TCNICA CATAOGU Pipes an Fittings for Compresse Air
SIGN AN QUAITY CONTRO AIRCOM proucts come uner the aegis of Mae in Italy, an prouct quality is therefore of the very highest stanar. The Company has numerous epartments eicate to specific activities. One is eicate to esign, others to R&, moul prouction an maintenance, prouction an, lastly, a epartment specifically for quality control where our proucts unergo very rigorous tests until the quality stanars obtaine are of the highest possible international level. 3 Prototyping Prouction esign Creating mouls QUAITY CONTRO TST - Moul controls - Size controls - Pneumatic leak tests at PN 16 bar - Resistance factor 4 - Polymer ageing tests at 64 bar - Resistance tests at up to 120 bar - Size tests - Pressure tests with compresse air - Pressure tests with water Prouct conforms or oes not conform before being release to market: CONFORMS The component has passe internal tests an is reay for release to market. NON-CONFORMS oes not conform to tests, the component goes back to the R& epartment to be analyse, reesigne an once more subjecte to valiation tests. AIRCOM s.r.l. via Trattato i Maastricht 15067 NOVI IGUR (A) Tel. + 39 0143 329502 Fax +39 0143 358175 www.aircomsystem.com info@aircomsystem.com 5
SICURZZA RACTION TO FIR SYSTM VRSATIITY CONFORMITY All AIRCOM components are self-extinguishing an o not propagate flames Pipes, fittings an soft pipes comply with: N13501-1:2007+A1:2009 N ISO 11925-2:2010 N ISO 13823:2010 AIRCOM proucts have been specifically stuie an esigne to crate complete systems for the istribution of compresse air an pressurise fluis. Thanks to their versatility, they can be connecte to alreay existing plant units. All our proucts comply with 97/23/C TN-YAR GUARANT In line with high quality performance of its prouct range, AIRCOM offers a ten-year guarantee on materials. To rea the Terms of Cover of the guarantee, refer to the Technical Catalogue. AIRCOM s.r.l. via Trattato i Maastricht 15067 NOVI IGUR (A) Tel. + 39 0143 329502 Fax +39 0143 358175 www.aircomsystem.com info@aircomsystem.com 7
CONTNTS PROUCT SCRIPTION pag 4 SPCIFICATIONS pag 6 Applications Fiels Pipelines Colors guieline Plant esign Pipelines ength Air flow an pressure rop Ring Pipelines Sizing xample Materials Features Chemical Resistence Application imits -Temperature/Pressure Ratio inear Thermal xpansion an Contraction Compensation of xpansion an Contraction Pipelines Bracketing Safety irections AIRCOM Warranty Pipelines testing Compresse Air Plant fficiency an energy saving 6 6 7 8 9 11 12 13 14 15 17 18 19 19 20 21 APPNIX A - ASSMBY GUI APPNIX B - PURSTRAM SYSTM TCNICA SCU APPNIX C - AIRCOM ACCSSORIS TCNICA SCUS Information provie in this ocument were compile accoring to our science an conscience an are representative of state of art. Information, ata an pictures of Aircom proucts herein supplie are not bining an are supplie as a guie only. We reserve the right to introuce possible technical moifications without notice. We recommen to always check effective suitability of the prouct/s for the intene use. Any reprint or copying of this ocument an its annexes, or of part of them, requires prior written consent from Aircom Srl. All rights reserve. (. an O..) P U R S T R A M pipes an fittings for compresse air 3
PROUCT SCRIPTION The constant evelopment of plants, the growth an the moifications of factories, the prouction technology progress, the strong push to automation are asking for pressure air plants correctly size an easy moifiable. The PURSTRAM by Aircom was expressly esigne an evelope for the elivery an istribution of compresse air. Materials an connection peculiarity allow the assembling of flexible plants; these can be integrate by all the Aircom components an work out all the problems an the nees of the more complex plants. Perfect hyraulic seal, remarkable mechanical enurance an efficiency in the time are guarantee, in spite off the easy an quick installation. CORROSION The special aluminium alloy of pipes, coate by hot electroctrostatic paint, the aluminium alloy an special coating of cast injecte fittings, the tecnoplymers of Q fittings an components, create a corrosion-free pipeline both in internal an external surface. This guarantee, at least, 50 year life of the prouct uner normal working conitions. IMPACT RSISTANC The materials guarantee excellent performance relating to mechanical resistance an internal pressure resistance. The pipeline can support violent impacts. U.V. RAYS U.V. rays o not affect aluminium. For this reason the PURSTRAM pipes can be laye inoor an outoor. FIR RSISTANC The aluminium alloy of the pipes allows an excellent fire resistance (flames cannot sprea or progress) AIR IVRY Because of the low friction factor an the large insie pipe section, the PURSTRAM by Aircom offers higher air elivery then others pipes at the corresponing insie iameter. INSTAATION PURSTRAM by Aircom allows the highest flexibility an integrability to any other kin of system an, off course, to all the others AIRCOM systems. The absolutely quick an easy installation allows to get "zero" waiting time before starting the plant. IMNSIONS AN STANAR All the items of PURSTRAM by Aircom are in accorance to aapt to USA stanars as regars to pipes, fittings an valves uner pressure. COMPRSSORS OI COMPATIBIITY Normally the PURSTRAM by Aircom components can work with a large range of lubricating oils for compressors. A etaile list is continually upate. Ask for the compatibility list to the AIRCOM technical assistance. A T AIRCOM ITMS AR GUARANT "SIICON FR" 4 P U R S T R A M pipes an fittings for compresse air
PROUCT VISUA INTIFICATION The pipe color ientifies the carrie flui Aircom BU Pipe: Compresse Air Aircom Green Pipe: Other Inustrial Fluis MARKING OF AUMINIUM PURSTRAM PIP Prouct ine Maximum working pressure - bar 2 Quick ine n 20-3/4 PN 13 Bar 200 PSI - 174 PSI for Canaa 21/07 Supplier/line i. coe Nominal Outsie iameter (mm - in) Maximum working Pressure - PSI Prouction - batch Pipe marking is black ink painte MARKING OF FITTINGS ogo ate Stamp ate Stamp ogo P U R S T R A M pipes an fittings for compresse air
TCNICA SPCIFICATIONS APPICATION FIS 1. COMPRSS AIR PURSTRAM by Aircom system is mainly eicate to COMPRSS AIR istibution up to a maximum pressure of 200 PSI. The wie range of proucts allows o evelop plants starting from compressor, through the treatment units, through the istribution ring, up to the peripherical connections. A set of special components allows quick an effective solutions to settle all the specific installation problems relate to commpresse air. PURSTRAM by Aircom sistem is perfectly integrable with all the others Aircom prouct range as CASSIC ine. 2. OTR USS. Inert gases. Vacuum. Water (not alimentary) an inustrial fluis Water an Inustrial fluis Vacuum Compresse Inert Gases Air Pipelines istiguishing Colors The Stanar settles the colors in orer to ientify the carrie flui. Flui Fire estinguishing Water Steam Air Combustible en/or Inflammable Mineral Oils Gaseous or iquifie Gases (air exclue) Acis angerous Fluis Basic Color RA 3000 6032 9006-8007 1024 2010 1021 Colors of the most common fluis P U R S T R A M pipes an fittings for compresse air
