEC HNIC AL DR IP IR R IGAT ION
UNIRAM 20 CNL
Specifications: t t t t t t t t t
1SFTTVSFDPNQFOTBUJOHSBOHFCBS "OUJ4JQIPOBOE"OUJ%SBJONFDIBOJTN -BSHFTUmMUFSJOFBDIESJQQFS3FDPNNFOEFEmMUSBUJPONJDSPO %PVCMF5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF 5PCFiXFMEFEwJOUPUIJDLXBMMFEESJQQFSMJOFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM 6OJ3BN5.ESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPODFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t t t t
1SFTTVSFDPNQFOTBUFE1SFDJTFBOEFRVBMBNPVOUTPGXBUFSBSFEFMJWFSFEPWFSBCSPBEQSFTTVSFSBOHFVOJGPSNJUZ PGXBUFSBOEOVUSJFOUEJTUSJCVUJPOBMPOHUIFMBUFSBMT "OUJ4JQIPONFDIBOJTN1SFWFOUTDPOUBNJOBOUTGSPNCFJOHESBXOJOUPUIFESJQQFS "OUJESBJO $/- TZTUFN&MJNJOBUFTESBJOBHFBOESFmMMFõFDU BOEJNQSPWFTFöDJFODZJOQVMTFJSSJHBUJPO $POUJOVPVTMZTFMGnVTIJOH'MVTIFTEFCSJTBTJUJTEFUFDUFE UISPVHIPVUPQFSBUJPO OPUKVTUBUUIFCFHJOOJOHPSFOEPG BDZDMF FOTVSJOHVOJOUFSSVQUFEESJQQFSPQFSBUJPO 4FMGnVTIJOHTZTUFNXJUIXJEFmMUSBUJPOBSFBJNQSPWFTSFTJTUBODFUPDMPHHJOHUIVTNBLJOH6OJ3BN5.IJHIMZSFTJTUBOU XIFOVTJOHMPXRVBMJUZXBUFS 1IZTJDBMSPPUCBSSJFS#FUUFSQSPUFDUJPOBHBJOTUSPPUJOUSVTJPOXJUIPVUSFMJBODFPODIFNJDBMT 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 8JEFTUXBUFSQBTTBHFTXJUIJOUIFESJQQFS 5IFXBUFSJTESBXOJOUPUIFESJQQFSGSPNUIFTUSFBNDFOUFS QSFWFOUJOHUIFFOUSBODFPGTFEJNFOUTJOUPUIFESJQQFST
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T151
NETAFIM DRIPPERLINE
TEC HNIC AL DR IP IR R IGAT ION
UNIRAM RC 16010
Specifications: t t t t t t t t
1SFTTVSFDPNQFOTBUJOHSBOHFCBS -BSHFTUmMUFSJOFBDIESJQQFS3FDPNNFOEFEmMUSBUJPOBDDPSEJOH UPESJQQFSTnPXSBUF %PVCMF5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF 5PCFiXFMEFEwJOUPUIJDLXBMMFEESJQQFSMJOFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM 6OJ3BN5.ESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPODFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t t
1SFTTVSFDPNQFOTBUFE1SFDJTFBOEFRVBMBNPVOUTPGXBUFSBSFEFMJWFSFEPWFSBCSPBEQSFTTVSFSBOHFVOJGPSNJUZPG XBUFSBOEOVUSJFOUEJTUSJCVUJPOBMPOHUIFMBUFSBMT $POUJOVPVTMZTFMGnVTIJOH'MVTIFTEFCSJTBTJUJTEFUFDUFE UISPVHIPVUPQFSBUJPO OPUKVTUBUUIFCFHJOOJOHPSFOEPG BDZDMF FOTVSJOHVOJOUFSSVQUFEESJQQFSPQFSBUJPO 4FMGnVTIJOHTZTUFNXJUIXJEFmMUSBUJPOBSFBJNQSPWFTSFTJTUBODFUPDMPHHJOHUIVTNBLJOH6OJ3BN5.IJHIMZSFTJTUBOU XIFOVTJOHMPXRVBMJUZXBUFS 1IZTJDBMSPPUCBSSJFS#FUUFSQSPUFDUJPOBHBJOTUSPPUJOUSVTJPOXJUIPVUSFMJBODFPODIFNJDBMT 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 8JEFTUXBUFSQBTTBHFTXJUIJOUIFESJQQFS 5IFXBUFSJTESBXOJOUPUIFESJQQFSGSPNUIFTUSFBNDFOUFS QSFWFOUJOHUIFFOUSBODFPGTFEJNFOUTJOUPUIFESJQQFST %3*11&34 5&$)/*$"-%"5" '-083"5&
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NETAFIM DRIPPERLINE
DRIPNET PC 16010
t t t t t t t t
1SFTTVSFDPNQFOTBUJOHSBOHFCBS BDDPSEJOHUPnPXSBUFNPEFM 3FDPNNFOEFEmMUSBUJPOBDDPSEJOHUPESJQQFSTnPXSBUF 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF 5PCFiXFMEFEwJOUPUIJDLXBMMFEESJQQFSMJOFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM %SJQ/FU1$5.ESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPODFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t
