FILTERS PRODUCT CATALOGUE GROW MORE WITH LESS. Netafim Filters Catalogue 2016 Issued: July 2016

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Linda Cannon
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1 FILTERS PRODUCT CATALOGUE 2016 p1

AT NETAFIM WE HELP OUR CUSTOMERS PRODUCE MORE YIELDS AND BETTER CROPS WITH LESS RESOURCES. NETAFIM IS THE GLOBAL LEADER IN SMART WATER SOLUTIONS FOR AGRICULTURE AND LANDSCAPE.

2 AT NETAFIM WE HELP OUR CUSTOMERS PRODUCE MORE YIELDS AND BETTER CROPS WITH LESS RESOURCES. NETAFIM IS THE GLOBAL LEADER IN SMART WATER SOLUTIONS FOR AGRICULTURE AND LANDSCAPE. WE HELP THE WORLD GROW MORE WITH LESS. Our Vision As the world s leading irrigation company, we will drive mass adoption of smart irrigation to fight scarcity of food, water and land. OUR MISSION Together with our partners we will revolutionise irrigation globally for a sustainable future. We will drive mass adoption of innovative, simple and reliable drip irrigation solutions. Our teams around the world will provide our customers with the best agronomic and technical support to ensure outstanding results and peace of mind. Our values The Netafim Spirit - Doing your best with people you care about, trust and respect. Knowledge Sharing - We strive to share our decades of experience, unparalleled expertise, and innovative research and development with our employees and customers. This has resulted in proven and lasting irrigation solutions for arid conditions for our customers in all corners of the globe. Our familiarity with diverse local growing cultures and methods, together with the deep roots we have established in many different countries, create the ideal foundation for future growth. We aim to bring our wealth of knowledge and expertise to the service our customers. Quality Commitment - At Netafim, our commitment to quality knows no limits; beyond human resources, our stringent and uncompromising standards of quality extend far beyond the production floor - and are applied to every facet of our business. From polishing development procedures, to exhaustive field-testing of every product, through constant production optimization, Netafim is committed to quality long before the customer is involved. After the sale, Netafim continues its quest for customer satisfaction through exceptional technical services and support. As a business, we encourage and are committed to exceptional standards of performance, productivity and uncompromising quality, as well as being dedicated to customer service and cooperation. These mandatory requisites are the foundation upon which we build our long-term success. Netafim has implemented and maintains a Quality Management System which fulfils and exceeds the requirements of the international standard ISO 9001:2008. Continuous Learning - Curiosity, creativity and the will to embrace new ideas are the basic building blocks of Netafim s ability to keep on changing and enhancing the world s irrigation systems. In order to turn hundreds of new ideas into reliable solutions, we are committed to the policy of organisational learning. To this end, we not only provide ongoing training programs for our staff, but welcome input from every possible source - our customers, suppliers and colleagues. Ecological Awareness - As the world s population continues to rise and natural resources come under pressure, more efficiency makes more sense than ever. At Netafim we are committed to the development of smart solutions for agriculture, landscape and other applications that preserve water, reduce contamination and soil erosion, promote energy saving and allow the use of marginal lands and water sources including recycled water. We will join forces to promote and increase global food production that will bring relief to many less privileged populations. We will support universal efforts towards improving the quality of the environment and the beauty of the planet we live in. Disclaimer. We reserve the right to alter the design, or discontinue any of the company's products or services without notice. While every effort has been made to ensure the accuracy of the information contained in this publication changes or refinements may not be reflected in the following pages. If in doubt, please contact your local sales office. Copyright All rights reserved. This document may NOT be reproduced, in whole or parts, without the written permission of Netafim Australia. Specifications may change without notice. E. & O.E

3 Contents FILTRATION DISC filtration technology...2 LEAF DISC FILTER...4 AUTOMATIC DISC 2 Spin Klin COMPACT Spin Klin Spin Klin Spin Klin Angle Apollo Spin Klin TWIN APOLLO...14 MANUAL Manual Disc 3/4-1.1/ MAnual Disc 2 dual...22 Manual Disc 2-3 Leader Super Angle Super LEADER...28 MANUAL SCREEN Angle f inline f series f SEMI AUTOMATIC SCREEN Semi automatic screen FILTERS...16 compact sa500c SUCTION SCANNER...46 angle sa500s SUCTION SCANNER...48 angle sa500 brush...50 AUTOMATIC SCREEN Compact angle af af af SERIES ELECTRIC SCREEN SERIES...44 MEDIA SERIES f FERTILISER TANK series f HYDROCYCLONE SERIES f Sand Separator Systems

DISC filtration technology FEATURES Securely stacked discs for micron-precise filtration solids Corrosion resistant spine Innovative depth filter

Easy and simple operation Long-term operation with minimal maintenance The grooves of any two adjacent discs, pressed together, create a series of

In the filtration process, the force of the spring, along with the differential pressure, firmly compress the discs together providing exceptional

4 DISC filtration technology FEATURES Securely stacked discs for micron-precise filtration solids Corrosion resistant spine Innovative depth filter design captures and retains large amounts of solids for longer filtration cycles Short and Efficient backwash process conserves water and energy Easy and simple operation Long-term operation with minimal maintenance The grooves of any two adjacent discs, pressed together, create a series of crossing points which form multiple particle traps. In the filtration process, the force of the spring, along with the differential pressure, firmly compress the discs together providing exceptional filtration efficiency. Filtration occurs as water percolates from the outer diameter to the inner diameter of the filter element. Depending on the micron rating there are multiple crossing points in each track creating distinctive in-depth filtration. 2

FILTRATION PROCESS The colour coded micron sized filtration discs are

water filtration requirements. During filtration.

differential pressure, forcing the water to pass through the grooved

BACKWASH PROCESS Activated by a predefined time command or differential

The inlet valve port shuts as the drain port opens.

rises releasing the compression on the discs.