PANT SIGN There are two way to esign a main line: through a single way pipeline (the line start from the compressor following all the connections up to the farest one) or through a close ring (the line start an go back to the compressor). The ring is usually the avisable solution because of a more equilibrate elivery an because it makes possible, with valves, to cut parts af the plant in orer to set, moify, or enlarge the pipeline without complete stop of the air elivery in the firm. The volume of the ring-line forms an air-storage, helping to keep the pressure value constant, especially uring strong an suen air requests. To calculate the imension of the main pipe ring, we must know all etaile ata of each tool, machine, equipement etc. regaring the air comsumption, usually expresse in cubic feet per minute (cfm), an the correct working pressure value (min an max). So, the rigth imensioning of a main line, nees to consier several factors as following: 1. Air Flow Rate The flow rate is estimate on the basis of the ifferent users as well as on the operation frequency of all users ; the total average flow rate of all off takes will show the the maximum necessary quantity for the main pipeline. A certain precautionary increasean an estimate of future increase is to be ae to the above value. This atum will allow us to size the compressor to be installe an consequently other necessary elements ( receiver, main filter, oil separator, rier etc.). 2. Compressors - Inicative Air elivery The following table shows the air elivery values available for compressors with ifferent powers. KW 3 4 5,5 7,5 11 12,5 15 18 22 29 37 45 55 74 92 110 132 170 200 CV 2 4 6 7,5 10 15 17 20 25 30 40 50 60 75 100 125 150 180 230 270 cfm 9 15 20 35 45 65 75 95 110 130 170 205 260 315 445 555 665 780 960 1150 3. Working Pressure an oss of Charge The esigne must fix the minimum neee pressure for each user an its position: far from compressor the available pressure will ecrease because of many reasons: - Air riers, filters - rop legs - Restrictions (valvs etc.) - Frictions from the flow spee - Pipe section changes, irection changes, elbows, fittings an other accessories In orer to get a rigth plant imensioning, we must think of losses of charge ue to fittings.this value change time by time accoring to the quantity an the shape of them. P U R S T R A M pipes an fittings for compresse air 7
The table below inicates the corresponence to pipe feet for every assemble fitting. The equivalent length obtaine from all fittings will be ae to the average length of the installe pipe. QMAPA QGO90PA QGO45PA QTPA QTRPA QRIPA QMNPA QRPA QAP 16-1/4" 0,3 2,3 0,3 0,3 6,6 20-0,7 4 3,3 0,7 0,7 10 25-0,7 6,6 4,3 1 6 0,7 6,6 13 32-1 10 5 1 8 1 10 40-1. 1 12 6 1,3 11 4 1 13 50-2" 1,3 14 7 1,3 18 6 1,3 20 63-2. 1,6 16 1,6 1,3 23 80-3" 2,3 21 1,6 1,3 30 PANT NGT When we know the service pressure, the require flow an the length of the pipe from the compressor line to the most istant air user (consiering the sum in meters of the equivalent lengths - see table 1), we will be able to calculate the correct imensioning of the main pipe. COIC OF T QTUA PIP FOR T MAIN RING Values referre to a 120 psi pressure an a maximum pressure rop of 5% istance between the compressor an the most istant user (in feet) Cf / h 1260 1890 2520 3675 5250 7350 9450 12600 17850 25200 37800 44100 65100 94500 cfm 21 32 42 61 88 123 158 210 298 420 630 735 1085 1575 80 16 16 20 25 25 32 32 40 40 50 50 63 63 80 160 16 20 25 25 32 32 32 40 40 50 63 63 80 80 320 20 20 25 32 32 40 40 40 50 50 63 63 80 80 480 20 25 25 32 32 40 40 50 50 63 63 80 80 640 25 25 32 32 40 40 50 50 50 63 80 80 80 960 25 25 32 40 40 50 50 50 63 63 80 80 1280 25 32 32 40 40 50 50 63 63 80 80 80 1600 25 32 32 40 50 50 50 63 63 80 80 3200 32 40 40 50 50 63 63 63 80 80 ACCORING T TAB INICATIONS T MAXIMUM PRSSUR ROP WI B APPROX 5% If the instant flow rate is equal or inferior to the one prouce by the compressor an the ring is shorter than the suggeste for a given pipe iameter, the pressure loss will not excee 5%. We recommen to use larger pipelines for possible future expansions an to avoi an excessive spee of the compresse air insie the piping system. 8 P U R S T R A M pipes an fittings for compresse air
FOW RAT/PRSSUR ROP TAB We inicate hereuner the maximum suggeste flow rate not to create high spee in the air flow which will eterminate : a. Increase of turbolence with relative pressure rop; b. high an eventually unlegal noises; c. conence spray in the pipeline. 16 20 25 32 40 50 63 80 mm 1/2 3/4 1 1.1/4 1.1/2 2 2.1/2 3 PIP FOW RAT TABS MAX FOW RAT QTUA 16 PIP (cfm) PRSSUR ROP QTUA 16 PIP (cfm) 45 22 Flow rate (cfm) 35 30 20 15 5 0 90 100 120 150 180 psi Pressure rop (psi) 20 18 15 12 9 6 3 0 10 20 30 50 90 psi 100 psi 120 psi 150 psi 180 psi Flow rate (cfm) - Table 1a - Table 1b MAX FOW RAT QTUA 20 PIP (cfm) PRSSUR ROP QTUA 20 PIP (cfm) Flow rate (cfm) 75 65 60 50 45 35 30 20 15 5 0 Pressure rop (psi) 20 18 15 12 9 6 3 0 90 psi 100 psi 120 psi 150 psi 180 psi 90 100 120 150 180 psi 20 35 55 75 Flow rate (cfm) - Table 2a - Table 2b MAX FOW RAT QTUA 25 PIP (cfm) PRSSUR ROP QTUA 25 PIP (cfm) Flow rate (cfm) 150 130 110 95 75 55 35 20 0 Pressure rop (psi) 20 18 15 12 9 6 3 0 90 psi 100 psi 120 psi 150 psi 180 psi 90 100 120 150 180 psi 55 75 110 150 Flow rate (cfm) - Table 3a - Table 3b P U R S T R A M pipes an fittings for compresse air 9
PIP FOW RAT TABS MAX FOW RAT QTUA 32 PIP (cfm) PRSSUR ROP QTUA 32 PIP (cfm) Flow rate (cfm) 335 295 260 220 185 150 110 75 35 0 Pressure rop (psi) 20 18 15 12 9 6 3 0 90 psi 100 psi 120 psi 150 psi 180 psi 90 100 120 150 180 psi 130 185 260 315 Flow rate (cfm) - Table 4a - Table 4b MAX FOW RAT QTUA 40 PIP (cfm) PRSSUR ROP QTUA 40 PIP (cfm) Flow rate (cfm) 595 520 445 370 295 220 150 75 0 Pressure rop (psi) 20 18 15 12 9 6 3 0 90 psi 100 psi 120 psi 150 psi 180 psi 90 100 120 150 180 psi 220 295 405 555 Flow rate (cfm) - Table 5a - Table 5b Flow rate (cfm) 1110 925 740 555 370 185 0 MAX FOW RAT QTUA 50 PIP (cfm) Pressure rop (psi) 22 20 18 15 12 9 6 3 0 PRSSUR ROP QTUA 50 PIP (cfm) 90 psi 100 psi 120 psi 150 psi 180 psi 90 100 120 150 180 psi 370 555 740 1110 Flow rate (cfm) - Table 6a - Table 6b MAX FOW RAT QTUA 60 PIP (cfm) PRSSUR ROP QTUA 60 PIP (cfm) Flow rate (cfm) 2220 1850 1480 1110 740 370 0 Pressure rop (psi) 22 20 18 90 psi 15 100 psi 120 psi 12 150 psi 9 180 psi 6 3 0 90 100 120 150 180 psi 740 1110 1665 2220 Flow rate (cfm) - Table 7a - Table 7b 10 P U R S T R A M pipes an fittings for compresse air