1SFTTVSFDPNQFOTBUFE1SFDJTFBOEFRVBMBNPVOUTPGXBUFSBSFEFMJWFSFEPWFSBCSPBEQSFTTVSFSBOHFVOJGPSNJUZ PGXBUFSBOEOVUSJFOUEJTUSJCVUJPOBMPOHUIFMBUFSBMT $POUJOVPVTMZTFMGnVTIJOH'MVTIFTEFCSJTBTJUJTEFUFDUFE UISPVHIPVUPQFSBUJPO OPUKVTUBUUIFCFHJOOJOHPSFOEPG BDZDMF FOTVSJOHVOJOUFSSVQUFEESJQQFSPQFSBUJPO 4FMGnVTIJOHTZTUFNXJUIXJEFmMUSBUJPOBSFBJNQSPWFTSFTJTUBODFUPDMPHHJOH 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 8JEFTUXBUFSQBTTBHFTXJUIJOUIFESJQQFS 5IFXBUFSJTESBXOJOUPUIFESJQQFSGSPNUIFTUSFBNDFOUFS QSFWFOUJOHUIFFOUSBODFPGTFEJNFOUTJOUPUIFESJQQFST
T EC HNIC AL D R IP IR R IGAT ION
Specifications:
DRI PPERS TECHNICAL DATA FLOW RATE (L/H.)
WORKI NG PRESSURE RANGE (B AR)
WATER PASSAGES D I MENS I ONS W I DTH-DEPTH-LENGTH (MM.)
FILTRATI ON AREA (MM2)
CONSTANT
EXPONENT *
K
X
RECOMMENDED FILTRATI ON (MICRON)/(MESH)
1.0
0.40 - 3.0
0.61 x 0.60 x 8
39
1.0
0
130/120
1.6
0.40 - 3.0
0.76 x 0.73 x 8
39
1.6
0
200/80
* Within working pressure range
DRIPPERLINES TECHNICAL DATA MODEL
INS IDE DIAMETER (MM.)
WALL THICKNESS (MM.)
OUTSIDE DIAMETER (MM.)
MAX. WORKING PRESSURE (BAR)
MAXIMUM FLUSHING PRESSURE (BAR)
KD
16010
14.2
1.0
16.2
3.0
3.5
0.72
*Maximum working pressure is defined by the dripper and not by the dripperline wall thickness
MAX. LATERAL LENGTH (METER) AT DIFFERENT INLET PRESSURE AND DIFFERENT SLOPES DRIPNET P$t I%..t,Dt'-083ATE 1.0 L/H DISTANCE BETWEEN DRIPPERS (METER) INLET PRESSURE (BAR) UPHILL 2%
FLAT TERRAIN
DOWNHILL 2%
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
1.0
83
111
134
153
169
183
194
205
214
1.5
106
145
178
207
232
253
274
292
308
2.0
122
169
209
244
275
304
330
354
375
2.5
135
188
234
274
311
344
374
403
429 331
1.0
92
130
165
197
226
255
282
307
1.5
114
161
204
243
280
315
349
381
411
2.0
129
183
232
277
320
360
398
434
469
2.5
142
201
255
305
352
396
438
478
517
1.0
102
150
196
242
287
330
374
418
461
1.5
122
177
230
281
331
379
426
473
520
2.0
136
197
255
311
364
417
468
518
567
2.5
148
214
276
336
393
449
502
555
607
Minimum considered pressure 0.4 bar
T153
NETAFIM DRIPPERLINE
TEC HNIC AL DR IP IR R IGAT ION
DRIPNET THINWALL
Specifications: t t t t t t t t
1SFTTVSFDPNQFOTBUJOHSBOHFCBS BDDPSEJOHUPnPXSBUFNPEFMESJQQFSMJOFTXBMMUIJDLOFTT 3FDPNNFOEFEmMUSBUJPOBDDPSEJOHUPESJQQFSTnPXSBUF 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF "XJEFBTTPSUNFOUPGESJQQFSMJOFTXBMMUIJDLOFTTNPEFMT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM %SJQ/FU1$5.ESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPODFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t
1SFTTVSFDPNQFOTBUFE1SFDJTFBOEFRVBMBNPVOUTPGXBUFSBSFEFMJWFSFEPWFSBCSPBEQSFTTVSFSBOHFVOJGPSNJUZPG XBUFSBOEOVUSJFOUEJTUSJCVUJPOBMPOHUIFMBUFSBMT $POUJOVPVTMZTFMGnVTIJOH'MVTIFTEFCSJTBTJUJTEFUFDUFE UISPVHIPVUPQFSBUJPO OPUKVTUBUUIFCFHJOOJOHPSFOEPG BDZDMF FOTVSJOHVOJOUFSSVQUFEESJQQFSPQFSBUJPO 4FMGnVTIJOHTZTUFNXJUIXJEFmMUSBUJPOBSFBJNQSPWFTSFTJTUBODFUPDMPHHJOH 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 8JEFTUXBUFSQBTTBHFTXJUIJOUIFESJQQFS 5IFXBUFSJTESBXOJOUPUIFESJQQFSGSPNUIFTUSFBNDFOUFS QSFWFOUJOHUIFFOUSBODFPGTFEJNFOUTJOUPUIFESJQQFST
DRI PPERS TECHNICAL DATA FLOW RATE (L/H.)
