L IN(MM) P IN(MM) S IN(MM) Dash Length DWG REF QTY PART NUMBER SHELL. Filament Wound Epoxy/Glass composites - Head locking grooves ORDER 1 1 SHELL

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1 تاریخ 1/24/2016 مجتمع فولاد ویان

2 DWG REF QTY PART NUMBER DESCRIPTION MATERIAL 1 1 SHELL Filament Wound Epoxy/Glass composites - Head locking grooves ORDER integrally wound in place. 2 A/R SECTION F/C Port CF3M * 3 A/R F/C Port Seal Ethylene Propylene Elliptical Head Assy. Engineering Thermoplastic Head Seal Ethylene Propylene - O - Ring SHELL HEAD - NON CODED HEAD INTERLOCK Quick Release Spiral Ring VESSEL SUPPORT 316 Stainless Steel Saddle Engineering Thermoplastic Strap Assy. 304 Stainless Steel-PVC Cushion Strap screw. 5/16-18 UNC, 18-8 Stainless Steel. ELEMENT INTERFACE 10 2 A/R Adapter Engineering Thermoplastic Adapter seal Ethylene Propylene - O - Ring 12 4 A/R PWT Seal Ethylene Propylene - O - Ring Thrust Cone Engineering Thermoplastic. + 3 each furnished with length code 4,5,6,7 & 8. Dash Length L IN(MM) P IN(MM) S IN(MM) Approx Weight LB(KG)** X1 56 (1502) (1194) (588) (25) X1 69 (2518) (2210) (1422) (31) X1 81 (3534) (3226) (2032) (37) X2 94 (4550) (4242) (1626) (43) X2 106 (5566) (5258) (1981) (48) X2 119 (6582) (6274) (2337) (54) X2 130 (7598) (7290) (2692) (59) X2 142 (8614) (8306) (3048) (64)

3 RATING: DESIGN PRESSURE PSIG at 190 F (2.1 MPa at 88 C) MIN. OPERATING TEMP F (-7 C) FACTORY TEST PRESSURE PSIG (3.1 MPa) QUALIFICATION PRESSURE PSI (12.4 MPa) INTENDED USE: The CodeLine 80S30 Non Coded Fiberglass RO Vessel is designed for continuous, long term use as a housing for reverse osmosis membrane elements to desalt typical brackish waters at pressures up to 300 psi. Any make of eight-inch nominal diameter spiral-wound element is easily accommodated; the appropriate interfacing hardware for the element specified is furnished with the vessel. The Shell of CodeLine 80S30 Non Coded vessel is designed in accordance with the engineering standards of the Boiler and Vessel Code of the American Society of Mechanical Engineers (ASME) as per Section X. The CodeLine 80S30 Non Coded vessel must be installed operated and maintained in accordance with the listed precautions and good industrial practice to assure safe operation over a long service life. The high performance Filament wound FRP shell must be allowed to expand under pressure; undue restraint at support points or piping connections can cause leaks to develop in the shell. This side-ported vessel requires special precautions in mounting and connection to piping so that the vessel will not be subjected to excessive stress due to bending moments acting at the side openings in the fiberglass shell. The end closure, incorporating close fitting, interlocking metal components, must be kept dry and free of corrosion; deterioration can lead to catastrophic mechanical failure of the head. Pentair will assist the purchaser in determining the suitability of this standard vessel for their specific operating conditions. The final determination however, including evaluation of the standard material of construction for compatibility with the specific corrosive environment, shall be the responsibility of the purchaser. Alternate materials with enhanced corrosion resistance are available on special order. Specifications are subject to change without notice. PRECAUTIONS: DO read, understand and follow all instructions; failure to take every precaution will void warranty and may result in vessel failure DO mount the shell on horizontal members at span S using compliant vessel supports furnished; Shim saddles if required. Tighten hold down straps just snug DO align and center side ports with the manifold header. Correct, causes of misalignment in a row of vessels connected to the same header DO use flexible type IPS grooved-end pipe couplings, at side ports; allow full, inch gap between port and piping, and position piping to maximize flexibility of connection. DO provide flexibility in, and support for piping manifolds so that vessel can grow in length under pressure without undue restraint; provide additional flexible joints in large pipes leading to manifold header. DO provide overpressure protection for vessel set at not more than 105% of design pressure DO inspect end closures regularly; replace components that have deteriorated and correct causes of corrosion DO Lubricate seals sparingly, using nonpetroleum Based lubricants, i.e. Parker Super O-lube, Glycerin or suitable silicone based lubricants. DO NOT work on any component until first verifying that pressure is relieved from vessel DO NOT make rigid piping connections to ports or clamp vessel in any way that resists growth of fiberglass shell under pressure; *** DIA = in. (0.4mm) and *** L = 0.2 in. (6mm) for a length code 8 vessel DO NOT hang piping manifolds from ports or use vessel in any way to support other components DO NOT tighten Permeate Port connection more than one turn past hand tight DO NOT operate vessel without connecting both Permeate Ports internally to complete set of elements or otherwise plug ports internally so that external piping connection is not subjected to feed pressure DO NOT install Spacer on downstream end of vessel DO NOT operate vessel without Thrust Cone installed downstream DO NOT pressurize vessel until double-checking to verify that the Locking Ring is in place and fully seated. DO NOT operate vessel at pressure and temperature in excess of its rating. DO NOT operate vessel with permeate pressure in excess of 125 psi at 190 F (0.86 Mpa at 88 0 C). DO NOT tolerate leaks or allow end closures to be routinely wetted in any way DO NOT operate outside the ph range ORDERING: Using the chart below, please check the features you require VESSEL LENGTH CODE please check one MODEL 80S30 Non Coded MEMBRANE BRAND AND MODEL CERTIFICATION REQUIRED CE Marked Standard. Certified by Pentair. PERMEATE PORT CONFIGURATION: Please supply adapters for the following membrane brand and specific model Brand Model Standard. 1 FNPT & 1.5 IPS GROOVED NORYL HEAD. Optional.1 BSP F/JIS F Parallel Thread & 1.5 IPS GROOVED NORYL HEAD. STRAP ASSEMBLY Standard SS304 Optional SS316 Optional SS316L FEED/CONCENTRATE PORT SELECTION Material of Construction Standard CF3M Optional Duplex SS (CD3MN) Optional Super Duplex SS (CD3MWCuN) Configuration Standard - CF3M 1D5D Optional Multi ports :( Refer SPEC.SHEET/PM/1.5-3 for Multi port selection) Serial number end Opposite end PORT SIZE CODE For complete information on proper use of the vessel Please refer to the 80S Series USER S GUIDE D E F 1½ GROOVED END 2 GROOVED END 2½ GROOVED END ADAPTER KITS UP STREAM DOWN STREAM DWG. NO N, Pentair PAGE 2 OF 2. CODELINE BODY LABELS ARE PLACED AT 90 TO SERIAL NUMBER END AND AT 270 ON THE OPPOSITE SIDE END