PIP FOW RAT TABS MAX FOW RAT QTUA 80 PIP (cfm) PRSSUR ROP QTUA 80 PIP (cfm) Flow rate (cfm) 3705 3335 2965 2595 2220 1850 1480 1110 740 370 0 90 100 120 150 180 psi Pressure rop (psi) 22 20 18 15 12 9 6 3 0 90 psi 100 psi 120 psi 150 psi 180 psi 1480 2220 3150 4075 Flow rate (cfm) - Table 8a - Table 8b Ring imensioning example an pressure rop calculation in a Quick ine worknet. The most istant point, in the pipeline lay-out, from the compressor will be: 300/2 feet= 150 feet (point A ) If we compare this value with the flow rate inicate in Table 5b (page xx) we shall obtain the pipe size we have to install (in this case 1.1/2 ). A Service pressure Neee Flow Rate Pipeline ength = 120 psi = 210 cfm = 150 feet To know the pressure loss at point A we have to calculate the equivalent length (eq.): eq = 150 + ( 1 x 6) + ( 12 x 4) + ( 8 x1) + ( 3x1) = 215 IIf in table C we cross the flow rate of 210 cfm with the curve at 120 psi we get a pressure loss (Δp) of 0,18 bar. 2,6 psi : 100 = Δp : eq The pressure loss is lower than 5%. Δp = 2,6 psi x 200 = 5,2 psi 100 The value obtaine for a 100 pipeline is aroun 2,2 psi; as our atum is 313, the pressure loss will be : Δp =( 313 x 2,2) /100 = 6,9 psi In this calculation we i not consier pressure rops ue to the possible presence of treatment groups : air rier, filters, etc. These values may be foun on the instructions manual of the machine or may be requeste to the machine supplier. P U R S T R A M pipes an fittings for compresse air 11
MATRIAS AN RFRNC STANARS IMPORTANT NOTS: Quick ine System Pipe Ring nuts up to ia. 50 Ring nuts larger than ia.50 Boies up to ia. 50 Boies larger than ia.50 Push ring Split ring Gaskets Aluminium boies an joints Brass boies an joints Threae inserts Applique boies Quick branch boies Brackets M8 screw-bolts Spacers Bracket systems Material Aluminium extrusion Alloy N AW T6 UNI-N 755-2 with insie an outsie titanium-base, chromefree an RoS-complying treating an electrocoate outsie surface Polyamie 6 ia.16 50 Aluminium Alloy N-AB 46100 Polyamie 6 Aluminium Alloy N-AB 46100 Poliammye 6 Stainless steel X10CrNi18-8 NBR 70 (Viton on request) Aluminium Alloy N-AW 2011 Brass Alloy CW 617N Polyamie 6 Polyamie 6 Polyamie 6 Polypropylene Galvanize steel Polypropylene Galvanize steel Reference Stanars UNI-N 755-2 ISO 1043 UNI-N 1676 ISO 1043 UNI-N 1676 ISO 1043 UNI-N 10088 ISO 1043 UNI-N 755-2 UNI-N 12165 ISO 1043 ISO 1043 ISO 1043 ISO 1043 UNI-N-ISO 4032 ISO 1043-80 mm AUMINUM FITTINGS PRSSUR AN TMPRATUR RATINGS: 174 psig @ 80 C (176 F) maximum an 10 C (14 F) minimum 20 mm 63 mm AUMINUM FITTINGS PRSSUR AN TMPRATUR RATINGS: 232 psig @ 80 C (176 F) maximum an - 10 C (14 F) minimum 20 mm 63 mm PASTIC FITTINGS PRSSUR AN TMPRATUR RATINGS: contact CAG Purification for scope of supply pressure ratings QUICK IN AUMINIUM PIP - AUMINIUM AOY N AW 6060 CMICA COMPOSITION Si 0,30 0,60 Fe 0,10 0,30 Cu 0,10 max Mn 0,10 max Mg 0,35 0,60 Cr 0,05 max Zn 0,15 max Others 0,15 max Al Rest PISICA AN MCANICA CARACTRISTICS Characteristic Treatment ensity lastic Moulus Thermal xpansion Thermal Conuctivity Specific Warmth Fusion Temperature Tensile Strength Rm Yiel Strength Rp longation A % longation A (50mm) % Value T6 2,7 Kg/m³ 69 KN/mm² 23 µ/m/ F 200 W/(m K) 880 900 J/(Kg K) 600 660 F 190 N/mm² 150 N/mm² 8 6 Note - - - between 20 F an 100 F at 20 F between 0 F an 100 F Minimum Minimum Minimum Minimum 12 P U R S T R A M pipes an fittings for compresse air
CMICA COMPATIBIITY Aircom systems guarantee a very high resistance against corrosion in stanar working areas. In the following table you will fin chemical compatibilities of our proucts with some organic compoun, solvents, gases, acis, salts, bases. CMICA AGNTS MATRIAS present in Aircom systems AUMINIUM NBR (O-ring) egen Compatibility between chemical agents an materials Compatibility with Aircom proucts VITON * (O-ring) CANSAR (Inox) PA (Poliammie) PVC Q PA6 fittings AUMINIUM pipe A = Optimum; B = Goo; C = Moest; = Poor; OK Compatible NON Compatibile COMPATIBIITY WIT AIRCOM MATRIAS PVC pipe * AUMINIUM fittings Accessories ACTAY B A A A OK* OK OK* OK ACTIC ACI 20% B B B A B OK OK OK ACTON A A A OK ACTYN A B A A A A OK OK OK OK OK AMMONIUM B A A A B OK OK OK OK OK BNZN B A B B C OK* OK OK* OK BORIC ACI C A A A B A OK BURNT IM A A A A A A OK OK OK OK OK BUTANO A B A A A OK OK BUTTR A A A A A A OK OK OK OK OK CARBON IOXI A A A A A A OK OK OK OK OK CARBON MONOXI A A A A A A OK OK OK OK OK CAUSTIC SOA C B A A B A OK OK OK COROFORM B A A A A OK* OK OK OK* OK CITRIC ACI C A A A A A OK OK OK OK CORIC ACI (20%) A OK IS GAS B A A B A - OK OK OK TANO A A A B B A OK OK OK OK OK TYN GYCO A A A B A A OK OK OK OK OK FAT ACIS A B A A A A OK OK OK OK OK FORMAY 40% B B A A A A OK OK OK OK OK FU OI A A A A A - OK OK OK OK GUCOS A A A A A A OK OK OK OK OK GYCRIN A A A A A A OK OK OK OK OK PTAN A A A A A - OK OK OK OK YROGN (GAS) A A A A A A OK OK OK OK OK MTY ACOO B A C A B A OK* OK OK OK* OK MIK A A A A A A OK OK OK OK OK MINRA OI A A A A A - OK OK OK OK MOTOR OI A A A A A - OK OK OK OK NATURA GAS (MTAN) A A A A A A OK OK OK OK OK NITRIC ACI ( 20%) C A B A OK NITROBNZN B B B B - OK OIC ACI A B B A B A OK OK OK OK OK OXAIC ACI A C A A B A OK* OK OK OK* OK PTRO B A A A A A OK OK OK OK OK PNO A A B OK POTASSIUM PRMANGANAT B C A B A OK PROPYN GYCO B A A B A A OK OK OK OK OK SIICON A A A A A A OK OK OK OK OK SUGAR A A A A A A OK OK OK OK OK SUPURIC ACI C B A OK TANNIC ACI C A A A C A OK TARTARIC ACI B A A B B A OK OK OK OK OK TOUN A C B B OK URA B B A B A A OK OK OK OK OK VASIN A A A A A A OK OK OK OK OK VINGAR B A A A A OK OK OK OK XYN A B B B A OK* OK OK OK* OK N:B: If you nee further information on compatibilities, please contant AIRCOM technical office. VITON O- Ring Unavailable atum P U R S T R A M pipes an fittings for compresse air 13
RATIO BTWN PRSSUR AN TMPRATUR The inication Pn 188 means that AIRCOM Quick ine proucts may be use up to a maximum pressure of 188 psi. If the temperature rises the nominal service pressure lowers accoring the curves showe in the following graphs: RATIO BTWN PRSSUR AN TMPRATUR WIT AUMINUM "QUICK" PIP AN PA PURSTRAM FITTINGS PN 240 210 180 150 120 90 60 30 0-15 30 50 60 80 100 120 140 150 170 190 210 230 240 Temperature ( F) RATIO BTWN PRSSUR AN TMPRATUR WIT AUMINUM "QUICK" PIP AN AUMINIUM PURSTRAM FITTINGS PN 240 210 180 150 120 90 60 30 0-15 30 50 60 80 100 120 140 150 170 190 210 230 240 Temperature ( F) N.B.: (in graphs pressures are espresse in bars an temperatures in F) PN 240 210 180 150 120 90 60 30 0 RATIO BTWN PRSSUR AN TMPRATUR WIT "CASSIC" PIP -15 30 50 60 80 100 120 140 150 170 190 210 230 240 Temperature ( F) 14 P U R S T R A M pipes an fittings for compresse air
INAR TRMA XPANSION/CONTRACTION All materials change their imensions accoring to temperature variations; usually plastic materials are liable to higher variations than metals. Consiering the installation temperature as a reference: - they expan when temperature rises, - they contract when temperature ecrease. The main general consequences of expansions an contractions are: XPANSION FFCTS Buckling of a pipeline segment inclue between two fixe points. Compression of brackets, machines connections an/or other equipments which form fixe ponts with risk of stressing an breaking them. NUTRA CONITION The are no visible bucklings ue to expansion/contraction. This conition mostly occurs uring the installation, provie that the room temperature is not subject to excessive variations. CONTRACTION FFCTS Pipelines traction of a segment inclue between two fixe points. Traction of thebrackets, machines connections an /or other equipments which form fixe ponts with risk of stressing an breaking them. In orer to avoi that compression/traction effects may cause heavy amages to the plant (in aition to aesthetic efects), it is necessary to observe the following rules to allow free sliing of pipes an to compensate pipe s expansion/contraction: - support an bracket the pipeline in orer to allow pipeline free sliing between two fixe points; - insert a compensator between two fixe points if they are positione at a istance which may cause sensible contractions/expansions. The measure of these variations is given by the linear expansion coefficient for PURSTRAM by Aircom with aluminum pipe this coefficient is 0,023 mm/m/ C that means 0,023 inch per feet per F egree for PURSTRAM by Aircom with CASSIC pipe this coefficient is 0,075 mm/m/ C that means 0,023 inch per feet per F egree P U R S T R A M pipes an fittings for compresse air 15