W ORKI NG PRESSURE RANGE (B AR)
WATER PASSAGES D I MENS I ONS WI DTH-DEPTH-LENGTH (MM.)
FILTRATI ON AREA (MM2)
CONSTANT
EXPONENT *
K
X
RECOMMENDED FILTRATI ON (MICRON)/(MESH)
0.6
0.25-2.5
0.52 x 0.60 x 22
39
0.6
0
130/120
1.0
0.40-3.0
0.61 x 0.60 x 8
39
1.0
0
130/120
* Within working pressure range
DRI PPERL I NES TECHNICAL DATA MODEL
INS I DE DI AMETER (MM.)
WALL THICKNESS (MM.)
OUTS I DE DI AMETER (MM.)
MAX. WORKI NG PRESSURE (B AR)
MAXI MUM FLUSHI NG PRESSURE (B AR)
KD
12250 16125 16150
11.8 16.2 16.2
0.63 0.31 0.38
13.06 16.82 16.96
3.0* 1.8 2.2
3.9 2.1 2.5
1.35 0.40 0.40
*Maximum working pressure is defined by the dripper and not by the dripperline wall thickness
MAX. LATERAL LENGTH (METERS) AT DI FFERENT I NLET PRESSURE AND D I FFERENT SLOPES DRIPNET P$t I %..t,Dt'-083ATE 0.6 L/H DISTAN CE B ETWEEN DR I PPERS (METER) INLET PRESSURE (B AR) UPHI LL 2%
FLAT TERRA I N
DOWNHI LL 2%
T154
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
1.0
77
105
129
148
164
179
191
202
211
1.5
98
137
170
198
224
246
267
285
302
2.0
114
159
198
234
266
295
321
345
367
2.5
126
176
222
262
299
333
364
392
419
1.0
86
122
156
188
217
245
272
298
323
1.5
105
151
192
232
268
303
337
368
399
2.0
120
171
219
264
306
346
384
420
456
2.5
131
188
240
290
336
380
422
463
501 444
1.0
94
139
184
228
272
315
358
401
1.5
112
165
216
266
314
362
409
455
501
2.0
126
184
240
294
347
398
449
499
547
2.5
137
200
260
318
374
428
482
535
586
Minimum considered pressure 0.4 bar
Max. working pressure acoording the dripperline wall thickness definition
NETAFIM DRIPPERLINE
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/5 */-&513&4463&"/%%*''&3&/54-01&4 %*45"/$& #&58&&/%3*11&34 .&5&3 */-&513&4463& #"3
61)*-
'-"5 5&33"*/
%08/)*-
.JOJNVNDPOTJEFSFEQSFTTVSFCBS.BYXPSLJOHQSFTTVSFBDPPSEJOHUIFESJQQFSMJOFXBMMUIJDLOFTTEFGJOJUJPO %VFUPMBUFSBMGJMMJOHUJNFBOEGMVTIJOHFGGFDUJWFOFTTJUJTOPUSFDPNNFOEFEUPFYDFFENFUFSTMBUFSBMMFOHUI
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/5 */-&513&4463&"/%%*''&3&/54-01&4 %3*1/&51$t*%..t,%t'-083"5&-)
T EC HNIC AL D R IP IR R IGAT ION
%3*1/&51$t*%..t,%t'-083"5&-)
%*45"/$& #&58&&/%3*11&34 .&5&3 */-&513&4463& #"3
61)*-
'-"5 5&33"*/
%08/)*-
.JOJNVNDPOTJEFSFEQSFTTVSFCBS.BYXPSLJOHQSFTTVSFBDPPSEJOHUIFESJQQFSMJOFXBMMUIJDLOFTTEFGJOJUJPO
T155
NETAFIM DRIPPERLINE
TEC HNIC AL DR IP IR R IGAT ION
STREAMLINE
Specifications: t t t t t t
3FDPNNFOEFEmMUSBUJPONJDSPONFTI 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF 5PCFiXFMEFEwJOUPBUIJOXBMMFEESJQQFSMJOFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM 4USFBNMJOF5.5.ESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPODFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t