5 FILTRATION PROCESS The colour coded micron sized filtration discs are stacked on the Spin Klin spine and assembled according to predetermined water filtration requirements. During filtration. The discs are compressed by means of a preloaded spring and the differential pressure, forcing the water to pass through the grooved discs surface, and thus trapping the solids. BACKWASH PROCESS Activated by a predefined time command or differential pressure setting the system enters backwash mode. The inlet valve port shuts as the drain port opens. During the backwash process, pressure is released and the spine s piston rises releasing the compression on the discs. Tangential jets of clean water are then forced through the nozzles positioned along the spine. At this stage the discs spin freely, loosening the trapped solids which are then flushed out. DIAGONALLY GROOVED DISC FILTRATION 3

LEAF DISC FILTER Low energy automatic filter (LEAF) Applications Where low pressure is required in backflow. Available in all Spin Klin and Apollo models.

5 Bar Proven filtration filters through the entire depth of the disc ring, not just the surface Non-corrosive, UV protected polypropylene materials resist rust and corrosion from chemicals and

6 LEAF DISC FILTER Low energy automatic filter (LEAF) Applications Where low pressure is required in backflow. Available in all Spin Klin and Apollo models. Advantages Energy saving The LEAF is the only filter available that starts to backwash from 1.5 Bar Proven filtration filters through the entire depth of the disc ring, not just the surface Non-corrosive, UV protected polypropylene materials resist rust and corrosion from chemicals and weather Factory assembled and tested for a quick and easy water in/water out installation Small footprint saves valuable space Advanced back flushtime optimises the overall application of irrigation water NEW LOW PRESSURE DESIGN ALLOWS FILTER BACKWASH AT ONLY 1.5 Bar Netafim Automatic Spin Klin Filters have been used successfully and reliably for many years. Our advanced disc filtration technology optimises irrigation performance and saves water. With a redesigned filter spine, the Low Energy Automatic Filter (LEAF), can now flush at a lower pressure Bar instead of 2.8 Bar. SAVE MONEY ON ENERGY COSTS A lower flushing pressure reduces energy costs which can result in up to 15% energy savings. SAVE MONEY BY REDUCING PUMP SIZE A lower flushing pressure reduces the need to oversize the pump for adequate flushing and reduces the need for a Pressure Sustaining Valve - saving money. 4

7 low energy automatic filter (LEAF) NEW LOW PRESSURE DESIGN ALLOWS FILTER BACKWASH AT ONLY 1.5 Bar 5

2 Spin Klin COMPACT Automatic Compact (stand alone) Disc Filter Applications Irrigation systems of small farm fields, municipal gardens or greenhouses.

8 2 Spin Klin COMPACT Automatic Compact (stand alone) Disc Filter Applications Irrigation systems of small farm fields, municipal gardens or greenhouses. Standard characteristics Micron-precise filtration of solids Securely stacked disc for micron-precise filtration of solids Corrosive resistant spine Innovative 3 dimensional filter design captures and retains large amounts of solids for longer filtration cycles Short efficient backwash process conserves water and energy Easy and simple operation Long-term operation with minimal maintenance or cleaning WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H weight inch 130µm cm 2 cm 2 mm mm mm kg 2 COMPACT 2 14 m 3 /h

9 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 7

10 2 Spin Klin Automatic Disc Filter Systems applications Small areas of field crops, orchards, groves and small flow industrial applications. standard characteristics Micron-precise filtration of solids Innovative 3 dimensional filter design captures and retains large amounts of solids Long-term operation with little maintenance or cleaning Operation is easy and requires no special tools Continuous water supply during backwash The backwash cycle has a regulated volume, is short and environmentally friendly as it minimises the use of flush water and automatically cleans the filter element. This saves labour and costs by minimising maintenance and permanently eliminates the need to replace filter media Modular batteries allow for easy system expansion WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar filtration degrees Micron Mesh Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H Weight Inch 130µm cm 2 cm 2 mm mm mm kg 2 Units 3 30 m 3 /h 1,760 2, Units 4 45 m 3 /h 2,640 3, Units 4 60 m 3 /h 3,520 4,592 1, Units 4 75 m 3 /h 4,400 5,740 1,

11 1.0 Pressure loss at 120 micron 2 UNITS 3 UNITS 4 UNITS 5 UNITS Pressure (Bar) Flow (m³/hr) 9

3 Spin Klin Automatic Disc Filter Systems Applications Medium areas of field crops, orchards, groves and medium flow industrial applications.

12 3 Spin Klin Automatic Disc Filter Systems Applications Medium areas of field crops, orchards, groves and medium flow industrial applications. Standard characteristics Micron-precise filtration of solids Innovative filter design captures and retains large amounts of solids Long-term operation with little maintenance Operation is easy and requires no special tools Continuous water supply during backwash The backwash cycle has a regulated volume, is short and environmentally friendly as it minimises the use of flush water and automatically cleans the filter element. This saves labour and costs minimizes maintenance, and permanently eliminates the need to replace filter media Modular batteries allow for easy system expansion Cost effective WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar filtration degrees Micron Mesh Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H weight inch 130µm cm 2 cm 2 mm mm mm kg 3 Units 6 90 m 3 /h 5,280 6, , Units m 3 /h 7,040 9,184 1, , Units m 3 /h 8,800 11,480 1, , Units m 3 /h 10,560 13,776 1, , * Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 10

13 1.0 Pressure loss at 120 micron 3 UNITS 4 UNITS 5 UNITS 6 UNITS Pressure (Bar) Flow (m³/hr) 11

3 Spin Klin Angle Apollo Automatic Disc Filter Systems applications Medium - Large areas of field crops, orchards, groves and medium-high flow industrial applications.