Please fin hereuner the comparison between the linear thermal expansion/contractions coefficients for some materials of frequent use: Steel Copper Aluminum (Alloys) upvc CASSIC - FRZ ABS PVF PP P - 6 1 x 10 m/m F - 6 16,5 x 10 m/m F - 6 23 x 10 m/m F - 6 75 x 10 m/m F - 6 101 x 10 m/m F - 6 120 x 10 m/m F - 6 150 x 10 m/m F - 6 200 x 10 m/m F The esign an execution of a plant must consier this phenomenon which is calculate through the following formula: Δ = x x ΔT where: = linear expansion coefficient = pipeline length ΔT = temperature ifference in F egrees Δ = length ifference (expansion or contraction) xample: installation temperature 50 F; pipeline length 65 ; service temperature 95 F ΔT = 95-18 = 77 F Δ= 0,023 x20 x 25 = 0,45 in (ft) 100 135 150 180 210 240 270 300 ΔT=50 F Δ (in) QTUA (PURSTRAM by Aircom Aluminium PIpe) CONTRACTION/XPANSION Δ relating to pipeline length an to temperature ifference ΔT ΔT=59 F Δ (in) ΔT=68 F Δ (in) ΔT=77 F Δ (in) ΔT=86 F Δ (in) ΔT=95 F Δ (in) ΔT=104 F Δ (in) 0,272 0,407 0,543 0,679 0,815 1,344 1,087 0,362 0,543 0,724 0,906 1,087 1,268 1,449 0,453 0,679 0,906 1,132 1,358 85 11 0,543 0,815 1,087 1,358 1,630 02 2,173 0,634 0,951 1,268 85 02 2,219 2,535 0,724 1,087 1,449 11 2,173 2,535 98 0,815 1,222 1,630 37 45 52 3,260 0,906 1,358 11 2,264 2,717 69 3,622 16 P U R S T R A M pipes an fittings for compresse air
XPANSION/CONTRACTION COMPNSATION Among the most efficient compensation methos we suggest you the "IRA" (lyre) (or OMGA) or "IRCTION CANG". ira an irection Change are obtaine with elbows an pipes; as they are perfectly homogeneous with the plant, of easy installation an economic, we think they represent the best remey to expansions/contractions if the are no obstacles to their use. IRA iameter (mm - in) 20-3/4 25-1 32-1.1/4 40-1.1/2 50-2 63-2.1/2 ose length (ft) 4 4,8 5,4 6 6,8 8 fixe bracketing sliing bracketing B 1 2 Δ Δ IRCTION CANG : piepeline length at the installation 1: length with minimum temperature 2: length with maximum temperature Δ: length ifference ue to ΔT B: length of the arms of the ira or of the irection change P U R S T R A M pipes an fittings for compresse air 17
BRACKTING MTO Special attention has to be pai in choosing pipe brackets. They have to meet some requirements: 1. they have to anchor the pipeline to the holing structure steaily; 2. they must not, in any way,scratch or amage the pipe; 3. they must leave sufficient space between the pipeline an the wall or other obstacles to allow confortable maintenance or other operations ; 4. the must hol the pipeline perfectly straight an support the pipeline itself an all sliing accessories weight. Great attention has to be pai in bracketing of heavy accessories an valves; their anchoring has to be inepenent from the pipe one as they are subject to operation stresses an must allow assembly an isassembly. Bracketing an fixing of pipelines ens (caps, appliques, escents) have to be execute accurately to prevent amages in case of explosion. BRACKTS SPACING Brackets spacing follows stanar tables execute accoring to pipe iameter an temperature an weight of the transporte flui. iameter mm - inches 16-1/2 20-3/4 25-1 32-1.1/4 40-1.1/2 50-2 63-2.1/2 Spacing in feet (ft) relate to the maximum temperature ifference ΔT ΔT< 68 F 7 8 10 12 14 14 14 ΔT 86 F 7 7 8 10 12 12 12 ΔT 104 F 5 5 7 8 10 10 10 Spacing expresse in meters with reference to maximum temperature Δ Brackets are positione avoiing any contact with fittings or other accessories liable to block the sliing of the pipe. In case of horizontal or vertical pipeline installation at a height from 0 up to 10 inches from the groun it s avisable to ouble the bracket quantity so to fix better the pipeline to the structure. φ 2 Quick ine 20x17 PN 13 Bar 200 PSI - 174 PSI for Canaa 21/07 max 18 P U R S T R A M pipes an fittings for compresse air
SAFTY INSTRUCTIONS AIRCOM system has been esigne to carry fluis uner pressure. The installer has to follow safe working proceures an to observe all requirements an local stanars concerning working safety. Installation, operation, maintenance an repairs have to be one by authorize, qualifie an specialize personnel following what state by stanars an laws. Before carrying out any maintenance, repair, ajustment or non-routine control operation, epressurize the system an isolate it accurately from any pressure source. o not use any component in a ifferent manner from what state by the proucer. AIRCOM pipes an fittings are not suitable for burie or embee plants. o not use AIRCOM system as a support for electrical equipments or as a conuctor in grouning thir machineries or equipments. Use correct tools only. Use original spare parts only. Plastics fittings are sensitive to UV: in case provie an aeguate protection. The aluminium pipes offer a full UV resistance. Never ben or wel the pipes. Aircom pipelines must be protecte from har impacts. Before connecting, pipes must be free the of en protection caps. Avoi solvents or chemical agents that shoul amage the pipeline components. Check AIRCOM pipes surface before the installation (they have to show no scratches, abrasions or ents). Never connect AIRCOM pipes to a vibrations source; if necessary, use hoses. Before operating a system the technician has to verify its complying with all tests, controls an stanars which apply to compresse air plants. At the initial starting, submit the system to a test pressure of 20 PSI to check possible leakages or efective joints. After the inspection, increase the pressure graually an constantly (max. 15 PSI every 30 secons). The pipeline has to be groune. Where polymer fittings are use it is necessary to connect pipe bars with a copper plait of suitable section using a couple of collar terminals for each pipe bar. 10 YARS AIRCOM WARANTY Following the high quality performances of AIRCOM proucts, we offer our customers a 10 years warranty against possible amages ue to faulty materials of aluminium pipes or AIRCOM fittings. Guarantee terms an conitions Use original parts an spare parts only. xecute the installation following the instructions an guie lines supplie in this catalogue A test certificate must be one after first plant test o no use components beyon their service limits. Protect the plant from shocks, vibrations or corrosive situations. Before forwaring any complaint, check the amage parts an/or the site conitions. AIRCOM guarantee is limite to the component replacement only. Complaints are to be shippe to AIRCOM, Novi igure (A), following the stanar proceure. P U R S T R A M pipes an fittings for compresse air 19
