General Catalog (Pipe & Fittings)

General Caalog (Pipe & Fiings)

ASAI AV will no change. Wha we have mainained since he esablishmen of he company in 1945. I is a "sincere aiude oward cusomers". We have conribued o our cusomers and hereby o he sociey by developing producs ha mee cusomers' demands for performance, including corrosion, chemical, abrasion and hermal resisances and durabiliy, and by providing various suggesions and horough afer-sales services. We will no sop moving forward. We will coninue o respond o he rus placed in us by cusomers. ASAI AV will offer full suppor o our cusomers in he fuure as well. ASAI AV will change. The echnologies we have developed, he producs we have produced and he rus we have gained from our cusomers are he sources of our pride. owever, we are no saisfied wih hese developmens. We will be sensiive o marke changes and echnology advances o produce beer producs and hereby furher conribue o he sociey. As he pioneer of he indusry, ASAI AV will evolve so ha we coninue o be rused and chosen by cusomers all over he world.

001

General Caalog (Pipe & Fiings) INDEX P.004 Pipe & Fiings ineup P.006 Pipe ineup and Sandard is P.008 Produc Feaures P.011 PVC Pipe & Fiings Unplasicized Polyvinyl Chloride Pipe P.012 Sraigh Pipe P.013 Bonding Socke Single-Side Sraigh Pipe P.013 ubber ing Socke Single-Side Sraigh Pipe ( Pipe) Tap Waer Unplasicized Polyvinyl Chloride Pipe P.014 Sraigh Pipe P.014 Tap Waer ubber ing Socke Single-Side Sraigh Pipe ( Pipe) Agriculural Waer Service Wall-Thickness Unplasicized Polyvinyl Chloride Pipe P.015 ubber ing Socke Single-Side Sraigh Pipe ( Pipe) P.015 Perforaed Pipe Unplasicized Polyvinyl Chloride Pipe Fiing P.017 Elbow P.017 45 Elbow P.017 Socke P.018 educing Socke P.018 Tee P.019 educing Tee P.019 Fauce Elbow P.020 Meal-Conaining Fauce Elbow P.020 Fauce Tee P.021 Meal-Conaining Fauce Tee P.021 Fauce Socke P.022 Meal-Conaining Fauce Socke P.022 Valve Socke P.023 Union Socke P.023 Cap P.024 -MF Join (Cased Produc) P.024 AV -MF Join (Bonded Produc) P.025 FP -MF Join <Used for Boh VU and VM wih eainer> AV Bend/arge- Fiing P.026 AV90 Bend P.027 AV45 Bend P.027 Shor Elbow P.027 Socke P.028 educing Socke P.028 Tee P.028 educing Tee P.029 educing Socke (Crucial Par FP einforcemen Produc) P.029 educing Tee (Crucial Par FP einforcemen Produc) P.030 Shor Flanged End P.030 Flanged Bend P.031 90 TS Normal Bend P.031 45 TS Normal Bend P.032 22½ TS Normal Bend P.032 11¼ TS Normal Bend P.032 55/8 TS Normal Bend ubber ing ard Polyvinyl Chloride Pipe Fiing P.033 90 Bend P.033 45 Bend P.034 22½ Bend P.034 11¼ Bend P.034 55/8 Bend Flange P.035 TS Flange P.036 For U-PVC Waerworks For I-PVC Waerworks For U-PVC ANSI Sandard P.037 Welded Flange P.037 Blind Flange Drainage Unplasicized Polyvinyl Chloride Pipe Fiing (DV Fiing) P.038 90 Elbow P.039 90 arge-bend Elbow P.039 45 Elbow P.039 90 Y P.040 educing 90 Y P.040 90 arge-bend Y P.040 educing 90 arge-bend Y P.041 45 Y P.041 educing 45 Y P.041 90 arge-bend Boh Y P.042 educing 90 arge-bend Boh Y P.042 Socke P.042 Increaser VU Fiing P.043 90 Elbow P.043 45 Elbow P.044 Socke P.044 Increaser P.044 90 Y P.045 educing 90 Y P.045 90 arge-bend Elbow P.045 45 Y P.046 educing 45 Y P.046 90 arge-bend Y P.046 educing 90 arge-bend Y VU arge Fiing P.047 AV90 Elbow P.047 AV45 Elbow P.048 AV Socke P.048 AV90 Y Expansion Join/Prefab Join P.049 Expansion Join P.050 Prefab Join Muli-Join P.052 Muli-Join, TYPE, Threaded-End Syle P.052 Muli-Join, TYPE T, Threaded-End Syle P.053 Muli-Join, TYPE, TS-Syle P.054 Muli-Join, TYPE T, TS-Syle Technical Documen P.055 Technical Documen P.057 Insallaion Procedure P.059 Package is P.063 For Safey Use 002

P.065 C-PVC Pipe & Fiings P.066 Sraigh Pipe (C-PVC Pipe) P.068 Elbow P.069 45 Elbow/Bend P.070 Socke P.071 educing Socke P.072 Tee P.073 Fauce Socke (TYPE A) (Meal Inser conained) P.074 Fauce Elbow (TYPE A) (Meal Inser conained) P.074 Valve Socke wih Meal Male Thread (TYPE A) P.075 Expansion Join P.076 Prefab Join P.077 TS Flange P.077 Welding od Technical Documen P.078 Technical Documen P.079 Package is P.080 Insallaion Procedure P.081 Precauions P.083 For Safey Use P.085 igh Puriy Pipe & Fiings P.086 Sraigh Pipe (VP) P.089 Elbow P.089 45 Elbow P.089 45 Bend P.090 Socke P.090 educing Socke P.091 Tee P.091 educing Tee P.092 Fauce Elbow P.093 Fauce Socke P.093 Valve Socke P.094 Cap P.094 AV45 Bend P.095 Elbow () P.095 Socke P.096 educing Socke P.096 Tee P.097 educing Tee P.098 TS Flange P.098 Blind Flange P.099 Prefab Join P.101 Muli-Join, TYPE, Threaded-End Syle P.101 Muli-Join, TYPE T, Threaded-End Syle P.102 Muli-Join, TYPE, TS-Syle P.103 Muli-Join, TYPE T, TS-Syle P.104 Join Equipmen Technical Documen P.105 For Safey Use P.107 Chemical Pipe P.108 Sraigh Pipe (Chemical Pipe) Technical Documen P.109 Technical Documen P.111 AV Pipe & Fiings P.112 Produc Type/Prefabricaed Produc P.113 Sraigh Pipe P.113 Single-Side Sleeve P.114 Elbow, Bend (90 ) P.115 Elbow, Bend (45 ) P.115 Tee P.116 educing Tee P.117 Socke P.117 educing Socke P.118 TS Flange (JIS 10K Type) P.118 Blind Flange (JIS 10K Type) Technical Documen P.119 Insallaion Procedure P.120 Piping Suppor Procedure P.121 Mainenance Maerial P.122 Piping Suppor ardware P.123 Double Conained Pipe & Fiings P.124 Overview of Double Conained Pipe P.125 Feaures and Srucure P.126 ineup and Piping Example P.128 Pipe P.128 Pipe (For Inner Pipe Fixing) P.129 Elasic Slide Pipe P.130 Elbow P.130 Elbow (Wih Drain) P.130 Tee P.131 Tee (Wih Drain) P.131 End Cap P.131 Splash Panel P.132 Thermal Pipe & Fiings Technical Documen P.133 Technical Documen P.140 andling Precauions P.141 PP Pipe & Fiings Pipe & Fiings P.142 Sraigh Pipe P.143 Socke Common Dimensions P.144 Socke P.144 90 Elbow P.145 45 Elbow P.145 Tee (Same Diameer) P.146 educer (Bush-Type) P.147 End Cap P.147 Male Threaded Adoper (Spigo) P.147 Female Threaded Adoper (Spigo) P.148 90 Bend (Spigo) P.148 45 Elbow (Spigo) P.148 Same Diameer Tee (Spigo) P.149 educing Tee (Spigo) P.149 educer (Spigo) P.150 Flange Adoper (Spigo) P.150 Backing Flange (For Spigo) P.151 End Cap (Spigo) P.151 Male Threaded Adoper (Spigo) P.151 Female Threaded Adoper (Spigo) P.152 Flange Adoper (Socke) P.153 Socke Flange P.153 Backing Flange (For Socke) Flange P.154 Welded/Blind Flange EF Socke P.154 EF Socke Welding od P.155 Welding od Prefab Join P.155 Prefab Join (21 Type) DIN Socke End P.156 Prefab Join (Spigo) P.156 Prefab Join IAM OCK P.157 IAM OCK Technical Documen P.158 Technical Documen P.166 Insallaion Procedure P.175 elaed Producs P.176 Full-Face Gaske (JIS 10K, JIS 5K) P.177 Full-Face Gaske (DIN, ANSI) P.178 Inner-Face Gaske P.179 AV PTFE/PVDF Gaske P.180 Viflon P.181 AV Bellmouh P.182 FP Opening/Closing Base P.183 Gauge Flange P.184 AV Gauge Flange P.185 AV Diaphragm Type Pressure Gauge P.186 Bol/Nu/Washer P.188 Saddle P.189 AV Cemen P.190 AV ubrican P.191 Air-Condiioning Drain Pipe & Fiings Saddle Band Technical Documen P.193 For Safey Use P.196 Warrany & equess for Expor 003

PVC Pipe & Fiings For General/Tap Waer/Agriculural Waer Service (U-PVC, I-PVC) P.011 JIS / JWWA / JPPFA / AV Pipe made of vinyl chloride wih excellen corrosion General resisance C-PVC Pipe & Fiings (ea-esisan C-PVC) P.065 JIS / AV Pipe made of hermal-resisan vinyl chloride having excellen resisance o corrosion and high emperaures ea-esisan Pipe & Fiings igh Puriy Pipe & Fiings (igh Puriy U-PVC) P.085 Pipe made of vinyl chloride wih excellen corrosion resisance suiable for high puriy waer line faciliies Precision AV Pipe & Fiings P.111 (PVC+FP Double aminaed Fiings, PP+FP Double aminaed Fiings) Applicable for high emperaure and high pressure condiions by reinforcing vinyl chloride pipe or polypropylene pipe wih Srong FP 004

Maerial U-PVC I-PVC C-PVC PP PVDF Characerisics The mos sandard PVC wih excellen chemical and physical characerisics. A maerial sill mainaining he excellen characerisics of PVC wih improved impac-resisance. A maerial originally made as a counermeasure agains he waer hammer pressure for ap waer piping maerials. A maerial sill mainaining he excellen characerisics of PVC wih improved hea-resisance o 90 C. as a small specific graviy and excellen waer-resisance, elecric insulaion capabiliy and dynamic/mechanical characerisics in high emperaures. Canno be bonded as PVC bu has an excellen chemical-resisan balance. ighly srong and impac-resisan. Alhough usage is limied o alkali and some solvens, he chemical-resisance agains oher chemicals exceeds PVC and PP. Used in he emperaure beween -40 and 120 C and has an excellen wear-resisance and elecrosaic propery. Gas-barrier is superior han PTFE. Chemical P.107 Chemical Pipe (U-PVC) Pipe wih excellen chemical-resisance, high pressure-resisance and long-erm durabiliy Double Conained Pipe & Fiings (U-PVC, I-PVC) P.123 ineup Safeguard Deecs leakage poin and prevens fluid from scaering o ouside PP Pipe & Fiings (PP) P.141 DIN Environmen-friendly clean maerial (generaes no dioxin when burn) wih excellen corrosion- and hea-resisance Ecology elaed Producs P.175 elaed produc 005

Pipe ineup and Sandard is Usage Produc Name Maerial Connecion Type Maximum Working Temperaure Maximum Working 13 16 (15) 20 Pressure * 2 1/2 3/4 General Use General Use PVC Pipe Unplasicized Polyvinyl Chloride Pipe Agriculural Waer Service Wall- Thickness Unplasicized Polyvinyl Chloride Pipe Tap Waer Unplasicized Polyvinyl Chloride Pipe igh Puriy esisance Polyvinyl Chloride Pipe (P-PVC) Perforaed Pipe Air-Condiioning Drain Pipe U-PVC I-PVC U-PVC U-PVC I-PVC U-PVC (igh Puriy PVC) U-PVC U-PVC Sraigh Pipe Bonding Socke ubber ing Socke Sraigh Pipe ubber ing Socke Sraigh Pipe ubber ing Socke Sraigh Pipe ubber ing Socke Sraigh Pipe Bonding Socke Sraigh Pipe VP 60 C 1.0MPa 6741 6741 6741 VU 60 C 0.6MPa VP 60 C 1.0MPa VU 60 C 0.6MPa VP VM VU Normal Temperaure * 1 Normal Temperaure * 1 Normal Temperaure * 1 1.0MPa 0.8MPa 0.6MPa IVP 60 C 1.0MPa 6741 6741 6741 V VP VP IVP IVP Normal Temperaure * 1 1.25MPa Normal Temperaure * 1 0.75MPa 6742 6742 6742 Normal Temperaure * 1 0.75MPa Normal Temperaure * 1 0.75MPa 6742 6742 6742 Normal Temperaure * 1 0.75MPa VP 50 C 1.0MPa VP VU VP (VU) Normal Temperaure * 1 Normal Temperaure * 1 Normal Temperaure * 1 Normal Temperaure * 1 ea-esisan PVC Pipe C-PVC Pipe C-PVC Sraigh Pipe T 90 C 1.0MPa 6776 6776 6776 SU ype 90 C Srong FP Double aminaed Fiing AV Pipe U-PVC (FP einforcemen) Sraigh Pipe or Bonding Socke igh Puriy Type 95 C GU Type 95 C GU-N Type 95 C PP (FP einforcemen) PP Type 100 C Ecology Corrosion- and ea-esisan Polypropylene PP Pipe PP Sraigh Pipe PP-Socke 90 C 1.0MPa PN10 PN10 PP-Spigo 90 C 1.0MPa PN10 PN10 Chemical esisan PVC Pipe Chemical Pipe U-PVC (Chemical) Sraigh Pipe VP 60 C 1.0MPa Safeguard Chemical Scaering Prevenion Double Conained Pipe Inner Pipe (eference) Ouer Pipe (eference) Sraigh Pipe (Inside/Ouside) Inner Pipe (VP) Ouer Pipe (VU) Inner Pipe Ouer Pipe 16 65 20 65 6741 :JIS K6741 Unplasicized Polyvinyl Chloride Pipe 6742 :JIS K6742 Tap Waer Unplasicized Polyvinyl Chloride Pipe 6776 :JIS K6776 ea-esisan Unplasicized Polyvinyl Chloride Pipe K127 :JWWA K127 Tap Waer ubber ing Unplasicized Polyvinyl Chloride Pipe K129 :JWWA K129 Tap Waer ubber ing Impac-esisan Unplasicized Polyvinyl Chloride Pipe AS13 :JPPFA AS13 AS20 :JPPFA AS20 AS33 :JPPFA AS33 AS60 :JPPFA AS60 Perforaed Unplasicized Polyvinyl Chloride Pipe Tap Waer Unplasicized Polyvinyl Chloride Pipe Tap Waer ubber ing Unplasicized Polyvinyl Chloride Pipe Agriculural Waer Service Wall-Thickness Unplasicized Polyvinyl Chloride Pipe 006

(mm/inch) 25 30 40 50 65 75 (80) 100 125 150 200 250 300 350 400 450 500 600 1 1 1/2 2 2 1/2 3 4 5 6 8 10 12 14 16 18 20 24 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 6741 AS60 AS60 AS60 AS60 6742 6742 6742 6742 AS20 6742 6742 AS20 6742 AS20 AS20 AS20 K129 K129 K129 AS33 K129 AS33 AS33 AS33 6742 6742 6742 6742 AS20 6742 6742 AS20 6742 AS20 AS20 AS20 K129 K129 K129 AS33 K129 AS33 AS33 AS33 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 AS13 6776 6776 6776 6776 PN10 PN10 PN10 PN10 PN10 PN10 PN10 PN10 PN4 PN10 PN4 PN10 PN4 PN10 PN10 PN10 PN10 PN10 PN10 PN10 PN10 PN10 PN10 25 75 40 75 50 100 65 125 75 150 100 200 125 250 150 250 *1 Normal emperaure is 20±15 C. *2 Maximum working pressure is a value a 20 C. Our Produc ineup: Producs wihou a sandard number conform o he AV sandard (manufacurers' sandard producs). 007

Major Pipe & Fiings Feaures PVC Pipe & Fiings 1 Excellen corrosion resisance and no need o worry abou corrosion. 2 Grea mechanical srengh wih is elasiciy. 3 Excellen weaher resisance and suffers less from aleraions such as deformaion, discoloraion and deerioraion. 4 Flow resisance and fricion coefficien are low. 5 No need o worry abou elecric leakage as i is insulaed. 6 ygienic because of unplasicized polyvinyl chloride. 7 No self-combusion abiliy wih excellen self-exinguishing abiliy. 8 Easy o handle because of he weigh being 1/6 of iron and 1/2 of aluminum and can be easily conneced by he TS mehod. 9 Price and insallaion cos are low and i is economical due o he semipermanen characerisic. Usage Chemical Piping Chemical/iron-making/nonferrous refining/power generaing faciliies, various faciliies Waer Supply/Discharge/Wase Waer Piping Buildings, plans, public faciliies Indusrial Waer Piping Plans, various faciliies Sea/Fresh Waer Piping Aquariums, culure farms, sea/fresh waer faciliies Agriculural Waer Service Piping Public pipelines, faciliies Air-Condiioning Piping Plans, public faciliies AV Pipe & Fiings 1 Excellen chemical resisance and applicable o various plans. 2 Compression srengh is increased by reinforcing he perimeer wih FP and i has grea impac-resisance. 3 Can be used in high hea for a long period of ime. 4Can be used under a corrosive environmen. No need o worry abou corrosion as i is fully insulaed. 5 inear expansion coefficien is small as U-PVC and FP are srongly bonded ogeher by a special echnology. 6Far more ligher han meal pipes so piping a a high place is easy. The join par is FP laminaion so ha connecion is easy by he TS mehod. Usage Chemical Piping Exhaus Gas Piping (Duc) Pure Waer Piping Sea/Fresh Waer Piping Warm Waer Piping Alkali lines for elecrolysis plans, acid washing lines for iron-making plans Exhaus gas lines for chemical/pharmaceuical plans Pure waer lines for semiconducor/liquid crysal plans Sea waer faciliies, desalinaion devices Spa/various faciliies AV Pipe Srucure Unplasicized Polyvinyl Chloride Pipe (Special Produc) Surface Treamen Par Special Primer FP ayer (Fiber einforcemen Plasics) Surface Finishing ayer esidual sress inside pipe is uniquely removed. A special surface reamen o enhance he adhesion effec of primer. Unplasicized polyvinyl chloride pipe and FP layer are bonded. A reinforcemen layer laminaed by glass layers impregnaed wih polyeser resin. Finished wih corrosion-resisan polyeser resin. 008

C-PVC Pipe & Fiings 1 Applicable o high-hea fluid of 90 C. 2 Excellen chemical-resisance. 3Excellen corrosion resisance and no need o worry abou corrosion. 4 No need o worry abou elecric leakage as i is insulaed. 5Easy o handle because of he weigh being 1/6 of iron and 1/2 of aluminum and can be easily conneced by he TS mehod. 6Price and insallaion cos are low and i is economical due o semipermanen. Usage Chemical Piping Chemical/iron-making/nonferrous refining/power generaing faciliies, various faciliies Air-Condiioning/eaer Piping Plans, various faciliies o Spring Piping Spa/various faciliies ousehold o-waer Supply (ead-free Blend) Piping Spa/various faciliies Muli-Join (U-PVC, igh Puriy PVC) 1 ighly safe wih he unique cas echnology. 2 A wide variey of produc lineup. 3as a compac design and srong mechanical srengh wih he opimal design expecing he use under a severe condiion. 4Excellen durabiliy ha has passed he unique and harsh long-erm es and pressure es. 5igh Puriy PVC wih corrosion-resisance and low dissolving abiliy is used and applicable for degrease (ubrican Free) cleaning. Pure Waer Piping Pure waer lines for semiconducor/liquid crysal plans Usage Chemical Soluion Device Piping Chemical soluion devices/faciliies Use Example Insallaion of various sensors such as pressure gauge and hermomeer. Insallaion of valves and cocks for sampling and draining. Compac pipeline wih reduced diameer. Special Connecion Par <Use precauions> When insalling various componens of sensors, ec. o he hreaded par, wrap seal ape 2 o 3 imes on he componen, press i ighly wih hand, and hen ighen i by urning 1/4 o 1/2 wih a wrench. Beware no o deform or damage he hreaded par when insalling and removing various componens. Do no place abnormal sress such as impac on he hreaded par when using. 009

Major Pipe & Fiings Feaures igh Puriy Pipe & Fiings 1 ow dissoluion. 2 Grea mechanical srengh wih is elasiciy. 3Inner face is fla and mirror surface. 4 A srucure wih minimized dead space where liquid sagnaes. 5 Can be used for degreasing (deergen produc) and high-emperaure paseurizaion high puriy waer lines. 6 Easy connecion by he TS mehod. Usage Pure Waer Piping Pure waer lines for semiconducor/liquid crysal plans Chemical Pipe 1Enhanced chemical-resisance and excellen peneraion resisance agains hydrochloric acid, fluorine, ec. 2 ong-erm durabiliy (high creep propery). 3 ighly safe and reliable wih he high pressure-resisan capabiliy. Chemical Piping Chemical/iron-making/nonferrous refining/power generaing faciliies, various faciliies Waer Supply/Discharge/Wase Waer Piping Buildings, plans, public faciliies Indusrial Waer Piping Plans, various faciliies Usage Sea/Fresh Waer Piping Aquariums, culure farms, spa faciliies Agriculural Waer Service Piping Public pipelines, faciliies Air-Condiioning Piping Plans, public faciliies Double Conained Pipe & Fiings 1Dual design ha prevens ouflow o ouside even when chemical soluion is leaked when he inner pipe rapures and wihsands he full capaciy wih he ouer pipe. 2 Transparen PVC is used for he ouer pipe o enable visual inspecion. 3 Difference of expansion/conracion amoun due o he ouside emperaure of he ouer pipe and he fluid emperaure of he inner pipe is resolved by our unique slide pipe funcion. Usage Chemical Piping Chemical/iron-making/nonferrous refining/power generaing faciliies, various faciliies PP Pipe & Fiings 1Excellen chemical-resisance, srong agains acid and alkali and no need o worry abou corrosion. 2 Exremely srong agains hea and can be used for fluid up o 90 C. 3 ow dissoluion and hygienic. 4Insallaion is also simple wih 1/9 of iron weigh. Easy cuing and fusing on sie. 5 Environmen-friendly as i generaes no dioxin when burn. Chemical Piping Alkali lines for elecrolysis plans, acid washing lines for iron-making plans Exhaus Gas Piping (Duc) Exhaus gas lines for chemical/pharmaceuical plans Pure Waer Piping Pure waer lines for semiconducor/liquid crysal plans Usage Food Plan Piping Supply/discharge pipes inside food plans Supply/Discharge Piping Food plans/faciliies Warm Waer Piping Spa/various faciliies Ohers, Warm Waer Piping 010

PVC Pipe & Fiings Unplasicized Polyvinyl Chloride Pipe Tap Waer Unplasicized Polyvinyl Chloride Pipe Agriculural Waer Service Wall-Thickness Unplasicized Polyvinyl Chloride Pipe Unplasicized Polyvinyl Chloride Pipe Fiing AV Bend/arge- Fiing ubber ing ard Polyvinyl Chloride Pipe Fiing Flange Unplasicized Polyvinyl Chloride Pipe Fiing (DV Fiing) VU Fiing VU arge Fiing Expansion Join/Prefab Join Muli-Join Technical Documen P.012 P.014 P.015 P.016 P.026 P.033 P.035 P.038 P.043 P.047 P.049 P.051 P.055 General 011

Unplasicized Polyvinyl Chloride Pipe PVC Pipe MODE CODE IST Type Field Maerial Sandard/Wall Thickness Sandard Type engh P N * ** * * *** ** P Pipe N Sandard U U-PVC I I-PVC PP Sraigh Pipe VP UP Sraigh Pipe VU P5 Bonding Socke VP U5 Bonding Socke VU P7 ubber ing Socke VP M1 ubber ing Socke VM U1 ubber ing Socke VU WP Tap Waer Sraigh Pipe W7 Tap Waer ubber ing Socke 7 ubber ing Socke V P6 Perforaed Pipe VP U6 Perforaed Pipe VU J JIS V AV N Sandard U Perforaed Pipe 013 13 mm 500 500 mm 04 4m 05 5m Sraigh Pipe Abbreviaion: VP VU IVP Unplasicized Polyvinyl Chloride Pipe (JIS K 6741) MODE CODE VP P N U PP J N engh VU P N U UP J N engh IVP P N I PP V N engh Maximum Working Pressure (Normal Temperaure) VP 1.0MPa VU 0.6MPa IVP 1.0MPa VP,VU U-PVC IVP I-PVC d VP VU I VP VP IVP D (Ouer Diameer) (Thickness) d Weigh per 1m (Noe) 1. are accordance wih JIS K 6741. 2. conform o he AV sandard. 4000 5000±10 Max/Min. Ouer Average Ouer Approximae Average Ouer Approximae Basic Min (eference) (kg) Basic Min Dimension Dimension Dimension Dimensional Tolerance Dimensional Tolerance Dimension Tolerance Inner Diameer Dimensional Tolerance Tolerance Inner Diameer VP I-VP VU D (Ouer Diameer) (Thickness) d Weigh per 1m (eference) (kg) 40 48 ±0.3 ±0.2 3.6 +0.8 40 0.791 48 ±0.2 1.8 +0.4 44 0.413 50 60 ±0.4 ±0.2 4.1 +0.8 51 1.122 60 ±0.2 1.8 +0.4 56 0.521 65 76 ±0.5 ±0.3 4.1 +0.8 67 1.445 76 ±0.3 2.2 +0.6 71 0.825 75 89 ±0.5 ±0.3 5.5 +0.8 77 2.202 89 ±0.3 2.7 +0.6 83 1.159 100 114 ±0.6 ±0.4 6.6 +1.0 100 3.409 114 ±0.4 3.1 +0.8 107 1.737 125 140 ±0.8 ±0.5 7.0 +1.0 125 4.464 140 ±0.5 4.1 +0.8 131 2.739 150 165 ±1.0 ±0.5 8.9 +1.4 146 6.701 165 ±0.5 5.1 +0.8 154 3.941 200 216 ±1.3 ±0.7 10.3 +1.4 194 10.129 9.913 216 ±0.7 6.5 +1.0 202 6.572 250 267 ±1.6 ±0.9 12.7 +1.8 240 15.481 15.052 267 ±0.9 7.8 +1.2 250 9.758 300 318 ±1.9 ±1.0 15.1 +2.2 286 21.962 21.252 318 ±1.0 9.2 +1.4 298 13.701 350 370 ±1.2 10.5 +1.4 348 18.051 400 420 ±1.3 11.8 +1.6 395 23.059 450 470 ±1.5 13.2 +1.8 442 28.875 500 520 ±1.6 14.6 +2.0 489 35.346 012