14 3 Spin Klin Angle Apollo Automatic Disc Filter Systems applications Medium - Large areas of field crops, orchards, groves and medium-high flow industrial applications. standard characteristics Micron-precise filtration of solids Long-term operation with little maintenance Operation is easy and requires no special tools Continuous water supply during backwash Unique construction, easy installation Particularly cost effective high flow module All materials which come in contact with water are polymeric WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.0 bar Filtration degrees Micron Mesh Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H weight inch 130µm cm 2 cm 2 mm mm mm kg 3 Units m 3 /h 7,860 9,426 1, , Units m 3 /h 10,480 12,568 1, , Units m 3 /h 13,100 15,710 1, , Units m 3 /h 15,720 18,852 2, , Units m 3 /h 18,340 21,994 2, , Units m 3 /h 20,960 25,136 3, , * Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 12

15 1.0 Pressure loss at 120 micron 3 UNITS 4 UNITS 5 UNITS 6 UNITS 7 UNITS 8 UNITS Pressure (Bar) Flow (m³/hr) 13

4 Spin Klin TWIN APOLLO Automatic Disc Filter Systems applications Large scale field crops, orchards and groves. And high flow industrial applications.

construction, easy installation Particularly cost effective high flow module All materials which come in contact with water are polymeric WORKING PRESSURE Maximum working pressure: 10.

16 4 Spin Klin TWIN APOLLO Automatic Disc Filter Systems applications Large scale field crops, orchards and groves. And high flow industrial applications. standard characteristics Micron-precise filtration of solids Long-term operation with little maintenance Operation is easy and requires no special tools Continuous water supply during backwash Unique construction, easy installation Particularly cost effective high flow module All materials which come in contact with water are polymeric WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.0 bar Filtration degrees Micron Mesh Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H weight inch 130µm cm 2 cm 2 mm mm mm kg 3 Units 8 225m 3 /h 15,840 20,592 1,734 1,531 1, Units m 3 /h 21,120 27,456 2,234 1,531 1, Units m 3 /h 26,400 34,320 2,734 1,531 1, Units m 3 /h 31,680 41,184 3,234 1,531 1, Units m 3 /h 36,960 48,048 3,734 1,531 1, Units m 3 /h 42,240 54,912 4,234 1,531 1, Units m 3 /h 47,520 61,776 4,968 1,531 1,830 1, Units m 3 /h 52,800 68,640 5,468 1,531 1,830 1,210 * Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 14

17 1.0 Pressure loss at 120 micron 3 UNITS 4 UNITS 5 UNITS 6 UNITS 7 UNITS 8 UNITS 9 UNITS 10 UNITS Pressure (Bar) Flow (m³/hr) 15

18 Semi automatic screen FILTERS PSA SERIES - Polymeric applications Semi - automatic backup filter. standard characteristics Minimal maintenance Corrosion resistant Easy to open, clean and close Suitable for all commonly used fertilizers and acids Suitable for sea and brackish water, high and low ph 2-13 Polypropylene housing - excellent chemical resistance Stainless Steel screen Polypropylene Reinforced body WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE D1 D2 weight inch 130µm cm 2 mm mm kg 3 Flange Angle 3 60 m 3 /h 1, Flange Angle 4 90 m 3 /h 1, Twin Flange m 3 /h 2,500 1, Twin Flange m 3 /h 2,500 1,

19 4-6 Super Leader 1.0 Pressure loss at 120 micron TWIN 6 TWIN Pressure (Bar) Angle Flow (m³/hr) 17

Sand Separator Systems MANUAL FILTERS Applications 2 Sand separator, Modular design, Batteries of 3-10.

aquaculture and marine environments Suitable for Sea and Backwash water, High Low ph 2-13 WORKING PRESSURE Maximum working pressure: 10.

20 Sand Separator Systems MANUAL FILTERS Applications 2 Sand separator, Modular design, Batteries of Standard characteristics High efficiency sand separation Long-term self-operated minimal maintenance Corrosion resistant Suitable for aquaculture and marine environments Suitable for Sea and Backwash water, High Low ph 2-13 WORKING PRESSURE Maximum working pressure: 10.0 bar Model in/outlet diameter MAX FLOW w1 w2 H weight inch 130µm mm mm mm kg 2 Sand Separator m 3 /h Sand Battery - 2 Units m 3 /h ,

21 Pressure loss at 120 micron Particle SIZE larger than Pressure (Bar) µ 100 µ 50 µ m 3 /h 90% 85% 82% 15 Efficiency 95% 90% 85% 20 98% 95% 90% Flow (m³/hr) 19

22 Manual Disc 3/4-1.1/2 MANUAL DISC FILTERS applications Manual primary filtration and secondary backup filtration. standard characteristics Innovative filter design, micron-precise filtration of solids Operation is easy and requires no special tools Excellent corrosion resistance Long life span Polyamide housing - resistant to harsh environmental conditions Suitable for Sea and Backwash water, High Low ph 2-13 WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME H W weight inch µm cm 2 cm 2 mm mm kg 3/4 3/4 4 m 3 /h m 3 /h Super 1 8 m 3 /h /2 1.1/2 8 m 3 /h /2 Super 1.1/2 12 m 3 /h