PANT TST All AIRCOM Quick ine System items are prouce observing the U.S. stanars ; they are teste an controlle uring the whole prouction phases an at en of them. All proucts are guarantee if use as inicate an only within the limits foreseen by the present technical catalogue an they fulfil the RS (Safety ssential Requirements) accoring to what state by the irective 97/23/C P. uring the installation an at its en it's avisable anyway to make specific checks an a final test. 1. Inspection After the assembling it's avisable to check the presence of anomalies, shocks, cuts an abrasions, to inspect that the bracketing an the execution of the plant are in accorance with the project. In case of anomalies it is necessary to replace immeiately efective parts or parts ifferent from the esign. Check that all supporting brackets are installe correctly. Check that a ischarge valve has been installe an that it is working. Close all ischarge points. Check the maximum service pressure of any component (valves, reucers, filters, balancers, etc.) 2. Pressurisation of the system It s absolutely necessary that the whole working area is clear before pressurization of the plant. The hyraulic pressure test (with water) can be carrie at 300 PSI; in one hour the pressure loss can achieve 6% max. ue to ajustment no leakages shoul appear an the test can be consiere positively settle after two hours. The pneumatic test is to be carrie out with air at a pressure level between of 1,2 an times max. service pressure, foreseen or accoring to esign. Any components with test pressure lower than the state one (valves, reucers, filters, balancers, etc.) are to be cut off by means of suitable segmentings. They will also reuce the reuction of the test pressure. 3. Analisys of the pressure loss (pnumatic test) After twenty minutes form the first setting in pressure it s avisable to restore the test pressure in the plant in orer to balance any ajustment, 6% approx., an the air cooling, 5% approx. The test can be consiere passe if no leakages showe after two hours, excluing any variation ue to thermal exchanges. It s avisable to carry out the pneumatic tests keeping in min the following points: a. The test flui can t be any flammable or toxic gas. b. Before reaching the foreseen test pressure, make a preliminary test up to 20 PSI so to check any losses an/or incomplete or imperfect connections in avance. c. After all checkings an ajustments, keep the pressure at 20 PSI waiting 5 minutes at least before the following raise. We suggest always to raise the pressure graually an constantly (15 PSI every 4-6 secons ) up to the reaching of the foreseen pressure. 20 P U R S T R A M pipes an fittings for compresse air
NRGY SAVING AN FFICINTY IN INUSTRY In recent ecaes energy management has taken on an increasing importance in inustry. This expression refers to a variety of mechanisms an economic, managerial, strategic, bureaucratic assessments that are nowaays require in any kin of inustry using energy. On one han, fossil fuel prices are rising significantly, pushing up electric energy costs, which represent a consistent amount of the company costs, while on the other sie recent legislation on environmental protection impose limits) in emissions from power plants(an the tren is towars an increase of these limitations. In this context, those company foun themselves between the requirement of prouction, increase an the reuction of energy costs incompliance with the environment protection requirements. Aircom has recently launche a project intene to achieve appreciable energy savings achievable through the proper sizing an a targete use of materials in installations for the transport an istribution of compresse air, both of new construction or existing,thorugh a etaile analysis of prouction cycle an energy use. Aircom makes available to esigners, users an maintainers, esign / monitoring / control tools aime to etermine, in a quick an unambiguous manner, the real value of energy nees, in relation to the real amount of compresse air actually neee by users (mc / h) in relation with components changes or, on the same basis, the verify of existing plant performances. Base on the results of research it's also possible the realization of improve geometric shapes, the use of ifferent materials, both for iniviual components, an for the whole construction. These actions coul reuce significantly the costs of energy. The margins of energy saving appear, even in a first approximation, so broa as to be not only marginally beneficial, but so consistent to grant, in a few years, investments pay-back. 28 42 10 20 70 20 10 AIRCOM PIPS GOBA COSTS SAVINGS - 30% GAVANIZ PIPS GOBA COSTS SAVINGS energy cost initial pipelines investment assembly an brackets installation labour P U R S T R A M pipes an fittings for compresse air 21
NRGY SAVINGS ANAYSIS IN COMPRSS AIR ISTRIBUTION Compresse air plants are present in many ifferent inustrial sectors (whole inustry, hancrafts, agriculture, etc..) where the flui is use as a riving force to operate equipments, machinery, tools an accessories. The optimum istribution of pneumatic energy shoul reach following targets: maintain pressure (minimum pressure rops ue to narrowing in the pipe) reuction / elimination of leakages Galvanize pipe AIRCOM pipe AIRCOM pipe grant the best air quality (lack of rust, ust, water, oil, etc...). Galvanize pipe The factors that affect the overall performance of the system (from beginning to final use) belong basically to 2 categories: pressure rops an loss of air (concentrate an istribute) on which our attention shoul be focuse. Pressure rops are mainly ue to wrong layout an sizing of the istribution network an of accessories, compare to the changes in eman an prouction of pneumatic energy. ifferentiate levels of pressure an air treatment play both a significant role in the elivery of a certain volume of air. The losses ue to leakage shoul be ientifie an surveye. The analysis of the amount of pneumatic energy prouce,an necessary for correct functioning of factory utilities, an measurement of pressure changes in the network will give us the opportunity to check its size, knowing wasteful an justify interventions programs. 80% of existing istribution networks of compresse air cause wastage of up to 50% of the use energy. IVISION COSTS OF COMPRSS AIR PROUC IN A TRAITIONA PANT 50 % 8 % 19 % Actual use 50 % Waste 8 % eaks 19 % 23 % rops 23 % 22 P U R S T R A M pipes an fittings for compresse air
APPNIX B PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air
P U R S T R A M pipes an fittings for compresse air Information provie in this ocument were compile accoring to our science an conscience an are representative of state of art. Information, ata an pictures of Purestream by Aircom proucts herein supplie are not bining an are supplie as a guie only. We reserve the right to introuce possible technical moifications without notice. We recommen to always check effective suitability of the prouct/s for the intene use. Any reprint or copying of this ocument an its annexes, or of part of them, requires prior written consent from Purestream by Aircom. All rights reserve. (. an O..)