Bonding Socke Single-Side Sraigh Pipe Abbreviaion: VP VU Unplasicized Polyvinyl Chloride Pipe (JIS K 6741) MODE CODE VP P N U P5 J N engh VU P N U U5 J N engh Z 15 X Maximum Working Pressure (Normal Temperaure) VP 1.0MPa VU 0.6MPa VP,VU U-PVC d1 Taper 1/T d2 d Common VP VU Taper X X d1 d2 D Z d d 1/ T (eference) 40 48.7 ±0.3 47.21 55 +4 0.5 1/37 48 ±0.2 4000 ±15 40 3.6 +0.8 8 ー ー ー 50 60.8 ±0.3 59.10 63 +4 0.5 1/37 60 ±0.2 4000 ±15 51 4.1 +0.8 9 56 1.8 +0.4 4 65 76.6 ±0.3 75.33 61 +4 0.5 1/48 76 ±0.3 4000 ±15 67 4.1 +0.8 9 71 2.2 +0.6 5 75 89.6 ±0.3 88.3 ±0.3 64 + 0 5 1/49 89 ±0.3 4000 ±15 77 5.5 +0.8 12 83 2.7 +0.6 6 100 114.7 ±0.3 113.2 ±0.3 84 + 0 5 1/56 114 ±0.4 4000 ±15 100 6.6 +1.0 14 107 3.1 +0.8 7 125 140.9 ±0.4 139.1 ±0.4 104 + 0 5 1/58 140 ±0.5 4000 ±15 125 7.0 +1.0 15 131 4.1 +0.8 9 150 166.0 ±0.5 163.9 ±0.5 132 + 0 5 1/63 165 ±0.5 4000 ±15 146 8.9 +1.4 19 154 5.1 +0.8 11 200 217.9 ±0.8 213.9 ±0.8 200 +10 0 1/50 216 ±0.7 4000 ±15 194 10.3 +1.4 22 202 6.5 +1.0 14 250 269.3 ±0.9 264.3 ±0.9 250 +10 0 1/50 267 ±0.9 4000 ±15 240 12.7 +1.8 27 250 7.8 +1.2 17 300 320.7 ±1.0 314.7 ±1.0 300 +10 0 1/50 318 ±1.0 4000 ±15 286 15.1 +2.2 32 298 9.2 +1.4 20 350 373.1 ±1.0 366.1 ±1.0 350 +10 0 1/50 370 ±1.2 4000 ±15 ー ー ー 348 10.5 +1.4 22 400 423.6 ±1.2 415.6 ±1.2 400 +10 0 1/50 420 ±1.3 4000 ±15 ー ー ー 395 11.8 +1.6 25 450 474.0 ±1.2 465.0 ±1.2 450 +10 0 1/50 470 ±1.5 4000 ±15 ー ー ー 442 13.2 +1.8 28 500 524.5 ±1.3 514.5 ±1.3 500 +10 0 1/50 520 ±1.6 4000 ±15 ー ー ー 489 14.6 +2.0 31 Noes: 1. Taper 1/T for 75 o 500 mm are reference value. 2. d2 dimension for 40 o 65 mm are reference value. 3. are accordance wih JIS K 6741. (eference) ubber ing Single-Side Socke Sraigh Pipe ( Pipe) Abbreviaion: VP VM VU Unplasicized Polyvinyl Chloride Pipe (JIS K 6741) MODE CODE VP P N U P7 J N engh VM P N U M1 J N engh VU P N I U1 J N engh d e Z 15 X Maximum Working Pressure (Normal Temperaure) VP 1.0MPa VM 0.8MPa VU 0.6MPa VP,VM,VU U-PVC VP VM 10 1 VU 5 13 1 5 Common VP VM VU d e X X 1 X 1 D Z 1 Z Z (Min.) (Min.) (Max.) (eference) (eference) (eference) (eference) (eference) 50 60.3 58 115 60±0.2 5000 ±15 4.1+0.8 8 107 +5 ー ー ー ー ー ー ー ー 75 89.5 61 130 89±0.3 5000 ±15 5.5+0.8 11 120 +5 ー ー ー ー 4000 2.7+0.6 6 131 100 114.5 64 145 114±0.4 5000 ±15 6.6+1.0 13 132 +5 ー ー ー ー 4000 3.1+0.8 7 144 125 140.6 67 150 140±0.5 5000 ±15 7.0+1.0 14 138 +5 ー ー ー ー 4000 4.1+0.8 9 154 150 165.7 70 165 165±0.5 5000 ±15 8.9+1.4 18 152 +5 ー ー ー ー 4000 5.1+0.8 11 167 200 216.9 76 190 216±0.7 5000 ±15 10.3+1.4 21 179 +5 ー ー ー ー 4000 6.5+1.0 14 184 250 268.1 82 210 267±0.9 5000 ±15 12.7+1.8 25 197 +5 ー ー ー ー 4000 7.8+1.2 17 202 300 319.3 88 235 318±1.0 5000 ±15 15.1+2.2 30 217 +5 ー ー ー ー 4000 9.2+1.4 20 220 350 371.5 89 245 370±1.2 ー ー ー ー 4000 14.3+2.0 27 231 4000 10.5+1.4 22 242 400 421.7 91 265 420±1.3 ー ー ー ー 4000 16.2+2.2 30 244 4000 11.8+1.6 25 260 450 471.9 94 290 470±1.5 ー ー ー ー 4000 18.1+2.6 34 263 4000 13.2+1.8 28 283 500 522.1 96 305 520±1.6 ー ー ー ー 4000 20.0+2.8 37 276 4000 14.6+2.0 31 306 13 1 10 1 013

Tap Waer Unplasicized Polyvinyl Chloride Pipe Waer Services PVC Pipe Agriculural Waer Service Wall-Thickness Unplasicized Polyvinyl Chloride Pipe Agriculural Waer Service Wall-Thickness PVC Pipe Ouer Diameer Thickness eference Weigh per 1m (kg/m) Overall engh Basic Dimension Max/Min. Tolerance Average Tolerance Basic Dimension Tolerance VPW IVPW 13 18.0 ±0.2 ±0.2 2.5 ±0.2 4000 一 0.174 0.170 16 22.0 ±0.2 ±0.2 3.0 ±0.3 4000 一 0.256 0.251 20 26.0 ±0.2 ±0.2 3.0 ±0.3 4000 一 0.310 0.303 25 32.0 ±0.2 ±0.2 3.5 ±0.3 4000 一 0.448 0.439 30 38.0 ±0.3 ±0.2 3.5 ±0.3 4000 一 0.542 0.531 40 48.0 ±0.3 ±0.2 4.0 ±0.3 4000 5000 0.791 0.774 50 60.0 ±0.4 ±0.2 4.5 ±0.4 4000 5000 1.122 1.098 65 76.0 ±0.5 ±0.2 4.5 ±0.4 4000 5000 1.445 1.415 75 89.0 ±0.5 ±0.2 5.9 ±0.4 4000 5000 2.202 2.156 100 114.0 ±0.6 ±0.2 7.1 ±0.5 4000 5000 3.409 3.338 125 140.0 ±0.8 ±0.3 7.5 ±0.5 4000 5000 4.464 4.370 150 165.0 ±1.0 ±0.3 9.6 ±0.6 4000 5000 6.701 6.561 P Z X Sraigh Pipe Abbreviaion: VPW IVPW Tap Waer Unplasicized Polyvinyl Chloride Pipe (JIS K 6742) MODE CODE VP P N U WP J N engh IVPW P N I WP J N engh Maximum Working Pressure (ydrosaic pressure) VPW 0.75MPa IVPW VPW U-PVC IVPW I-PVC d 4000 5000±10 Noes: Maximum/minimum ouer dimensional olerance is he difference beween measured maximum and minimum values (maximum/minimum ouer diameer) of any secional ouer diameer and he basic dimension. 2. Average ouer dimensional olerance is he difference beween he average (average ouer diameer) of measured values of ouer diameers in 2 direcions wih an equal disance and he basic dimension. 3. The mass per 1m shown as reference is calculaed using he pipe dimension as he basic dimension and seing he densiy of maerial for he pipe as 1.43g/cm 3 for unplasicized polyvinyl chloride pipe and 1.40g/cm 3 for impac-resisan unplasicized polyvinyl chloride pipe. I is no par of he sandard. 4. engh olerance shall be +30-10 mm. 5. conform o he JPPFA sandard (JPPFA AS20). Tap Waer ubber ing Socke Single-Side Sraigh Pipe ( Pipe) Abbreviaion: VPW IVPW Tap Waer ubber ing Impac-esisan Unplasicized Polyvinyl Chloride Pipe (JWWA K 129) MODE CODE VPW P N U W7 J N engh IVPW P N I W7 J N engh Maximum Working Pressure (ydrosaic pressure) VPW 0.75MPa IVPW 15 VPW U-PVC Por and Sraigh Par IVPW I-PVC φd 1 Socke Par Effecive engh 5 13 5 Overall engh S φd eference Weigh (kg/piece) Ouer Diameer D Thickness Chamfer Widh Gauge ine Inner Diameer d1 Socke Deph P Basic Dimension Max/Min. Tolerance Average Tolerance (Min.) X S Basic Dimension Max/Min. Tolerance Average Tolerance Basic Dimension Tolerance Z Tolerance VP IVP 50 60.0 ±0.4 ±0.2 4.1 8 107 60.9 ±0.9 ±0.6 110 ±5 5000 5118 +30 10 5.8 5.7 75 89.0 ±0.5 ±0.2 5.5 11 120 90.2 ±1.2 ±0.7 120 ±5 5000 5131 +30 10 11.5 11.3 100 114.0 ±0.6 ±0.2 6.6 13 132 115.3 ±1.2 ±0.7 130 ±5 5000 5143 +30 10 17.9 17.5 125 140.0 ±0.8 ±0.3 7.0 14 138 141.4 ±1.4 ±0.8 135 ±5 5000 5149 +30 10 23.5 23.0 150 165.0 ±1.0 ±0.3 9.0 18 152 166.6 ±1.4 ±0.8 145 ±5 5000 5163 +30 10 35.2 34.5 Noes: 1. conform o he JPPFA sandard (JPPFA AS33 sandard). 2. Maximum/minimum ouer dimensional olerance is he difference beween measured maximum or minimum ouer diameer of any secion and he basic dimension. 3. Average ouer dimensional olerance is he difference beween he circumference of any secion divided by he circumference raio (3.142) or he arihmeic mean value of measured ouer diameers in 2 direcions wih an equal disance o each oher and he basic dimension. 014

ubber ing Socke Single-Side Sraigh Pipe ( Pipe) Abbreviaion: V Agriculural Waer Service Wall-Thickness Unplasicized Polyvinyl Chloride Pipe (JPPFA AS60) V U-PVC MODE CODE V P N U 7 J N engh Maximum Working Pressure (Normal Temperaure) V 1.25MPa Z X 15 0 d 5 5 13 1 D eference d Overall Basic Max/Min. Average X D0 1 Z Weigh Ouer Dimensional Ouer Dimensional (Min.) engh Dimension Tolerance Tolerance (kg/piece) 50 60.0 ±0.4 ±0.2 4.6 +0.8-0 8 60.3 110±5 85 107 5000±15 5118 6.5 75 89.0 ±0.5 ±0.3 6.2 +0.8-0 11 89.5 120±5 122 120 5000±15 5131 13.0 100 114.0 ±0.6 ±0.4 7.6 +1.0-0 13 114.6 130±5 152 132 5000±15 5143 20.5 150 165.0 ±1.0 ±0.5 10.5 +1.4-0 18 165.8 145±5 210 152 5000±15 5163 41.0 200 216.0 ±1.3 ±0.7 12.1 +1.9-0 21 217.0 170±10 268 175 5000±15 5191 63.1 250 267.0 ±1.6 ±0.9 15.0 +2.3-0 25 268.1 185±10 328 194 5000±15 5210 96.8 300 318.0 ±1.9 ±1.0 17.8 +2.7-0 30 319.4 200±10 391 214 5000±15 5230 135.0 Noes: Dimensions wihou olerance are reference value. Perforaed Pipe Abbreviaion: VP VU Perforaed Unplasicized Polyvinyl Chloride Pipe (JPPFA AS13) MODE CODE VP P N U P6 J U 04 VU P N U U6 J U 04 d 120 120 120 d2 d1 VP,VU U-PVC 100 100 100 200 2 1 d1 (Min.) d2 (Min.) (Min.) D d Number of oles VP VU 50 60.2 59.2 40 60±0.2 4.1+0.8 1.8±0.4 7 95 3,950 3,700 65 76.3 75.1 40 76±0.3 4.1+0.8 2.2±0.6 7 95 3,950 3,700 75 89.3 88.0 40 89±0.3 5.5+0.8 2.7±0.6 12 95 3,950 3,700 100 114.4 112.8 50 114±0.4 6.6+1.0 3.1±0.8 12 95 3,950 3,700 125 140.5 138.7 60 140±0.5 7.0+1.0 4.1±0.8 12 95 3,950 3,700 150 165.5 163.4 75 165±0.5 8.9+1.4 5.1±0.8 20 95 3,950 3,700 200 216.7 214.0 100 216±0.7 10.3+1.4 6.5±1.0 20 95 3,950 3,700 250 267.9 264.8 125 267±0.9 12.7+1.8 7.8±1.2 20 90 3,950 3,500 1 2 015

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing MODE CODE IST Type Field Maerial Model Sandard Type T N * ** J N *** T TS Fiing N Sandard U U-PVC I I-PVC 9 90 Elbow 4 45 Elbow SO Socke TE Tee F Fauce Elbow (Meal no conained) K Fauce Elbow (Meal conained) FT Fauce Tee (Meal no conained) KT Fauce Tee (Meal no conained) FS Fauce Socke (Meal no conained) KS Fauce Socke (Meal conained) VS Valve Socke (Meal no conained) US Union Socke CP Cap J JIS N Sandard 010 10 mm 150 150 mm 016013 16 13 mm 150125 150 125 mm TS ITS Fiing Common Dimensions Socke Common Dimensions 13-50 mm Socke Common Dimensions 65-150 mm JISK6743 TS... Unplasicized Polyvinyl Chloride Pipe Fiing ITS... Impac-esisan Unplasicized Polyvinyl Chloride Pipe Fiing φd DT Taper 1/T φd1 φd φd DT Taper 1/T φd1 φd d1 d1 Tolerance 1/T D DT D and DT Tolerance d (Min.) Applicable Pipe Ouer Diameer 10 15.40 ±0.20 22.0 1/25 21.0 21.0 0.5 10 15 13 18.40 ±0.20 26.0 1/30 24.0 24.0 0.6 13 18 16 22.40 ±0.20 30.0 1/34 29.0 29.0 0.7 16 22 20 26.45 ±0.20 35.0 1/34 33.0 33.0 0.8 20 26 25 32.55 ±0.25 40.0 1/34 40.0 40.0 1.0 25 32 30 38.60 ±0.25 44.0 1/34 46.0 46.0 1.0 31 38 40 48.70 ±0.30 55.0 1/37 57.0 57.0 1.2 40 48 50 60.80 ±0.30 63.0 1/37 70.0 70.0 1.5 51 60 65 76.60 ±0.30 61.0 1/48 87.0 88.5 1.5 67 76 75 89.60 ±0.30 64.0 1/49 102.0 104.5 1.5 77 89 100 114.70 ±0.30 84.0 1/56 130.0 133.5 1.8 100 114 125 140.85 ±0.35 104.0 1/58 157.0 161.0 1.8 125 140 150 166.00 ±0.40 132.0 1/63 186.0 190.0 2.0 146 165 Noes: 1. olerance shall be +4-0.5 mm. 2. D and DT olerance and olerance on he plus side are no resriced. 3. conform o he AV sandard. 4. conform o he JPPFA sandard. 016

Elbow Abbreviaion: Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U 9 J N ITS T N I 9 J N 13-50 mm 65-150 mm Max. Working Pressure (ydrosaic pressure) TS ITS 0.75MPa φd φd TS U-PVC ITS I-PVC TS ITS D 13 24.0 3.0 36 16 29.0 3.5 43 20 33.0 3.5 50 25 40.0 4.0 58 30 46.0 4.0 65 40 57.0 4.5 82 Noes: 1. olerance shall be +5-1 mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. TS ITS D 50 70.0 5.0 96 65 87.0 6.6 110 75 102.0 8.0 120 100 130.0 10.0 153 125 157.0 11.0 188 150 186.0 13.0 230 45 Elbow Abbreviaion: 45 Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U 4 J N ITS T N I 4 J N φd Max. Working Pressure (ydrosaic pressure) TS ITS 0.75MPa TS U-PVC ITS I-PVC 45 TS ITS D 20 33.0 3.5 44 25 40.0 4.0 51 Noes: 1. olerance shall be +5-1 mm. 2. are accordance wih JIS K6743. Socke Abbreviaion: S Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U SO J N ITS T N I SO J N 13-50 mm 65-150 mm Max. Working Pressure (ydrosaic pressure) TS ITS 0.75MPa TS U-PVC ITS I-PVC φd φd TS ITS D 13 24.0 57 16 29.0 67 20 33.0 77 25 40.0 87 30 46.0 95 40 57.0 117 TS ITS D 50 70.0 133 65 87.0 145 75 102.0 155 100 130.0 200 125 157.0 240 150 186.0 300 Noes: 1. olerance shall be ±4.0 mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. 017

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing educing Socke Abbreviaion: S Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) TS U-PVC MODE CODE TS T N U SO J N ITS T N I SO J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa 13-50 mm A 65-150 mm A ITS I-PVC Deail of par A 1 φd φd1 φd φd1 TS ITS D D1 1 16 13 29.0 3.5 24.0 3.0 61 20 13 33.0 3.5 24.0 3.0 68 20 16 33.0 3.5 29.0 3.5 71 25 13 40.0 4.0 24.0 3.0 86 25 16 40.0 4.0 29.0 3.5 85 25 20 40.0 4.0 33.0 3.5 84 30 20 46.0 4.0 33.0 3.5 93 30 25 46.0 4.0 40.0 4.0 93 40 20 57.0 4.5 33.0 3.5 113 40 25 57.0 4.5 40.0 4.0 114 40 30 57.0 4.5 46.0 4.0 114 Noes: 1. olerance shall be ±4.0 mm. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 4. are sock producs. 5. are accordance wih JIS K6743. TS ITS D D1 1 50 20 70.0 5.0 33.0 3.5 116 50 25 70.0 5.0 40.0 4.0 140 50 30 70.0 5.0 46.0 4.0 136 50 40 70.0 5.0 57.0 4.5 136 65 40 87.0 6.6 57.0 4.5 145 65 50 87.0 6.6 70.0 5.0 149 75 40 102.0 8.0 57.0 4.5 153 75 50 102.0 8.0 70.0 5.0 165 75 65 102.0 8.0 87.0 6.6 159 100 75 130.0 10.0 102.0 8.0 190 125 100 157.0 11.0 130.0 10.0 229 150 100 186.0 13.0 130.0 10.0 295 150 125 186.0 13.0 157.0 11.0 272 Tee Abbreviaion: T Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) TS U-PVC MODE CODE TS T N U TE J N ITS T N I TE J N 13-50 mm φd 65-150 mm φd φd 1 φd 1 Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa ITS I-PVC TS ITS D 1 13 24.0 3.0 36 36 16 29.0 3.5 43 43 20 33.0 3.5 50 50 25 40.0 4.0 58 58 30 46.0 4.0 65 65 40 57.0 4.5 82 82 Noes: 1. olerance shall be +5-1 mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. TS ITS D 1 50 70.0 5.0 96 96 65 87.0 6.6 110 110 75 102.0 8.0 120 120 100 130.0 10.0 152 152 125 157.0 11.0 187 187 150 186.0 13.0 230 230 018

educing Tee Abbreviaion: T Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U TE J N ITS T N I TE J N TS U-PVC 13-50 mm φd1 65-150 mm φd1 Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa ITS I-PVC 1 φd φd 1 TS ITS D D1 1 16 13 29.0 3.5 41 24.0 38 20 13 33.0 3.5 46 24.0 40 20 16 33.0 3.5 48 29.0 45 25 13 40.0 4.0 51 24.0 43 25 16 40.0 4.0 53 29.0 48 25 20 40.0 4.0 55 33.0 53 30 13 46.0 4.0 55 24.0 46 30 16 46.0 4.0 57 29.0 51 30 20 46.0 4.0 59 33.0 56 30 25 46.0 4.0 62 40.0 61 TS ITS D D1 1 40 13 57.0 4.5 66 24.0 52 40 16 57.0 4.5 68 29.0 57 40 20 57.0 4.5 70 33.0 62 40 25 57.0 4.5 73 40.0 67 40 30 57.0 4.5 76 46.0 71 50 13 70.0 5.0 74 24.0 58 50 16 70.0 5.0 76 29.0 63 50 20 70.0 5.0 78 33.0 68 50 25 70.0 5.0 81 40.0 73 50 30 70.0 5.0 84 46.0 77 50 40 70.0 5.0 90 57.0 88 TS ITS D D1 1 65 40 87.0 6.6 100 57.0 95 65 50 87.0 6.6 101 70.0 104 75 25 102.0 8.0 93 40.0 88 75 40 102.0 8.0 100 57.0 102 75 50 102.0 8.0 105 70.0 110 75 65 102.0 8.0 113 87.0 117 TS ITS D D1 1 100 50 130.0 10.0 125 70.0 122 100 75 130.0 10.0 140 102.0 132 125 75 157.0 11.0 160 102.0 147 125 100 157.0 11.0 173 130.0 167 150 75 186.0 13.0 195 102.0 158 150 100 186.0 13.0 208 130.0 182 150 125 186.0 13.0 217 157.0 201 Noes: 1. and 1 olerance shall be +5-1 mm. 2. conform o he JPPFA sandard. 3. are sock producs. (PVC (30 13) are our producs.) 4. are accordance wih JIS K6743. Fauce Elbow Abbreviaion: F Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) 1 1 2 MODE CODE TS T N U F J N ITS T N I F J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa TS U-PVC ITS I-PVC W φd1 φd2 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing seel pipe and PVC pipe. * Fix he area around an elbow using a reainer. φd TS ITS D D1 D2 1 2 W 1 Female Thread 13 24.0 3.0 30 34 17 14 4 38 29 p1/2 16 29.0 3.5 30 34 17 14 4 43 32 p1/2 20 33.0 3.5 37 42 19 16 4 51 36 p3/4 25 40.0 4.0 46 52 21 18 5 59 40 p1 Noes: 1. Threaded end shall be parallel female hread of JIS B 0203 (aper hreaded end for pipes). 2. olerance shall be +5-1 mm. 3. 1 olerance shall be +5-2 mm. 4. conform o he AV sandard. 5. 2 olerance shall be ±1 mm. 019

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing Meal-Conaining Fauce Elbow Abbreviaion: KF Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U K J N ITS T N I K J N Inser 1 1 2 Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa TS U-PVC ITS I-PVC D1 W φd2 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing fauce wih a aper hreaded end and seel pipe. * Fix he area around an elbow using a reainer. TS ITS D D1 D2 1 2 W 1 Female Thread 13 24.0 3.0 30 34 17 14 4 38 29 p1/2 16 13 29.0 3.0 30 34 17 14 4 43 32 p1/2 20 33.0 3.5 37 42 19 16 4 51 36 p3/4 25 40.0 4.0 46 52 21 18 5 59 40 p1 20 13 33.0 3.5 30 34 17 14 4 47 33 p1/2 φd Noes: 1. Inser shall be free-cuing brass of JIS 3250 (coper and copper alloy rod). 2. Threaded end shall be parallel female hread of JIS B0203 (aper hreaded end for pipes). 3. olerance shall be +5-1 mm. 4. 1 olerance shall be +5-1 mm. 5. 2 olerance shall be ±1 mm. 6. are accordance wih JIS K6743. Fauce Tee Abbreviaion: FT Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U FT J N ITS T N I FT J N φd2 φd1 Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa W TS U-PVC φd ITS I-PVC 1 1 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing seel pipe and PVC pipe. * Fix he area around a ee using a reainer. TS ITS D D1 D2 1 W 1 Female Thread 13 24.0 3.0 28 34 17 4 38 29 p1/2 20 33.0 3.5 37 42 19 4 51 36 p3/4 25 40.0 4.0 46 52 21 5 59 42 p1 16 13 29.0 3.5 28 34 17 4 43 32 p1/2 20 13 33.0 3.5 30 34 17 4 47 34 p1/2 25 13 40.0 4.0 30 34 17 4 52 38 p1/2 25 20 40.0 4.0 37 42 19 4 56 40 p3/4 Noes: 1. Threaded end shall be parallel female hread of JIS B 0203 (aper hreaded end for pipes). 2. olerance shall be +5-1 mm. 3. 1 olerance shall be +5-2 mm. 4. conform o he AV sandard. 5. are sock producs. 020

Meal-Conaining Fauce Tee Abbreviaion: KFT Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U KT J N ITS T N I KT J N TS U-PVC Inser φd2 Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa ITS I-PVC φd W φd1 l2 l1 1 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing fauce wih a aper hreaded end and seel pipe. * Fix he area around a ee using a reainer. TS ITS D D1 D2 1 2 W 1 Female Thread 20 33.0 3.5 37 42 19 16 4 51 36 p3/4 25 40.0 4.0 46 52 21 18 5 59 42 p1 20 13 33.0 3.5 30 34 17 14 4 47 34 p1/2 25 13 40.0 4.0 30 34 17 14 4 52 38 p1/2 25 20 40.0 4.0 37 42 19 16 4 56 40 p3/4 Noes: 1. Inser shall be free-cuing brass of JIS 3250 (coper and copper alloy rod). 2. Threaded end shall be parallel female hread of JIS B0203 (aper hreaded end for pipes). 3. 2 olerance shall be ±1 mm. 4. olerance shall be +5-1 mm. 5. 1 olerance shall be +5-2 mm. 6. are accordance wih JIS K6743. Fauce Socke Abbreviaion: FS MODE CODE TS T N U FS J N ITS T N I FS J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa TS U-PVC 1 2 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing seel pipe and PVC pipe. φd2 φd1 φd ITS I-PVC W TS ITS D D1 D2 1 2 W Female Thread 13 24.0 30 34 17 14 4 47 p1/2 16 29.0 30 34 17 14 4 52 p1/2 20 33.0 37 42 19 16 4 59 p3/4 25 40.0 46 52 21 18 5 68 p1 Noes: 1. Threaded end shall be parallel female hread of JIS B 0203 (aper hreaded end for pipes). 2. olerance shall be +5-1 mm. 3. 2 olerance shall be ±1 mm. 4. conform o he AV sandard. 021