23 3/4 1 1 Long 1 1/2 11/2 Long MANUAL FILTER SELECTION GUIDELINES (MAXimUM FLOW RATE M 3 /HR) Mesh Water Quality Average Good Average Good Average Good Average Good 3/ n/a n/a n/a n/a n/a n/a 1 Long n/a n/a 1 1/ n/a n/a 1 1/2 Long Good Quality - Municipal supply or clean, iron free bore water. Average Quality - Treated wastewater, or clear surface water (lakes and ponds, slow flowing rivers and canals). 21

24 MAnual Disc 2 dual MANUAL DISC FILTERS applications Manual primary filtration and secondary backup filtration. Standard characteristics Innovative filter design captures and retains Micron-precise filtration solids Corrosion resistant spine Large amounts of solids Operation is easy and requires no special tools Excellent corrosion resistance Long life span 2 Dual filter - Angle or in-line outlet options for maximum flexibility Polyamide housing - resistant to harsh environmental conditions WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L H A weight inch µm cm 2 cm 2 mm mm mm kg 2 Dual 2 25 m 3 /h 950 1,

25 1.0 Pressure loss at 120 micron 20 µ 55 µ 100 µ µ 400 µ Pressure (Bar) Flow (m³/hr) 23

Manual Disc 2-3 Leader MANUAL DISC FILTERS Applications Manual primary filtration and secondary backup filtration.

filtration solids Corrosion resistant spine Operation is easy and requires no special tools Long life span Easy to

high and low ph 2-13 Polypropylene housing - excellent chemical resistance WORKING PRESSURE Maximum working

8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W weight inch 400-1000 µm cm 2 cm 2 mm mm kg 2

26 Manual Disc 2-3 Leader MANUAL DISC FILTERS Applications Manual primary filtration and secondary backup filtration. Standard characteristics Innovative filter design captures and retains large amounts of solids Micron-precise filtration solids Corrosion resistant spine Operation is easy and requires no special tools Long life span Easy to open, clean and close Suitable for all commonly used fertilizers and acids Suitable for sea and brackish water, high and low ph 2-13 Polypropylene housing - excellent chemical resistance WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W weight inch µm cm 2 cm 2 mm mm kg 2 Leader 2 25 m 3 /h 950 1, Leader (Flanged) 3 50 m 3 /h 1,900 2, * Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 24

27 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 25

Corrosion resistant spine Easy to open, clean and close Suitable for all commonly used fertilizers and acids Suitable for sea and brackish water, high and low ph 2-13 Polypropylene housing -

28 3-4 Super Angle MANUAL DISC FILTERS Applications Manual primary filtration and secondary backup filtration. Standard characteristics Innovative filter design captures and retains large amounts of solids Operation is easy and requires no special tools Long life span Micron-precise filtration solids Corrosion resistant spine Easy to open, clean and close Suitable for all commonly used fertilizers and acids Suitable for sea and brackish water, high and low ph 2-13 Polypropylene housing - excellent chemical resistance WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME H W weight inch 130µm cm 2 cm 2 mm mm kg 3 Super Angle (Flanged) 3 50 m 3 /h 1,852 2, Super Angle (Victaulic) 3 50 m 3 /h 1,852 2, Super Angle (Flanged) 4 60 m 3 /h 1,852 2, Super Angle (Victaulic) 4 60 m 3 /h 1,852 2, * Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 26

29 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 27

30 4-6 Super LEADER MANUAL DISC FILTERS Applications Manual primary filtration and secondary backup filtration. Standard characteristics Innovative filter design captures and retains large amounts of solids Operation is easy and requires no special tools Long life span Micron-precise filtration solids Corrosion resistant spine The largest polypropylene disc filters Easy to open, clean and close Suitable for all commonly used fertilizers and acids Suitable for sea and brackish water, high and low ph 2-13 Polypropylene housing - excellent chemical resistance WORKING PRESSURE Maximum working pressure: 10.0 bar Minimum backwash pressure: 2.8 bar Model in/outlet diameter MAX FLOW FILTRATION SURFACE VOLUME L W H weight inch 130 µm cm 2 cm 2 mm mm mm kg 4 Super Leader m 3 /h 3,704 4,446 1, Super Leader m 3 /h 3,704 4,446 1, Manifold construction material options: Polypropylene, Polyester Coated, Stainless Steel. 28

31 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 29

32 Angle f100 Manual filters Applications Manual backup filter infield, check filter media system. Standard characteristics Control filters with inlet/outlet with a 90º angle Filter element: - Stainless Steel screen AISI 316 mesh, supported by a PVC cylinder Available filtration grade: from 120 micron Filter housing construction material: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade. Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic; Threaded socket and Flange Maximum pressure: 10 Bar (145 psi) Maximum recommended working pressure: up to 8 Bar (116 psi) Operation The filters have been designed and built in accordance with the principle of water flow through the cylinder screen openings while solid particles are trapped by the screen. These particles can be easily removed by opening the cover and washing the screen manually. The drain valve is used for releasing pressure before opening for maintenance. Model in/outlet diameter MAX FLOW d1 x Y H weight INCH mm M3/HR inch mm mm mm kg Long , , , Maximum recommended Flow Rate micron in good quality water 30

33 6 to to Pressure loss at 120 micron Long Pressure (Bar) Flow (m³/hr) 31

34 inline f200 Manual filters applications Manual backup filter infield, check filter media system. standard characteristics Filter element: - Stainless Steel screen AISI 316 mesh, supported by a PVC cylinder Available filtration grade: from 120 micron Filter housing construction material: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic; Threaded socket and Flange Maximum pressure: 10 Bar (145 psi) Maximum recommended working pressure: up to 8 Bar (116 psi) operation The filters have been designed and built in accordance with the principle of water flow through the cylinder screen openings while solid particles are trapped by the screen. These particles can be easily removed by opening the cover and washing the screen manually. The drain valve is used for releasing pressure before opening for maintenance. Model in/outlet diameter MAX FLOW d1 L L1 H weight INCH mm M 3 /HR inch mm mm mm kg Long , , , Maximum recommended Flow Rate micron in good quality water 32

35 1.0 Pressure loss at 120 micron Long Pressure (Bar) Flow (m³/hr) 33

SERIES f600 gravel filtration system applications Provide high quality filtration solutions for water with a high contamination of organic material and algae.