8JEFmMUSBUJPOBSFBUPFOTVSFPQUJNBMQFSGPSNBODF 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 5IFXBUFSJTESBXOJOUPUIFESJQQFSGSPNUIFTUSFBNDFOUFS QSFWFOUJOHUIFFOUSBODFPGTFEJNFOUTJOUPUIFESJQQFST *OKFDUJPONPMEFEESJQQFSDPOTUSVDUJPO FOTVSJOHVOJGPSNESJQQFSTBOEWFSZMPX$7
%3*11&34 5&$)/*$"-%"5"
NNXBMMUIJDLOFTTESJQQFSMJOFT '-083"5&
8"5&31"44"(&4%*.&/4*0/4 8*%5)%&15)-&/(5) ..
'*-53"5*0/"3&"
$0/45"/5
&910/&/5
-)
."9803,*/( 13&4463& #"3
..
,
9
3&$0..&/%&% '*-53"5*0/ .*$30/ .&4)
YY
YY
'MPXSBUFBUCBSQSFTTVSF "DDPSEJOHUPESJQQFSMJOFTJOTJEFEJBNFUFS
NNXBMMUIJDLOFTTESJQQFSMJOFT '-083"5&
."9803,*/( 13&4463& #"3
8"5&31"44"(&4%*.&/4*0/4 8*%5)%&15)-&/(5) ..
'*-53"5*0/"3&"
$0/45"/5
&910/&/5
..
,
9
3&$0..&/%&% '*-53"5*0/ .*$30/ .&4)
YY
YY
-)
'MPXSBUFBUCBS "DDPSEJOHUPESJQQFSMJOFTJOTJEFEJBNFUFS
%3*11&3-*/&4 5&$)/*$"-%"5"
T156
.0%&-
*/4*%&%*".&5&3 ..
8"--5)*$,/&44 ..
0654*%&%*".&5&3 ..
."9803,*/(13&4463& #"3
."9*.6.'-64)*/(13&4463& #"3
,%
NETAFIM DRIPPERLINE
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/54-01&4'-087"3*"5*0/ %*45"/$&#&58&&/%3*11&34 .&5&3
61)*--
'-"55&33"*/ %08/)*--
4-01&
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/54-01&4'-087"3*"5*0/ 453&".-*/&tt*%..t,%t'-083"5&-)t*/-&513&4463&#"3 %*45"/$&#&58&&/%3*11&34 .&5&3
61)*--
'-"55&33"*/ %08/)*--
4-01&
T EC HNIC AL D R IP IR R IGAT ION
453&".-*/&tt*%..t,%t'-083"5&-)t*/-&513&4463&#"3
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/54-01&4'-087"3*"5*0/ 453&".-*/&tt*%..t,%t'-083"5&-)t*/-&513&4463&#"3
%*45"/$&#&58&&/%3*11&34 .&5&3
61)*--
'-"55&33"*/ %08/)*--
4-01&
."9-"5&3"--&/(5) .&5&34 "5%*''&3&/54-01&4'-087"3*"5*0/ 453&".-*/&tt*%..t,%t'-083"5&-)t*/-&513&4463&#"3
%*45"/$&#&58&&/%3*11&34 .&5&3
61)*--
4-01&
'-"55&33"*/
%08/)*--
T157
NETAFIM CNL DRIPPERS
TEC HNIC AL DR IP IR R IGAT ION
PCJ LCNL
Specifications: t t t t t t t t
8PSLJOHQSFTTVSFSBOHFUPCBS 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHFT EJõFSFOUnPXSBUFT EJõFSFOUPVUMFUTOJQQMF CBSCUPNN*%BOECBSCUPNN*% 5PCFiJOTFSUFEwJOUPUIJDLXBMMFEQJQFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 1$+-$/- 0OMJOFESJQQFSNFFU*40TUBOEBSETBOEQSPEVDUJPO JTDFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t t t
5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 1$TZTUFN QBUFOUFEQSFTTVSFEJõFSFOUJBMTZTUFNNBJOUBJOTVOJGPSNnPXSBUFBUEJõFSFOUJOMFUXPSLJOHQSFTTVSF JOUIF SFDPNNFOEFEXPSLJOHQSFTTVSFSBOHF
FOTVSJOHFYBDUEJTUSJCVUJPOPGUIFXBUFSBOEOVUSJFOUT $POUJOVPVTTFMGnVTIJOHTZTUFN JNQSPWFTSFTJTUBODFUPDMPHHJOH %SJQQFSDBOCFQPTJUJPOFEFYBDUMZXIFSFSFRVJSFE /VNCFSPGESJQQFSTDBOCFJODSFBTFETPBTUPJODSFBTFXBUFSRVBOUJUZTVQQMZBJNFEBUNFFUJOHUSFFHSPXUISBUFSFRVJSFNFOU "MMPXTUIFJOTUBMMBUJPOPGiTQJEFSBTTFNCMZw TQMJUUJOHUIFESJQTVQQMZUPBOVNCFSPGESJQPVUMFUT 1$+-$/-XJUI"OUJESBJOTZTUFNGPSFöDJFOUQVMTFJSSJHBUJPO QSFWFOUTXBUFSESBJOBHFBOEFMJNJOBUFTOFFETGPSSFmMM