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing Meal-Conaining Fauce Socke Abbreviaion: KFS Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U KS J N ITS T N I KS J N ITS I-PVC TS U-PVC Inser φd2 φd1 1 2 W φd Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing fauce wih a aper hreaded end and seel pipe. TS ITS D D1 D2 1 2 W Female Thread 13 24.0 30 34 17 14 4 47 p1/2 16 13 29.0 30 34 17 14 4 52 p1/2 20 33.0 37 42 19 16 4 59 p3/4 25 40.0 46 52 21 18 5 68 p1 20 13 33.0 30 34 17 14 4 57 p1/2 Noes: 1. Inser shall be free-cuing brass of JIS 3250 (coper and copper alloy rod). 2. Threaded end shall be parallel female hread of JIS B0203 (aper hreaded end for pipes). 3. olerance shall be +5-1 mm. 4. 2 olerance shall be ±1 mm. 5. are accordance wih JIS K6743. Valve Socke Abbreviaion: VS Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) TS U-PVC MODE CODE TS T N U VS J N ITS T N I VS J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa ITS I-PVC φd W d 1 a φd1 B <Use Precauions> * Avoid screwing in and removing repeaedly. * Connec hreaded pars using seal ape. * Do no use hem for connecing wih seel pipe. * Do no use hem for buried pipe. * Do no use hem for he area where an exernal force such as bending and vibraion is applied. TS ITS D d Thread Basic Diameer Thread Basic Diameer 1 Number of Nominal Ouer Diameer D1 Threads/Inch Posiion a (Min.) W B 10 ー 21.0 10 3/8 16.662 19 6.35 12 6 43 21 13 24.0 13 1/2 20.955 14 8.16 13.16 6 50 24 16 29.0 13 1/2 20.955 14 8.16 13.16 6 54 29 20 33.0 18 3/4 26.441 14 9.53 14.53 8 64 33 25 40.0 23 1 33.249 11 10.39 16.79 8 71 40 30 46.0 31 11/4 41.910 11 12.70 19.10 10 80 46 40 57.0 37 11/2 47.803 11 12.70 19.10 10 92 57 50 70.0 48 2 59.614 11 15.88 23.38 12 106 70 65 87.0 62 21/2 75.184 11 17.46 30 15 118 87 75 102.0 72 3 87.884 11 20.64 34 16 127 102 100 130.0 96 4 113.030 11 25.40 40 18 157 130 125 ー 157.0 119 5 138.430 11 28.58 44 20 186 157 150 ー 185.0 142 6 163.830 11 28.58 44 25 220 185 Noes: 1. Threaded end shall conform o aper male hreaded end of JIS B0203 (aper hreaded end for pipes). 2. olerance shall be +5-2 mm. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. 5. B olerance shall conform o D olerance. 6. Producs wih he hreaded par conaining meal are also available for he size 13 mm. 7. are sock producs. 8. are accordance wih JIS K6743. 022

Union Socke Abbreviaion: US Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U US J N ITS T N I US J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa Gaske Groove φd1 φd TS U-PVC ITS I-PVC TS ITS D D1 W 13 18.0 2.5 23.0 5 80 16 22.0 3.0 27.5 5 85 20 26.0 3.0 29.5 6 90 25 32.0 3.5 36.5 7 100 Noes: 1. olerance shall be +5-2 mm. 2. are sock producs. 3. are accordance wih JIS K6743. W TS ITS D D1 W 30 38.0 3.5 42.0 8 110 40 48.0 4.0 53.0 8 120 50 60.0 4.5 71.0 9 130 Cap Abbreviaion: C Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS T N U CP J N ITS T N I CP J N Maximum Working Pressure (ydrosaic pressure) TS ITS 0.75MPa 13 50 mm 65 150 mm TS U-PVC ITS I-PVC φd φd TS ITS D 13 24.0 3.0 29.0 16 29.0 3.5 33.5 20 33.0 3.5 38.5 25 40.0 4.0 44.0 30 46.0 4.0 48.0 40 57.0 4.5 59.5 Noes: 1. olerance shall be +5 0 mm. 2. conform o he AV sandard and he JPPFA sandard. 3. olerance shall be 1 o 5 mm. 4. are accordance wih JIS K6743. TS ITS D 50 70.0 5.0 68.0 65 87.0 6.6 96.0 75 102.0 8.0 105.0 100 130.0 10.0 138.0 150 186.0 13.0 205.0 023

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing MODE CODE IST Type Field N Maerial * Model MF Sandard * Type * *** Fiing N None Color U U-PVC I I-PVC FP MF -MF Join J JIS W Waerworks I Cased Produc S Bonded Produc 040 40 mm 300 300 mm -MF Join (Cased Produc) MODE CODE U-PVC Waerworks N U MF W I I-PVC Waerworks N I MF W I U-PVC 10K N U MF J I I-PVC 10K N I MF J I 2 φd 3 φd 2 No. Descripion pcs. Maerial 1 MF Join 1 U-PVC,I-PVC 2 ubber ing 1 SB E 1 T φd1 P.C.D. D2 φd1 U-PVC I-PVC d1 JIS B 2062 Waerworks JIS 10K E T d2 d3 D1 D2 n h D1 D2 n h (Min.) 40 40 140 105 4 19 140 105 4 19 16 48.5 58 54 100 5 120 50 50 155 120 4 19 155 120 4 19 20 60.5 75 56 110 6.5 140 80(75) 78 211 168 4 19 185 150 8 19 22 90.2 109 61 120 9 160 100 100 238 195 4 19 210 175 8 19 24 115.3 136 64 130 10.5 175 125 125 263 220 6 19 250 210 8 23 24 140.6 164 68 140 12 190 150 148 290 247 6 19 280 240 8 23 24 166.6 191 70 145 14 200 n-φh Noes: D1, D2, n and h for 40 mm and 50 mm are accordance wih he JIS 10K sandard. AV -MF Join (Bonded Produc) MODE CODE U-PVC Waerworks N U MF W S U-PVC 10K N U MF J S 3 2 1 1 2 E 2 φd 2 No. Descripion pcs. Maerial 1 TS Flange 1 U-PVC 2 Shor Pipe 1 U-PVC 3 ubber ing 1 SB 1 φd P.C.D. C φd U-PVC n-φh d JIS B 2062 Waerworks JIS 10K E 1 1 d2 D C n h D C n h (Min.) 2 2 200 196 342 299 8 19 330 290 12 23 28 156 218.0±1.1 76 170±5 10.3±1.4 440 250 247 410 360 8 23 400 355 12 25 30 167 269.3±1.2 82 185±5 12.7±1.8 515 300 298 464 414 10 23 445 400 16 25 30 167 320.7±1.4 88 200±5 15.1±2.2 535 024

FP -MF Join <Used for boh VU and VM wih eainer> MODE CODE N MF W I 2 1 φd φd 2 1 Maximum Working Pressure (Normal Temperaure) VU 0.8MPa VM 0.6MPa E 1 3 φd P.C.D. φd C No. Descripion pcs. Maerial 1 MF Join 1 FP 2 ubber ing 1 SB 3 ing 1 SUS n-φh d JIS B 2062 Waerworks d1 E 1 d2 D C n h (Mn.) (Min.) (Min.) 350 348 530 472 10 25 45 371.5 413 235 132 6.9 410 400 395 582 524 12 25 47 421.7 470 255 153 7.9 460 450 442 652 585 12 27 49 471.9 525 280 166 8.9 512 500 489 706 639 12 27 51 522.1 586 300 175 10.0 570 025

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing MODE CODE IST Type Field Maerial Model Sandard Ohers * N * ** V N *** B Bend T TS Fiing N Sandard U U-PVC I I-PVC 90 90 Bend 45 45 Bend 9 90 Elbow SO Socke TE Tee V AV N Normal Color 200 200 mm 300 300 mm AV90 Bend MODE CODE TS B N U 90 V N ITS B N I 90 V N Maximum Working Pressure (Normal Temperaure) 75 150 mm 1.0MPa 200mm 0.75MPa d2 d1 1 2 U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300mm 0.4MPa TS U-PVC d ITS I-PVC TS ITS d1 d2 D1 (Min.) D2 (eference) d (Min.) 75 89.80 88.13 72 101 104 78 6 137 65 100 115.00 112.89 92 129 132 100 7.3 172 80 125 141.20 138.72 112 156 160 125 7.7 237 125 150 166.50 163.39 140 185 189 148 9.8 260 120 200 217.00 214.10 145 240 244 196 15 341 196 250 268.20 265.00 155 293 298 247 16 402 247 300 318.70 315.88 155 337 341 298 10 395 240 Noes: 1. conform o he AV sandard. 026

AV45 Bend MODE CODE TS B N U 45 V N ITS B N I 45 V N Z 1 d1 d2 d TS ITS d1 d2 D (Min.) D1 (eference) d (Min.) Z 40 48.70 47.21 55 57 60 40 4.5 14 69 20 50 60.80 59.10 63 70 73 51 5 17 80 25.5 65 76.60 75.33 61 87 90 67 6.6 20 81 34 75 89.80 88.13 72 101 104 78 6 25 97 39 100 115.00 112.89 92 129 132 100 7.3 30 122 50 125 141.20 138.71 112 156 160 125 7.7 37 149 62.5 150 166.50 163.39 140 185 189 148 10 44 184 74 200 217.00 214.10 145 240 244 196 15 48 193 98 250 268.20 265.00 155 293 298 247 16 58 213 123.5 300 318.70 315.88 155 337 341 298 10 70 225 149 Noes: 1. conform o he AV sandard. TS ITS d1 d2 D d 200 217.0 214.1 145 240 201 15 265 190 250 268.2 265.0 155 295 247 16 311 235 300 319.6 315.5 175 347 298 18 350 170 Noes: 1. conform o he AV sandard. z d d2 d1 Z TS U-PVC ITS I-PVC Shor Elbow MODE CODE TS T N U 9 V N ITS T N I 9 V N 90 d d2 d1 TS U-PVC ITS I-PVC Socke MODE CODE TS T N U SO V N ITS T N I SO V N TS U-PVC ITS I-PVC TS ITS d1 d2 D d Z 200 217.0 214.1 145 238 202 15 305 250 268.2 265.0 155 295 247 42 352 300 319.6 315.5 175 336 298 10 360 Noes: 1. conform o he AV sandard. 027

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing educing Socke MODE CODE TS T N U SO V N ITS T N I SO V N 2 d3 2 d4 2 d5 d d2 d1 1 d d2 d1 1 d1 d2 d d4 d3 2 TS U-PVC TS ITS d1 d2 1 d3 d4 2 D1 D2 d 200 150 217.0 214.1 145 166.0 163.9 132 240 188 146 356 250 200 268.2 265.0 155 217.0 214.1 145 292 240 194 380 300 250 319.6 315.5 175 268.2 265.0 155 347 295 247 405 Noes: 1. conform o he AV sandard. ITS I-PVC 1 2 Tee MODE CODE TS T N U TE V N ITS T N I TE V N TS U-PVC TS ITS d1 d2 D d 200 217.0 214.1 145 240 196 15 532 266 250 268.2 265.0 155 295 247 16 662 331 300 319.6 315.5 175 337 298 10 680 340 Noes: 1. conform o he AV sandard. ITS I-PVC educing Tee MODE CODE TS T N U TE V N ITS T N I TE V N TS U-PVC ITS I-PVC 1 1 1 TS ITS d1 d2 1 d3 d4 2 D1 D2 d d5 1 2 200 75 217.0 214.1 145 89.6 88.29 64 240 107.2 199 77 15 402 201 180 200 100 217.0 214.1 145 114.7 113.20 84 240 130 199 100 15 430 215 200 200 150 217.0 214.1 145 166.0 163.91 132 240 188 199 146 15 476 238 253 250 75 268.2 265.0 155 89.6 88.29 64 295 108 247 77 16 452 226 210 250 100 268.2 265.0 155 114.7 113.20 84 295 136 247 100 16 492 246 225 250 200 268.2 265.0 155 217.0 214.10 145 295 245 247 194 16 608 304 310 300 75 320.7 314.7 300 89.60 88.29 64 343 102 298 77 17 722 361 236 Noes: 1. conform o he AV sandard. 028

S1 FP einforcemen S2 S1 S2 200 100 200 84 550 200 125 200 104 560 250 100 250 84 690 250 125 250 104 690 250 150 250 132 690 300 100 300 84 890 S1 einforcemen S2 S2 300 125 300 104 890 300 150 300 132 880 300 200 300 200 850 300 250 300 250 790 350 150 350 132 970 350 200 350 200 960 S1 S2 350 250 350 250 920 350 300 350 300 880 400 200 400 200 1100 400 250 400 250 1060 400 300 400 300 1040 400 350 400 350 980 Noes: 1. dimension olerance shall be ±30 mm. 2. Dimensions oher han he normal dimensions above are also available. For deails, please conac our neares office. S2 Z educing Socke (Crucial Par FP einforcemen Produc) S1 FP FP einforcemen educing Tee (Crucial Par FP einforcemen Produc) S1 S2 FP einforcemen S1 S2 200 125 200 104 270 690 250 125 250 104 300 790 250 150 250 132 320 810 300 100 300 84 310 880 300 125 300 104 340 900 300 150 300 132 370 940 300 200 300 200 435 990 300 250 300 250 485 1050 350 75 350 64 320 950 350 100 350 84 330 960 350 125 350 104 360 990 350 150 350 132 390 1030 350 200 350 200 455 1080 S1 S2 350 250 350 250 515 1150 350 300 350 300 565 1200 350 350 350 350 685 1370 400 75 400 64 340 1050 400 100 400 84 360 1070 400 125 400 104 390 1110 400 150 400 132 430 1150 400 200 400 200 485 1200 400 250 400 250 545 1250 400 300 400 300 595 1300 400 350 400 350 650 1350 400 400 400 400 760 1520 Noes: 1. dimension olerance shall be ±30 mm. 2. Dimensions oher han he normal dimensions above are also available. For deails, please conac our neares office. S1 029

Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing MODE CODE IST Type Field Maerial Model Sandard Ohers B N U ** * N *** B Bend N None Color U U-PVC FT Shor Flanged End FB Flanged Bend 1 JIS10K 5 JIS5K N Normal Color 075 75 mm 150 150 mm 100 100 mm 200 200 mm Shor Flanged End MODE CODE B N U FT Sandard N 4 S d n e 2 1 Provided G female hreads (3/4 inch) offer a wide variey of usages such as insalling a pressure gauge on he pump discharge side and a sample collecion por, drainage, air-bleeding or hermomeer a a chemical plan. U-PVC T d D1 D2 T n e S D4 75 78 185 150 7.7 22 250 8 19 24 42 100 100 210 175 9.2 22 300 8 19 24 42 150 148 280 240 12.5 26 300 8 23 24 42 Flanged Bend MODE CODE B N U FB Sandard N U-PVC 90 T d D2 1 n e d D1 D T n e 100 100 210 175 22 8.5 8 19 180 180 150 148 280 240 26 11.5 8 23 250 250 200 196 330 290 30 13.2 12 23 300 300 AV flanged bend is designed wih an ideal "" so ha he degree of abrasion caused by fluid slurry conaining is exremely low. This is also ideal for processes requiring cleaning of pipelines such as foodrelaed, slurry-relaed and excrea disposal reamen-relaed wih easy insallaion and removal. 030

MODE CODE IST Type Field Maerial Model Sandard Ohers W N * ** J N *** W Bend N None Color U U-PVC I I-PVC 9P 90 TS Normal Bend 4P 45 TS Normal Bend 2P 21/2 TS Normal Bend 1P 11/4 TS Normal Bend 5P 55/8 TS Normal Bend J JIS N Normal Color 040 40 mm 300 300 mm 90 TS Normal Bend Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS W N U 9P J N ITS W N I 9P J N 90 Maximum Working Pressure (Normal Temperaure) 40 150 mm 1.0MPa 200 300 mm 0.75MPa 350 400 mm 0.6MPa Z TS U-PVC ITS I-PVC TS ITS Classificaion Z 40 ー VP 140 195 110 50 VP 187 250 150 65 ー VP 249 310 200 75 VP 306 370 250 100 VP 361 445 300 125 ー VP 461 565 400 TS ITS Classificaion Z 150 VP 538 670 475 200 ー VP 800 1000 700 250 ー VP 1100 1350 1000 300 ー VP 1300 1600 1200 350 ー VU 1500 1850 1400 400 ー VU 1900 2300 1700 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih JIS K6743. 45 TS Normal Bend Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS W N U 4P J N ITS W N I 4P J N 45 Maximum Working Pressure (Normal Temperaure) 40 150 mm 1.0MPa 200 300 mm 0.75MPa 350 400 mm 0.6MPa Z TS U-PVC ITS I-PVC TS ITS Classificaion Z 40 ー VP 76 131 110 50 VP 99 162 150 65 ー VP 132 193 200 75 VP 160 224 250 100 VP 185 269 300 125 ー VP 227 331 400 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih JIS K6743. TS ITS Classificaion Z 150 VP 260 392 475 200 ー VP 400 600 700 250 ー VP 500 750 1000 300 ー VP 600 900 1200 350 ー VU 700 1050 1400 400 ー VU 800 1200 1700 031

Z Z Z Unplasicized Polyvinyl Chloride Pipe Fiing TS ITS Fiing Z 22 1 / 2 TS Normal Bend Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) 45 MODE CODE TS W N U 2P J N ITS W N I 2P J N Maximum Working Pressure (Normal Temperaure) Z 40 150 mm 1.0MPa 200 300 mm 0.75MPa 350 400 mm 0.6MPa TS ITS Classificaion Z TS ITS Classificaion Z 40 ー VP 52 107 110 150 VP 157 289 475 50 VP 67 130 150 200 ー VP 250 450 700 65 ー VP 89 150 200 250 ー VP 300 550 1000 75 VP 106 170 250 300 ー VP 350 650 1200 100 VP 121 205 300 350 ー VU 400 750 1400 125 ー VP 141 245 400 400 ー VU 450 850 1700 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih JIS K6743. Z 22 1 /2 TS U-PVC ITS I-PVC Z 1 1 /4 22 1 /2 11 1 / 4 TS Normal Bend Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) MODE CODE TS W N U 1P J N ITS W N I 1P J N 1 1 /4 Maximum Working Pressure (Normal Temperaure) 40 150 mm 1.0MPa 200 300 mm 0.75MPa 350 400 mm 0.6MPa TS U-PVC ITS I-PVC TS ITS Classificaion Z TS ITS Classificaion Z 40 ー VP 41 96 110 150 VP 110 242 475 50 VP 52 115 150 200 ー VP 150 350 700 65 ー VP 67 128 200 250 ー VP 200 450 1000 75 VP 81 145 250 300 ー VP 200 500 1200 100 VP 91 175 300 350 ー VU 250 600 1400 125 ー VP 97 201 400 400 ー VU 300 700 1700 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih JIS K6743. 5 5 / 8 TS Normal Bend Unplasicized Polyvinyl Chloride Pipe Fiing (JIS K6743) 5 5 /8 MODE CODE TS W N U 5P J N ITS W N I 5P J N Maximum Working Pressure (Normal Temperaure) 40 150 mm 1.0MPa 200 300 mm 0.75MPa 350 400 mm 0.6MPa TS U-PVC ITS I-PVC Z TS ITS Classificaion Z TS ITS Classificaion Z 40 ー VP 35 90 110 150 VP 86 218 475 50 VP 44 107 150 200 ー VP 100 300 700 65 ー VP 59 120 200 250 ー VP 120 370 1000 75 VP 68 132 250 300 ー VP 140 440 1200 100 VP 76 160 300 350 ー VU 160 510 1400 125 ー VP 81 185 400 400 ー VU 230 630 1700 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih JIS K6743. 032

ubber ing ard Polyvinyl Chloride Pipe Fiing MODE CODE IST Type Field Maerial Model Sandard Ohers N * ** J N *** Fiing N None Color U U-PVC I I-PVC 9B 90 Bend 4B 45 Bend 2B 22 1/2 Bend 1B 11-1/4 Bend 5B 5-5/8 Bend J JIS N Normal Color 040 40 mm 200 200 mm 90 Bend Abbreviaion: 90B (JWWA 130) MODE CODE TS N U 9B J N ITS N I 9B J N TS U-PVC ITS I-PVC Z1 90 15 Z2 TS V Z1 Z2 50 333 200 150 310 75 448 305 250 425 100 502 360 300 490 150 686 530 450 675 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih he sandard of Japan Waer Works Associaion. Maximum Working Pressure (Normal Temperaure) 50 150 mm 1.0MPa 200mm 0.75MPa U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300mm 0.4MPa TS ITS VP Z1 Z2 50 335 200 150 310 75 450 305 250 425 100 505 360 300 490 125 615 470 400 605 150 690 530 450 675 200 ー 925 690 600 860 250 ー 1065 805 700 990 300 ー 1255 960 850 1160 45 Bend Abbreviaion: 45B (JWWA 130) MODE CODE TS N U 4B J N ITS N I 4B J N Z2 45 Maximum Working Pressure (Normal Temperaure) 50 150 mm 1.0MPa 200mm 0.75MPa U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300mm 0.4MPa TS U-PVC ITS I-PVC Z1 15 TS V Z1 Z2 50 245 110 150 220 75 302 160 250 280 100 326 185 300 315 150 422 265 450 410 TS ITS VP Z1 Z2 50 247 110 150 220 75 304 160 250 280 100 329 185 300 315 125 381 235 400 370 150 426 265 450 410 200 ー 575 340 600 510 250 ー 655 395 700 580 300 ー 755 460 850 660 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih he sandard of Japan Waer Works Associaion. 033

ubber ing ard Polyvinyl Chloride Pipe Fiing 22 1 / 2 Bend Abbreviaion: 22 1 /2B (JWWA 130) MODE CODE TS N U 2B J N ITS N I 2B J N TS U-PVC TS ITS I-PVC Z1 Z2 22 1 /2 15 V Z1 Z2 Maximum Working Pressure (Normal Temperaure) 50 150 mm 1.0MPa 200mm 0.75MPa U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300 mm 0.4MPa TS ITS VP Z1 Z2 50 215 80 150 190 75 250 105 250 225 100 265 120 300 250 125 295 150 400 285 150 330 170 450 315 200 ー 445 210 600 380 250 ー 505 245 700 430 50 213 80 150 190 75 248 105 250 225 100 262 120 300 250 150 326 170 450 315 300 ー 575 280 850 480 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih he sandard of Japan Waer Works Associaion. 11 1 / 4 Bend Abbreviaion: 11 1 /4B (JWWA 130) MODE CODE TS N U 1B J N ITS N I 1B J N TS U-PVC TS ITS I-PVC Z2 Z1 11 1 /4 15 V Z1 Z2 Maximum Working Pressure (Normal Temperaure) 50 150 mm 1.0MPa 200mm 0.75MPa U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300mm 0.4MPa TS ITS VP Z1 Z2 50 200 65 150 175 75 225 80 250 200 100 235 90 300 220 125 254 110 400 245 150 284 125 450 270 200 ー 385 150 600 320 250 ー 435 175 700 360 50 198 65 150 175 75 223 80 250 200 100 232 90 300 220 150 280 125 450 270 300 ー 485 195 850 395 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih he sandard of Japan Waer Works Associaion. 5 5 / 8 Bend Abbreviaion:5 5 /8B (JWWA 130) MODE CODE TS N U 5B J N ITS N I 5B J N TS U-PVC TS ITS I-PVC Z2 Z1 5 5 /8 15 V Z1 Z2 Maximum Working Pressure (Normal Temperaure) 50 150mm 1.0MPa 200mm 0.75MPa U-PVC 250mm 0.6MPa I-PVC 250mm 0.75MPa 300mm 0.4MPa TS ITS VP Z1 Z2 50 192 55 150 165 75 212 65 250 185 100 220 75 300 205 125 235 90 400 245 150 262 100 450 245 200 ー 355 120 600 290 250 ー 400 140 700 325 50 190 55 150 165 75 210 65 250 185 100 217 75 300 205 150 258 100 450 245 300 ー 445 150 850 350 Noes: 1. conform o he JPPFA sandard. 2. conform o he AV sandard. 3. are accordance wih he sandard of Japan Waer Works Associaion. 034

Flange MODE CODE IST Type Field Model Maerial Sandard F N T * * *** F Flange N None Color T TS Flange U U-PVC I I-PVC 1 JIS10K 5 JIS5K W Waerworks A ANSI 013 13 mm 350 350 mm TS Flange MODE CODE U-PVC JIS 10K F N T U 1 I-PVC JIS 10K F N T I 1 U-PVC JIS 5K F N T U 5 I-PVC JIS 5K F N T I 5 Maximum Working Pressure (Normal Temperaure) 13 300mm 1.0MPa JIS 10K 350mm 0.6MPa JIS 5K 13 350 mm 0.5MPa φd1 φd1 U-PVC I-PVC l Taper 1/T U-PVC JIS 10K 13 350 mm,jis 5K 13 350 mm I-PVC JIS 10K 13 300 mm,jis 5K 13 200 mm n~φh φd P.C.D.C φd d d1 Taper 1/T D1 C D pcs. h 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K 13 13.5 15 18.40 1/30 26 25.5 24 65 55 90 75 4 4 15 12 14 9 30 30 15 16.5 18 22.40 1/34 30 31 29 70 60 95 80 4 4 15 12 14 9 35 35 20 20.5 22 26.45 1/34 35 35 33 75 65 100 85 4 4 15 12 15 10 40 40 25 25 25 32.55 1/34 40 42.5 40 90 75 125 95 4 4 19 12 15 10 46 45 32 30 30 38.60 1/34 44 48.5 46 100 90 135 115 4 4 19 15 16 12 50.5 50 40 41 41 48.70 1/37 55 60.5 59 105 95 140 120 4 4 19 15 16 12 61.5 61 50 52 52 60.80 1/37 63 73 70 120 105 155 130 4 4 19 15 20 14 71 72 65 67 67 76.60 76.80 1/48 1/41 61 69 90 86 140 130 175 155 4 4 19 15 22 14 70 76 80 78 78 89.60 89.80 1/49 1/43 64 72 105 101 150 145 185 180 8 4 19 19 22 14 73 80 100 100 100 114.70 115.00 1/56 1/44 84 92 131 129 175 165 210 200 8 8 19 19 22 16 93 105 125 125 125 140.85 141.20 1/58 1/45 104 112 158 156 210 200 250 235 8 8 23 19 24 16 114 126 150 146 146 166.00 166.50 1/63 1/45 132 140 185 185 240 230 280 265 8 8 23 19 26 18 142 150 200 196 196 217.00 1/50 145 238 238 290 280 330 320 12 8 23 23 28 28 156 156 250 247 247 268.20 1/55 155 300 300 355 345 400 385 12 12 25 23 30 30 167 167 300 298 298 318.70 1/55 155 341 341 400 390 445 430 16 12 25 23 30 30 167 167 350 348 348 371.00 1/60 230 398 398 445 435 490 480 16 12 25 23 34 34 300 300 Noes: Dimensions for C, D, n and h are accordance wih he JIS 10K 5K sandards. Bol hole dimension for 5K (350 mm) is differen from JIS. Use M20 for ighening bols. 035