36 SERIES f600 gravel filtration system applications Provide high quality filtration solutions for water with a high contamination of organic material and algae. standard characteristics Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: VIC, Threaded socket and Flange Maximum recommended working pressure: 10 bars (145 psi) Equipped with mushroom diffusers with vertical openings Diffusion protection for screws, nuts and washers operation Water enters the filter via the inlet and spreads evenly onto the media. Solids and organic materials are trapped within the media. The clean water passes through the media and flows out via the nozzles. The back flushing process is done by shutting the inlet of the filter and allowing the water to enter from the bottom, lifting the media and releasing the solids that exit the filter through the back flush manifold. This process can be controlled automatically. Model in/outlet diameter Body Diameter Recommended Flow rate Recommended Backwash Flow rate Filtration area H H1 weight INCH Mm Inch M 3 /HR M³/Hr M² mm mm kg 12 Side , Side , Side , Top , ,160 1, ,070 1, ,110 1, Std 4 1, ,180 1, NTA 4 1, ,100 1,189 34

37 10 HEAD loss TOP Pressure (Bar) Flow (m³/hr) 35

SERIES f700 sand separators - hydrocyclone Applications Sand separator for well applications. Standard characteristics Filter housing material of construction: Carbon Steel ST37.

38 SERIES f700 sand separators - hydrocyclone Applications Sand separator for well applications. Standard characteristics Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic; Male Threaded and Flanged Maximum recommended working pressure: 10 Bar (145 psi) Inlet is tangential to the body Equipped with anti- vacuum valve Conical rubber protection or expendable connection on the joint between hydrocyclone and the sedimentation tank Operation Water enters the hydrocyclone via the tangential inlet which creates a spiral flow along the walls of the filter. The centrifugal force separates the waste and sand particles and pushes them towards the walls of the sand separator. Those particles gravitate downwards into the sedimentation tank, while clean water moves upwards and exits through the top outlet. For the sand separator to operate correctly the head loss must remain between 2-5m. The separation efficiency is not affected by the accumulation of dirt in the sedimentation tank. The sedimentation tank is drained by opening a flush valve for a few seconds manually or automatically by timer. Model TANK FLOW RATE SEDIMENT DEPOSIT h H1 l SHIPPING WEIGHT inch LITRES L/PH Tank L MM mm mm kg LF in 4 out ,550 1, ,765 1, ,996 1, ,300 1, ,897 2,

39 Pressure loss at 120 micron x Pressure (Bar) Flow (m³/hr) 37

Compact angle af200 Automatic hydraulic screen filters APPLICATIONS Automatic filter for primary filtration or automatic back up filter Low to medium flow ranges.

40 Compact angle af200 Automatic hydraulic screen filters APPLICATIONS Automatic filter for primary filtration or automatic back up filter Low to medium flow ranges. Standard characteristics Filter element: Stainless Steel screen AISI 316 mesh, 3 layer Available filtration: from 10 to 3000 micron Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Threaded and Flanged Maximum recommended working pressure: up to 10 bar (145 psi) Minimum operating working pressure during flushing: 1 bar (14.5 psi) Equipped with pressure gauge which indicates the pressure difference of 5m Clean screen pressure loss: up to 0.1 bar (1.45psi) Operation Automatic flushing of the fine screen is activated once the pressure differential (ΔP) in the filter reaches pre-determined value (up to 0.5 bar). During the flushing cycle the flushing valve opens pressure is released from the hydraulic piston and debris laden water is discharged through the flushing valve. Pressure in the hydraulic motor chamber and the dirt collector is significantly lowered causing the dirt collector nozzles move along and rotate thus cleaning the whole internal screen surface. The flushing cycle takes 5 to 13 seconds. The flushing valve closes at the end of the cycle pressure is reapplied to the piston, moving the nozzles back to their rest position and the filter is cleaned. During the whole process water supply is uninterrupted. Model in/outlet diameter MAX FLOW FILTRATION Effective SURFACE area X Y H L weight inch m³/hr cm 2 cm 2 mm mm mm kg AF , AF202X ,630 1, AF , AF203X ,630 1, AF ,630 1, AF204X ,770 2, AF ,120 3, , AF ,120 3, , AF ,240 4, , AF ,240 4, , Maximum recommended Flow Rate micron in good quality water. 38

41 water quality ppm = mg/l Good < 15 Regular Bad Pressure loss at 120 micron 2 & 2X 3 3X 4 4X 6 (4-6) 8 (6-8) FILTRATION water quality AF202 AF202x af203 af203x af204 af204x af206 af X 3 3 X 4 4 x µ Good µ Regular Pressure (Bar) µ Bad µ Good µ Regular µ Bad Flow (m³/hr) 39

af800 automatic hydraulic screen filters APPLICATIONS Automatic primary filter.