4 ARTICLE CODE: 80S15, 80S30, 80S45, 80S60, 80S100, 80S120, 80S15 (NC), 80S30 (NC), 80S45 (NC), 80S60 (NC) General information THE OCTA TECHNOLOGY - AN OVERVIEW Codeline OCTA 80S Series is membrane housing of 8 diameter with side entry design with OCTA Technology. This is used for commercial, municipal and industrial RO applications. Vessel models are available upto a maximum operating pressure of 150 PSI, 300 PSI, 450 PSI, 600 PSI, 1000 PSI & 1200 PSI with multiport connectivity. These are made up of epoxy / glass composite to meet the demands of long term and continuous use in RO processes. Codeline OCTA 80S Series vessels can accommodate any standard* 8 membrane element. * Standard element length = 40 long certifications The Background: The conventional internal shape for a membrane housing is considered as a round shape, but use of a round shape with multiple side ports provides a higher probability of side port leakage. Hence, the research background was that how to fit a flat surface in a circular membrane housing with multiple side ports. The Research: Research with various possibilities proved that an OCTAGON is the best shape to solve the problem of fitting of flat surface in a circular membrane housing. Hence, the technology named after OCTAGON as OCTA Technology. The Theory & Explanation: Inside of industrial membrane housing made up of OCTAGONAL SHAPE can accommodate multiple side ports with the best fit surface. The reasons are explained as shown on the pictures. Flat surface formed in the vessel shell - reduces counter boring Codeline 80S non-coded: CE certified NSF certified Codeline 80S coded: ASME code compliant, CE certified, NSF certified Contact us for DWI certified products The Conclusion: Successful execution showed that an Octagon, besides providing the best fit, would also allow for multiple sealing surfaces, each at certain intervals along with side port mounting. A from the above it will also provide the benefits like easy on-site service & maintenance with quick locking mechanism along with improved head sealing and integrally wound locking groove. Thus, OCTA Technology sets a benchmark for manufacturing a membrane housings series using the unique Octagonal Groove Forming Technique and applicable for 8 membrane housings only. Seal seated against a flat surface Threaded side port; seal seating on side port ADVANCED FILTRATION CODELINE OCTA 80S SERIEs