Flange For U-PVC Waerworks, I-PVC Waerworks, U-PVC ANSI Sandard MODE CODE U-PVC Waerworks F N T U W I-PVC Waerworks F N T I W U-PVC For ANSI Sandard F N T U A Maximum Working Pressure (Normal Temperaure) Waerworks 50 300 mm 0.75MPa ANSI 15 300 mm 1.0MPa φd1 φd2 U-PVC I-PVC U-PVC Waerworks 50 300 mm I-PVC Waerworks 75 250 mm l n~φh Taper 1/T φd1 P.C.D.C d1 d2 Taper 1/T D1 C D2 pcs. h 50 52 60.80 1/37 63 73 120 155 4 19 20 71 75(80) 78 89.60 1/49 64 107 168 211 4 19 22 74 100 100 114.70 1/56 84 133 195 238 4 19 24 98 125 125 140.85 1/58 104 159 220 263 6 19 24 118 150 146 166.00 1/63 132 185 247 290 6 19 24 147 200 196 217.00 1/50 145 238 299 342 8 19 28 156 250 247 268.20 1/55 155 300 360 410 8 23 30 167 300 298 318.70 1/55 155 341 414 464 10 23 30 167 Noes: 1. Dimensions for C, D2, n and h of 75 (80) o 300 mm are accordance wih he ap waer gae valve of JIS B 2062. 2. C, D2, n and h for 50 mm are accordance wih he JIS 10K sandard. Use he JIS 10K sandard for TS flange o connec o 65 mm gae valve. φd2 For U-PVC ANSI Sandard d1 d2 Taper 1/T D1 C D2 pcs. h 15 18 22.40 1/34 30 31 60.5 89 4 16 12 46 20 22 26.45 1/34 35 35 70 98 4 16 13 53 25 25 32.55 1/34 40 42.5 79.5 108 4 16 15 50 32 30 38.60 1/34 44 48.5 89 117.5 4 16 16 54 40 41 48.70 1/37 55 60.5 98.5 127 4 16 18 65 50 52 60.80 1/37 63 73 120.5 152 4 19 20 74 65 67 76.80 1/41 69 90 139.5 178 4 19 23 82 80 78 89.80 1/43 72 105 152.5 190.5 4 19 24 86 100 100 115.00 1/44 92 131 190.5 229 8 19 24 107 125 125 141.20 1/45 112 158 216 254 8 22 24 130 150 146 166.50 1/45 140 185 241.5 280 8 22 26 142 200 196 217.00 1/50 145 238 298.5 343 8 22 28 156 250 247 268.20 1/55 155 300 362 406 12 25 30 167 300 298 318.70 1/55 155 341 432 483 12 25 30 167 Noes: 1. Only C, D2, n and h are accordance wih ANSI/ASME B 16.5 CASS 150. 2. For pipe socke dimension, d1, and aper 1/T are accordance wih he JIS sandard. (JIS K 6743) 036

MODE CODE IST Type Field Model Maerial Sandard F N * * * *** F Flange N None Color J J Flange P P Flange Q Q Flange U U-PVC I I-PVC 1 JIS 10K 5 JIS 5K 013 13 mm 300 300 mm Welded Flange MODE CODE U-PVC JIS 10K F N J U 1 U-PVC JIS 5K F N J U 5 P.C.D.C d C1 J U-PVC 45 C2 n h Blind Flange MODE CODE U-PVC P F N P U Sandard U-PVC JIS 10K Q F N Q U 1 I-PVC JIS 10K Q F N Q I 1 U-PVC JIS 5K Q F N Q U 5 Maximum Working Pressure (Normal Temperaure) 13 150 mm 1.0MPa JIS 10K 200 300 mm 0.5MPa JIS 5K 13 300 mm 0.5MPa P Q Q U-PVC U-PVC I-PVC P.C.D.C n h d C D pcs. h 10K 5 K 10K 5 K 10K 5 K 10K 5 K 10K 5 K C1 C2 13 18 65 55 90 75 4 4 15 12 12 9 3 3 15 22 70 60 95 80 4 4 15 12 12 9 3 3 20 26 75 65 100 85 4 4 15 12 14 10 3 3 25 32 90 75 125 95 4 4 19 12 14 10 3 3 32 38 100 90 135 115 4 4 19 15 16 12 3 3 40 48 105 95 140 120 4 4 19 15 16 12 3 3 50 60 120 105 155 130 4 4 19 15 16 14 3 4 65 76 140 130 175 155 4 4 19 15 18 14 3 4 80 89 150 145 185 180 8 4 19 19 18 14 3 4 100 114 175 165 210 200 8 8 19 19 18 16 3 4 125 140 210 200 250 235 8 8 23 19 20 16 4 4 150 165 240 230 280 265 8 8 23 19 22 18 4 4 200 216 290 280 330 320 12 8 23 23 22 20 4 4 250 267 355 345 400 385 12 12 25 23 24 22 4 4 300 318 400 390 445 430 16 12 25 23 24 22 4 4 Noes: Dimensions for C, D, n and h are accordance wih he JIS 10K 5K sandards. 037

Drainage Unplasicized Polyvinyl Chloride Pipe Fiing (DV Fiing) MODE CODE IST Type Field Maerial Model Sandard Ohers D N U ** J N *** D DV Fiing N None Color U U-PVC D DV-D 90 Elbow DV- 90 arge-bend Elbow 4 DV-45 45 Elbow DT DV-90Y 90 Y T DV-T 90 arge-bend Y 4Y DV-45Y 45 Y WT DV-WT 90 arge-bend Boh Y DS DV-DS Socke IN DV-IN Increaser J JIS N Normal Color 030 30 mm 150 150 mm 040030 40 30 mm 150125 150 125 mm DV Fiing Socke, Oher Common Dimensions JIS K6739 Drainage Unplasicized Polyvinyl Chloride Pipe & Fiing d d2 d1 d1 d2 l D d Min Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance Min Dimension Basic Dimension Tolerance Dimension 30 38.25 ±0.25 37.85 ±0.25 18 ±1 44 31.0 ±0.8 2.7 40 48.30 ±0.30 47.80 ±0.30 22 ±1 54 40.0 ±0.9 2.7 50 60.35 ±0.30 59.75 ±0.30 25 ±1 67 51.0 ±0.9 3.1 65 76.40 ±0.30 75.70 ±0.30 35 ±1 83 67.0 ±0.9 3.1 75 89.45 ±0.30 88.65 ±0.30 40 ±2 97 77.2 ±0.9 3.6 100 114.55 ±0.35 113.55 ±0.35 50 ±2 124 98.8 ±1.0 4.5 125 140.70 ±0.40 139.40 ±0.40 65 ±2 151 125.0 ±1.2 5.4 150 165.85 ±0.45 164.25 ±0.45 80 ±2 178 145.8 ±1.3 6.3 90 Elbow Abbreviaion: D (JIS K 6739) MODE CODE D D N U D J N Z U-PVC Z 91 10 Z 30 22 40 40 27 49 50 33 58 65 42 77 Z 75 48 88 100 62 112 125 75 140 150 88 168 Noes: 1. Z olerance shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. 3. are sock producs. 038

90 arge-bend Elbow Abbreviaion: (JIS K 6739) MODE CODE D N U J N Z Z 91 10 U-PVC Z 40 52 74 50 66 91 65 90 125 75 100 140 Noes: 1. Z olerance shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. Z 100 128 178 125 140 205 150 170 250 45 Elbow Abbreviaion: 45 (JIS K 6739) MODE CODE 45 D N U 4 J N Z 45 Z U-PVC Z 30 12 30 40 14 36 50 18 43 65 22 57 Noes: 1. Z olerance shall be ±2 mm. 2. are sock producs. Z 75 25 65 100 30 80 125 38 103 150 44 124 90 Y Abbreviaion: DT (JIS K 6739) MODE CODE DT D N U DT J N 3 Z3 U-PVC 1 2 91 10 Z1 Z2 Z3 1 2 3 30 22 22 22 40 40 40 40 27 27 27 49 49 49 50 34 34 34 59 59 59 65 42 43 42 77 78 77 Z1 Z2 Z1 Z2 Z3 1 2 3 75 48 49 48 88 89 88 100 62 63 62 112 113 112 125 75 76 75 140 141 140 150 89 90 89 169 170 169 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. 3. An arrow o show direcion of flow shall be embossed on he surface as shown in he diagram. 4. are sock producs. 039

Drainage Unplasicized Polyvinyl Chloride Pipe Fiing (DV Fiing) educing 90 Y Abbreviaion: DT (JIS K 6739) MODE CODE DT D N U DT J N 3 Z3 U-PVC 91 10 Z1 Z2 Z3 1 2 3 50 30 22 22 33 47 47 51 50 40 27 27 33 52 52 55 65 40 27 28 42 62 63 64 65 50 34 35 42 69 70 67 75 40 27 28 48 67 68 70 75 50 34 35 48 74 75 73 75 65 42 43 48 82 83 83 1 2 Z1 Z2 Z1 Z2 Z3 1 2 3 100 40 27 28 62 77 78 84 100 50 34 35 62 84 85 87 100 65 42 43 62 92 93 97 100 75 48 49 62 98 99 102 125 75 49 51 75 114 116 115 125 100 62 64 75 127 129 125 150 75 51 53 88 131 135 128 150 100 62 65 88 142 145 138 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. 3. An arrow o show direcion of flow shall be embossed on he surface as shown in he diagram. 4. conform o he AV sandard. 5. are sock producs. 90 arge-bend Y Abbreviaion: T (JIS K 6739) MODE CODE T D N U T J N 3 Z3 1 2 Z1 Z2 91 10 U-PVC Z1 Z2 Z3 1 2 3 40 52 23 52 74 45 74 50 66 26 66 91 51 91 65 90 33 90 125 68 125 75 100 30 100 140 70 140 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. Z1 Z2 Z3 1 2 3 100 128 45 128 178 95 178 125 140 50 140 205 115 205 150 170 65 170 250 145 250 educing 90 arge-bend Y Abbreviaion: T (JIS K 6739) 3 Z3 MODE CODE T D N U T J N U-PVC 1 2 Z1 Z2 91 10 Z1 Z2 Z3 1 2 3 50 40 52 23 57 77 48 79 65 40 52 24 66 87 59 88 65 50 66 27 74 101 62 99 75 40 52 25 71 92 65 93 75 50 66 29 79 106 69 104 75 65 90 32 95 130 72 130 100 40 52 28 82 102 78 104 100 50 66 32 90 116 82 115 100 65 90 36 107 140 86 142 100 75 100 33 110 150 83 150 Z1 Z2 Z3 1 2 3 125 65 90 38 120 155 103 155 125 75 100 42 124 165 107 164 125 100 128 52 140 193 117 190 150 65 90 42 130 170 122 165 150 75 100 45 135 180 125 175 150 100 128 53 152 208 133 202 150 125 140 60 152 220 140 217 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. 040

45 Y Abbreviaion: Y (JIS K 6739) MODE CODE Y D N U 4Y J N 2 Z2 45 U-PVC 1 Z1 Z3 3 Z1 Z2 Z3 1 2 3 40 12 58 62 34 80 84 50 20 72 78 45 97 103 65 20 92 98 55 127 133 75 26 106 115 66 146 155 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. Z1 Z2 Z3 1 2 3 100 32 134 144 82 184 194 125 38 172 175 103 237 240 150 44 204 210 124 284 290 educing 45 Y Abbreviaion: Y (JIS K 6739) MODE CODE Y D N U 4Y J N 2 Z2 45 U-PVC 1 Z1 Z3 3 Z1 Z2 Z3 1 2 3 50 40 8 62 70 33 87 97 65 40 1 72 82 34 107 104 65 50 8 80 88 43 115 113 75 40 6 78 92 34 118 114 75 50 3 86 98 43 126 123 75 65 14 98 106 54 138 141 Noes:1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. Z1 Z2 Z3 1 2 3 100 40 14 96 112 36 146 134 100 50 8 98 118 42 148 143 100 65 3 110 125 53 160 160 100 75 19 118 132 69 168 172 125 100 19 150 171 84 215 221 150 100 6 165 185 86 245 235 90 arge-bend Boh Y Abbreviaion: WT (JIS K 6739) MODE CODE WT D N U WT J N 3 Z3 Z3 3 91 10 91 10 Z2 Z1 1 2 U-PVC Z1 Z2 Z3 1 2 3 65 90 33 90 125 68 125 75 100 38 100 140 78 140 100 128 45 128 178 95 178 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. 3. are sock producs. 041

Drainage Unplasicized Polyvinyl Chloride Pipe Fiing (DV Fiing) educing 90 arge-bend Boh Y Abbreviaion: WT (JIS K 6739) MODE CODE WT D N U WT J N 3 Z3 3 Z3 U-PVC 91 10 91 10 Z2 Z1 1 2 Z1 Z2 Z3 1 2 3 100 75 100 40 110 150 90 150 125 100 128 52 140 193 117 190 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. Flow angle 91 10' olerance shall be ±30'. Socke Abbreviaion: DS (JIS K 6739) MODE CODE DS D N U DS J N Z U-PVC Z 40 3 47 50 3 53 65 3 73 75 4 84 Noes: 1. Z olerance shall be ±2 mm. Z 100 4 104 125 4 134 150 4 164 Increaser Abbreviaion: IN (JIS K 6739) MODE CODE IN D N U IN J N Z U-PVC Z 40 30 20 60 50 40 20 67 65 40 20 77 65 50 20 80 75 40 25 87 75 50 25 90 75 65 25 100 100 40 30 102 100 50 30 105 100 65 30 115 100 75 30 120 Z 125 65 35 135 125 75 35 140 125 100 35 150 150 75 40 160 150 100 40 170 150 125 40 185 Noes: 1. Z olerance shall be ±2 mm. 2. conform o he AV sandard. 3. are sock producs. 042

VU Fiing MODE CODE IST Type D Field N Maerial U Model ** Sandard U Ohers N *** D VU Fiing N None Color U U-PVC D VU-D 90 Elbow 4 VU-45 45 Elbow DS VU-DS Socke IN VU-IN Increaser DT VU-DT 90 Y VU- 90 arge-bend Elbow 4Y VU-Y 45 Y T VU-T 90 arge-bend Y U VU N Normal Color 040 40 mm 150 150 mm 050040 50 40 mm 150125 150 125 mm VU Fiing Socke Common Dimensions This is used for non-pressurized piping such as drainage and sewer piping. d d2 d1 D d1 d2 d D Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance Min Dimension Min Dimension eference Dimension 40 48.3 ±0.3 47.8 ±0.3 22 ±1 44 2.0 54 50 60.5 ±0.3 59.5 ±0.3 25 ±3 56 2.2 67 65 76.6 ±0.3 75.4 ±0.3 35 ±3 71 2.5 83 75 89.6 ±0.3 88.3 ±0.3 40 ±5 83 3.0 97 100 114.8 ±0.4 113.2 ±0.4 50 ±5 107 3.5 124 125 140.9 ±0.4 139.1 ±0.4 65 ±5 131 4.5 151 150 166.1 ±0.5 163.9 ±0.5 80 ±5 154 5.5 178 Noes: 1. d1 and d2 shall be he average of measured inner diameers of 2 direcions or more perpendicular o each oher. 90 Elbow Abbreviaion: VU-D (JPPFA AS38) MODE CODE VU-D D N U D U N Z Z U-PVC Z 40 27 49 50 33 58 65 42 77 75 48 88 Z 100 62 112 125 75 140 150 88 168 Noes: 1. Z olerance shall be ±2 mm. 2. is he normal dimension. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. 45 Elbow Abbreviaion: VU-45 (JPPFA AS38) MODE CODE VU-45 D N U 4 U N Z 45 Z U-PVC Z 40 14 36 50 18 43 65 22 57 75 25 65 Z 100 30 80 125 38 103 150 44 124 Noes: 1. Z olerance shall be ±2 mm. 2. is he normal dimension. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. 043

VU Fiing Socke Abbreviaion: VU-DS (JPPFA AS38) MODE CODE VU-DS D N U DS U N U-PVC Z 40 3 47 50 3 53 65 3 73 75 4 84 Z Z 100 5 105 125 5 135 150 5 165 Noes: 1. Z olerance shall be ±2 mm. 2. is he normal dimension. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. Increaser Abbreviaion: VU-IN (JPPFA AS38) MODE CODE VU-IN D N U IN U N U-PVC Z 50 40 20 67 65 50 20 80 75 50 25 90 75 65 25 100 100 50 30 105 100 65 30 115 100 75 30 120 Z Z 125 100 35 150 150 100 40 170 150 125 40 185 Noes: 1. Z olerance shall be ±2 mm. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 90 Y Abbreviaion: VU-DT (JPPFA AS38) MODE CODE VU-DT D N U DT U N 3 Z3 Z1 Z2 2 U-PVC Z1 Z2 Z3 1 2 3 50 34 34 34 59 59 59 65 42 43 42 77 78 77 75 48 49 48 88 89 88 1 Z1 Z2 Z3 1 2 3 100 62 63 62 112 113 112 125 75 76 75 140 141 140 150 89 90 89 169 170 169 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. An arrow o show direcion of flow shall be embossed on he ouside as shown in he diagram. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. 044

educing 90 Y Abbreviaion: VU-DT (JPPFA AS38) MODE CODE VU-DT D N U DT U N 3 Z3 1 Z1 Z2 2 U-PVC Z1 Z2 Z3 1 2 3 75 50 34 35 48 74 75 73 75 65 42 43 48 82 83 83 Z1 Z2 Z3 1 2 3 100 50 34 35 62 84 85 87 100 75 48 49 62 98 99 102 150 100 62 63 88 142 143 138 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. An arrow o show direcion of flow shall be embossed on he ouside as shown in he diagram. 3. conform o he JPPFA sandard. 4. conform o he AV sandard. 90 arge-bend Elbow Abbreviaion: VU- (JPPFA AS38) Z MODE CODE VU- D N U U N Z U-PVC Z 50 66 91 75 100 140 100 128 178 Z 125 140 205 150 170 250 Noes: 1. Z olerance shall be ±2 mm for he size of 100 or less and ±3 mm for he size of 125 or more. 2. conform o he JPPFA sandard. 45 Y Abbreviaion: VU-Y (JPPFA AS38) MODE CODE VU-Y D N U 4Y U N 2 Z2 45 U-PVC Z1 Z2 Z3 1 2 3 50 20 72 78 45 97 103 75 26 106 115 66 146 155 100 32 134 144 82 184 194 1 Z1 Z3 3 Z1 Z2 Z3 1 2 3 125 38 172 175 103 237 240 150 44 204 210 124 284 290 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm for he size of 100 or less and ±3 mm for he size of 150. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 045

VU Fiing educing 45 Y Abbreviaion: VU-Y (JPPFA AS38) MODE CODE VU-Y D N U 4Y U N 2 Z2 45 1 Z1 Z3 3 U-PVC Z1 Z2 Z3 1 2 3 75 50 3 86 98 43 126 123 100 50 8 98 118 42 148 143 100 75 19 118 132 69 168 172 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm. 2. conform o he JPPFA sandard. 90 arge-bend Y Abbreviaion: VU-T (JPPFA AS38) MODE CODE VU-T D N U T U N 3 Z3 1 Z1 Z2 2 U-PVC Z1 Z2 Z3 1 2 3 50 66 26 66 91 51 91 75 100 30 100 140 70 140 100 128 45 128 178 95 178 Z1 Z2 Z3 1 2 3 125 140 50 140 205 115 205 150 170 65 170 250 145 250 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm for he size of 100 or less and ±3 mm for he size of 125 or more. 2. conform o he JPPFA sandard. 3. are sock producs. educing 90 arge-bend Y Abbreviaion: VU-T (JPPFA AS38) MODE CODE VU-T D N U T U N Z3 3 1 Z1 Z2 2 U-PVC Z1 Z2 Z3 1 2 3 65 50 66 27 74 101 62 99 75 50 66 29 79 106 69 104 75 65 90 32 95 130 72 130 Z1 Z2 Z3 1 2 3 100 50 66 32 90 116 82 115 100 75 100 33 110 150 83 150 125 100 128 52 140 193 117 190 150 125 140 60 152 220 140 217 Noes: 1. Tolerance of Z1, Z2 and Z3 shall be ±2 mm for he size of 100 or less and ±3 mm for he size of 125 or more. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 046

VU arge Fiing MODE CODE IST Type Field Maerial Model Sandard Ohers D N U ** U N *** D VU Fiing N Sandard U U-PVC D VU-D 90 Elbow 4 VU-45 45 Elbow DS VU-DS Socke DT VU-DT 90 Y U VU N Normal Color 200 200 mm 300 300 mm VU arge Fiing Socke Common Dimensions This is used for non-pressurized piping such as drainage and sewer piping. d2 d1 d1 d2 Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance Min Dimension 200 217.30 0.55 214.70 ±0.55 110 ±2 5.5 250 268.55 0.60 265.45 ±0.60 130 ±2 6.0 300 319.75 0.65 316.25 ±0.65 150 ±2 7.2 Noes: 1. d1 and d2 shall be he average of measured inner diameers of 2 direcions or more perpendicular o each oher. AV 90 Elbow Abbreviaion: VU-D (JPPFA AS12) MODE CODE VU-D D N U D U N Z U-PVC Z Z 200 115 225 250 141 271 300 168 318 Noes: 1. conform o he AV sandard. AV45 Elbow Abbreviaion: VU-45 (JPPFA AS12) MODE CODE VU-45 D N U 4 U N Z U-PVC Z 45 Z 200 56 166 250 68 198 300 78 228 Noes: 1. conform o he JPPFA Sandard. 047

VU arge Fiing AV Socke Abbreviaion: VU-DS (JPPFA AS12) MODE CODE VU-DS D N U DS U N U-PVC Z Z 200 5 225 250 6 266 300 7 307 Noes: 1. conform o he JPPFA Sandard. AV 90 Y Abbreviaion: VU-DT (JPPFA AS12) MODE CODE VU-DT D N U DT U N Z3 3 U-PVC Z2 Z1 2 1 Z1 Z2 Z3 1 2 3 200 115 116 115 225 226 225 250 141 144 141 271 274 271 300 168 171 168 318 321 318 Noes: 1. An arrow o show direcion of flow shall be embossed on he ouside as shown in he diagram. 2. conform o he AV sandard. 048

Expansion Join MODE CODE IST Model JEP Maerial U ubber * Connecion T Sandard J *** JEP Expansion Join U U-PVC E EPDM VFKM F Viflon F/FKM-F C Viflon C/FKM-C T Socke J JIS 020 20 mm 100 100 mm Expansion Join Main Specificaion Working Maximum Working Pressure Connecion Maerial (Normal Temperaure) Temperaure MPa{kgf/cm2} Socke End Unplasicized Polyvinyl 5-60 C 1.0{10.2} Chloride Pipe (U-PVC) Dimensions Diagram Feaures Expansion/conracion absorpion margin is large and he hermal sress of piping is absorbed. Easy removal from piping by jus loosening he union nu. No need for a large piping space wih he compac design. No need for insallaion of piping expansion U bend. No slipping of pipes. (Because sop ring 5 is provided) 2 mm inch d d1 1 1/T Expansion/ D2 D1 D3 Max. Min. Conracion Margin 20 3/4 20 26.13 24 1/34 35 60 35 243 163 80 25 1 25 32.16 27 1/34 43 70 39 250 170 80 30 11/4 31 38.19 30 1/34 50 82 47 258 178 80 40 11/2 40 48.21 37 1/37 59 100 59 272 192 80 50 2 51 60.25 42 1/37 72 106 72 285 205 80 65 21/2 65 76.60 61 1/48 88 133 88 314 234 80 75 3 78 89.60 64 1/49 105 152 105 330 250 80 100 4 100 114.70 84 1/56 132 210 132 422 322 100 Pars Table No. Descripion pcs. Maerial 1 Body 1 U-PVC 2 End Connecor (A) 1 U-PVC 3 End Connecor (B) 1 U-PVC 4a Union Nu (A) U-PVC 4b Union Nu (B)1) 1 U-PVC 5 Sop ing 1 U-PVC 6 O-ing (A) 1 EPDM, FKM, Viflon F (FKM-F), Viflon C (FKM-C) 7 O-ing (B) 2 EPDM, FKM, Viflon F (FKM-F), Viflon C (FKM-C) 1) Use for 65 o 100 mm. <Use Precauions> Make sure o provide he firs suppor (loose suppor) a 0.5 m or less of an expansion join on boh sides. Sufficienly consider he expansion and conracion amouns of piping. (When piping expands: Use he expansion join being exended o a cerain degree.) (When piping conracs: Use he expansion join being shrunk o a cerain degree.) 0.5 m or less 0.5 m or less Temperaure Difference Piping engh 1 2 d1 1 Taper 1/T d When insalling Pipe ea Expansion Table 2 6 4a 1 7 5 4b 3 5m 10m 20m 30m 40m 50m 60m 70m 80m 10 C 4 7 14 21 28 35 42 49 56 20 C 7 14 28 42 56 70 84 98 112 30 C 11 21 42 63 84 105 126 147 168 40 C 14 28 56 84 112 140 168 196 224 50 C 18 35 70 105 140 175 210 245 280 60 C 21 42 84 126 168 210 252 294 336 70 C 25 49 98 147 196 245 294 343 392 80 C 28 56 112 168 224 280 336 392 448 2 When piping is expanded by hea 3 <Example> ow ofen (every XX m) shall expansion joins be insered when he size is 75 mm and emperaure difference is 20? Calculaion Formula = (1) α : engh of piping ha he expansion join absorbs (mm) : Piping expansion/conracion lengh Expansion/conracion margin for 75 mm from he dimensions able 2=80 mm Give margins on boh ends 5 mm 2=10 mm :=(80 10) mm α: ea expansion coefficien of hard polyvinyl chloride pipe 7 10 5 (/ ) : Temperaure difference 20 ( ) When he value above is assigned o (1) = 80 10 7 10 5 20 =50000 mm AV Expansion Join Firs insrucion One piece per 50 m. 049

Prefab Join MODE CODE IST Model Maerial ubber Connecion Sandard JPF U * * J *** JPF Prefab Join U U-PVC E EPDM VFKM F Viflon F/FKM-F C Viflon C/FKM-C T Socke N Threaded J JIS 013 13 mm 100 100 mm Prefab Join Feaures Insallaion is exremely simple and i can be done quickly and cerainly. (Especially necessary for sleeve bonding/screw-in piping) Insallable on piping where suiable and easy cleaning inside pipes. Afer insalling piping, he valve pars can be removed by jus loosening he union nu. I is suiable for pipelines requiring regular removals such as emporary piping and slurry piping. Body Maerial Connecion Mehod 13 16 20 25 30 40 50 65 75 100 Socke end U-PVC Threaded end Pars Table No. Descripion pcs. Maerial 1 Body 1 U-PVC 2 End Connecor 1 U-PVC 3 Union Nu 1 U-PVC 4 O-ing 1 EPDM, FKM, Viflon F (FKM-F), Viflon C (FKM-C) Dimensions Diagram Main Specificaion Maerial Working Temperaure Made of Unplasicized Polyvinyl Chloride (U-PVC) 0-50 C Maximum Working Pressure 1.0MPa{10.2 kg / cm2 } Socke End (13 50 mm) Threaded End (13 50 mm) Socke End (65 100 mm) 2 3 4 1 l l 2 3 4 1 l l 4 φd φd1 Taper 1/T φd Taper 1/T φd1 φd φd2 φd φd2 d1 Taper 1/T d Taper 1/T d1 2 3 1 d Socke End Threaded end d1 1/T d2 D 13 13 18.13 18 1/30 46 c3/8 15 43 48 16 15 22.11 20 1/34 46 c1/2 15 43 48 20 20 26.13 24 1/34 61 c3/4 17 57 60 25 25 32.16 27 1/34 70 c1 20 63 70 30 31 38.19 30 1/34 77 c11/4 22 71 82 40 40 48.21 37 1/37 95 c11/2 25 82 100 50 51 60.25 42 1/37 107 c2 28 96 106 65 65 76.60 61 1/48 164 133 75 77 89.60 64 1/49 189.5 152 100 100 114.70 84 1/56 245 210 050