DRIPPERS TECHNICAL DATA NOMINAL FLOW RATE (L/H.)
WORKING PRESSURE RANGE (BAR)
WATER PASSAGES DIMENSIONS WIDTH-DEPTH-LENGTH (MM X MM X MM)
1.2
0.7 – 4.0
0.67 x 0.77 x 35
2.0
1.2
2.0
0.7 – 4.0
1.03 x 0.75 x 35
2.0
2.0
FILTRATION AREA (MM²)
CONSTANT K
BASE CODE COLOR**
0
0.12
Brown
Black
0
0.12
Red
Black
CAP COLOR CODE
3.0
0.7 – 4.0
1.03 x 1.08 x 35
2.0
3.0
0
0.12
Blue
Black
4.0
0.7 – 4.0
1.32 x 0.95 x 35
2.0
4.0
0
0.12
Gray
Black
8.0
0.7 – 4.0
1.60 x 1.05 x 35
2.0
8.0
0
0.12
Green
Black
*Within working pressure range **In addition , PCJ-LCNL is distinguished by the rings around the barb water inlet connector
%3*11&31*$563&
%3*11&3.0%&-
1$+-$/-ESJQQFSXJUI NNCBSCPVUMFU
1$+-$/-ESJQQFSXJUI OJQQMFPVUMFU
T158
SHUT OFF PRESSURE (BAR)
EXPONENT* X
NETAFIM CNL DRIPPERS
1&3'03."/$&%"5"
T EC HNIC AL D R IP IR R IGAT ION
1$+-$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS
41"$*/(#&58&&/%3*11&34 .
'-083"5& -)
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS
1$+-$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS '-083"5& -)
41"$*/(#&58&&/%3*11&34 .
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS
1$+-$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS
41"$*/(#&58&&/%3*11&34 .
'-083"5& -)
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS 'PSNPSFJOGPSNBUJPO QMFBTFDPOUBDU/FUBmN5FDIOJDBM%FQBSUNFOUPSDPOOFDUUPPVSXFCTJUFBUXXXOFUBmNDPN
T159
NETAFIM CNL DRIPPERS
TEC HNIC AL DR IP IR R IGAT ION
PCJ HCNL
Specifications: t t t t t t t t
8PSLJOHQSFTTVSFSBOHFUPCBS 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHFT EJõFSFOUnPXSBUFT EJõFSFOUPVUMFUTOJQQMF CBSCUPNN*%BOECBSCUPNN*% 5PCFiJOTFSUFEwJOUPUIJDLXBMMFEQJQFT BOENN *OKFDUFEESJQQFS WFSZMPX$7 *OKFDUFETJMJDPOEJBQISBHN 1$+)$/- 0OMJOFESJQQFSNFFU*40TUBOEBSETBOEQSPEVDUJPOJTDFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t t t
5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 1$TZTUFN QBUFOUFEQSFTTVSFEJõFSFOUJBMTZTUFNNBJOUBJOTVOJGPSNnPXSBUFBUEJõFSFOUJOMFUXPSLJOHQSFTTVSF JOUIF SFDPNNFOEFEXPSLJOHQSFTTVSFSBOHF
FOTVSJOHFYBDUEJTUSJCVUJPOPGUIFXBUFSBOEOVUSJFOUT $POUJOVPVTTFMGnVTIJOHTZTUFN JNQSPWFTSFTJTUBODFUPDMPHHJOH %SJQQFSDBOCFQPTJUJPOFEFYBDUMZXIFSFSFRVJSFE /VNCFSPGESJQQFSTDBOCFJODSFBTFETPBTUPJODSFBTFXBUFSRVBOUJUZTVQQMZBJNFEBUNFFUJOHUSFFHSPXUISBUFSFRVJSFNFOU "MMPXTUIFJOTUBMMBUJPOPGiTQJEFSBTTFNCMZw TQMJUUJOHUIFESJQTVQQMZUPBOVNCFSPGESJQPVUMFUT 1$+)$/-XJUI"OUJESBJOTZTUFNGPSFöDJFOUQVMTFJSSJHBUJPO QSFWFOUTXBUFSESBJOBHFBOEFMJNJOBUFTOFFETGPSSFmMM
%3*11&345&$)/*$"-%"5" /0.*/"-'-08 3"5& -)
803,*/( 13&4463&3"/(& #"3
8"5&31"44"(&4%*.&/4*0/4 8*%5)%&15)-&/(5) ..9..9..