5 unique benefits unique features Minimized Leakage: The octagonal shape which is integrally formed provides a flat sealing surface for superior and reliable sealing of side ports Easy Service & Maintenance: The threaded side ports are easy to mount and allows quick & easy onsite maintenance and replacements reducing downtime Quick Locking Mechanism: The user friendly Quick Lock System eliminates the requirement of special tools for removal and lets easy access the membrane quickly Improved Head Sealing: Head seal which is captured in the head / sealing plate gives better sealing and avoids head seal to roll eliminating head leak defect CODELINE 80S SERIES SPECIFICATION* Integrally Wound Locking Groove: Integrally wound locking groove gives enhanced end margin strength for better performance Flexibility in permeate piping: Standard permeate ports can be customised as special requirements Reduced system cost: Availability of Multiple Side port options for high flow rate cuts down the investments on expensive manifolds Ultrapure / Sanitary Applications: 80S Serie can accommodate optionally a special designed sanitary connection for the coded models Mirror Finish ID for easy & quick loading and unloading of membranes Multi-porting options available with 1.5, 2.0 & 2.5 diameter for connecting vessels to each other Quick lock head retention system for quick access to membranes Exteriors coated with high gloss polyurethane paint for UV resistance Head seal is captured, hence doesn t roll during head assembly fitment Compatible for using in all water type application Available in ASME certified & CE marked models Available in ASME code compliant and non-coded models Code Compliant Model Non-coded** Drawing Temperature Any make of 8 nominal diameter spiral-wound element is easily accommodated. * Specifications are subjected to change without prior notice (for more details refer to model specific engineering drawings) ** 80S Non-coded series cannot be ASME stamped Qualification Element Length CODELINE 80S PSI / 10 Bar 190 F / 88 C 900 PSI / 62 Bar 1-8 CODELINE 80S PSI / 20 Bar 190 F / 88 C 1800 PSI / 124 Bar 1-8 CODELINE 80S PSI / 31 Bar 190 F / 88 C 2700 PSI / 186 Bar 1-8 CODELINE 80S PSI / 41 Bar 190 F / 88 C 3600 PSI / 248 Bar 1-8 CODELINE 80S PSI / 68 Bar 150 F / 66 C 6000 PSI / 413 Bar 1-8 CODELINE 80S PSI / 82 Bar 150 F / 66 C 7200 PSI / 496 Bar 1-8 Model Drawing Temperature Qualification Element Length CODELINE 80S15 NC PSI / 10 Bar 190 F / 88 C 900 PSI / 62 Bar 1-8 CODELINE 80S30 NC PSI / 20 Bar 190 F / 88 C 1800 PSI / 124 Bar 1-8 CODELINE 80S45 NC PSI / 31 Bar 190 F / 88 C 2700 PSI / 186 Bar 1-8 CODELINE 80S60 NC PSI / 41 Bar 190 F / 88 C 3600 PSI / 248 Bar 1-8 ADVANCED FILTRATION CODELINE OCTA 80S SERIEs

6 EXPLODED VIEW & DETAILS (coded models) A generic view for visual reference only PARTS TABLE 80S15 DRG REG QTY Description Material Part 80S30 80S45 80S60 80S100 80S Shell Filament Wound Epoxy / Glass composites. Head Locking grooves integrally wound in place. 2 AR F / C Port CF3M / CD3MWCuN CF3M CF3M CF3M CF3M CD3MWCuN CD3MWCuN 3 AR F / C Port Seal Ethylene Propylene As required As required As required As required As required As required 4 4 PWT Seal Ethylene Propylene - O Ring As required As required As required As required As required As required 5 2 Adapter Engineering Thermoplastic As required As required As required As required As required As required 6 2 Adapter Seal Ethylene Propylene - O Ring Permeate Port Engineering Thermoplastic Permeate Port Seal Ethylene Propylene - O Ring Thrust Cone Engineering Thermoplastic Head Seal Ethylene Propylene - O Ring Sealing Plate Engineering Thermoplastic Bearing Plate 6061-T6 Aluminum Alloy - Hard Anodized Retaining Ring 316 Stainless Steel Port Nut Engineering Thermoplastic * AR Saddle Engineering Thermoplastic * AR Strap Assembly 304 Stainless Steel - PVC Cushion * AR Strap Screw 5/16-18 UNC, 18-8 Stainless Steel * Not shown in the exploded view ADVANCED FILTRATION CODELINE OCTA 80S SERIEs

7 EXPLODED VIEW & DETAILS (NON-CODED MODELS) A generic view for visual reference only PARTS TABLE DRG REG QTY Description Material 80S15 NC Part number * Not shown in the exploded view 80S30 NC 80S45 NC 80S60 NC Part number Part number Part number 1 1 Shell Filament Wound Epoxy / Glass composites. Head Locking grooves integrally wound in place. 2 AR F / C Port CF3M As required As required As required As required 3 AR F / C Port Seal Ethylene Propylene As required As required As required As required 4 4 PWT Seal Ethylene Propylene - O Ring As required As required As required As required 5 2 Adapter Engineering Thermoplastic As required As required As required As required 6 2 Adapter Seal Ethylene Propylene - O Ring Thrust Cone Engineering Thermoplastic Head Seal Ethylene Propylene - O Ring Elliptical Head Sub Assembly Engineering Thermoplastic Retaining Ring 316 Stainless Steel * AR Saddle Engineering Thermoplastic * AR Strap Assembly 304 Stainless Steel - PVC Cushion * AR Strap Screw 5/16-18 UNC, 18-8 Stainless Steel Codeline PENTAIR WATER INDIA PVT. LTD. L / 52 55, VERNA INDUSTRIAL ESTATE, VERNA, GOA, INDIA Note: The information and data contained in this document are based on our general experience and are believed to be correct. They are given in good faith and are intended to provide a guideline for the selection and use of our products. Since the conditions under which our products may be used are beyond our control, this information does not imply any guarantee of final product performance and we cannot accept any liability with respect to the use of our products. The quality of our products is guaranteed under our conditions of sale. Existing industrial property rights must be observed. DS CODELINE OCTA 80S SERIES EN Pentair. All Rights Reserved.