MODE CODE IST Threaded End TYPE 20 30 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM U * * * * *** WM Muli J U U-PVC Threaded End TYPE 40 200 mm Type/Field Maerial 1 Threaded Welding 2 Threaded Bonding Model 1 TYPE T TYPE T Model 2 C Threaded End N NPT Threaded End Sandard 2 1/4 3 3/8 of Special Connecion Pars 020 20 mm 030 30 mm WM U * * * *** WM Muli J U U-PVC N Threaded Cas Produc TYPE 2 Threaded Bonding 4 Bonding FP einforcemen 200 mm is processed produc. C Threaded End N NPT Threaded End 2 1/4 3 3/8 4 1/2 6 3/4 040 40 mm 150 150 mm 200 200 mm Threaded End TYPE T 20 30 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM U * * * * *** WM Muli J U U-PVC 1 Threaded Welding 2 Threaded Bonding TYPE T TYPE T C Threaded End N NPT Threaded End 2 1/4 3 3/8 020 20 mm 030 30 mm Threaded End TYPE T 40 200 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM U * T * * *** WM Muli J U U-PVC 1 Welding 2 Threaded Bonding 3 Welding FP einforcemen 4 Bonding FP einforcemen T TYPE T C Threaded End N NPT Threaded End 2 1/4 3 3/8 4 1/2 6 3/4 040 40 mm 200 200 mm Welding FP reinforcemen and bonding reinforcemen are only available wih 200 mm. TS-Syle TYPE TYPE T 40 200 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM U * * T * *** WM Muli J U U-PVC 1 Welding 2 Bonding 3 4 Welding FP einforcemen Bonding FP einforcemen T TYPE T TYPE T TS-Syle Welding FP reinforcemen and bonding reinforcemen are only available wih 200 mm. A 016 B 020 C 025 D 040 E 050 F 065 G 075 100 Ⅰ 125 040 40 mm 200 200 mm Muli-Join Main Specificaion Maerial Made of Unplasicized Polyvinyl Chloride (U-PVC) Working Temperaure 0-50 C Use Example Insallaion of various sensors such as pressure gauge and hermomeer. Insallaion of valves and cocks for sampling and draining. Compac pipeline wih reduced diameer. 051

d 1 ' Muli-Join P d 1/T 1Taper d D Taper 1/T d' Muli-Join, TYPE, Threaded-End Syle 20 30, 200 mm 1 MODE CODE 40 150mm WM U N Special Fiing ' d 1 ' Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa d Taper 1/T P P d d1 1/T D 1 20 20 26.45 35 1/34 33 50 32 25 25 32.55 40 1/34 40 58 38 30 31 38.60 44 1/34 P 46 65 43 40 40 48.70 55 1/37 57 82 40 50 51 60.80 63 1/37 70 96 52 65 67 76.60 61 1/48 87 110 68 1 d d d Taper 1/T d d 1 D D d 1 1 1Taper Taper d' 1/T 1/T Taper Taper 1/T' 1/T d 1 ' 1 1 1 Combinaion Table 1Taper d' 1/T Threaded End P Threaded End P c NPT c NPT (mm) 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 (mm) P1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 20 75 25 1 100 30 125 Taper 40 Taper 150 1/T 50 1/T 200 Taper 65 Taper 1/T 1/T Noes: U-PVC (Gray) is no cased produc so ha he shape varies. P P 1 d P d ' d '1 d d 1 d' Taper 1/T 1 d 1 d D d d1 1/T D 1 75 77 89.60 64 1/49 102 120 74 100 100 114.70 84 1/56 130 152 98 Taper 125 1/T 125 140.85 104 1/58 157 187 126.5 150 146 166.00 132 1/63 Taper 186 230 151.5 200 196 217.00 145 1/50 1/T 240 266 193 d 1 d D D d 1 d ' d '1 d 1 l1 d 1 ' d '1 1 d' 1 1 Taper 1/T d' d d Taper 1/T Taper 1/T d Taper 1/T l1 d 1 d 1 Muli-Join, TYPE T, Threaded-End Syle MODE CODE WM U Model 1 T Sandard Special Fiing P d Taper 1/T d 1 1 Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa Combinaion Table Threaded End P c NPT (mm) 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 20 25 30 40 50 65 d d1 1/T D 1 20 20 26.45 35 1/34 33 50 32 25 25 32.55 40 1/34 40 58 38 30 31 38.6 44 1/34 46 65 43 40 40 48.7 55 1/37 57 82 55 50 51 60.8 63 1/37 70 90 61 65 67 76.6 61 1/48 87 100 68 Threaded End P c NPT (mm) 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 75 100 125 150 200 d d1 1/T D 1 75 77 89.6 64 1/49 102 100 75 100 100 114.7 84 1/56 130 140 100 125 125 140.85 104 1/58 157 160 115 150 146 166 132 1/63 186 195 126 200 196 217 145 1/50 240 201 148 052

Muli-Join, TYPE, TS-Syle MODE CODE WM U Model 1 T Special Fiing ' d '1 Taper 1/T 1 d' d Taper 1/T d 1 1 Combinaion Table (mm) Model Maximum Working Pressure (20 C) 20 150 mm 1.0MPa 200mm 0.6MPa 16 20 25 40 50 65 75 100 125 40 TYPE TYPE T 50 TYPE TYPE T 65 TYPE TYPE T 75 TYPE TYPE T 100 TYPE TYPE T 125 TYPE TYPE T 150 TYPE TYPE T 200 TYPE TYPE T Noes: can be handled wih TS fiing. d d1 1/T D d' d1' ' 1/T1 D' 1 40 16 40 48.70 55 1/37 57 16 22.40 30 1/34 57 82 82 40 20 40 48.70 55 1/37 57 20 26.45 35 1/34 57 82 82 40 25 40 48.70 55 1/37 57 25 32.55 40 1/34 57 82 82 50 16 51 60.80 63 1/37 70 16 22.40 30 1/34 70 96 96 50 20 51 60.80 63 1/37 70 20 26.45 35 1/34 70 96 96 50 25 51 60.80 63 1/37 70 25 32.55 40 1/34 70 96 96 65 16 67 76.60 61 1/48 87 16 22.40 30 1/34 87 110 110 65 20 67 76.60 61 1/48 87 20 26.45 35 1/34 87 110 110 65 25 67 76.60 61 1/48 87 25 32.55 40 1/34 87 110 110 65 40 67 76.60 61 1/48 87 40 48.70 55 1/37 87 110 110 75 16 77 89.60 64 1/49 102 16 22.40 30 1/34 102 120 120 75 20 77 89.60 64 1/49 102 20 26.45 35 1/34 102 120 120 75 25 77 89.60 64 1/49 102 25 32.55 40 1/34 102 120 120 75 40 77 89.60 64 1/49 102 40 48.70 55 1/37 102 120 120 75 50 77 89.60 64 1/49 102 51 60.80 63 1/37 102 120 120 100 16 100 114.70 84 1/56 130 16 22.40 30 1/34 130 152 152 100 20 100 114.70 84 1/56 130 20 26.45 35 1/34 130 152 152 100 25 100 114.70 84 1/56 130 25 32.55 40 1/34 130 152 152 100 40 100 114.70 84 1/56 130 40 48.70 55 1/37 130 152 152 100 50 100 114.70 84 1/56 130 51 60.80 63 1/37 130 152 152 100 65 100 114.70 84 1/56 130 67 76.60 61 1/48 130 152 152 125 16 125 140.85 104 1/58 157 16 22.40 30 1/34 157 187 187 125 20 125 140.85 104 1/58 157 20 26.45 35 1/34 157 187 187 125 25 125 140.85 104 1/58 157 25 32.55 40 1/34 157 187 187 125 40 125 140.85 104 1/58 157 40 48.70 55 1/37 157 187 187 125 50 125 140.85 104 1/58 157 51 60.80 63 1/37 157 187 187 125 65 125 140.85 104 1/58 157 67 76.60 61 1/48 157 187 187 125 75 125 140.85 104 1/58 157 77 89.60 64 1/49 157 187 187 150 16 146 166.00 132 1/63 186 16 22.40 30 1/34 186 230 230 150 20 146 166.00 132 1/63 186 20 26.45 35 1/34 186 230 230 150 25 146 166.00 132 1/63 186 25 32.55 40 1/34 186 230 230 150 40 146 166.00 132 1/63 186 40 48.70 55 1/37 186 230 230 150 50 146 166.00 132 1/63 186 51 60.80 63 1/37 186 230 230 150 65 146 166.00 132 1/63 186 67 76.60 61 1/48 186 230 230 150 75 146 166.00 132 1/63 186 77 89.60 64 1/49 186 230 230 150 100 146 166.00 132 1/63 186 100 114.70 84 1/56 186 230 230 200 16 196 217.00 145 1/50 240 16 22.40 30 1/34 240 266 266 200 20 196 217.00 145 1/50 240 20 26.45 35 1/34 240 266 266 200 25 196 217.00 145 1/50 240 25 32.55 40 1/34 240 266 266 200 40 196 217.00 145 1/50 240 40 48.70 55 1/37 240 266 266 200 50 196 217.00 145 1/50 240 51 60.80 63 1/37 240 266 266 200 65 196 217.00 145 1/50 240 67 76.60 61 1/48 240 266 266 200 75 196 217.00 145 1/50 240 77 89.60 64 1/49 240 266 266 200 100 196 217.00 145 1/50 240 100 114.70 84 1/56 240 266 266 200 125 196 217.00 145 1/50 240 125 140.85 104 1/58 240 266 266 053

Muli-Join Muli-Join, TYPE T, TS-Syle MODE CODE WM U Model 1 T T Special Fiing 1 l1 Combinaion Table (mm) Model Noes: can be handled wih TS fiing. Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa 16 20 25 40 50 65 75 100 125 40 TYPE TYPE T 50 TYPE TYPE T 65 TYPE TYPE T 75 TYPE TYPE T 100 TYPE TYPE T 125 TYPE TYPE T 150 TYPE TYPE T 200 TYPE TYPE T d d1 1/T D d' d1' ' 1/T1 D' 1 40 16 40 48.70 55 1/37 57 16 22.40 30 1/34 57 82 82 65 16 67 76.60 61 1/48 87 16 22.40 30 1/34 57 95 95 65 20 67 76.60 61 1/48 87 20 26.45 35 1/34 57 95 95 65 25 67 76.60 61 1/48 87 25 32.55 40 1/34 57 95 95 75 16 77 89.60 Taper 64 1/49 102 16 22.40 30 1/34 57 100 102 Taper 1/T 75 201/T 77 89.60 64 1/49 102 20 26.45 35 1/34 57 100 102 100 16 100 114.70 84 1/56 130 16 22.40 30 1/34 70 125 122 100 20 100 114.70 84 1/56 130 20 26.45 35 1/34 70 125 122 100 25 1 100 114.70 84 1/56 130 25 32.55 40 1/34 70 125 122 100 40 100 114.70 84 1/56 130 40 48.70 55 1/37 102 140 132 ' d '1 d' Taper 1/T ' d 1 ' d' d d Taper 1/T 1 d d 1 1 1 100 65 100 114.70 84 1/56 130 67 76.60 61 1/48 130 152 152 125 16 125 140.85 104 1/58 157 16 22.40 30 1/34 102 161 147 125 20 125 140.85 104 1/58 157 20 26.45 35 1/34 102 161 147 125 25 125 140.85 104 1/58 157 25 32.55 40 1/34 102 161 147 125 40 125 140.85 104 1/58 157 40 48.70 55 1/37 102 161 147 125 50 125 140.85 104 1/58 157 51 60.80 63 1/37 102 161 147 125 65 125 140.85 104 1/58 157 67 76.60 61 1/48 130 175 167 150 16 146 166.00 132 1/63 186 16 22.40 30 1/34 102 195 158 150 20 146 166.00 132 1/63 186 20 26.45 35 1/34 102 195 158 150 25 146 166.00 132 1/63 186 25 32.55 40 1/34 102 195 158 150 40 146 166.00 132 1/63 186 40 48.70 55 1/37 102 195 158 150 50 146 166.00 132 1/63 186 51 60.80 63 1/37 102 195 158 150 65 146 166.00 132 1/63 186 67 76.60 61 1/48 130 208 182 200 16 194 217.00 145 1/50 240 16 22.40 30 1/34 102 201 180 200 20 194 217.00 145 1/50 240 20 26.45 35 1/34 102 201 180 200 25 194 217.00 145 1/50 240 25 32.55 40 1/34 102 201 180 200 40 194 217.00 145 1/50 240 40 48.70 55 1/37 102 201 180 200 50 194 217.00 145 1/50 240 51 60.80 63 1/37 102 201 180 200 65 194 217.00 145 1/50 240 67 76.60 61 1/48 130 215 200 200 125 194 217.00 145 1/50 240 125 140.85 104 1/58 240 266 266 054

Technical Documen Technical Daa 1. General Properies U-PVC (General) a:23 C Characerisics Sandard Value Value Uni Specific Graviy 1.40 1.45 1.43 Waer Absorpion (24 hr) 0.07 0.2 0.07 0.1 % Tensile Yield Sress 45 or more 48 62 MPa Exension aio 80 or more % Impac Value (Izod) 3 5 kj/m 2 Compression Srengh 83 or more 90 MPa Bending Srengh 98 or more 108 MPa ockwell ardness ( scale) 114 116 115 inear Expansion Coefficien 6 8 7 10 5 / C ea Deformaion Temperaure 70 or more 75 C Flame esisance Self-Exinguishing Permiiviy 2.8 3.1 2.8 3.0 10 6 cycles Sunligh esisance Favorable U-PVC (For ap waer) a:23 C Characerisics Sandard Value Value Uni Specific Graviy 1.40 1.45 1.43 Waer Absorpion (24 hr) 0.07 0.2 0.07 0.1 % Tensile Yield Sress 45 or more 54 56 MPa Exension aio 80 or more % Impac Value (Izod) 3 4 kj/m 2 Compression Srengh 83 or more 88 MPa Bending Srengh 98 or more 103 MPa ockwell ardness ( scale) 114 116 115 inear Expansion Coefficien 6 8 7 10 5 / C ea Deformaion Temp. 70 or more 73 C Flame esisance Self-Exinguishing Permiiviy 2.8 3.1 2.8 3.0 10 6 cycles Sunligh esisance Favorable I-PVC a:23 C Characerisics Sandard Value Value Uni Specific Graviy 1.40 1.45 1.43 Tensile Yield Sress 40 or more 40 56 MPa Exension aio 80 or more 80 or more % Impac Value (Charpy) 18 or more 19 24 kj/m 2 Compression Srengh 59 or more 59 78 MPa Bending Srengh 78 or more 78 88 MPa ockwell ardness ( scale) 112 116 114 inear Expansion Coefficien 7 8 7 8 10 5 / C Vica Sofening Temperaure Tes 76 or more 80 82 C Flame esisance Self-Exinguishing Sunligh esisance Favorable 2. Shor-Term Srengh Tes Tensile Srengh and Temperaure Dependency elaionship of Tensile Srengh and Temperaure beween U-PVC and Oher Plasics Tensile srengh (MPa) 120 100 80 60 40 20 PVDF U-PVC I-PVC PP C-PVC C-PVC PVDF 0 40 20 0 20 40 60 80 100 120 Temperaure ( C) Noes: Tension speed...10 mm/min 055

Technical Documen 3. Shor-Term Burs Pressure Tes a. Genera Pipe (VP) JIS K 6741-1995 Temperaure Condiion: 20 C (mm) 13 16 20 25 30 40 50 65 75 100 125 150 200 250 300 c. Genera Pipe (VM) JIS K6741 (mm) 350 Shor-Term Burs Pressure MPa {kgf/cm 2 } 13.1 { 133.6} 13.2 { 134.2} 10.9 { 111.2} 10.1 { 102.9} 8.3 { 85.2} 7.6 { 77.8} 6.9 { 70.4} 5.4 { 54.7} 6.2 { 63.2} 5.8 { 58.9} 4.9 { 50.5} 5.4 { 54.7} 4.7 { 48.0} 4.7 { 47.9} 4.7{ 47.8} Shor-Term Burs Pressure MPa {kgf/cm 2 } Maximum Working Pressure* MPa {kgf/cm 2 } 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0 { 10.2} 1.0{ 10.2} Temperaure Condiion: 20 C Maximum Working Pressure MPa {kgf/cm 2 } 3.8 { 38.6} 0.8 { 8.2} b. Genera Pipe (VU) JIS K-6741-1995 Temperaure Condiion: 20 C (mm) Shor-Term Burs Pressure Maximum Working Pressure* MPa {kgf/cm 2 } MPa {kgf/cm 2 } 40 50 65 75 100 125 150 200 250 300 350 400 450 500 3.7 {37.4} 2.9 {29.7} 2.8 {28.6} 2.9 {30.0} 2.6 {26.8} 2.8 {28.9} 3.0 {30.6} 2.9 {29.8} 2.8 {28.9} 2.8 {28.6} 2.7 {28.0} 2.7 {27.7} 2.7 {27.7} 2.7{27.7} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} 0.6{6.1} Noes: 1. Burs pressure value is calculaed wih he ensile srengh specified in he qualiy secion of JIS K 6741 (minimum value 47 N/mm 2 {480kgf/ cm 2 }a 20 C during es). Therefore, his value is he minimum value and he acual value would be much higher. 2. Shor-erm burs pressure will be derived from he following Naday formula. P = 2 σ (D/ 1) P : Working pressure (MPa){kgf/cm 2 } σ: Design sress (N/mm 2 ){kgf/cm 2 } D: Ouer diameer (mm) : Thickness (mm) 3. For general pressure-ransporing pipes, pipes wih differen sizes are ofen used in a single condui. Therefore, he maximum working pressure would be 1.0 MPa {10.2kgf/cm 2 } for VP, 0.6MPa {6.1kgf/cm 2 } for VU and 0.8 MPa {8.2kgf/cm 2 } for VM. Noes: Maximum Working Pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. 4. elaionship beween Maximum Working Pressure and Temperaure Unplasicized Polyvinyl Chloride Pipe VP Uni: MPa {kgf/cm 2 } (mm) Temperaure 0 o 20 C Up o 30 C Up o 40 C Up o 50 C Up o 60 C 13 o 300 1.0 {10.2} 0.9 {9.2} 0.7 {7.1} 0.3 {3.1} 0.1 {1.0} VU Uni: MPa {kgf/cm 2 } (mm) Temperaure 0 o 20 C Up o 30 C Up o 40 C Up o 50 C Up o 60 C 40 o 500 0.6 {6.1} 0.5 {5.1} 0.4 {4.1} 0.2 {2.0} 0.06 {0.6} Noes: Maximum Working Pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. 056

Insallaion Procedure Insallaion of TS Connecion 1 Pipe Cuing Use wide hick paper or ape for he pipe cuing area, pu a cuing gauge line wih a permanen marker on he enire circumference, and cu perpendicular o he pipe shaf. 2 Chamfer ighly chamfer he enire inner/ouer perimeers using a ool such as file or chamfer. When a pipe is cu, especially, finish he pipe end Gauge ine surface wihou burrs and warping. properly performing chamfering could cause Noes: insallaion failure so please make sure o chamfer. 7 Adhesive Treamen Afer connecion, wipe he proruded adhesive immediaely and do no apply forcible sress on he connecion par. 8 emoval of Solven Conen Adhesive conains organic solven, and he solven seam needs o be removed afer connecion. During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer afer he adhesive is hardened. * efer o [Explanaion] 4. 3 6 Enry of Gause ine For he pipe inserion gauge line of he sizes 13 o 40 mm, measure he fiing socke lengh from he pipe end and mark on he pipe body wih a marker. For he pipe inserion gauge line for he sizes 50 o 150 mm, i shall be a a posiion of he zero poin plus he bonding margin lengh in Table 2. Mark he gauge line on he pipe body wih a permanen marker. Table 1. TS Fiing Socke Normal engh Uni: mm 13 16 20 25 30 40 50 65 75 100 125 150 Fiing Socke engh 26 30 35 40 44 55 63 61 64 84 104 132 [eference] Table 2. Bonding Margin engh Uni: mm 13 16 20 25 30 40 50 65 75 100 125 150 Bonding Margin engh 10 10 15 15 15 20 20 20 25 30 35 45 * efer o [Explanaion] 2. 4 insing Wipe and clean he inner face of fiing socke and he ouer face of pipe inserion por wih a cloh. In paricular, when oil or waer is on he connecion par, clean by using a small amoun of aceone and alcohol. Noes: No properly performing rinsing could cause insallaion failure so please make sure o rinse. 5 Adhesive Applicaion Use a special adhesive compaible o he ype of pipe and apply i evenly in he order of on he inner face of fiing and he ouer face of pipe. In paricular, apply hinly and evenly o he inner face of fiing. The reference raio of adhesive applicaion is 7 o 3 for pipe and fiing. Table 3. Usage of Adhesive per Connecion Par (eference) (mm) 13 16 (15) 20 25 30 (32) 40 50 65 75 100 125 150 Usage (g) 0.9 1.2 1.7 2.0 3.1 5.0 7.1 9.9 12 20 30 44 * efer o [Explanaion] 4. Inserion Afer applying adhesive, inser pipe ino fiing sraigh wihou urning he pipe immediaely a once and press i in ha condiion. efer o Table 4 for his normal press ime. Table 4. Normal Press Time of TS Connecion * Use an inserer for large diameers. (mm) 50 or less 65 or more Normal Press Time (Sec.) 30 or more 60 or more Noes: Due o he relaionship of pipe and fiing dimension olerance, i may no be insered all he way o he end. In his case, do no inser i forcibly by hammering and such. Insering forcibly may place a large burden on he fiing and cause damage. [Explanaion] 1 2 3 4 TS connecion uilizes he swelling and elasiciy of PVC by making he fiing socke apered and using adhesive. Applying adhesive o he pipe and fiing would creae a swelling layer of approximaely 0.1 mm hickness on is surface as shown (Figure 1), and his layer makes he inserion of he pipe fluidly. Afer inserion, respecive swelling layers of he pipe and fiing would inerac each oher, and he bonding surface would be unified. Figure 1. Insallaion of TS Connecion ubricaion layer from adhesive (0.1 mm) Gauge ine Pipe Thrus engh Inserion engh Zero poin (a poin where pipe ouer diameer and socke inner diameer mach) Flux Thrus Maximum Tighening Margin Sopper Figure 2. Zero Poin and Tighening Margin Zero poin TS Fiing Socke engh Sopper Based on a resul of esing he relaionship beween he bonding margin lengh and pressure-resisan srengh, i has been confirmed ha pracically accepable waer pressure srengh can be secured by insering approximaely 1/3 of he fiing socke [] in addiion o he inserion lengh wihou applying adhesive (zero poin). In regards o inserion margin in TS connecion, i is ideal o inser TS fiing o he lengh of TS fiing gaske (sopper), bu considering he olerance of pipe and fiing dimensions, he lengh from zero poin plus he bonding margin lengh shown in Table 2 o he sopper in Table 1 is sufficien enough, and insering o he sopper of he fiing is no necessarily required. owever, if i canno be insered due o he adhesive being dried,ec., cu he connecion par and reconnec again by using a new socke. Insering he pipe ino he fiing before applying adhesive is o check he zero poin. In his case, a combinaion of pipe and fiing ha provide he inserion lengh of 1/3 o 2/3 from he pipe end surface (refer o Figure 2) is sandard. Be cauious of excessive adhesive (i may cause solven cracking and damage). Cauion is needed in low-emperaure insallaion because solven seam does no evaporae easily and ends o remain (i may cause solven cracking and damage). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer fully afer he adhesive is hardened. 057

Insallaion Procedure Insallaion of ubber ing Connecion 1 Pipe Cuing Wrap marking ape perpendicular o he pipe shaf, pu a cuing secion surface on he enire circumference wih a permanen marker and cu using a manual saw by avoiding misalignmen. 2 Chamfering of Inserion Por Chamfer he end surface of inserion por wih a file, ec. /2 15 Normal Applicaion Amoun 6 Cleaning of Inserion Ouer Face Wipe off he soil and sand aached on he inserion por ouer side wih a cloh. 7 AV ubrican Applicaion Apply AV lubrican o inner face of rubber ring and inserion por (especially he chamfered ip area) evenly. (Never use oil, grease, soap, ec.) g/locaion (mm) Applicaion Amoun 50 75 100 125 150 4 5 10 15 20 1 2 75 cm 3 Enry of Gauge ine (Inserion engh) Mark a gauge line on he inserion por pipe. 4 1 2 50 75 100 125 150 94 107 119 125 139 107 120 132 138 152 Cleaning of Socke Inner Face Wipe off he soil and sand aached on he rubber ring and groove and he socke inner face wih a cloh. 5 ubber ing Insallaion Mehod If he rubber ring is removed for cleaning, pu i ino he groove by squeezing ino a hear shape. Check for wising and misalignmen. <Example> In he case of he size 100 Noes: 1. Doed line shows he posiion immediaely afer insering soil and sand. Noes: 2. Solid line shows he posiion afer ampering he soil and sand. Piping Precauions 8 Connecion Inser o beween 2 gauge lines. Make sure o avoid he shaf cener misalignmen and never hammer in by using a hammer. 9 Inserion Deph Check Afer connecion, check he enire circumference using a check gauge o see if he rubber ring is in a proper condiion. 1 Do no hrow around when loading/unloading. Be cauious especially in Winer. 2 Sore away from direc sunligh and avoid unevenness on he pipe plaform. Do no use a ransparen shee because i has no effec and gives a negaive influence. 3 Do no hammer in when connecing pipes. 4 For rubber ring connecion, make sure o check he rubber fiing and inspec for wising and direcion. Be cauious of aachmen of soil/sand, muddy waer, ec. 5 Do no clean he rubber ring groove wih a slippery iem such as lubrican. 6 If you noice spring waer before backfilling, drain, pu sand in a couple of layers and amper sufficienly. 7 Sufficienly fill he area around pipes o avoid any caviy. 8 The groove boom shall be sand, in principle. For weak ground, addiionally lay crushed sones underneah or improve he soil qualiy. Do no have sones and bedrock hi pipes direcly. 9 Follow he procedure below in he diagram for backfilling. Original soil 30 o 50 cm or more Original soil Original soil 30 o 50 cm or more Original soil 110 cm or more Sand Sand 10 cm or more Sand Pipe ouer diameer (114 mm) Sand Sand Sand Approximaely 15 cm or more Sand Sand Sand Sand Sand Sand Sand Sand Sand 15 cm or more 114 cm 10 cm or more 058