o
YY
o
YY
'*-53"5*0/ "3&" ..¤
$0/45"/5 ,
4)650'' 13&4463& #"3
#"4&$0%& $0-03
-JHIUCSPXO
#MBDL
1JOL
#MBDL
&910/&/5 9
$"1 $0-03$0%&
o
YY
-JHIUCMVF
#MBDL
o
YY
-JHIUHSBZ
#MBDL
8JUIJOXPSLJOHQSFTTVSFSBOHF
1&3'03."/$&%"5" 1$+)$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS
41"$*/(#&58&&/%3*11&34 .
'-083"5& -)
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS
1$+)$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS
41"$*/(#&58&&/%3*11&34 .
'-083"5& -)
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS
1$+)$/-ESJQQFS1&QJQF*%NN*OMFUQSFTTVSFCBS,E .BYJNVNMBUFSBMMFOHUI NFUFS
T160
41"$*/(#&58&&/%3*11&34 .
'-083"5& -)
$BMDVMBUFEJOBQMBJOBSFB .JOJNVNDPOTJEFSFEQSFTTVSFCBS 'PSNPSFJOGPSNBUJPO QMFBTFDPOUBDU/FUBmN5FDIOJDBM%FQBSUNFOUPSDPOOFDUUPPVSXFCTJUFBUXXXOFUBmNDPN
NETAFIM CNL DRIPPERS
PC CNL DRIPPERS
T EC HNIC AL D R IP IR R IGAT ION
Specifications: t t t t t t
3FDPNNFOEFEmMUSBUJPONJDSPONFTI 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHF 5PCFiJOTFSUFEwJOUPUIJDLXBMMFEQJQFT BOENN
*OKFDUFEESJQQFS WFSZMPX$7 67SFTJTUBOU3FTJTUBOUUPTUBOEBSEOVUSJFOUTVTFEJOBHSJDVMUVSBM 1$POMJOFESJQQFSTNFFU*404UBOEBSETXJUIQSPEVDUJPO DFSUJmFECZUIF*TSBFM4UBOEBSET*OTUJUVUF 4**
Features and Benefits: t t t t t t t
1SFTTVSFDPNQFOTBUFE1SFDJTFBOEFRVBMBNPVOUTPGXBUFSBSFEFMJWFSFEPWFSBCSPBEQSFTTVSFSBOHF VOJGPSNJUZPGXBUFSBOEOVUSJFOUEJTUSJCVUJPOBMPOHUIFMBUFSBMT 1$-$/-1$)$/-XJUI"OUJESBJO -$/-)$/- &MJNJOBUFTESBJOBHFBOESFmMMFõFDU BOEJNQSPWFTFöDJFODZ JOQVMTFJSSJHBUJPO $POUJOVPVTMZTFMGnVTIJOH'MVTIFTEFCSJTBTJUJTEFUFDUFE UISPVHIPVUPQFSBUJPO OPUKVTUBUUIFCFHJOOJOHPSFOEPG BDZDMF FOTVSJOHVOJOUFSSVQUFEESJQQFSPQFSBUJPO 5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF 8JEFTUXBUFSQBTTBHFTXJUIJOUIFESJQQFS %SJQQFSDBOCFQPTJUJPOFEFYBDUMZXIFSFSFRVJSFE /VNCFSPGESJQQFSTDBOCFJODSFBTFETPBTUPJODSFBTFXBUFSRVBOUJUZTVQQMZBJNFEBUNFFUJOHUSFFHSPXUI SBUFSFRVJSFNFOU "MMPXTUIFJOTUBMMBUJPOPGiTQJEFSBTTFNCMZw TQMJUUJOHUIFESJQTVQQMZJOUPBOVNCFSPGESJQPVUMFUT
%3*11&34 5&$)/*$"-%"5" 1$-$/-ESJQQFST '-083"5& -)
803,*/( 13&4463& 3"/(& #"3
o
YY
3FE
#SPXO
o
YY
#MBDL
#SPXO
o
YY
(SFFO
#SPXO
8"5&31"44"(&4%*.&/4*0/4 8*%5)%&15)-&/(5) ..