2 Pre-treatment: sand blasting up to Sa 2.

Flanged Maximum recommended working pressure: up to 10 Bar (145 psi) Minimum operating working pressure during flushing: 2 Bar (29 psi) Equipped with an electronic control system (6V DC, 12 V DC, 24V

42 af800 automatic hydraulic screen filters APPLICATIONS Automatic primary filter. Standard characteristics Filter element: Stainless Steel screen AISI 316 mesh, 3 layer Available filtration: 10 to 3000 micron Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic or Flanged Maximum recommended working pressure: up to 10 Bar (145 psi) Minimum operating working pressure during flushing: 2 Bar (29 psi) Equipped with an electronic control system (6V DC, 12 V DC, 24V AC) Operation The filter is equipped with a coarse screen that protects the finer screen from stones and larger particles. The coarse screen can be periodically clean manually. Automatic flushing of the fine screen is activated once the pressure differential (ΔP) in the filter reaches pre-determined value (up to 0.5 bar). During the flushing cycle the flushing valve opens pressure is released from the hydraulic piston and debris laden water is discharged through the flushing valve. Pressure in the hydraulic motor chamber and the dirt collector is significantly lowered causing the dirt collector nozzles move along and rotate thus cleaning the whole internal screen surface. The flushing cycle takes 5 to 13 seconds. The flushing valve closes at the end of the cycle pressure is reapplied to the piston, moving the nozzles back to their rest position and the filter is cleaned. During the whole process water supply is uninterrupted. 40 Model in/outlet diameter MAX FLOW FILTRATION Effective SURFACE area H L L1 L2 weight inch m³/hr cm 2 cm 2 mm MM mm mm kg AF ,220 2, ,139 1, AF ,780 4, ,535 1, AF804L ,410 6, ,931 2, AF ,780 4, ,605 1, AF806L ,410 6, ,001 2, AF ,780 4, ,795 2, AF808L ,410 6, ,190 2, AF ,410 6, ,194 2, AF810L ,410 6, ,100 1,960 2, AF810XLP ,710 9, ,100 2,700 3, AF ,710 9, ,100 2,700 3, AF ,990 10, ,270 2,700 3, AF ,100 12,990 10, ,270 2,700 3, AF816XLP 16 1,500 17,020 13, ,270 2,705 3, Maximum recommended Flow Rate micron in good quality water.

43 1.0 Pressure loss at 120 micron AF803 AF804 AF804L AF806 AF808 AF808L AF810 AF806L AF810L AF812 AF814 AF816 AF816XLP Pressure (Bar) Flow (m³/hr) 41

af900 automatic hydraulic screen filters APPLICATIONS Automatic primary filter. Standard characteristics Inlet/outlet parallel (horizontal layout).

Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Filters are supplied with Stainless

44 af900 automatic hydraulic screen filters APPLICATIONS Automatic primary filter. Standard characteristics Inlet/outlet parallel (horizontal layout). Filter housing material of construction: Carbon Steel. Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Filters are supplied with Stainless Steel screen, available in varying micron size as needed: µm (micron meters). Inlet/outlet can be either: Quick coupling connectors (allowing flexibility and easy assembly) Flanged Female threaded (up to 4 /100 mm diameter) Maximum recommended working pressure: up to 10 bar (145 psi). Minimum operating working pressure during flushing: 1 bar (14.5 psi). Maximum water temperature: 65 C (149 F). Clean screen pressure loss: up to 0.1 bar (1.45 psi). Control voltage: 380 V, 3 phase, 0.5 HP. Control system: PLC electric control board. A time basis backup (preset by the operator), guarantees that flushing cycle will occur even if the head loss has not reached the preset value. High pressure range: 16, 25, 40 bar (232, 362, 580 psi). High water temperature range: 95 C (203 F). Anti frost: special control system for cold climate conditions. Electric current: 110 V, 220 V, single phase, 3 phase, 24 V and solar energy. Material of construction: SST - 304, 316, 904, Duplex and Titanium. Available controllers: electronics, timer, air actuated, computerized and custom design. Filter with vertical layout without coarse screen, inlet/outlet on an axis of 90. Filter with vertical layout inlet/outlet on an axis of 180, with/without coarse screen. Adjustable nozzles for filtration degree lower than 50 micron. Operation The filter is equipped with a coarse screen that protects the finer screen from stones and larger particles. The coarse screen can be periodically clean manually. Automatic flushing of the fine screen is activated once the pressure differential (ΔP) in the filter reaches pre-determined value (up to 0.5 bar). During the flushing cycle the flushing valve opens pressure is released from the hydraulic piston and debris laden water is discharged through the flushing valve. Pressure in the hydraulic motor chamber and the dirt collector is significantly lowered causing the dirt collector nozzles move along and rotate thus cleaning the whole internal screen surface. The flushing cycle takes 5 to 13 seconds. The flushing valve closes at the end of the cycle pressure is reapplied to the piston, moving the nozzles back to their rest position and the filter is cleaned. During the whole process water supply is uninterrupted. 42

Pressure loss at 120 micron 1.0 AF903PR AF904PR AF906PR AF908PR AF910PR AF912PR AF914PR AF916PR Pressure (Bar) 0.1 0.