Package is TS Fiing Elbow (mm) Packing: pcs. 13 170 / 680 16 100 / 400 20 60 / 240 25 35 / 140 30 25 / 100 40 30 / 60 50 15 / 30 65 20 75 15 100 7 125 5 150 3 45 Elbow 45 (mm) Packing: pcs. 20 65 / 260 25 40 / 160 Tee T (mm) Packing: pcs. 13 110 / 440 16 60 / 240 20 40 / 160 25 20 / 80 30 15 / 60 40 15 / 30 50 10 / 20 65 14 75 10 100 4 125 3 150 2 16 13 80 / 320 20 13 50 / 200 20 16 50 / 200 25 13 35 / 140 25 16 30 / 120 25 20 25 / 100 30 13 25 / 100 30 16 20 / 80 30 20 20 / 80 30 25 18 / 72 40 13 30 / 60 40 16 28 / 56 40 20 25 / 50 40 25 23 / 46 40 30 23 / 46 50 13 20 / 40 50 16 20 / 40 50 20 17 / 34 50 25 15 / 30 50 30 13 / 26 50 40 11 / 22 65 40 18 65 50 18 75 25 18 75 40 14 75 50 12 75 65 10 100 50 6 100 75 5 125 75 4 125 100 3 150 75 3 150 100 2 150 125 2 Fauce Elbow F (mm) Packing: pcs. 13 150 / 600 16 110 / 440 20 70 / 280 25 40 / 160 Meal-Conaining Fauce Elbow KF (mm) Packing: pcs. 13 150 / 300 16 100 / 200 20 60 / 120 25 35 / 70 20 13 80 / 160 Fauce Socke FS (mm) Packing: pcs. 13 200 / 800 16 150 / 600 20 90 / 360 25 50 / 200 Meal-Conaining Fauce Socke KFS (mm) Packing: pcs. 13 170 / 340 16 130 / 260 20 90 / 180 25 45 / 90 20 13 90 / 180 Fauce Tee FT (mm) Packing: pcs. 13 100 / 400 20 40 / 160 25 20 / 80 16 13 65 / 260 20 13 50 / 200 25 13 30 / 120 25 20 25 / 100 Meal-Conaining Fauce Tee KFT (mm) Packing: pcs. 20 40 / 80 25 20 / 40 20 13 50 / 100 25 13 35 / 70 25 20 30 / 60 Valve Socke VS (mm) Packing: pcs. 10 400 / 1,600 13 250 / 1,000 16 180 / 720 20 110 / 440 25 60 / 240 30 40 / 160 40 50 / 100 50 30 / 60 65 60 75 36 100 18 125 12 150 4 Union Socke US (mm) Packing: pcs. 13 225 / 900 16 150 / 600 20 100 / 400 25 60 / 240 30 40 / 160 40 50 / 100 50 25 / 50 Socke S (mm) Packing: pcs. 13 210 / 840 16 130 / 520 20 85 / 340 25 50 / 200 30 35 / 140 40 40 / 80 50 24 / 48 65 30 75 22 100 10 125 8 150 4 16 13 160 / 640 20 13 120 / 480 20 16 100 / 400 25 13 70 / 280 25 16 65 / 260 25 20 60 / 240 30 20 40 / 160 30 25 40 / 160 40 20 50 / 100 40 25 50 / 100 40 30 45 / 90 50 20 40 / 80 50 25 25 / 50 50 30 25 / 50 50 40 25 / 50 65 40 40 65 50 40 75 40 30 75 50 30 75 65 30 100 75 15 125 100 12 150 100 4 150 125 4 Cap C (mm) Packing: pcs. 13 420 / 1,680 16 250 / 1,000 20 170 / 680 25 100 / 400 30 70 / 280 40 80 / 160 50 40 / 80 65 60 75 36 100 18 150 6 Meal-Conaining Valve Socke KVS (mm) Packing: pcs. 13 100 / 200 059

Package is ITS Fiing Elbow (mm) Packing: pcs. 13 170 / 680 16 100 / 400 20 60 / 240 25 35 / 140 30 25 / 100 40 30 / 60 50 15 / 30 65 20 75 15 100 7 125 5 150 3 45 Elbow 45 (mm) Packing: pcs. 20 65 / 260 25 40 / 160 Tee T (mm) Packing: pcs. 13 110 / 440 16 60 / 240 20 40 / 160 25 20 / 80 30 15 / 60 40 15 / 30 50 10 / 20 65 14 75 10 100 4 125 3 150 2 16 13 80 / 320 20 13 50 / 200 20 16 50 / 200 25 13 35 / 140 25 16 30 / 120 25 20 25 / 100 30 13 25 / 100 30 16 20 / 80 30 20 20 / 80 30 25 18 / 72 40 13 30 / 60 40 16 28 / 56 40 20 25 / 50 40 25 23 / 46 40 30 23 / 46 50 13 20 / 40 50 16 20 / 40 50 20 17 / 34 50 25 15 / 30 50 30 13 / 26 50 40 11 / 22 65 40 18 65 50 18 75 25 18 75 40 14 75 50 12 75 65 4 100 50 6 100 75 5 125 75 4 125 100 3 150 75 3 150 100 2 150 125 2 Fauce Elbow F (mm) Packing: pcs. 13 150 / 600 16 110 / 440 20 70 / 280 25 40 / 160 Meal-Conaining Fauce Elbow KF (mm) Packing: pcs. 13 150 / 300 16 100 / 200 20 60 / 120 25 35 / 70 20 13 80 / 160 Fauce Socke FS (mm) Packing: pcs. 13 200 / 800 16 150 / 600 20 90 / 360 25 50 / 200 Meal-Conaining Fauce Socke KFS (mm) Packing: pcs. 13 170 / 340 16 130 / 260 20 90 / 180 25 45 / 90 20 13 90 / 180 Fauce Tee FT (mm) Packing: pcs. 13 100 / 400 20 40 / 160 25 20 / 80 16 13 65 / 260 20 13 50 / 200 25 13 30 / 120 25 20 25 / 100 Meal-Conaining Fauce Tee KFT (mm) Packing: pcs. 20 40 / 80 25 20 / 40 20 13 50 / 100 25 13 35 / 70 25 20 30 / 60 Valve Socke VS (mm) Packing: pcs. 13 250 / 1,000 16 20 25 30 40 50 180 / 110 / 60 / 40 / 50 / 30 / 720 440 240 160 100 60 65 75 100 Union Socke US 60 36 18 (mm) Packing: pcs. 13 225 / 900 16 150 / 600 20 100 / 400 25 60 / 240 30 40 / 160 40 50 / 100 50 25 / 50 Socke S (mm) Packing: pcs. 13 210 / 840 16 130 / 520 20 85 / 340 25 50 / 200 30 35 / 140 40 40 / 80 50 24 / 48 65 30 75 22 100 10 125 8 150 4 16 13 160 / 640 20 13 120 / 480 20 16 100 / 400 25 13 70 / 280 25 16 65 / 260 25 20 60 / 240 30 20 40 / 160 30 25 40 / 160 40 20 50 / 100 40 25 50 / 100 40 30 45 / 90 50 20 40 / 80 50 25 25 / 50 50 30 25 / 50 50 40 25 / 50 65 40 40 65 50 40 75 40 30 75 50 30 75 65 30 100 75 15 125 100 12 150 100 4 150 125 4 Cap C (mm) Packing: pcs. 13 420 / 1,680 16 250 / 1,000 20 170 / 680 25 100 / 400 30 70 / 280 40 80 / 160 50 40 / 80 65 60 75 36 100 18 150 6 Meal-Conaining Valve Socke KVS (mm) Packing: pcs. 13 100 / 200 060

DV Fiing 90 Elbow D 90 arge-bend Y T Socke DS (mm) Packing: pcs. (mm) Packing: pcs. (mm) Packing: pcs. 30 300 40 150 50 84 65 36 75 30 100 16 125 8 150 5 90 arge-bend Elbow (mm) Packing: pcs. 40 110 50 56 65 26 75 22 100 10 125 5 150 4 45 Elbow 45 (mm) Packing: pcs. 30 340 40 190 50 100 65 46 75 40 100 20 125 10 150 6 90 Y DT (mm) Packing: pcs. 40 70 50 34 65 18 75 16 100 8 125 4 150 3 50 40 46 65 40 30 65 50 24 75 40 30 75 50 26 75 65 20 100 40 18 100 50 14 100 65 12 100 75 12 125 65 6 125 75 6 125 100 4 150 65 5 150 75 5 150 100 4 150 125 3 90 arge-bend Boh Y WT (mm) Packing: pcs. 65 10 75 8 100 4 100 75 6 125 100 3 40 50 65 75 100 125 150 Increaser IN (mm) 40 30 50 40 65 40 65 50 75 40 75 50 75 65 100 40 100 50 100 65 100 75 125 65 125 75 125 100 150 75 150 100 150 125 280 160 74 70 34 14 12 Packing: pcs. 270 150 130 100 120 120 90 54 54 54 48 28 28 25 20 20 18 30 40 50 65 75 100 125 150 50 30 50 40 65 40 65 50 75 40 75 50 75 65 100 40 100 50 100 65 100 75 125 75 125 100 150 75 150 100 180 100 50 24 24 12 6 4 76 66 40 34 34 34 30 24 22 16 14 8 8 7 6 45 Y Y (mm) 40 50 65 75 100 125 150 50 40 65 40 65 50 75 40 75 50 75 65 100 40 100 50 100 65 100 75 125 100 150 100 Packing: pcs. 70 40 20 16 8 4 3 50 30 26 32 26 20 22 16 14 10 5 4 061

Package is VU Fiing & arge- VU Fiing Bend & arge- Fiing 90 Elbow D 90 arge-bend Y T AV90 Elbow VU-D AV90 Bend (mm) Packing: pcs. (mm) Packing: pcs. (mm) Packing: pcs. (mm) Packing: pcs. 40 150 50 84 65 36 75 30 100 16 125 8 150 5 90 arge-bend Elbow (mm) Packing: pcs. 50 56 75 22 100 10 125 5 150 4 45 Elbow 45 (mm) Packing: pcs. 40 190 50 100 65 46 75 40 100 20 125 10 150 6 50 75 100 125 150 65 50 75 50 75 65 100 50 100 75 125 100 150 125 45 Y Y (mm) 50 75 100 125 150 75 50 100 50 100 75 Socke DS 34 16 8 4 3 24 26 20 14 12 4 3 Packing: pcs. 40 16 8 4 3 26 16 10 200 4 250 2 300 1 45 Elbow VU-45 (mm) Packing: pcs. 200 4 250 2 300 1 Socke VU-DS (mm) Packing: pcs. 200 6 250 4 300 2 90 Y VU-DT (mm) Packing: pcs. 200 2 250 1 300 1 75 18 100 8 125 6 150 4 200 1 250 1 300 1 AV45 Bend (mm) Packing: pcs. 40 36 50 18 65 10 75 18 100 9 125 6 150 4 200 2 250 2 300 2 AV Shor Elbow (mm) Packing: pcs. 200 2 250 1 300 1 90 Y DT (mm) 50 65 75 100 125 150 65 50 75 50 75 65 100 50 100 75 150 100 Packing: pcs. 50 24 24 12 6 4 34 34 30 22 14 6 (mm) 40 50 65 75 100 125 150 Increaser IN (mm) 50 40 65 50 75 50 75 65 100 50 100 65 100 75 125 100 150 100 150 125 Packing: pcs. 280 160 74 70 34 14 12 Packing: pcs. 150 100 120 90 54 54 48 25 20 18 AV Socke (mm) 200 250 300 200 150 250 200 300 250 AV Tee (mm) 200 250 300 200 75 200 100 200 150 250 75 250 100 250 200 300 75 Packing: pcs. 4 2 2 2 2 1 Packing: pcs. 1 1 1 2 2 2 1 1 1 1 062

To use piping maerials (PVC Pipe & Fiings) safey 1.5 m or less Piping Design Precauions Selec an appropriae maerial in consideraion of use condiions (fluid ype, emperaure, pressure, ec.) For deails, please consul our neares office in advance. Maximum working pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. As maximum working pressure differs by size and emperaure, design and use wihin he allowable range. Since hey are made from plasic, hea expansion/conracion agains emperaure change is large compared o meals and hea sress is also generaed. Therefore, perform piping suppor or expansion/consrucion reamen applicable o he use condiions and insallaion place. In he case of using under he posiive-pressure gas, a dangerous condiion is expeced due o he paricular reacion force of compressive fluid even when he he value is he same as he waer pressure. Therefore, implemen a safey measure such as covering pipes wih a proecion maerial, ec. o proec he surrounding area before use. Do no join wih solven adhesive or welding connecion on differenial plasic maerials (I may cause damage) Approximaely Approximaely 1.5 m or less 1.5 m or less Transporaion Precauions Do no drag hem as i could scrach pipes. Do no drag hem as boh ends of pipes are easily damaged. End Sopper Panel Sorage Precauions When soring pipes and fiings ouside, avoid direc sunligh and implemen a measure such as placing a shee in a way of avoiding hea accumulaion. End Sopper Panel Two people should handle a pipe wih he size of 150 mm or more. End Sopper Panel Enclosed vehicle Packed producs in a (may deform due o hea) sealed condiion End Sopper Panel Enclosed vehicle End Sopper Panel (may deform due o hea) 1 m or less 1 m or less 1 m or less 1 m or less End Sopper Panel Enclosed vehicle Packed producs in a 1 m or less 1 m or less 1 m or less 1 m or less (may deform due o hea) sealed condiion Enclosed vehicle Packed producs in a 1 m or less 1 m or less 1 m or less 1 m or less (may deform due o hea) sealed condiion Approximaely 1.5 m or less Approximaely 1.5 m or less Insallaion 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less Approximaely 1.5 m or less Do no leave fiings in an enclosed condiion (inside a vehicle in summer, in an enclosed plasic bag, ec.) under a high emperaure amosphere. Enclosed vehicle (may deform due o hea) Packed producs in a sealed condiion 1 m or less 1 m or less 1 m or less 1 m or less Do no hrow pipes from he ruck plaform. End Sopper Panel Packed producs in a sealed condiion Follow our insallaion procedure o fully exer he work safey and piping performance for insallaion. Make sure o use he specified AV cemen for bonding AV PVC pipes. Be cauious of excessive adhesive (i may cause solven cracking and damage). Cauion is needed in low-emperaure insallaion because solven seam does no evaporae easily and ends o remain (i may cause solven cracking and damage). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, i can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer fully afer he adhesive is hardened. Make sure o perform a compleion inspecion under waer pressure. Do no perform an airighness es by using air (compressed air or posiive-pressure gas) as i is exremely dangerous. 063

To use piping maerials (PVC Pipe & Fiings) safey Solven Cracking (SC) Measure SC (Solven Cracking) is a ype of sress cracking and specifically disinguishes he cracking phenomenon ha occurs when solven gives an impac inside PVC pipe. SC is caused by he exisence of solven (adhesive, preservaive, ec.) I ends o occur more easily due o sress (hea sress, sress of TS connecion par, bending, oher exernal sress) and insallaion during low-emperaure like in winer (solven ends o remain). When piping, implemen an SC measure as explained as follows. Iem Adhesive Usage Measure Apply adhesive compaible o he ype of pipe hinly and evenly. Do no apply adhesive exending ou from he inserion lengh on he pipe ouer face. In paricular, apply hinly and evenly o he inner face of fiing. The reference raio of adhesive applicaion is 7 o 3 for pipe and fiing. Wiping of Adhesive Opening of pipe on boh ends Afer bonding, make sure o wipe off he proruded adhesive wih a cloh afer insering. During applicaion, remove he adhesive spilled on he groove floor. Fully open valve, air valve, blind flange, ec. for beer venilaion and remove he solven seam (do no enclose). Uilizaion of Prefab Mehod Prefabricae 2 o 4 pipes in advance, remove he solven seam by naural venilaion and hen connec he pipes. Venilaion inside Piping During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam (do no enclose). During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (lowpressure specificaion). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. I is more effecive if you fill waer all he way and wash afer he adhesive is hardened (do no apply he waer Washing inside Piping pressure a his ime). Immediaely perform his afer leaving 30 minues for he size of 50 mm or less and approximaely 1 hour for he size of 65 mm or more. Expansion Measure Suppor Adhesive Usage Implemen an expansion/conracion reamen o preven he hea sress from rising due o emperaure differences. When fixing piping, ry o avoid using U-bols as much as possible and use fixaion bands wih a wider widh. In he case of using U-bols, provide a cushion such as rubber o preven piping from ouching U-bols. Be fully cauious no o ighen he fixaion bands and U-bols oo much. Do no apply adhesive exending ou from he gauge line. Wiping of Adhesive Wipe off he proruded adhesive wih a cloh afer insering. Suppor Be cauious no o ighen saddle bands, U-bols and U-bands oo much. Apply hinly and evenly o he inner face of TS fiing gaske. Expansion Measure Provide expansion/conracion reamen o lower he hea sress. emoval of Solven and Opening of Pipe on Boh Ends Venilaion Gas Boom! Opening of pipe on boh ends ef as bonded ogeher Blower Washing wih waer Gas Proecion cap No enclosing Curing ape 064

C-PVC Pipe & Fiings C-PVC Pipe C-PVC Fiings Expansion Join/Prefab Join Flange Welding od Technical Documen P.066 P.067 P.075 P.077 P.077 P.078 ea-esisan 065

C-PVC Pipe & Fiings MODE CODE IST Type Field Maerial Sandard/Wall Thickness Sandard Type engh P N S PP J N *** ** P Pipe N Sandard S Super PP Sraigh Pipe VP J JIS N Sandard 013 13 mm 04 4m 05 5m Sraigh Pipe (C-PVC Pipe) MODE CODE P N S PP J N d 200 200 mm C-PVC Pipe Caegory Ouer Diameer D d Mass Tolerance Thickness engh Approximae Inner Diameer (kg/m) (eference) (eference) Max/Min. Average Basic Dimension Tolerance Basic Dimension Tolerance 13 18.0 ±0.20 ±0.20 2.5 ±0.2 13 0.180 16 22.0 ±0.20 ±0.20 3.0 ±0.3 16 0.265 20 26.0 ±0.20 ±0.20 3.0 ±0.3 4000 20 0.321 +30 25 32.0 ±0.20 ±0.20 3.5 ±0.3 25 0.464 10 30 38.0 ±0.30 ±0.20 3.5 ±0.3 31 0.561 40 48.0 ±0.30 ±0.20 4.0 ±0.3 40 0.818 50 60.0 ±0.40 ±0.20 4.5 ±0.4 51 1.161 65 76.0 ±0.50 ±0.30 4.5 ±0.4 67 1.496 75 89.0 ±0.50 ±0.30 5.9 ±0.4 4000 77 2.279 100 114.0 ±0.60 ±0.40 7.1 ±0.5 5000 100 3.528 ±10 125 140.0 ±0.80 ±0.50 7.5 ±0.5 125 4.620 150 165.0 ±1.00 ±0.50 9.6 ±0.7 146 6.935 200 216.0 ±1.30 ±0.70 11.0 ±0.7 194 10.483 Noes: 1. are JIS K6776 (ea-esisan Unplasicized Polyvinyl Chloride Pipe). 2. conform o he AV sandard. Dimensions are accordance wih JIS K6741 (Unplasicized Polyvinyl Chloride Pipe). 3. 200 and lengh 5 m are build-o-order producs. 066

MODE CODE IST Type Field Maerial Model Sandard Type T N S ** J N *** T TS Fiing N Sandard S Super 9 Elbow 4 45 Elbow 45 45 Bend SO Socke TE Tee KS Fauce Socke (Meal conained) K Fauce Elbow (Meal conained) KV Valve Socke (Meal conained) J JIS N Sandard 013 13 mm 150 150 mm 013 13 mm 016013 16 13 mm 150125 150 125 mm Type Field Maerial Model Sandard Ohers B N S 45 V N *** B Bend N None Color S Super 45 45 Bend V AV N Normal Color 040 40 mm 150 150 mm Type Field Maerial Model Sandard Ohers T N S ** V N 200 T TS Fiing N Sandard S Super 9 90 Elbow SO Socke V AV N Normal Color 200 200 mm C-PVC Fiings Connecion Par Dimensions A-Syle (Injecion Molding Produc) d d2 Taper 1/T d1 d1 d2 d D Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance (Min.) (Min.) Taper 1/T 13 18.30 ±0.20 22 ±4 17.55 ±0.25 14 26 16 22.35 ±0.20 27 ±4 21.55 ±0.25 17 29 20 26.35 ±0.20 33 ±4 25.50 ±0.25 21 34 25 32.50 ±0.30 38 ±4 31.40 ±0.35 26 41 30 38.50 ±0.30 42 ±4 37.45 ±0.35 34 46 40 48.50 ±0.30 47 ±4 47.45 ±0.35 40 56 50 60.50 ±0.30 52 ±4 59.45 ±0.35 50 69 +4 65 76.60 ±0.30 61-0.5 67 87 1/48 +4 75 89.60 ±0.30 64-0.5 77 102 1/49 +4 100 114.70 ±0.30 84-0.5 100 130 1/56 +4 125 140.80 ±0.30 104-0.5 125 157 1/58 +4 150 166.00 ±0.40 132-0.5 146 186 1/63 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. 75, 100 and 150 are accordance wih JIS K6743 (Tap Waer Unplasicized Polyvinyl Chloride Pipe Fiing). 4. 65 and125 are accordance wih he associaion sandard (AS 21). 067

C-PVC Pipe & Fiings C-PVC Fiings Connecion Par Dimensions Combinaion Type d2 Taper 1/T Chamfer Elbow Abbreviaion: Elbow (A-Syle) MODE CODE TS T N S 9 J N d1 d1 d2 D Basic Dimension Tolerance Basic Dimension Tolerance (eference) Basic Dimension Tolerance Taper 1/T +4 13 18.40 ±0.20 26-0.5 17.53 24 0.60 1/30 +4 16 22.40 ±0.20 30-0.5 21.52 29 0.80 1/34 +4 20 26.45 ±0.20 35-0.5 25.42 33 0.80 1/34 +4 25 32.55 ±0.25 40-0.5 31.37 40 1.00 1/34 +4 30 38.60 ±0.25 44-0.5 37.31 46 1.00 1/34 +4 40 48.70 ±0.30 55-0.5 47.21 57 1.20 1/37 +4 50 60.80 ±0.30 63-0.5 59.10 70 1.50 1/37 +4 65 76.60 ±0.30 61-0.5 75.33 87 1.50 1/48 +4 75 89.60 ±0.30 64-0.5 88.29 102 1.50 1/49 +4 100 114.70 ±0.30 84-0.5 113.20 130 1.80 1/56 +4 125 140.80 ±0.30 104-0.5 139.01 157 1.80 1/58 +4 150 166.00 ±0.40 132-0.5 163.91 186 2.00 1/63 Noes: 1. conform o he AV sandard. 2. 13, 20, 25, 30, 40, 50, 75, 100 and 150 are accordance wih JIS K6743 (Tap Waer Unplasicized Polyvinyl Chloride Pipe Fiing). 3. 16, 65 and 125 are accordance wih he associaion sandard (AS 21). TS C-PVC / T D (Min.) D (Min.) Basic Dimension Tolerance (Min.) Basic Dimension Tolerance Basic Dimension Tolerance (Min.) Basic Dimension Tolerance 13 26 3.5 34 ±4 50 69 5.0 85 ±4 +5 16 29 3.5 41 ±4 65 87 1.5 6.6 110-1 +5 20 34 4.0 53 ±4 75 102 1.5 8.0 120-1 +5 25 41 4.0 58 ±4 100 130 1.8 10.0 155-1 +5 30 46 4.5 64 ±4 125 157 1.8 11.0 188-1 +5 40 56 4.5 74 ±4 150 186 2.0 13.0 228-1 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. Shor Elbow 90 d2 d d1 d1 d2 Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance D d Basic Dimension Tolerance 200 217 ±1.0 214.5 ±1.0 145 Noes: 1. I conforms o he AV sandard. +4-0.5 236 196 15 ±0.8 265 190 068

45 Elbow/Bend Abbreviaion: 45 MODE CODE 20 25 T N S 4 J N 40 o 150 B N S 45 V N 45 Elbow d1 45 d Taper 1/T TS C-PVC / T d1 Taper D d Basic Dimension Tolerance 1/T Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance +4 +5 20 26.45 ±0.25 1/34 35.0-0.5 20 33.0 0.8 3.5 0.3 44-1 +4 +5 25 32.55 ±0.20 1/34 40.0-0.5 25 40.0 1.0 4.0 0.4 51-1 Noes: 1. conform o he AV sandard. 45 Bend 1 d1 Z 45 d2 d d1 d2 d D D1 Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance (Min.) Basic Dimension Tolerance Z +4 +0.45 40 48.70 ±0.30 47.21 ±0.30 55-0.5 57 60 40 4.5-0 14 69 20.0 +4 +0.5 50 60.80 ±0.30 59.10 ±0.30 63-0.5 70 73 51 5.0-0 17 80 25.5 +4 +0.5 65 76.60 ±0.30 75.33 ±0.30 61-0.5 87 90 67 6.6-0 20 81 34.0 +4 +0.8 75 89.80 ±0.30 88.13 ±0.30 72-0.5 101 104 78 6.0-0 25 97 39.0 +4 +1.0 100 115.00 ±0.35 112.89 ±0.35 92-0.5 129 132 100 7.3-0 30 122 50.0 +4 +1.0 125 141.20 ±0.40 138.71 ±0.40 112-0.5 156 160 125 7.7-0 37 149 62.5 +4 +1.0 150 166.50 ±0.50 163.39 ±0.50 140-0.5 185 189 148 10.0-0 44 184 74.0 Noes: 1. conform o he AV sandard. Cap Abbreviaion: C Cap MODE CODE TS T N S CP J N Nominal 65 150 mm TS φd C-PVC / T D 65 87-1.5 8.6 96 75 102-1.5 8.0 105 100 130-1.8 10.0 138 150 186-2.0 13.0 205 Noes:1. olerance should be +5mm,0. 2. conform o he AV sandard. 3. olerance should be 1 o 5mm. 069

C-PVC Pipe & Fiings Socke Abbreviaion: S MODE CODE TS T N S SO J N Socke (A-Syle) TS C-PVC / T D (Min.) Basic Dimension Tolerance Basic Dimension Tolerance (Min.) 13 26 49 ±6.0 3.5 16 29 59 ±6.0 3.5 20 34 71 ±6.0 4.0 25 41 82 ±6.0 4.0 30 46 89 ±6.0 4.5 40 56 99 ±6.0 4.5 50 69 109 ±6.0 5.0 65 87 1.5 145 ±6.0 4.6 75 102 1.5 155 ±6.0 5.6 100 130 1.8 200 ±6.0 6.9 125 157 1.8 231 ±6.0 7.3 150 186 2.0 300 ±6.0 9.2 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. 4. dimension for size 65 o 150 is reference value (minimum). z d d2 d1 d1 d2 D d Z Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension 200 217 ±1.0 214.5 ±1.0 145 238 202 15 305 Noes: 1. conform o he AV sandard. 070

educing Socke Abbreviaion: S educing Socke (A-Syle) MODE CODE TS T N S SO J N TS C-PVC / T D (Min.) D1 (Min.) 1 2 Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance (Min.) (Min.) 16 13 29 26 53.0 ±5 3.5 3.5 20 13 34 26 61.5 ±5 4.0 3.5 20 16 34 29 66.0 ±5 4.0 3.5 25 13 41 26 73.0 ±5 4.0 3.5 25 16 41 29 76.0 ±5 4.0 3.5 25 20 41 34 80.5 ±5 4.0 4.0 30 13 46 26 75.0 ±5 4.5 3.5 30 20 46 34 85.0 ±5 4.5 4.0 30 25 46 41 90.0 ±5 4.5 4.0 40 20 56 34 98.0 ±5 4.5 4.0 40 25 56 41 100.0 ±5 4.5 4.0 40 30 56 46 97.0 ±5 4.5 4.5 50 25 69 41 110.0 ±5 5.0 4.0 50 30 69 46 110.0 ±5 5.0 4.5 50 40 69 56 110.0 ±5 5.0 4.5 65 50 87 1.5 70 1.5 149.0 ±4 5.0 5.0 75 50 102 1.5 70 1.5 165.0 ±4 8.0 5.0 75 65 102 1.5 87 1.5 163.0 ±4 8.0 5.0 100 75 130 1.8 102 1.5 190.0 ±4 10.0 8.0 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. 1 2 1 educing Socke (Combinaion ype) 1 TS C-PVC / T D D1 D2 1 65 30 87 46 70 194 149 65 40 87 57 70 205 149 75 40 102 57 70 221 165 100 40 130 57 102 246 190 100 50 130 70 102 252 190 100 65 130 87 102 250 190 125 75 157 102 296 231 125 100 157 130 316 231 150 75 186 102 365 300 150 100 186 130 385 300 150 125 186 157 404 300 Noes: 1. conform o he AV sandard. 2. Connecion par dimensions are he combinaion ype. 1 071