Coe escription 16 mm 20 mm 25 mm 32 mm 40 mm 50 mm 63 mm 80 mm 1/2 3/4 1 1.1/4 1.1/2 2 2.1/2 3.1/4 Page Aluminum Pipes PURSTRAM System QTUA QTUAG QSCI Aluminum pipe Green Aluminum pipe ouble Ben 5 5 5 QMAPA QMASPA Coupling Sliing Coupling 7 QGO90PA 90 lbow 7 QGO45PA 45 lbow 8 QTPA 90 Tee 8 Fittings iam 16 63 mm PURSTRAM System QCAPA QTPPA QTRPA QRIPA QMNPA n Cap 90 threae Tee Reucing Tee Reuction Nipple Socket 3/4 3/4 3/4 1 1 3/4 1 1.1/4 1.1/4 1. 1.1/4 1.1/2 1.1/2 1. 2" 1.1/2 2 9 9 10 10 11 QMNM Nipple Socket - Aluminum boy 1. 2" 12 QMPM Female Nipple Socket - Aluminum boy 1. 2" 12 QMAA QMASA Coupling Sliing Coupling 13 Aluminum Fittings iam 63-80 mm PURSTRAM System QGO90A QTA QCAA QTPA QMNMA QMPMA 90 lbow 90 Tee n Cap 90 Tee threae f Nipple Socket - Aluminum boy Female Nipple Socket - Aluminum boy 2" 2. 2. 2. 2. 3" 13 13 13 14 14 14 PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 3
Coe escription 16 mm 20 mm 25 mm 32 mm 40 mm 50 mm 63 mm 80 mm 1/2 3/4 1 1.1/4 1.1/2 2 2.1/2 3.1/4 Page QAPM Wall mount manifol single port, F threa 15 QAPMVA Female Single port wall plate manifol with ball valve Q 15 QAP Wall plate manifol, F threa 16 QAPVA Wall plate manifol with ball valve 16 QRPA Quick branch plug 1/2 3/4 1/2 3/4 1/2 3/4 1 1/2 3/4 1 3/4 1 1.1/4 3/4 1 1.1/4 17 QFX Flexible expansion hose 18 PURSTRAM Accessories QPUNM QVAVIP QVAM QVAF Male threae PURSTRAM spigot Pneumatic single action Valve PURSTRAM male threae connection ball valve PURSTRAM female threae connection ball valve 1/2 1. 1/2 2" 3" 18 19 19 19 QC Wrench for Aircom fittings 20 QMIS Pipe insertion meter 20 PURSTRAM SYSTM TCNICA SCU 4
Aluminum Pipes QTUA Aluminum pipe Coe QTUA3016 QTUA3020 QTUA6020 QTUA3025 QTUA6025 QTUA3032 QTUA6032 QTUA3040 QTUA6040 QTUA6050 QTUA6063 QTUA6080 3,6 7,1 7,1 9,6 9,6 14,2 14,2 20,7 20,7 28,9 36,6 55,8 1/2 3/4 3/4 1 1 1.1/4 1.1/4 1.1/2 1.1/2 2 2.1/2 3.1/4 bar length 118,1 118,1 236,2 118,1 236,2 118,1 236,2 118,1 236,2 236,2 236,2 236,2 sp 0,04 0,05 0,05 0,06 0,06 0,06 0,06 0,07 0,07 0,08 0,08 0,09 Sp Sp QTUAG Green Aluminum pipe Coe QTUAG6020 QTUAG6025 QTUAG6040 QSCI Coe QSCI016 QSCI020 QSCI025 ouble Ben 7,1 9,6 20,7 70 100 130 3/4 1 1.1/2 1/2 3/4 1 bar length 236,2 236,2 236,2 1,69 5 sp 0,06 0,06 0,08 0,59 0,71 egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) P U R S T R A M pipes an fittings for compresse air 5PURSTRAM SYSTM TCNICA SCU
t thickness coating IMNSIONS (mm) IMNSIONS (in) CO O Outsie iameter Outsie iameter Tollerance Ovality thickness tollerance O Outsie iameter Outsie iameter Tollerance Ovality t thickness thickness tollerance PURSTRAM SYSTM TCNICA SCU Max. Operating Pressure 13 Bar, From -10 C To +90 C Insie Pressure Test 55 Bar For 1 our At +20 C Material Aluminum xtrusion Alloy N AW T6 UNI-N 755-2 With Insie An Outsie Titanium-Base, Chrome-Free An Rohs-Complying Treating An lectrocoate Outsie Surface Colour Blue RA 5012 Green Similar To RA 6032 Manufacturing Process Seamless xtrusion Process 6
PURSTRAM Fittings iam 16 63 mm QMAPA Coe QMAPA016 QMAPA020 QMAPA025 QMAPA032 QMAPA040 QMAPA050 QMAPA063 Coupling 3,2 4,7 7,5 12,3 17,8 20,1 1. 2" 2. 3,2 3,9 4,2 4,9 5,6 6,3 6,7 3,4 4,3 C 3,2 QMASPA Coe QMASPA016 QMASPA020 QMASPA025 QMASPA032 QMASPA040 QMASPA050 QMASPA063 Sliing Coupling 3,2 4,7 7,5 12,3 17,8 20,1 1. 2" 2. 3,2 3,9 4,2 4,9 5,6 6,3 6,7 3,4 4,3 egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) P U R S T R A M pipes an fittings for compresse air 7PURSTRAM SYSTM TCNICA SCU
PURSTRAM Fittings iam 16 63 mm QGO90PA Coe QGO90PA016 QGO90PA020 QGO90PA025 QGO90PA032 QGO90PA040 QGO90PA050 QGO90PA063 90 lbow 2,5 3,5 4,9 8,5 13,8 20,5 28,2 1. 2" 2. 3,4 3,7 4,8 5,1 6,0 6,5 3,4 4,3 C 3,2 8PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) QGO45PA Coe QGO45PA020 QGO45PA025 QGO45PA032 QGO45PA040 QGO45PA050 QGO45PA063 45 lbow 3,5 5,1 8,3 13,2 19,0 27,2 1. 2" 2. 4,1 4,5 5,4 6,3 7,3 8,3 3,2 3,8 4,5 5,3 5,5 3,4 4,3 C 3,2
PURSTRAM Fittings iam 16 63 mm QTPA Coe QTPA016 QTPA020 QTPA025 QTPA032 QTPA040 QTPA050 QTPA063 90 Tee 3,2 5,6 7,4 12,7 19,9 30,0 42,3 1. 2" 2. 4,3 5,0 5,5 6,7 7,3 8,5 9,3 3,4 4,3 2,9 3,4 3,7 4,8 5,1 6,0 7,1 C 3,2 QCAPA Coe QCAPA016 QCAPA020 QCAPA025 QCAPA032 QCAPA040 QCAPA050 QCAPA063 n Cap 1,1 2,6 4,4 7,1 10,5 12,3 1. 2" 2. 2,1 3,3 3,5 3,4 4,3 C 3,2 egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 9
PURSTRAM Fittings iam 16 63 mm QTPPA 90 threae Tee Coe** QTPPA020048 QTPPA025048 5,6 7,4 5,0 5,5 C **NPT threa available PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) QTRPA Coe QTRPA020016 QTRPA025016 QTRPA025020 QTRPA032020 QTRPA032025 QTRPA040025 QTRPA040032 QTRPA050032 QTRPA050040 QTRPA063040 Reucing Tee 5,3 7,1 7,4 1 1 18,0 19,0 26,8 28,9 39,5 1 1 1. 1. 2" 2" 2. 1 1. 1. 5,0 5,5 5,5 6,7 6,7 7,3 7,3 8,5 8,5 9,3 3,4 3,4 4,3 1 3,5 3,9 4,4 4,4 5,0 5,2 5,8 5,9 6,3 C 3,2 C1 10
PURSTRAM Fittings iam 16 63 mm QRIPA Reuction Coe QRIPA025020 QRIPA032025 QRIPA040032 QRIPA050040 4,2 6,3 10,2 15,9 1. 2" 1 1. 4,0 4,5 5,2 5,9 3,4 1 C C1 1 1 QMNPA Nipple socket Coe** QMNPA016048 QMNPA020048 QMNPA020068 QMNPA025048 QMNPA025068 QMNPA025088 QMNPA032088 QMNPA032108 QMNPA040088 QMNPA040108 QMNPA040128 QMNPA050128 QMNPA050168 QMNPA063168 **NPT threa available 1,1 2,1 2,1 4,2 4,6 7,1 7,1 7,1 10,6 10,2 12,3 1. 1. 1. 2" 2. 2. 1/2 1/2 1/2 1. 1. 2" 2 2,5 2,7 2,7 2,9 3,3 3,4 3,8 3,8 3,9 4,3 4,4 4,5 3,4 3,4 4,3 C 3,2 egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 11