2,350 10 2,130 780 870 178 AF904PR 4 80 4,500 3,555 10 2,340 780 870 208 AF906PR 6 180 6,330 5,064 10 2,440 890 1,080 406 AF908PR 8 350 7,030 3,553 10 2,440 890 1,080 500 AF910PR 10 450 8,970 7,063

45 Pressure loss at 120 micron 1.0 AF903PR AF904PR AF906PR AF908PR AF910PR AF912PR AF914PR AF916PR Pressure (Bar) Flow (m³/hr) Model in/outlet diameter MAX FLOW SCREEN AREA EFFECTIVE DIMENSION FLUSHING FLOW RATE L W H weight Inch m³/hr cm 2 MM 2 m³/hr mm MM mm kg AF903PR ,220 2, , AF904PR ,500 3, , AF906PR ,330 5, , , AF908PR ,030 3, , , AF910PR ,970 7, , , AF912PR ,920 8, , , AF914PR ,760 9, ,150 1,100 1,230 1,052 AF916PR 16 1,100 14,310 11, ,200 1,100 1,230 1,164 AF916XLOPR 16 1,500 17,020 13, ,550 1,130 1,230 1,359 Maximum recommended Flow Rate micron in good quality water. 43

900 SERIES ELECTRIC SCREEN SERIES VERTICAL & Horizontal Automatic ELECTRIC screen filters Applications Automatic self cleaning suction electric types, specially designed for very high flows up to

46 900 SERIES ELECTRIC SCREEN SERIES VERTICAL & Horizontal Automatic ELECTRIC screen filters Applications Automatic self cleaning suction electric types, specially designed for very high flows up to 14,000 m³/hr. Standard characteristics Inlet/outlet parallel, on an axis of 90 or 180 Filters are supplied with a three layer stainless steel screens, available in varying micron sizes as needed: 10 to 3000 micron Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Maximum recommended working pressure: up to 16 bar (230 psi) Minimum operating working pressure during flushing: 2.5 bar (36 psi) Maximum water temperature: 65 C (149 F) Clean screen pressure loss: up to 0.1 Bar (1.45 psi) Minimum flushing flow (3 valve): 30 m³/h, (120 gpm) Filters are from 6-54 diameter SPECIAL CHARACTERISTICS High pressure range: 16, 25, 40 bar (232, 362, 580 psi) High water temperature range: 95 C (203 F) Electric current: 110 V, 220 V, single phase, 3 phase, 24 V and solar energy Available controllers: electronics, timer, air actuated, computerized and custom design Filter with vertical layout without coarse screen, inlet/outlet on an axis of 90 Filter with vertical layout inlet/outlet on an axis of 180, with/without coarse screen Adjustable nozzles for filtration degree lower than 50 micron MODEL IN/OUT DIAMETER MAX FLOW RATE SURFACE AREA EFFECTIVE AREA L L1 L2 INCH M³/HR CM 2 CM 2 MM MM MM AF906 HORIZONTAL ,780 4, ,410 2,145 AF908 HORIZONTAL ,410 6, ,560 2,295 AF910 HORIZONTAL ,710 9,556 1,100 1,934 2,669 AF912 HORIZONTAL ,710 9,556 1,100 1,934 2,669 AF914 HORIZONTAL ,990 10,659 1,270 2,095 2,830 AF916 HORIZONTAL 16 1,100 12,990 10,656 1,270 2,095 2,830 AF916XLP HORIZONTAL 16 1,500 17,020 13,930 1,270 2,675 3,415 44

47 H Pressure loss at 120 micron D H1 H2 Pressure (Bar) Flow (m³/hr) MODEL IN/OUT DIAMETER MAX FLOW RATE SURFACE AREA EFFECTIVE AREA H H1 H2 NUMBER OF SCREENS INCH M³/HR CM 2 CM 2 MM MM MM AF914 VERTICAL ,990 10,659 1,270 2,095 2,830 1 AF916 VERTICAL 16 1,100 12,990 10,656 1,270 2,095 2,830 1 AF916XLP VERTICAL 16 1,500 17,020 13,930 1,270 2,675 3,415 1 AF970 VERTICAL 20 2,300 34,040 27,860 3, ,460 2 AF 1200 VERTICAL 32 5,250 68,080 55,720 3, ,560 4 AF1400 VERTICAL 36 7,000 10, ,580 3, ,

48 compact sa500c SUCTION SCANNER semi-automatic SUCTION SCANNER SCREEN FILTERS applications Semi - automatic filter. standard characteristics Filter element: Stainless Steel screen AISI 316 mesh, 3 layer Available filtration: from 120 micron Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic; Threaded socket and Flanged Maximum recommended working pressure: up to 10 bar (145 psi) Minimum operating working pressure during flushing: 1 Bar (14.5 psi) Equipped with a mechanical DP which indicates when the pressure difference of 5m is exceeded Clean screen pressure loss: up to 0.1 Bar (1.45psi) Operation Water flows through the inlet along and through the cylindrical screen trapping the solids on the screen. The filter can be manually cleaned while still pressurized and without removing the screen. The operator cleans the screen by opening the flush valve and turning the handle, fully up and the back down. As a result the suction nozzles traverse the entire screen removing trapped debris. The whole process takes a few seconds. Model FILTRATION in/outlet diameter MAX FLOW SURFACE EFFECTIVE AREA valve X Y H weight mm inch m³/hr Cm 2 Cm 2 inch mm MM mm kg SA502C , / SA503C ,363 1,891 3/ SA504C ,363 1, Maximum recommended Flow Rate micron in good quality water 46