C-PVC Pipe & Fiings Tee Abbreviaion: T MODE CODE TS T N S TE J N Tee (A-Syle) 1 D (Min.) D1 (Min.) 1 Basic Dimension Tolerance (Min.) Basic Dimension Tolerance Basic Dimension Tolerance Basic Dimension Tolerance 13 13 26 3.5 3.5 34 ±4 26 34 ±4 16 16 29 3.5 3.5 41 ±4 29 41 ±4 20 20 34 4.0 4.0 53 ±4 34 53 ±4 25 25 41 4.0 4.0 58 ±4 41 58 ±4 30 30 46 4.5 4.5 64 ±4 46 64 ±4 40 40 56 4.5 4.5 75 ±4 56 75 ±4 50 50 69 5.0 5.0 87 ±4 69 87 ±4 +5 +5 65 65 87-1.5 6.6 6.6 110-1 87 1.5 110-1 +5 +5 75 75 102-1.5 8.0 8.0 120-1 102 1.5 120-1 +5 +5 100 100 130-1.8 10.0 10.0 152-1 130 1.8 152-1 +5 +5 125 125 157-1.8 11.0 11.0 187-1 157 1.8 187-1 +5 +5 150 150 186-2.0 13.0 13.0 230-1 186 2.0 230-1 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. educing Tee (A-Syle) 1 1 1 TS C-PVC / T D (Min.) (Min.) TS C-PVC / T D1 (Min.) 1 and 1 Tolerance 16 13 29 3.5 26 39 36 ±4 20 13 34 4.0 26 45 38 ±4 20 16 34 4.0 29 47 43 ±4 25 13 41 4.0 26 49 41 ±4 25 16 41 4.0 29 52 46 ±4 25 20 41 4.0 34 54 52 ±4 30 13 46 4.5 26 54 44 ±4 30 16 46 4.5 29 56 49 ±4 30 20 46 4.5 34 58 55 ±4 30 25 46 4.5 41 60 60 ±4 40 13 56 4.5 26 62 49 ±4 40 16 56 4.5 29 63 54 ±4 40 20 56 4.5 34 65 60 ±4 40 25 56 4.5 41 68 65 ±4 40 30 56 4.5 46 72 69 ±4 50 13 69 5.0 26 69 55 ±4 50 16 69 5.0 29 70 60 ±4 D (Min.) Basic Dimension Tolerance (Min.) D1 (Min.) 1 and 1 Basic Basic Tolerance Dimension Tolerance Dimension Tolerance 50 20 69 5.0 34 72 70 ±4 50 25 69 5.0 41 75 75 ±4 50 30 69 5.0 46 79 75 ±4 50 40 69 5.0 56 82 80 ±4 65 40 87 1.5 6.6 57 1.2 95 95 65 50 87 1.5 6.6 70 1.5 102 104 75 25 102 1.5 8.0 40 1.0 93 88 75 40 102 1.5 8.0 57 1.2 100 102 75 50 102 1.5 8.0 70 1.5 105 110 100 50 130 1.8 10.0 70 1.5 125 122 100 75 130 1.8 10.0 102 1.5 140 132 125 75 157 1.8 12.0 102 1.5 161 147 125 100 157 1.8 12.0 130 1.8 175 167 150 75 186 2.0 13.0 102 1.5 195 158 150 100 186 2.0 13.0 130 1.8 208 182 150 125 186 2.0 13.0 157 1.8 218 202 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 +5-1 072

Tee Abbreviaion: T MODE CODE TS T N S TE J N educing Tee (Combinaion Type) 2 1 2 1 TS C-PVC / T D D1 D2 1 2 65 13 87 24 70 100 135 105 65 16 87 29 70 100 137 105 65 20 87 33 70 100 142 105 65 25 87 40 70 100 147 105 65 30 87 46 70 100 150 105 75 20 102 33 70 105 147 110 75 30 102 46 70 105 155 110 100 20 134 33 70 125 159 122 100 25 134 40 70 125 164 122 100 30 134 46 70 125 167 122 100 40 134 57 70 125 178 122 Noes: 1. conform o he AV sandard. 2. Connecion par dimensions are he combinaion ype. Fauce Socke (A-Syle) (Meal Inser Included) Abbreviaion: KFS MODE CODE TS T N S KS J N Inser Gaske Groove d D1 D (Min.) TS C-PVC / T oo Diameer D1 Threaded End Number of Threads (per 25.4 mm) D1 Basic Dimension Tolerance Basic Dimension Tolerance 13 26 20.955 14 13.5 ±1 35 47 ±4 3.5 16 13 29 20.955 14 13.5 ±1 35 52 ±4 3.5 20 34 26.441 14 15.5 ±1 44 61 ±4 4.0 25 41 33.249 11 18 ±1 54 69 ±4 4.0 20 13 33 20.955 14 14 ±1 35 57 ±4 4.0 (Min.) Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. 4. Inser maerial of hreaded end is CAC406 of JIS 5120 and CAC406406C of JIS 5121 or free-cuing brass of JIS 3250. 5. Threaded end is parallel female hread of JIS B0203. <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. Do no use liquid seal or liquid gaske. 073

C-PVC Pipe & Fiings Fauce Elbow (A-Syle) (Meal Inser Included) Abbreviaion: KF MODE CODE TS T N S K J N 1 Gaske Groove d D1 TS C-PVC / T Inser D (Min.) (Min.) oo Diameer D1 Threaded End Number of Threads Basic Dimension Tolerance (per 25.4 mm) D1 1 Basic Dimension Tolerance 13 26 3.5 35 20.955 14 13.5 ±1 35 29 ±4 16 13 29 4.8 42 20.955 14 13.5 ±1 35 33 ±4 20 34 4.0 51 26.441 14 15.5 ±1 44 36 ±4 25 41 4.0 60 33.249 11 18 ±1 54 40 ±4 20 13 36 4.8 47 20.955 14 14 ±1 35 35 ±4 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. conform o he AV sandard. 3. Connecion par dimensions are A-Syle. 4. Inser maerial of hreaded end is CAC406 of JIS 5120 and CAC406406C of JIS 5121 or free-cuing brass of JIS 3250. 5. Threaded end is parallel female hread of JIS B0203. <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. Do no use liquid seal or liquid gaske. Valve Socke wih Meal Male Thread (A-Syle) Abbreviaion: KVS Inser MODE CODE TS T N S KV J N d 1 D (Min.) TS C-PVC / T d Sandard Ouer Shape D1 Number of Threads (per 25.4 mm) Threaded End Sandard Posiion a 1 a a Tolerance Effecive Threaded engh 1 (Min.) D2 Basic Dimension Tolerance D2 (Min.) 13 1/2 26 13 20.955 14 8.16 ±1.81 13.16 64 ±4 34 3.5 16 1/2 29 13 20.955 14 8.16 ±1.81 13.16 70 ±4 34 3.5 20 3/4 34 18 26.441 14 9.53 ±1.81 14.53 85 ±4 40 4.0 25 1 41 23 33.249 11 10.39 ±2.31 16.79 99 ±4 45 4.0 30 11/4 46 31 41.910 11 12.70 ±2.31 19.10 109 ±4 62 4.5 40 11/2 56 37 47.803 11 12.70 ±2.31 19.10 114 ±4 68 4.5 50 2 69 48 59.614 11 15.88 ±2.31 23.38 132 ±4 84 5.0 Noes: 1. are JIS K6777 (ea-esisan Unplasicized Polyvinyl Chloride Pipe Fiing). 2. Connecion par dimensions are A-Syle. 3. Inser maerial of hreaded end is CAC406 of JIS 5120 and CAC406406C of JIS 5121 or free-cuing brass of JIS 3250. 4. Threaded end is apered male hread of JIS B0203. <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. Do no use liquid seal or liquid gaske. (Min.) 074

MODE CODE IST Model JEP Maerial S ubber * Connecion T Sandard J *** JEP Expansion Join S Super E EPDM V FKM F Viflon /FKM-F C Viflon C/FKM-C T Socke J JIS 020 20 mm 100 100 mm Expansion Join MODE CODE EPDM JEP S E T J FKM JEP S V T J Viflon F/FKM-F JEP S F T J Viflon C/FKM-C JEP S C T J Main Specificaion Maerial ea-esisan Polyvinyl Chloride (C-PVC) Working Temperaure 5 90 Maximum Working Pressure (Normal Temperaure) MPa{kgf/cm2} Connecion Socke End 1.0{10.2} Feaures Expansion/conracion absorpion margin is large and he hermal sress of piping is absorbed. Easy removal from piping by jus loosening he union nu. No need for a large piping space wih he compac design. No need for insallaion of piping expansion U bend. No slipping of pipe. (Because sop ring 5 is provided) 2 d d1 1 1/T D2 D1 D3 Expansion/ mm inch Max. Min. Conracion Margin 20 3/4 20 26.13 24 1/34 35 60 35 243 163 80 25 1 25 32.16 27 1/34 43 70 39 250 170 80 30 11/4 31 38.19 30 1/34 50 82 47 258 178 80 40 11/2 40 48.21 37 1/37 59 100 59 272 192 80 50 2 51 60.25 42 1/37 72 106 72 285 205 80 65 21/2 65 76.60 61 1/48 88 133 88 314 234 80 75 3 78 89.60 64 1/49 105 152 105 330 250 80 100 4 100 114.70 84 1/56 132 210 132 422 322 100 Pars Table No. Descripion Pcs. Maerial 1 Body 1 C-PVC 2 End Connecor (A) 1 C-PVC 3 End Connecor (B) 1 C-PVC 4a Union Nu (A) C-PVC 4b Union Nu (B)1) 1 C-PVC 5 Sop ing 1 C-PVC 6 O-ing (A) 1 EPDM, FKM, Viflon F (FKM-F), Viflon C (FKM-C) 7 O-ing (B) 2 EPDM, FKM, Viflon F (FKM-F), Viflon C (FKM-C) 1) Use for 65-100mm. <Use Precauions> Make sure o provide he firs suppor (loose suppor) a 0.5 m or less of an expansion join on boh sides. Sufficienly consider he expansion and conracion amouns of piping. (When piping expands: Use he expansion join being exended o a cerain degree.) (When piping conracs: Use he expansion join being shrunk o a cerain degree.) 0.5 m or less AV Expansion join 0.5 m or less Firs insrucion Pipe ea Expansion Table Piping engh Temperaure Difference Dimensions Diagram φd1 φd2 φd1 Taper 1 /T 1 φd When insalling 2 6 4a 1 7 5 4b 3 When insalling When piping is expanded by hea 5m 10m 20m 30m 40m 50m 60m 70m 80m 10 C 4 7 When piping is expanded by hea 14 21 28 35 42 49 56 20 C 7 14 28 42 56 70 84 98 112 30 C 11 21 42 63 84 105 126 147 168 40 C 14 28 56 84 112 140 168 196 224 50 18 35 70 105 140 175 210 245 280 60 C 21 42 84 126 168 210 252 294 336 70 C 25 49 98 147 196 245 294 343 392 80 C 28 56 112 168 224 280 336 392 448 <Example> ow ofen (every XX m) shall expansion joins be insered when he size is 75 mm and emperaure difference is 20 C? Calculaion Formula = (1) α : engh of piping ha he expansion join absorbs (mm) : Piping expansion/conracion lengh Expansion/conracion margin for 75 mm from he dimensions able 2=80 mm Give margins on boh ends 5 mm 2=10 mm :=(80 10) mm α : ea expansion coefficien of hard polyvinyl chloride pipe 7 10 5 (/ C) : Temperaure difference 20 ( C) When he value above is assigned o (1) = One piece per 50m. 80 10 7 10 5 20 2 =50000mm φd3 075

C-PVC Pipe & Fiings MODE CODE IST Model Maerial ubber Connecion Sandard JPF C * T J *** JPF Prefab Join C C-PVC E EPDM V FKM F Viflon F/FKM-F C Viflon C/FKM-C T Socke J JIS 013 13 mm 100 100 mm Prefab Join MODE CODE EPDM JPF C E T J FKM JPF C V T J Viflon F/FKM-F JPF C F T J Viflon C/FKM-C JPF C C T J Feaures Insallaion is exremely simple and i can be done quickly and cerainly. (Especially necessary for sleeve bonding/screw-in piping) Insallable on piping where suiable and easy cleaning inside pipes. Afer insalling piping, he valve pars can be removed by jus loosening he union nu. I is suiable for pipelines requiring regular removals such as emporary piping and slurry piping. Main Specificaion Maerial ea-esisan Polyvinyl Chloride (C-PVC) Working Temperaure 0 90 C Maximum Working Pressure 1.0MPa{10.2kg/cm 2 } Prefab Join Sandard Table Body Maerial Connecion Mehod 13 16 20 25 30 40 50 65 75 100 C-PVC Socke End Socke End (13 50 mm) Socke End (65 100 mm) φd φd1 2 3 4 1 Taper 1/T φd Taper 1/T φd1 φd φd φd1 Taper 1/T 4 φd 2 3 1 Pars Table No. Descripion pcs. Maerial 1 Body 1 C-PVC 2 End Connecor 1 C-PVC 3 Union Nu 1 C-PVC 4 O-ing 1 EPDM FKM Vifron F/FKM-F Viflon C/FKM-C Socke end d C-PVC D d1 1/T 13 13 18.13 18 1/30 46 48 16 15 22.11 20 1/34 46 48 20 20 26.13 24 1/34 61 60 25 25 32.16 27 1/34 70 70 30 31 38.19 30 1/34 77 82 40 40 48.21 37 1/37 95 100 50 51 60.25 42 1/37 107 106 65 65 76.60 61 1/48 167 133 75 77 89.60 64 1/49 189.5 152 100 100 114.70 84 1/56 245 210 Taper 1/T φd1 076

MODE CODE IST Type Field Model Maerial Sandard F N T C * *** F Flange N None Color T TS Flange C C-PVC 1 JIS 10K 5 JIS 5K 013 13 mm 200 200 mm TS Flange MODE CODE JIS 10K F N T C 1 JIS 5K F N T C 5 φd1 φd1 Taper 1/T C-PVC n~φh φd P.C.D.C φd C-PVC JIS 10K 13 150 mm, JIS 5K 13 65 mm d d1 Taper 1/T D1 C D pcs. h 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 13 15 18.40 1/30 26 28 24 65 55 90 75 4 4 15 12 14 9 30 30 15 18 22.40 1/34 30 33 31 70 60 95 80 4 4 15 12 14 9 35 35 20 22 26.45 1/34 35 36 33 75 65 100 85 4 4 15 12 14 10 40 40 25 25 32.55 1/34 40 43 43 90 75 125 95 4 4 19 12 16 10 50 45 32 30 38.60 1/34 44 51 51 100 90 135 115 4 4 19 15 16 12 50.5 50 40 41 48.70 1/37 55 65 65 105 95 140 120 4 4 19 15 16 12 65 61 50 52 60.80 1/37 63 76 76 120 105 155 130 4 4 19 15 20 14 74 72 65 67 76.80 1/41 69 92 86 140 130 175 155 4 4 19 15 22 14 82 76 80 78 89.80 1/43 72 108 150 185 8 19 22 86 100 100 115.00 1/44 92 138 175 210 8 19 22 105 125 125 141.20 1/45 112 165 210 250 8 23 22 114 150 146 166.00 1/63 132 185 240 280 8 23 26 142 * 200 196 217.00 1/50 145 238 290 330 12 23 28 156 Noes: 1. Dimensions for C, D, n and h are accordance wih he JIS 10K 5K sandards. 2. * 200 is build-o-order producs. MODE CODE IST Type S Maerial S * * 0 S Welding od S Super 2 2 mm 3 3 mm 1 Single 2 Double 0 Welding od MODE CODE 2mm single S S 2 1 0 3mm single S S 3 1 0 3mm double S S 3 2 0 2mm x single 3mm x single 3mm x double * Color of welding rod is brown, same as C-PVC Pipe. 077

Technical Documen Technical Daa Propery (Basic Propery) Physical Propery Mechanical Propery Characerisics Uni JIS K6776 Asahi AV C-PVC Pipe ea-esisan Unplasicized Polyvinyl Chloride (ea-esisan Unplasicized Polyvinyl Chloride Pipe) Pipe Sandard (Applicable area 13 o 50 mm) Specific Graviy No specified 1.48 Absorpion Amoun mg/cm 2 No specified 0.03 0.05 inear Expansion Coefficien C -1 No specified 6 o 8 10-5 Specific ea cal/g/ C No specified 0.2 0.3 ea Conduciviy kcal/mh C No specified 0.10 0.12 Combusibiliy No specified Self-Exinguishing Abiliy Vica Sofening Temperaure C 95 or higher 100 110 Tensile Yield Sress MPa 50 or more/23 50 65 Exension aio % No specified 40 or more Bending Srengh MPa No specified 78 Compression Srengh MPa No specified 78 88 Shear Srengh MPa No specified 52 55 Verical Modulus of Elasiciy MPa No specified 3 10 3 Poisson's aio No specified 0.38 Charpy Impac Srengh V-Noch kj/m 2 No specified 8 10 Compress a circle es piece of 50 Fla Srengh mm o 1/2 of pipe ouer diameer and Pass confirm no breaking and cracking. elaionship beween Maximum Working Pressure and Temperaure JIS K6776 ea-esisan Unplasicized Polyvinyl Chloride Pipe Sandard (Applicable area 13 o 50 mm) mm 13-50 Temperaure C-PVC Pipe 5-40 41-60 61-70 71-90 1.0{10.2} 0.6{6.1} 0.4{4.1} 0.2{2.0} Uni: MPa {kgf/cm 2 } Uni: MPa {kgf/cm 2 } mm Temperaure Up o 40 Up o 50 Up o 60 Up o 65 Up o 70 Up o 75 Up o 80 Up o 85 Up o 90 13-25 30-50 65-150 200 1.0{10.2} 1.0{10.2} 1.0{10.2} 0.7{ 7.1} 0.9{9.2} 0.8{8.2} 0.8{8.2} 0.55{5.6} 0.8{8.2} 0.6{6.1} 0.6{6.1} 0.4{4.1} 0.7{7.1} 0.6{6.1} 0.5{5.1} 0.3{3.1} 0.6{6.1} 0.4{4.1} 0.4{4.1} 0.2{2.0} 0.5{5.1} 0.35{3.6} 0.3{3.1} 0.15{1.5} 0.45{4.6} 0.3{3.1} 0.2{2.0} 0.1{1.0} 0.35{3.6} 0.25{2.6} 0.2{2.0} 0.05{0.5} 0. {3 3.1} 0. {2 2.0} 0.15{1. 5 } 0.05{0. 5 } Noes: Maximum Working Pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. Shor-Term Srengh Tes Temperaure Dependence of Tensile Srengh Tensile srengh (MPa) 120 100 80 60 40 20 PVDF U-PVC I-PVC PP C- PVC elaionship of Tensile Srengh and Temperaure beween C-PVC and Oher Plasics C- PVC 0-40 -20 0 20 40 60 80 100 120 Temperaure ( C) Noes: Tension speed...10 mm/min PVDF 078

Package is C-PVC Pipe & Fiings Elbow (mm) Package: pcs. 13 100/200 16 60/120 20 35/70 25 20/40 30 40 40 25 50 15 65 14 75 10 100 5 125 5 150 3 200 2 45 Elbow 45 (mm) Package: pcs. 20 40/80 25 25/50 45 Bend 45 (mm) Package: pcs. 40 36 50 18 65 10 75 18 100 9 125 6 150 4 Tee T (mm) Package: pcs. 13 60/120 16 40/80 20 20/40 25 12/24 30 25 40 15 50 9 65 10 75 6 100 4 125 3 150 2 16 13 50/100 20 13 30/60 20 16 25/50 25 13 20/40 25 16 15/30 25 20 15/30 30 13 35 30 16 35 30 20 35 30 25 30 40 13 25 40 16 24 40 20 22 40 25 20 40 30 20 50 13 18 50 16 18 50 20 15 50 25 15 50 30 12 50 40 12 65 13 13 65 16 13 65 20 12 65 25 12 65 30 12 65 40 17 65 50 12 75 20 9 75 25 14 75 30 8 75 40 10 75 50 10 100 20 6 100 25 5 100 30 5 100 40 5 100 50 6 100 75 5 125 75 4 125 100 3 150 75 3 150 100 2 150 125 2 Socke S (mm) Package: pcs. 13 120/240 16 90/180 20 50/100 25 30/60 30 60 40 35 50 20 65 30 75 16 100 8 125 4 150 4 200 4 16 13 100/200 20 13 70/140 20 16 60/120 25 13 40/80 25 16 40/80 25 20 35/70 30 13 90 30 20 70 30 25 60 40 20 45 40 25 40 40 30 40 50 25 30 50 30 30 50 40 35 65 30 25 65 40 14 65 50 28 75 40 15 75 50 20 75 65 16 100 40 8 100 50 8 100 65 8 100 75 8 125 75 3 125 100 3 150 75 3 150 100 3 150 125 3 Meal-Conaining Fauce Elbow KF (mm) Package: pcs. 13 80 16 60 20 35 25 20 20 13 50 Meal-Conaining Fauce Socke KFS (mm) Package: pcs. 13 90 16 90 20 45 25 25 20 13 45 Meal-Conaining Valve Socke KVS (mm) Package: pcs. 13 70 16 60 20 40 25 25 30 12 40 9 50 10 Super Welding od Package 2φ S (1kg 5)5kg 3φ S (1kg 5)5kg 3φ W (1kg 5)5kg Super Adhesive No.88 Package: pcs. 250g 12/24 500g 12/24 C-PVC Pipe (mm) Package: pcs. 13 30 16 25 20 20 25 15 30 12 40 8 50 6 65 4 75 3 100 2 125 1 150 1 200 1 079

Insallaion Procedure Insallaion of C-PVC Pipe/TS Connecion 1 Pipe Cuing Use wide hick paper or ape for he pipe cuing area, pu a cuing gauge line wih a permanen marker on he enire circumference, and cu perpendicular o he pipe shaf. 7 Adhesive Treamen Afer connecion, wipe he proruded adhesive immediaely and do no apply forcible sress on he connecion par. 2 Chamfer Noes: No properly performing chamfering could cause insallaion failure so please make sure o chamfer. ighly chamfer he enire inner/ouer perimeers using a ool such as file or chamfer. When a pipe is cu, especially, finish he pipe end surface wihou burrs Gauge ine and warping. 8 emoval of Solven Conen Adhesive conains organic solven, and he solven seam needs o be removed afer connecion. During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer afer he adhesive is hardened. * efer o [Explanaion] 4. 080 * Use an inserer for large diameers. 3 6 Enry of Gause ine For he pipe inserion gauge line of he sizes 13 o 40 mm, measure he fiing socke lengh from he pipe end and mark on he pipe body wih a marker. For he pipe inserion gauge line for he sizes 50 o 150 mm, i shall be a a posiion of he zero poin plus he bonding margin lengh in Table 2. Mark he gauge line on he pipe body wih a permanen marker. Table 1. TS Fiing Socke Normal engh Uni: mm 13 16 20 25 30 40 50 65 75 100 125 150 Fiing Socke engh 22 27 33 38 42 47 52 61 64 84 104 132 [eference] Table 2. Bonding Margin engh Uni: mm 13 16 20 25 30 40 50 65 75 100 125 150 Bonding Margin engh 7 9 11 13 14 16 17 20 25 30 35 45 * efer o [Explanaion] 2. 4 insing Wipe and clean he inner face of fiing socke and he ouer face of pipe inserion por wih a cloh. In paricular, when oil or waer is on he connecion par, clean by using a small amoun of aceone and alcohol. Noes: No properly performing rinsing could cause insallaion failure so please make sure o rinse. 5 Adhesive Applicaion Use a special adhesive (No.88) compaible o he ype of pipe and apply i evenly in he order of on he inner face of fiing and he ouer face of pipe. In paricular, apply hinly and evenly o he inner face of fiing. The reference raio of adhesive applicaion is 7 o 3 for pipe and fiing. Table 3. Usage of Adhesive per Connecion Par (eference) (mm) 13 16 (15) 20 25 30 (32) 40 50 65 75 100 125 150 Usage (g) 0.9 1.2 1.7 2.0 3.1 5.0 7.1 9.9 12 20 30 44 * efer o [Explanaion] 4. Inserion Afer applying adhesive, inser pipe ino fiing sraigh wihou urning he pipe immediaely a once and press i in ha condiion. efer o Table 4 for his normal press ime. Table 4. Normal Press Time of TS Connecion (mm) 50 or less 65 or more Normal Press Time (Sec.) 30 or more 60 or more Noes: Due o he relaionship of pipe and fiing dimension olerance, i may no be insered all he way o he end. In his case, do no inser i forcibly by hammering and such. Insering forcibly may place a large burden on he fiing and cause damage. [Explanaion] 1 2 3 4 TS connecion uilizes he swelling and elasiciy of PVC by making he fiing socke apered and using adhesive. Applying adhesive o he pipe and fiing would creae a swelling layer of approximaely 0.1 mm hickness on is surface as shown (Figure 1), and his layer makes he inserion of he pipe fluidly. Afer inserion, respecive swelling layers of he pipe and fiing would inerac each oher, and he bonding surface would be unified. Based on a resul of esing he relaionship beween he bonding margin lengh and pressure-resisan srengh, i has been confirmed ha pracically accepable waer pressure srengh can be secured by insering approximaely 1/3 of he fiing socke [] in addiion o he inserion lengh wihou applying adhesive (zero poin). In regards o inserion margin in TS connecion, i is ideal o inser TS fiing o he lengh of TS fiing gaske (sopper), bu considering he olerance of pipe and fiing dimensions, he lengh from zero poin plus he bonding margin lengh shown in Table 2 o he sopper in Table 1 is sufficien enough, and insering o he sopper of he fiing is no necessarily required. owever, if i canno be insered due o he adhesive being dried,ec., cu he connecion par and reconnec again by using a new socke. Insering he pipe ino he fiing before applying adhesive is o check he zero poin. In his case, a combinaion of pipe and fiing ha provide he inserion lengh of 1/3 o 2/3 from he pipe end surface (refer o Figure 2) is sandard. Be cauious of excessive adhesive (i may cause solven cracking and damage). Cauion is needed in low-emperaure insallaion because solven seam does no evaporae easily and ends o remain (i may cause solven cracking and damage). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer fully afer he adhesive is hardened.