PURSTRAM Fittings iam 16 63 mm QMNM Nipple Socket - Aluminum boy Coe** QMNM020048 QMNM020068 QMNM025088 QMNM032108 QMNM040128 QMNM050168 3,5 3,9 4,6 7,8 14,8 20,5 1. 2" 1/2 1. 2" 2,6 2,6 3,4 3,9 4,4 3,4 C **NPT threa available PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) QMPM Coe ** QMPM020048 QMPM020068 QMPM025088 QMPM032108 QMPM040128 QMPM050168 **NPT threa available Female Nipple Socket - Aluminum boy 3,9 3,9 5,3 8,1 16,2 20,8 1. 2" 1/2 1. 2" 2,6 2,6 3,4 3,9 4,4 3,4 C 12
PURSTRAM Fittings iam 63 80 mm QMAA Coe QMAA063 QMAA080 Coupling 31,4 52,6 2. 3.1/4" 7,6 9,1 3,8 4,6 C 3,7 4,5 QMASA Coe QMASA063 QMASA080 Sliing Coupling 31,4 52,6 2. 3.1/4" 7,6 9,1 3,8 4,6 QGO90A Coe QGO90A063 QGO90A080 90 lbow 37,0 63,5 2. 3.1/4" 7,1 8,5 3,8 4,6 C 3,7 4,5 QTA Coe QTA063 QTA080 90 Tee 45,1 91,0 2. 3.1/4" 10,4 12,5 3,8 4,6 181 217 C 3,7 4,5 egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 13
PURSTRAM Fittings iam 63 80 mm QCAA Coe QCAA063 QCAA080 n Cap 43,4 55,0 2. 3.1/4" 5,5 6,4 3,8 4,6 C 3,7 4,5 QTPA 90 Tee threae f Coe ** QTPA063168 QTPA080208 41,6 65,3 2. 3.1/4" 2" 2. 10,4 12,5 3,8 4,6 4,4 5,4 C 3,7 4,5 **NPT threa available QMNMA Nipple Socket - Aluminum boy Coe ** QMNMA063208 QMNMA080208 QMNMA080248 18,3 30,0 30,7 2. 3.1/4" 3.1/4" 2. 2. 3" 5,1 6,0 6,1 3,8 4,6 4,6 C 3,7 4,5 4,5 **NPT threa available PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) QMPMA Coe ** QMPMA063208 Female Nipple Socket - Aluminum boy 19,8 2. 2. 5,3 3,8 C 3,7 **NPT threa available 14
PURSTRAM Accessories QAPM Wall-mount manifol single port Coe** QAPM016 QAPM020 4,2 6,7 3,7 3,8 1 a 1,6 1,6 W 1,4 1,4 C **NPT threa available a 1 W QAPMVA Coe** QAPMVA016 QAPMVA020 QAPMVA025 Female Single port wall plate manifol with ball valve 1 16,2 16,6 6,2 7,1 7,3 1 2,2 2,2 2,2 2 2,3 2,7 2,7 a 3,7 3,8 3,8 W 1,4 1,4 1,4 C **NPT threa available W 2 1 a egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 15
PURSTRAM Accessories QAP Wall plate manifol, F threa Coe** QAP016 QAP020 QAP025 9,5 11,3 11,6 1 1/4" 1/4" 1/4" 3,9 4,3 4,3 1 2,7 2,7 2,7 a 3,9 3,9 3,9 W 1,4 1,4 1,4 C **NPT threa available W 1 1 a QAPVA Wall plate manifol with ball valve Coe** QAPVA016 QAPVA020 QAPVA025 18,3 23,3 23,8 1 1/4" 1/4" 1/4" 7,1 7,9 7,9 1 2,7 2,7 2,7 2 2,3 2,7 2,7 a 3,9 3,9 3,9 3,3 3,3 W 1,4 1,4 1,4 C PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) **NPT threa available W 1 2 1 a 16
PURSTRAM Accessories QRPA Quick branch plug Coe QRPA025016 QRPA025020 QRPA032016 QRPA032020 QRPA040016 QRPA040020 QRPA040025 QRPA050016 QRPA050020 QRPA050025 QRPA063020 QRPA063025 QRPA063032 QRPA080020 QRPA080025 QRPA080032 7,4 8,1 7,1 7,8 8,8 9,5 9,9 14,8 14,8 15,2 14,1 14,5 14,8 39,2 39,5 39,9 1. 1. 1. 2" 2" 2" 2. 2. 2. 3.1/4" 3.1/4" 3.1/4" 1 4,4 4,4 4,4 4,4 4,9 4,9 4,9 5,7 5,7 5,7 5,7 5,7 5,8 8,7 8,7 8,7 a 2,5 2,5 2,5 p 0,6 0,6 0,6 0,6 0,8 0,8 0,8 0,8 0,8 0,8 0,8 0,8 0,8 0,9 0,9 0,9 I * I*: Interaxis (see IRRFF in Aircom System Accessories - Technical Scheules) p 1 a egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 17
PURSTRAM Accessories QFX Flexible expansion hose Coe QFX020 QFX025 QFX032 QFX040 QFX050 QFX063 14,8 26,8 50,4 67,0 123,5 176,4 1. 2" 2. 59,1 70,9 90,6 114,2 141,7 177,2 < r > 78,7 98,4 126,0 149,6 185,0 232,3 311,0 315,0 378,0 47 551,2 629,9 r QPUNM Male threae PURSTRAM spigot PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) Coe QPUNM020048 QPUNM020068 QPUNM025088 QPUNM032108 QPUNM040128 QPUNM063168 QPUNM080248 1 1,3 2,6 3,4 5,4 18,2 23,8 1. 2. 3" 1. 2 3 (in) 3,7 3,8 4,3 4,7 5,3 6,2 6,7 1 (in) 0,5 0,5 0,6 0,7 0,8 0,9 1,0 18
PURSTRAM Accessories QVAVIP Pneumatic single action Valve Coe QVAVIP032 QVAVIP040 QVAVIP050 QVAVIP063 44,1 50,1 74,8 82,9 1. 2" 2. 1 3,5 3,5 4,3 5,5 7,9 8,3 9,6 11,4 1 3,6 3,6 4,3 5,5 3,4 3,8 C 1,4 1,4 3,7 I 1 1 QVAM Coe QVAM016048 QVAM020048 QVAM020068 QVAM025068 PURSTRAM male threae connection ball valve 7,9 12,7 1 13,2 4,1 4,7 4,9 5,0 1 2,6 2,6 2,3 2,7 2,7 2,9 C 1 QVAF Coe QVAF016048 QVAF020048 QVAF020068 QVAF025068 PURSTRAM female threae connection ball valve 7,9 12,7 1 13,2 1 4,1 4,7 4,9 5,0 1 2,6 2,6 2,3 2,7 2,7 2,9 C egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 19
PURSTRAM Accessories QC Wrench for Purestream by Aircom fittings Coe QC016020 QC025032 QC040050 QC063 QC080 3,5 (mm - in) 16 20-1/2 3/4 25 32-1 1.1/4 40 50-1.1/2 2 63-2.1/2 80-3.1/4 Ø40 mm - 1.½ Ø25 mm - 1 12,2 Ø16 mm - ½ 9,4 8,4 Ø50 mm 2 4,6 3,2 Ø32 mm 1.¼ Ø20 mm ¾ QMIS Pipe insertion meter Coe QMIS016080 (mm - in) 16 80-1/2 3.1/4 2 3,5 PURSTRAM SYSTM TCNICA SCU egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) 0,7 0,6 0,6 0,5 8,6 2,2 3,3 8,6 3,3 2,5 8,6 4,4, 2,6 8,6 0,5 0,6 0,7 0,7 20
TRMS US IN T GN Means an explanations C - Socket length in inches It is the length of the pipe section which is to be introuce completely into the fitting, from the nut entrance to the inner stop of the fitting. - Socket iameter in inches It is the nominal iameter of the fitting. It correspons to the external nominal iameter of the pipe. p - Guie iameter of the hollow mill in inches It is the hollow iameter situate on one of the two parts of the quick branch. This hollow is locate perpenicularly to the main pipeline an it is use as a rilling template urin the assembling of the branch. It allows the positioning an keeping in place of the milling cutter uring the rilling. - threa iameter in inches It inicates the nominal imension of the fitting threas which is usually shown by a corresponing esignation (ex. R ½ Iso 7-1 or simply ½ ). - Maximum nut iameter in inches Maximum overall iameter of fitting nuts. - Weight in Ounce Weight of the fitting or of an accessory incluing all its components, in Ounce. - eight in inches Maximum height of the prouct. I - istance between centers in inches Pipe or fitting or valve axis. - ength in inches Maximum length of the prouct. a - With in inches Maximum with of the prouct. W - istance axis-wall in inches istance between the supporting surface (wall or panel) an the component center-axis. egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM SYSTM TCNICA SCU P U R S T R A M pipes an fittings for compresse air 21