49 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 47

50 angle sa500s SUCTION SCANNER semi-automatic SUCTION SCANNER screen filters DESCRIPTION Semi - automatic filter. Standard characteristics Filter element: Stainless Steel screen AISI 316 mesh, 3 layer Available filtration: from 120 micron Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic and Flanged Maximum recommended working pressure: up to 10 bar (145 psi) Minimum operating working pressure during flushing: 1 Bar (14.5 psi) Equipped with pressure gauge which indicates the pressure difference of 5m Clean screen pressure loss: up to 0.1 Bar (1.45psi) Operation Water flows through the inlet along and through the cylindrical screen trapping the solids on the screen. The filter can be manually cleaned while still pressurized and without removing the screen. The operator cleans the screen by opening the flush valve and turning the handle, fully up and the back down. As a result the suction nozzles traverse the entire screen removing trapped debris. The whole process takes a few seconds. Model FILTRATION Inlet/outlet diameter MAX FLOW SURFACE EFFECTIVE AREA X Y H inch m³/hr cm 2 cm 2 mm mm mm SA504S ,275 2, SA506S ,674 3, ,165 SA508S ,070 4, ,360 SA510S ,482 5, ,150 SA512S ,142 9, ,765 SA514S ,213 14, ,985 Maximum recommended Flow Rate micron in good quality water Backwash flow: 176 gpm (40 m³/hr) 48

51 Pressure loss at 120 micron Pressure (Bar) Flow (m³/hr) 49

52 angle sa500 brush semi-automatic BRUSH screen filters DESCRIPTION Semi - automatic filter. Standard characteristics Filter element: Stainless Steel screen AISI 316 mesh, 3 layer Available filtration: from 120 micron Filter housing material of construction: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade. Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic and Flanged Maximum recommended working pressure: up to 10 bar (145 psi) Minimum operating working pressure during flushing: 1 Bar (14.5 psi) Equipped with pressure gauge which indicates the pressure difference of 5m Clean screen pressure loss: up to 0.1 Bar (1.45psi) Operation Water flows through the inlet and through the cylindrical screen trapping the solids on the screen. The filter can be manually cleaned while still pressurized and without removing the screen. The operator cleans the screen by opening the flush valve and turning the handle, fully up and the back down. As a result the brushes traverse the entire screen removing trapped debris. The entire process lasts for just a few seconds. Model Inlet/outlet diameter MAX FLOW X X1 Y H weight inch m³/hr mm MM mm mm kg SA504B SA606B , SA508B , SA510B ,100 1, SA512B ,250 1, SA514B ,420 1, Maximum recommended Flow Rate micron in good quality water Backwash flow: 176 gpm (40 m³/hr) 50

53 Pressure loss at 120 micron B 6 B 8 B 10 B 12 B 14 B Pressure (Bar) Flow (m³/hr) 51

54 series f2000 manual filters applications To protect pumps and water meters from suspended solids in water. standard characteristics Filter element: Single perforated screen Stainless Steel AISI 316 Available filtration grade: 3000 micron and up Filter housing construction material: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: Victaulic; Threaded socket and Flange Maximum recommended working pressure: up to 10 Bar (145 psi) operation The filters have been designed and built in accordance with the principle of water flow through the screen openings while solid particles are collected at the lower section of the filter. These particles can be easily removed by drainage through a relatively large drain valve or by opening the cover and washing the screen manually. Model Inlet/outlet diameter MAX FLOW D X L H H1 weight inch m ³ /hr INCH MM MM mm mm kg F F F F F F F F F F , F , F , ,080 1, Maximum recommended Flow Rate micron in good quality water 52

55 X D D1 H1 H Pressure loss at 100 micron Pressure (Bar) Flow (m³/hr) 53

series f500 fertilising tank Applications Fertiliser tanks for use in agricultural applications. Standard characteristics Body of strainer and connections: Carbon Steel ST37.

56 series f500 fertilising tank Applications Fertiliser tanks for use in agricultural applications. Standard characteristics Body of strainer and connections: Carbon Steel ST37.2 Pre-treatment: sand blasting up to Sa 2.5 grade Available filtration: micron Two layered coating process consisting of a one primary coating Rich Zinc (60-70µm thickness) and a final protective coating of Phenolic Epoxy (70-80µm thickness) Connections: quick connection Available tank volumes: 20, 30, 60, 90, 120, 220 litres Installation: horizontal or vertical Maximum operating working pressure: up to 8 Bar (116 psi) Fertiliser tanks require no external energy source to function, other than a pressure differential across the inlet and outlet. The oversized pouring mouth reduces the chance of wasted fertilizer during tank filling Flexible and durable rubber joint, highly resistant to corrosion from chemicals used in agriculture Operation The fertiliser tanks are simple to use and maintain. A pressure differential between the inlet and outlet connections, creates flow into the tank, displacing chemical from the tank via the outlet and into the mains. MODEL Installation D Volume h l weight Inch Litre mm mm kg 16 Vertical Vertical Vertical Vertical Vertical , Horizontal Horizontal , Vertical , Horizontal , Maximum recommended Flow Rate micron in good quality water 54

57 Model F515 - F550 & F570V Model F560 & F580 Approximate fertilisation time (minutes) Pressure loss in/outlet tank capacity BAR 60 Litres 90 Litres 120 Litres 220 Litres

58 NETAFIM AUSTRALIA Fitzgerald Road Laverton, VIC 3026 Tel: Fax: NETAFIM NEW ZEALAND 74 Westney Road Mangere, Auckland NZ Tel: fax: FILTER CATALOGUE 2016 JULY 2016

Y O U R W A Y IRRIGATION COMPONENTS. adritec.com

Y O U R W A Y IRRIGATION COMPONENTS. adritec.com Y O U R W A Y 2 IRRIGATION COMPONENTS adritec.com Plastic Disc 2b2- Plastic Screen 2b3- Plastic Hydrocyclone & Victaulic Clamps 2b4- Plastic Sand Media 2b5- Metallic Screen 2b6- Metallic Sand Media 2b7-