'*-53"5*0/ "3&" ..
$0/45"/5
&910/&/5
-)
803,*/( 13&4463& 3"/(& #"3
,
9
4)65 0'' 13&4463& #"3
#"4& $0%& $0-03
$"1 $0-03 $0%&
o
YY
#MBDL
#MBDL
o
YY
#MBDL
#MBDL
o
YY
#MBDL
#MBDL
8"5&31"44"(&4%*.&/4*0/4 8*%5)%&15)-&/(5) ..
'*-53"5*0/ "3&" ..
$0/45"/5
&910/&/5
,
9
4)65 0'' 13&4463& #"3
#"4& $0%& $0-03
$"1 $0-03 $0%&
8JUIJOXPSLJOHQSFTTVSFSBOHF
1$)$/-ESJQQFST '-083"5&
8JUIJOXPSLJOHQSFTTVSFSBOHF
T161
NETAFIM NONCOMPENSATED DRIPPERS
TEC HNIC AL DR IP IR R IGAT ION
NONCOMPENSATED DRIPPERS
Specifications: t t t t t t
.BYJNBMXPSLJOHQSFTTVSFCBS 5VSCP/FU5.MBCZSJOUIXJUIMBSHFXBUFSQBTTBHFT EJõFSFOUnPXSBUFT 5IF#VUUPONPEFMUPCFJOTFSUFEJOUPBUIJDLXBMMFEQJQF BOENN 5IF1PUNPEFMUPCFUISFBEFEJOUPB NJDSPUVCF *OKFDUFEESJQQFS WFSZMPX$7
Features and Benefits: t t t t
5VSCP/FU5.MBCZSJOUIBTTVSFTXJEFXBUFSQBTTBHFT MBSHFEFFQBOEXJEFDSPTTTFDUJPOJNQSPWFTDMPHHJOHSFTJTUBODF %SJQQFSDBOCFQPTJUJPOFEFYBDUMZXIFSFSFRVJSFE /VNCFSPGESJQQFSTDBOCFJODSFBTFEUPJODSFBTFUIFXBUFSRVBOUJUJFTBQQMJFEBJNFEBUNFFUJOHUSFFTHSPXUI SBUFSFRVJSFNFOUT "MMPXTUIFJOTUBMMBUJPOPGiTQJEFSBTTFNCMZw TQMJUUJOHUIFESJQTVQQMZUPBOVNCFSPGESJQPVUMFUT
DRIPPERS TECHNICAL DATA B utton drippers FLOW RATE (L/H)*
MAXI MUM W ORKING PRESSURE (BAR)
WATER PASSAGES DI MENSI ONS W IDTH-DEPTH-LENGTH (MM .)
CONSTANT
EXPONENT
K
X
B ASIS C ODE COLOR
CAP COLOR CODE
1.05
2.0
0.70 x 0.65 x 50
0.347
0.48
Brown
Black
2.00
2.0
0.98 x 0.89 x 50
0.662
0.48
Red
Black
3.00
2.0
1.05 x 0.95 x 50
0.993
0.48
Blue
Black
4.00
2.0
1.27 x 1.20 x 50
1.325
0.48
Black
Black
8.00
2.0
1.65 x 1.40 x 50
2.649
0.48
Green
Black
CONSTANT
EXPONENT
B ASIS C ODE COLOR
CAP COLOR CODE
* Flow rate at 1.0 bar pressure
Pot drippers FLOW RATE (L/H)*
MAXI MUM W ORKING PRESSURE (BAR)
K
X
1.05
2.0
0.70 x 0.65 x 50
0.347
0.48
Brown
Black
2.00
2.0
0.98 x 0.89 x 50
0.662
0.48
Red
Black
4.00
2.0
1.27 x 1.20 x 50
1.325
0.48
Black
Black
8.00
2.0
1.65 x 1.40 x 50
2.649
0.48
Green
Black
* Flow rate at 1.0 bar pressure
T162
WATER PASSAGES DI MENSI ONS W IDTH-DEPTH-LENGTH (MM .)