PURSTRAM ACCSSORIS TCNICA SCUS Classic ine - Freeze ine - Purestream ACCSSORIS pipes an fittings for compresse air
coe escription page IRAPMFF Applique mono for wall-mounting, F/F 3 IRAP Nipple for wall-mounting 3 IRPMU Multiple Applique 10 connections f/f 1/4"x3/8" 4 coe IRRFF escription Quick branch plug, f threa, brass 16 mm 1/2 20 mm 3/4 25 mm 1 32 mm 1/1.4 40 mm 1.1/2 50 mm 2 63 mm 2.1/2 75 mm 3 80 mm 3.1/4 90 mm 3.1/2 110 mm 4 page 5 IRFM8CF Bracket M8 threa insert pieces 6 IRSP Thicknesses 6 PURSTRAM ACCSSORIS TCNICA SCUS Information provie in this ocument were compile accoring to our science an conscience an are representative of state of art. Information, ata an pictures of Purestream by Aircom proucts herein supplie are not bining an are supplie as a guie only. We reserve the right to introuce possible technical moifications without notice. We recommen to always check effective suitability of the prouct/s for the intene use. Any reprint or copying of this ocument an its annexes, or of part of them, requires prior written consent from Purestream by Aircom. All rights reserve. (. an O..) 2 ACCSSORIS pipes an fittings for compresse air
Quick Classic Freeze ine Accessories IRAPMFF Applique mono for wall-mounting, F/F Coe IRAPMFF048038 IRAPMFF048048 6,7 7,1 3/8" 2,9 1 a W 1,4 1,4 W 1 a IRAP Nipple for wall-mounting Coe IRAP048 IRAP068 11,6 12,3 3/4 1 1/4 1/4 3,8 3,8 1 2,7 2,7 a 3,9 3,9 0,7 0,7 W 1,4 1,4 W 1 1 a egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) ACCSSORIS pipes an fittings for compresse air 3PURSTRAM ACCSSORIS TCNICA SCUS
Quick Classic Freeze ine Accessories IRPMU Multiple Applique 10 connections f/f Coe IRPMU048028038 14,1 1 1/4" 2 3/8" 3 2,5 8,4 a 2,2 W 1,4 W 1 1 1 2 2 2 2 2 2 3 a PURSTRAM ACCSSORIS TCNICA SCUS egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) 4
Quick Classic Freeze ine Accessories IRRFF Quick branch plug, f threa, brass Coe ** IRRFF025048 IRRFF032048 IRRFF040048 IRRFF040068 IRRFF050048 IRRFF050068 IRRFF063048 IRRFF063068 IRRFF063088 IRRFF080048 IRRFF080068 IRRFF080088 8,5 8,1 9,2 10,6 16,2 19,4 14,8 18,3 2 39,5 43,7 47,6 1 1.1/4 1. 1. 2 2 2. 2. 2. 3.1/4 3.1/4 3.1/4 4,4 4,4 4,9 4,9 5,7 5,7 5,7 5,7 5,8 8,7 8,7 8,7 a 2,5 2,5 2,5 p 0,6 0,6 0,8 0,8 0,8 0,8 0,8 0,8 0,8 0,9 0,9 0,9 I 1,0 1,0 1,2 1,2 1,2 1,2 1,7 1,7 1,7 ** NPT threa available I p a egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) ACCSSORIS pipes an fittings for compresse air 5PURSTRAM ACCSSORIS TCNICA SCUS
Quick Classic Freeze ine Accessories IRFM8CF Bracket M8 threa insert pieces Coe IRFM8016CF IRFM8020CF IRFM8025CF IRFM8032CF IRFM8040CF IRFM8050CF IRFM8063CF IRFM8075CF IRFM8080CF IRFM8090CF IRFM80110CF 0,3 0,7 1,1 2,5 3,9 9,2 8,8 8,5 11,6 1/2 3/4 1 1.1/4 1.1/2 2 2.1/2 3 3.1/4 3.1/2 4 1,2 1,2 3,7 4,6 4,7 4,7 6,4 1,4 1,4 1,4 1,4 3,9 3,9 3,9 3,9 F 0,4 0,4 0,4 0,4 0,4 0,4 0,4 0,4 0,4 0,4 0,4 pt* 1,2 1,2 1,2 1,2 1,6 1,6 1,6 F pt*: epth PURSTRAM ACCSSORIS TCNICA SCUS egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) Coe IRSP020032 IRSP IRSP040063 pt F Thicknesses 0,7 0,8-1,3 1,6-2,5 3,7 pt F 1,4 1,2 F 0,4 0,4 pt* 1,2 1,6 6
TRMS US IN T GN Means an explanations C - Socket length in inches It is the length of the pipe section which is to be introuce completely into the fitting, from the nut entrance to the inner stop of the fitting. - Socket iameter in inches It is the nominal iameter of the fitting. It correspons to the external nominal iameter of the pipe. p - Guie iameter of the hollow mill in inches It is the hollow iameter situate on one of the two parts of the quick branch. This hollow is locate perpenicularly to the main pipeline an it is use as a rilling template urin the assembling of the branch. It allows the positioning an keeping in place of the milling cutter uring the rilling. - threa iameter in inches it inicates the nominal imension of the fitting threas which is usually shown by a corresponing esignation (ex. R ½ Iso 7-1 or simply ½ ). - Maximum nut iameter in inches Maximum overall iameter of fitting nuts. - Weight in Ounce Weight of the fitting or of an accessory incluing all its components, in Ounce. - eight in inches Maximum height of the prouct. I - istance between centers in inches Pipe or fitting or valve axis. - ength in inches Maximum length of the prouct. a - With in inches Maximum with of the prouct. W - istance axis-wall in inches istance between the supporting surface (wall or panel) an the component center-axis. egena C Socket epth (inches) C1 Socket epth 1 (inches) Socket iameter (inches) 1 Socket iameter 1 (inches) p ollow mill riving iameter (inches) Threa iameter (inches) 1 Threa iameter 1 (inches) 2 Threa iameter 2 (inches) Overall outsie iameter ring nut (in) 1 Overall outsie iameter ring nut 1 (in) Weight in Ounce eigh (inches) ength (inches) 1 ength 1 (inches) 2 ength 2 (inches) a With (inches) W Wall-axis istance (inches) PURSTRAM ACCSSORIS TCNICA SCUS ACCSSORIS pipes an fittings for compresse air 7
3770B air Roa Unit 2, Mississauga, Ontario 5 0A7 Phone: (905) 820-3348 Fax: (905) 820-3490 sales@cagpurification.com www.cagpurification.com