NETAFIM NONCOMPENSATED DRIPPERS
ARROW STAKES
T EC HNIC AL D R IP IR R IGAT ION
Specifications: t t t t t
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Features and Benefits: t t t t t
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T163
PREASSEMBLED DRIP SYSTEMS
TEC HNIC AL DR IP IR R IGAT ION
INSTRUCTIONS FOR THE HANDLING OF PREASSEMBLED DRIP SYSTEMS %SJQJSSJHBUJPOTZTUFNTBSFNBOVGBDUVSFEXJUIVUNPTUDBSF*O PSEFSGPSZPVUPBDIJFWFQFSGFDUSFTVMUT XFIBWFESBXOVQ SFDPNNFOEBUJPOTPOIPXUPTUPSFBOEVOSPMMUIFESJQ JSSJHBUJPOTZTUFNBOEQVUJUJOUPVTF
Receipt t 6QPOSFDFJQUPGUIFESJQMJOFT DIFDLUIFEFMJWFSZBOETJHO UIFDPOTJHONFOUOPUF Any deviations found must be specified on the consignment note and notified to Revaho (as soon as possible, but no later than 48 hours after receipt). t t t t t
4UPSFUIFESJQJSSJHBUJPOMJOF JOEPPST PVUPGUIFTVOJO PSEFSUPBWPJEEBNBHFEVFUPIJHIUFNQFSBUVSFT 6OSPMMUIFESJQJSSJHBUJPOMJOFXJUIJOUISFFXFFLTPGSFDFJQU JOPSEFSUPBWPJEVOOFDFTTBSZMFBLBHFT "WPJEMJOFTCFJOHUISPXOBCPVUPSUSFBUFESPVHIMZ BTUIJT DPVMEEBNBHFUIFESJQQFST &WFSZPSEFS PG ESJQQFSTPSNPSF DPNQMJNFOUBSJMZ JODMVEFTBIBOEQFSGPSBUPSBOEFYUSBTFUT IBOE QFSGPSBUPSTGPSNPSFUIBO ESJQQFST 8FSFDPNNFOEUIBUZPVTBWFBGFXPGUIFSPMMTUJDLFST BT UIFZDPOUBJOJOGPSNBUJPOBCPVUUIFQSPEVDUJPOCBUDI XIJDINBZCFOFFEFEJOUIFFWFOUPGDPNQMBJOUT
Unrolling t t t
T164
"MMPXUIFESJQJSSJHBUJPOMJOFUPXBSNVQUPUIF HSFFOIPVTFUFNQFSBUVSFCFGPSFVOSPMMJOH 8FTUSPOHMZSFDPNNFOEUIBUUIFMJOFJTVOSPMMFEGSPNB WFSUJDBMSFFM POBUVCFSBJMMPSSZ "TQPMZFUIZMFOFJTTFOTJUJWFUPFMPOHBUJPOBOEDPOUSBDUJPO XFSFDPNNFOEUIBUZPVBMMPXGPSBTBGFUZNBSHJO PGFYUSBMFOHUIJGUIFMJOFTBSFBUUBDIFEEVSJOH XBSNXFBUIFS FYQBOTJPOPGQPMZFUIZMFOFJTDN QFSEFHSFFPGUFNQFSBUVSFEJõFSFODFQFSNFUSFT
t t t
5IFMJOFTBSFTVQQMJFEXJUIBUMFBTUNFYUSBCMJOEMFOHUI XJUIPVUESJQQFST CPUICFGPSFBOEBGUFSUIFESJQQFST 8IFOJOTFSUJOHUIFTQJLFT TUBSUJOUIFNJEEMFPGUIFMJOFBOE XPSLUPXBSETUIFFOET UIVTNJOJNJTJOHUIFOFFEGPS BEEJUJPOBMJOTFSUJPO &YUSBESJQQFSTDBOFBTJMZCFBEEFECZNFBOTPGUIFIBOE QFSGPSBUPSTVQQMJFE)PMFTGPS$PCSBESJQQFSTDBOCFSFBNFE XJUIUIFTVQQMJFECSBTTBXM
Starting up t t t t t t
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õFDUJWFBHBJO %SJQQFSTUPCFSFQMBDFENVTUCFDVUPõKVTUBCPWFUIFMJOF SBUIFSUIBOCFJOHQVMMFEPVU
Extensive version (for end user) available on request.