Precauions C-PVC Pipe Precauions Design Cauion Working Pressure vs. Temperaure Cauion Use for Indusrial Kichen Drainage Piping Working pressure differs by emperaure and size. Use wihin an allowable range of relaionship beween maximum working pressure and emperaure. Use for o Waer Equipmen Avoid using hem for insan heaer. If he insan heaer breaks down or has a malfuncion, waer or seam of abnormal emperaure may flow and damage piping. Waer heaer Expansion/Conracion Treamen Since AV C-PVC pipes have a higher hea expansion/conracion amoun compared o seel pipes, an expansion/conracion reamen is imporan. No performing an expansion/conracion reamen could cause damage. Provide a reamen o absorb expansion/conracion using AV expansion joins or elbows, ec. Fiing Type Expansion/Conracion Absorpion Amoun AV Expansion Join Elbow Cauion Cauion 20 mm o 100 mm 13 mm o 200 mm ( 20 o 75 mm) 80 mm ( 100 mm) 100 mm Implemenaion example (absorbable expansion/conracion lengh) Use o absorb expansion/conracion a a sraigh par. When lengh of he sraigh par is over 4 m * In he case of emperaure difference of 70 or less. Fixaion oose 0.5 m or less 0.5 m or less oose 20 o 75mm:14m or less 100mm:18m or less Fixaion Use o absorb expansion/conracion a a bending par. When lengh of he sraigh par is 2 m or less Fixaion oose 4 m or less 0.5 o 2 m 2 m or less When lengh of he sraigh par is 2 up o 4 m 2 m or less 2 m or less Fixaion 0.5 m o 1 m 4 m or less 0.5 m or more 0.5 m or more Do no use hem for piping draining from he seam convecion oven, one of kichen equipmen. Deergens used in seam convecion oven may conain ingrediens ha would give a negaive influence (cracking, waer leakage, ec.) o pipes and fiings. Piping o Archiecural Srucure When using as piping for high-rise archiecural srucure such as buildings, consider no only he pump pressure bu also he influence of he waer head pressure (heigh) and use wihin a range of allowable relaionship beween maximum working emperaure and pressure. If securing space for sufficien expansion/conracion measure is difficul, do no use AV C-PVC pipes and consider using oher ypes of pipes (copper pipes, lining seel pipes, meal reinforced double laminaed pipes, cross-linked polyehylene pipes, ec.) * Verical piping, buried piping, ec. are examples of places where implemening an expansion/conracion measure is difficul. Expansion/Conracion Absorpion a Branch Area For branching ou from he main pipe side, he sress generaed by expansion/conracion of he main pipe shall no be focused on he fiing of a branch poin. For he purpose of branching mehod, basic iems requiring an exra aenion are as follows. Never execue direc branching and avoid having expansion/conracion of he main pipe give an impac o he branch pipe side by placing an elbow. ocae a branch poin of he main pipe near a fix poin as much as possible. Cauion Cauion 0.3 m or more Elbow 0.5 m or more Elbow 2m or less Fixing poin oose suppor Tee Fixing suppor oose suppor Expansion Join oose suppor Expansion Join * Also refer o [Piping Suppor/Fixaion]. Cauion Piping Under Concree Cauion Use of ubber ing Join Avoid using AV C-PVC pipes for burring under concree or morar. Cauion Muli-Branching Piping Avoid using AV C-PVC pipes for muli-branching piping in bah, ec. and consider using lining seel pipes, ec. Fiings ha use a rubber ring o ighen pipes canno be used. Warning Use for Chemical Soluion Piping In he case of using for chemical soluion piping, please consul our neares office wheher or no i is usable in advance. Can I use his chemical soluion? Cauion Piping Suppor/Fixaion U-bands (wih rubber sea) are recommended for fixing piping. In he case of using U-bols ineviably, provide a cushion such as rubber o preven he pipes from ouching he hardware direcly. Cushion saddles and U-bol rails are available as a cushion maerial. Please consider using hem. Be cauious no o ighen nus excessively. As a reference of nu ighening, 1 ighen by hand and hen roae 1/2 using a spanner, ec., or 2 ighen by seing orque wrench a 1N m (10kgf cm). Squared imber ubber shee C-PVC Pipe Saddle hand U-bols C-PVC Pipe ubber shee Angle Cushion saddles and U-bol rails 081

Precauions Cauion If handled inappropriaely, "i may cause deah or serious injuries." Warning If handled inappropriaely, "i may cause injuries or physical damage." Insallaion Cauion andling Warning Selecion of Adhesive Do no drop or hrow during ransporaion and piping. Warning Use of Adhesive AV Cemen is applicable o he "second class organic solvens, ec." in he Ordinance on Prevenion of Organic Solven Poisoning. If indoor usage per hour exceeds he following allow a ble usage, "Ordinance on Prevenion of Organi c Solven Poisoning" will be applied and qualificaion of "operaion chief of organic solvens" will be required. For deails, please check wih he local abour Sandard Inspecion Office. Allowable adhesive usage W (g/ime) = 0.4 (g/m 3 ime) x workplace cubic capaciy (m 3 )Cubic capaciy of room excludes a space a 4 m or higher from he floor surface. owever, if he cubic capaciy exceeds 150 m 3, i shall be 150 m 3. To preven poisoning from organic solvens or fires, be cauious of venilaion and avoid flammables. Warning Conac wih Organic Compounds Do no spray or apply an organic compound o cause a negaive impac o he maerial of pipes and fiings such as aceone, hinner, creosoe, pesicide and ermie exerminaion agen. Even if he compounds above do no ouch he pipes and fiings direcly, hey migh damage he pipes and fiings buried shallow hrough peneraion ino he soil when if spilled on he ground. * Exclude aceone and alcohol o be used for cleaning of pipes and fiings before connecion. Aceone Thinner Creosoe Make sure o use AV Adhesive No.88 (For ea-esisan Unplasicized Polyvinyl Chloride Pipe). Try o apply adhesive hinly and evenly. Applying oo much could cause solven cracking, ec. and lead o waer leakage. Warning Sorage of Adhesive Connecion Inser sraigh immediaely afer applying adhesive and hold i sufficienly o preven "reurning." When insering, do no inser i forcibly by hammering and such. Wear mask and gloves Adhesive AV cemen is applicable o "Class 1 Peroleums, Class 4 azardous Maerials" of Aricle 2 of he Fire Services Ac. Follow he laws and regulaions and municipal ordinances for sorage. Avoid flammables afer use and sore in a cool and dark place. Cauion Warning Avoid conacing o he skin during handling, and wear organic gas mask or air-supplied respiraor, proecion gloves, proecion glasses and ohers, as necessary. If conaced o he skin, rinse wih soap and waer immediaely. Cauion Use of Sealing Agen (Threaded End Connecion Par) Warning Use of Sealing Agen (Wall/Floor Peneraion Par) Make sure o use seal ape for hread connecion par. Using liquid seal or liquid gaske could cause sress cracking due o he organic solven conained and lead o damage of fiings or waer leakage. iquid Gaske Seal Seal Tape A sealing agen is someimes used o fill a gap when peneraing piping hrough wall and floor. Please check wih he manufacurer of sealing agen in advance as some sealing agens conain plasicizer (phhalae eser, DOP, ec.) or organic solven ha could cause a negaive influence and damage or cause waer leakage from unplasicized polyvinyl chloride pipes and fiings. PVC Pipe Sealing Agen Wall Cracking Fiing Warning Compleion Inspecion Make sure o perform a compleion inspecion under waer pressure afer curing for a sufficien amoun of ime following he bonding work. Do no perform an airighness es by using air (compressed air or posiive-pressure gas) as i is exremely dangerous. Waer Air 082

To use piping maerials (PVC Pipe & Fiings) safey anel Approximaely 1.5 m or less Approximaely 1.5 m or less End Sopper Panel 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less Enclosed vehicle Packed producs in Enclosed vehicle (may deform due o hea) an sealed condiion (may deform due o hea) Do no drag hem as i could scrach Two people should handle a pipe wih Do no hrow pipes from he ruck pipes. Do no drag hem as boh ends he size of 150 mm or more. plaform. of pipes are easily damaged. End Sopper Panel Piping Design Precauions Selec an appropriae maerial in consideraion of use condiions (fluid ype, emperaure, pressure, ec.) For deails, please consul our neares office in advance. Maximum working pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. As maximum working pressure differs by size and emperaure, design and use wihin he allowable range. Since hey are made from plasic, hea expansion/conracion agains emperaure change is large compared o meals and hea sress is also generaed. Therefore, perform piping suppor or expansion/consrucion reamen applicable o he use condiions and insallaion place. In he case of using under he posiive-pressure gas, a dangerous condiion is expeced due o he paricular reacion force of compressive fluid even when he value is he same as he waer pressure. Therefore, implemen a safey measure such as covering pipes wih a proecion maerial, ec. o proec he surrounding area before use. Do no join wih solven adhesive or welding connecion on differenial plasic maerials (I may cause damage) Transporaion Precauions End Sopper Panel Sorage Precauions 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less or less 1 m or less 1 m or less Enclosed vehicle (may deform due o hea) When soring pipes and fiings ouside, avoid direc sunligh and implemen a measure such as placing a shee in a way of avoiding hea accumulaion. Approximaely 1.5 m or less End Sopper Panel Insallaion Approximaely 1.5 m or less End Sopper Panel End Sopper Panel 1 m or less 1 m or less 1 m or less 1 m or less Enclosed vehicle (may deform due o hea) Enclosed vehicle Packed producs in (may deform due o hea) an sealed condiion Approximaely 1.5 m or less Do no leave fiings in an enclosed condiion (inside a vehicle in Summer, in an enclosed plasic bag, ec.) under a high emperaure amosphere. Packed producs in an sealed condiion Enclosed vehicle (may deform due o hea) 1 m or less 1 m or less 1 m or less 1 m or less Packed producs in an sealed condiion Packed producs in an sealed condiion Follow our insallaion procedure o fully exer he work safey and piping performance for insallaion. Make sure o use he specified AV cemen for bonding AV PVC pipes. Be cauious of excessive adhesive (i may cause solven cracking and damage). Cauion is needed in low-emperaure insallaion because solven seam does no evaporae easily and ends o remain (i may cause solven cracking and damage). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, i can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer fully afer he adhesive is hardened. Make sure o perform a compleion inspecion under waer pressure. Do no perform an airighness es by using air (compressed air or posiive-pressure gas) as i is exremely dangerous. Packed producs an sealed condii 083

To use piping maerials (PVC Pipe & Fiings) safey Solven Cracking (SC) Measure SC (Solven Cracking) is a ype of sress cracking and specifically disinguished from he cracking phenomenon ha occurs when solven gives an impac inside PVC pipe. SC is caused by he exisence of solven (adhesive, preservaive, ec.) I ends o occur more easily due o sress (hea sress, sress of TS connecion par, bending, oher exernal sress) and insallaion during low-emperaure like in Winer (solven ends o remain). When piping, implemen a SC measure as explained as follows. Iem Adhesive Usage Wiping of Adhesive Measure Apply adhesive compaible o he ype of pipe hinly and evenly. Do no apply adhesive exending ou from he inserion lengh on he pipe ouer face. In paricular, apply hinly and evenly o he inner face of fiing. The reference raio of adhesive applicaion is 7 o 3 for pipe and fiing. Afer bonding, make sure o wipe off he proruded adhesive wih a cloh afer insering. During applicaion, remove he adhesive spilled on he groove floor. Opening of pipe on boh ends Fully open valve, air valve, blind flange, ec. for beer venilaion and remove he solven sream (do no enclose). Uilizaion of Prefab Mehod Prefabricae 2 o 4 pipes in advance, remove he solven seam by naural venilaion and hen connec he pipes. Venilaion inside Piping Washing inside Piping Expansion Measure Suppor During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam (do no enclose). During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. I is more effecive if you fill waer all he way and wash afer he adhesive is hardened (do no apply he waer pressure a his ime). Immediaely perform his afer leaving 30 minues for he size of 50 mm or less and approximaely 1 hour for he size of 65 mm or more. Implemen an expansion/conracion reamen o preven he hea sress from rising due o emperaure differences. When fixing piping, ry o avoid using U-bols as much as possible and use fixaion bands wih a wider widh. In he case of using U-bols, provide a cushion such as rubber o preven piping from ouching U-bols. Be fully cauious no o ighen he fixaion bands and U-bols oo much. Adhesive Usage Do no apply adhesive exending ou from he gauge line. Wiping of Adhesive Wipe off he prorubed adhesive wih a cloh afer insering. Suppor Be cauious no o ighen saddle bands, U-bols and U-bands oo much. Apply hinly and evenly o he inner face of TS fiing gaske. Expansion Measure Provide expansion/conracion reamen o lower he hea sress. emoval of Solven and Opening of Pipe on Boh Ends Venilaion Gas Boom! Opening of pipe on boh ends ef as bonded ogeher Blower Washing wih waer No enclosing Gas Proecion cap Curing ape 084

igh Puriy Pipe & Fiings igh Puriy esisance Polyvinyl Chloride Pipe (P-PVC) igh Puriy esisance Polyvinyl Chloride Fiings (P-PVC) Flange Prefab Join Muli-Join Join Equipmen Technical Documen P.086 P.087 P.098 P.099 P.100 P.104 P.105 Precision 085

igh Puriy Pipe & Fiings MODE CODE IST igh Puriy Type Field Maerial Sandard/Wall Thickness Sandard Type engh P N 2 PP J N *** 04 P Pipe N Sandard 2 igh Puriy PP Sraigh Pipe VP J JIS N Sandard 013 13 mm 04 4m 300 300 mm Sraigh Pipe (VP) MODE CODE P N 2 PP J N 04 igh Puriy PVC Pipe Allowable Pressure by TemperaureMPa{kgf/cm 2 } d Temperaure 13 300 mm 20 C 30 C 40 C 50 C 1.0 {10.2} 0.9 {9.2} 0.7 {7.1} Noes: This daa is based on high puriy waer. 0.3 {3.1} D d Ouer Diameer Wall Thickness Approximae Inner Basic Dimension Max/Min. Tolerance Average Tolerance Min. Tolerance Diameer (eference) engh 13 18 ±0.2 ±0.2 2.2 +0.6 13 4000±10 16 22 ±0.2 ±0.2 2.7 +0.6 16 4000±10 20 26 ±0.2 ±0.2 2.7 +0.6 20 4000±10 25 32 ±0.2 ±0.2 3.1 +0.8 25 4000±10 30 38 ±0.3 ±0.2 3.1 +0.8 31 4000±10 40 48 ±0.3 ±0.2 3.5 +0.8 40 4000±10 50 60 ±0.4 ±0.2 4.1 +0.8 51 4000±10 65 76 ±0.5 ±0.3 4.1 +0.8 67 4000±10 75 89 ±0.5 ±0.3 5.5 +0.8 77 4000±10 100 114 ±0.6 ±0.4 6.6 +1.0 100 4000±10 125 140 ±0.8 ±0.5 7.0 +1.0 125 4000±10 150 165 ±1.0 ±0.5 8.9 +1.4 146 4000±10 200 216 ±1.3 ±0.7 10.3 +1.4 194 4000±10 250 267 ±1.6 ±0.9 12.7 +1.8 240 4000±10 300 318 ±1.9 ±1.0 15.1 +2.2 286 4000±10 Noes: 1. engh olerance shall be ±10 mm. 2. Maximum/minimum ouer dimensional olerance is he allowed difference of measured ouer diameer a any locaion. 3. Average ouer dimensional olerance is he allowed difference of arihmeic mean value of measured ouer diameers in 2 direcions perpendicular o each oher a any locaion. 086

MODE CODE IST igh Puriy Type Field Maerial Model Sandard Type T N 2 ** J N *** T TS Fiing N Sandard 2 igh Puriy 9 Elbow 4 45 Elbow SO Socke TE Tee VS Valve Socke (Meal no conained) CP Cap F Fauce Elbow (Meal no conained) FS Fauce Socke (Meal no conained) J JIS N Sandard 013 13 mm 150 150 mm 016013 16 13 mm 150125 150 125 mm igh Puriy Bend Type Field Maerial Model Sandard Ohers B N 2 45 V N *** B Bend N None Color 2 igh Puriy 45 45 Bend V AV N Normal Color 040 40 mm 150 150 mm igh Puriy arge- Bend Type Field Maerial Model Sandard Ohers B * 2 ** V N *** B Bend N None Color F FP (SU) G FP (GU) 2 igh Puriy 45 45 Bend 90 90 Bend V AV N Normal Color 200 200 mm 300 300 mm igh Puriy arge- Fiing Type Field Maerial Model Sandard Ohers T * 2 ** V N *** T TS Fiing N None Color F FP (SU) G FP (GU) 2 igh Puriy 9 90 Elbow SO Socke TE Tee V AV N Normal Color 200 200 mm 300 300 mm 200075 200 75 mm 300250 300 250 mm AVTS Fiing Socke Common Dimensions 13 150 mm φd φdt igh Puriy PVC Fiing Allowable Pressure by Temperaure MPa{kgf/cm 2 } Temperaure (mm) 20 C 30 C 40 C 50 C 13 150 mm 1.0 0.9 0.7 0.3 Noes: 1. This daa is based on high puriy waer. Taper 1/T φd1 φd Applicable Pipe Ouer d1 D and DT d d1 Tolerance 1/T D DT Tolerance (Min.) Diameer 13 18.40 ±0.20 26 1/30 24 24.0-0.6 13 18 16 22.40 ±0.20 30 1/34 29 29.0-0.7 16 22 20 26.45 ±0.20 35 1/34 33 33.0-0.8 20 26 25 32.55 ±0.25 40 1/34 40 40.0-1.0 25 32 30 38.60 ±0.25 44 1/34 46 46.0-1.0 31 38 40 48.70 ±0.30 55 1/37 57 57.0-1.2 40 48 50 60.80 ±0.30 63 1/37 70 70.0-1.5 51 60 * 65 76.60 ±0.30 61 1/48 87 88.5-1.5 67 76 75 89.60 ±0.30 64 1/49 102 104.5-1.5 77 89 100 114.70 ±0.30 84 1/56 130 133.5-1.8 100 114 * 125 140.85 ±0.35 104 1/58 157 161.0-1.8 125 140 150 166.00 ±0.40 132 1/63 186 190.0-2.0 146 165 Noes: 1. olerance shall be +4 0.5 mm. 2. * The marked ones conform o he AV sandard and he JPPFA sandard. 087

igh Puriy Pipe & Fiings igh Puriy PVC Pipe & Fiings Sandard Table (mm) Produc Name Pipe S T 45 TS Flange Q Flange 90 Bend F VS FS C 13 16 20 25 30 40 50 65 75 100 125 150 200 250 300 Prefab Join igh Puriy PVC educer Fiing Sandard Table Produc Name (mm) T S 16 13 20 13 20 16 25 13 25 16 25 20 30 13 30 16 30 20 30 25 40 13 40 16 40 20 40 25 Produc Name (mm) T S 40 30 50 13 50 16 50 20 50 25 50 30 50 40 65 40 65 50 75 25 75 40 75 50 75 65 100 50 Produc Name (mm) T S 100 75 125 75 125 100 150 75 150 100 150 125 200 75 200 100 200 150 250 75 250 100 250 200 300 250 * Canno perform welding connecion. igh Puriy PVC Fiing Allowable Pressure by Temperaure Temperaure (mm) 20 C 30 C 40 C 50 C 13 150 1.0{10.2} 0.9{9.2} 0.7{7.1} 0.3{3.1} 200 0.75{7.7} 0.6{6.1} 0.5{5.1} 0.25{2.6} 250 0.6{6.1} 0.5{5.1} 0.4{4.1} 0.2{2.0} 300 0.4{4.1} 0.4{4.1} 0.3{3.1} 0.1{1.1} 088

Elbow Abbreviaion: MODE CODE TS T N 2 9 J N 13-50mm 65-150mm Maximum Working Pressure (20 C) TS 1.0MPa φd φd TS igh Puriy PVC TS D 13 24.0 3.0 36 16 29.0 3.5 43 20 33.0 3.5 50 25 40.0 4.0 58 30 46.0 4.0 65 40 57.0 4.5 82 Noes: 1. olerance shall be +5 1mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. TS D 50 70.0 5.0 96 65 87.0 6.6 110 75 102.0 8.0 120 100 130.0 10.0 153 125 157.0 11.0 188 150 186.0 13.0 230 45 Elbow Abbreviaion: 45 MODE CODE TS P N 2 4 J N φd Maximum Working Pressure (20 C) TS 1.0MPa 45 TS D 20 33.0 3.5 44 25 40.0 4.0 51 TS igh Puriy PVC Noes: 1. olerance shall be +5 1 mm. 2. are accordance wih JIS K6743. 45 Bend MODE CODE TS B N 2 45 V N Maximum Working Pressure (20 C) TS 1.0MPa φd TS igh Puriy PVC TS D 40 57 4.5 69 50 70 5 80 65 87 6.6 81 75 101 6 97 100 129 7.3 122 125 156 7.7 149 150 185 10 184 Noes: 1. conform o he AV sandard. 2. are accordance wih JIS K6743. 089

igh Puriy Pipe & Fiings Socke Abbreviaion: S MODE CODE TS T N 2 SO J N 13-50mm 65-150mm Maximum Working Pressure (20 C) TS 1.0MPa φd φd TS igh Puriy PVC TS D 13 24.0 57 16 29.0 67 20 33.0 77 25 40.0 87 30 46.0 95 40 57.0 117 TS D 50 70.0 133 65 87.0 145 75 102.0 155 100 130.0 200 125 157.0 240 150 186.0 300 Noes :1. olerance shall be ±4.0 mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. educing Socke Abbreviaion: S MODE CODE TS T N 2 SO J N Maximum Working Pressure (20 C) TS 1.0MPa Deails of A 1 13-50mm A 65-150mm A TS igh Puriy PVC φd TS D D1 1 20 13 33.0 3.5 24.0 3.0 68 20 16 33.0 3.5 29.0 3.5 71 25 13 40.0 4.0 24.0 3.0 86 25 16 40.0 4.0 29.0 3.5 85 25 20 40.0 4.0 33.0 3.5 84 30 13 48.2 28.2 73.2 30 20 48.2 36.2 83 30 25 46.0 4.0 40.0 4.0 93 40 20 57.0 4.5 33.0 3.5 113 40 25 57.0 4.5 40.0 4.0 114 40 30 57.0 4.5 46.0 4.0 114 Noes :1. olerance shall be ±4.0 mm. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 4. are accordance wih JIS K6743. 5. conform ha's no available o welding connecion. φd1 φd φd1 TS D D1 1 50 20 70.0 5.0 33.0 3.5 116 50 25 70.0 5.0 40.0 4.0 140 50 40 70.0 5.0 57.0 4.5 136 65 50 87.0 6.6 70.0 5.0 149 75 50 102.0 8.0 70.0 5.0 165 75 65 102.0 8.0 87.0 6.6 159 100 75 130.0 10.0 102.0 8.0 190 125 100 157.0 11.0 130.0 10.0 229 150 125 186.0 13.0 157.0 11.0 272 090

13-50mm φd 65-150mm φd 1 1 Tee Abbreviaion: T MODE CODE TS T N 2 TE J N Maximum Working Pressure (20 C) TS 1.0MPa TS igh Puriy PVC TS D 1 13 24.0 3.0 36 36 16 29.0 3.5 43 43 20 33.0 3.5 50 50 25 40.0 4.0 58 58 30 46.0 4.0 65 65 40 57.0 4.5 82 82 φd φd TS D 1 50 70.0 5.0 96 96 65 87.0 6.6 110 110 75 102.0 8.0 120 120 100 130.0 10.0 152 152 125 157.0 11.0 187 187 150 186.0 13.0 230 230 Noes : 1. olerance shall be +5 1 mm. 2. conform o he JPPFA sandard. 3. are accordance wih JIS K6743. educing Tee Abbreviaion: T MODE CODE TS T N 2 TE J N 13-50mm φd1 65-150mm φd1 Maximum Working Pressure (20 C) TS 1.0MPa φd φd 1 1 TS igh Puriy PVC TS D D1 1 16 13 29.0 3.5 41 24.0 38.0 20 13 33.0 3.5 46 24.0 40.0 20 16 33.0 3.5 48 29.0 45.0 25 13 40.0 4.0 51 24.0 43.0 25 16 40.0 4.0 53 29.0 48.0 25 20 40.0 4.0 55 33.0 53.0 30 13 48.2 6.5 54.7 28.2 44.0 30 16 46.0 4.0 57 29.0 51.0 30 20 46.0 4.0 59 33.0 56.0 30 25 46.0 4.0 62 40.0 61.0 TS D D1 1 65 40 87.0 6.6 100 57.0 95 65 50 87.0 6.6 101 70.0 104 75 25 102.0 8.0 93 40.0 88 75 40 102.0 8.0 100 57.0 102 75 50 102.0 8.0 105 70.0 110 Noes : 1. and 1 olerance shall be +5 1 mm. 2. conform o he JPPFA sandard. 3. conform o he AV sandard. 4. are accordance wih JIS K6743. 5. conform ha's no available o welding connecion. TS D D1 1 40 13 57.0 4.5 66 24.0 52 40 16 58.4 5.2 62.4 30.9 52.5 40 20 57.0 4.5 70 33.0 62 40 25 57.0 4.5 73 40.0 67 40 30 57.0 4.5 76 46.0 71 50 13 70.0 5.0 74 24.0 58 50 16 70.0 5.0 76 29.0 63 50 20 70.0 5.0 78 33.0 68 50 25 70.0 5.0 81 40.0 73 50 30 70.0 5.0 84 46.0 77 50 40 70.0 5.0 90 57.0 88 TS D D1 1 100 50 130.0 10.0 125 70.0 122 100 75 130.0 10.0 140 102.0 132 125 75 157.0 11.0 160 102.0 147 125 100 157.0 11.0 173 130.0 167 150 75 186.0 13.0 195 102.0 158 150 100 186.0 13.0 208 130.0 182 150 125 186.0 13.0 217 157.0 201 091

igh Puriy Pipe & Fiings Fauce Elbow Abbreviaion: F MODE CODE TS T N 2 F J N 1 1 2 Maximum Working Pressure (20 C) TS 1.0MPa TS igh Puriy PVC W φd1 φd2 <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing seel pipe and PVC pipe. * Fix he area around an elbow using a reainer. φd TS D D1 D2 1 2 W 1 Female Thread 13 24.0 3.0 30 34 17 14 4 38 29 p1/2 16 29.0 3.5 30 34 17 14 4 43 32 p1/2 20 33.0 3.5 37 42 19 16 4 51 36 p3/4 25 40.0 4.0 46 52 21 18 5 59 40 p1 Noes: 1. Threaded end shall be parallel female hread of JIS B 0203 (aper hreaded end for pipes). 2. olerance shall be +5 1 mm. 3. 1 olerance shall be +5 2 mm. 4. conform o he AV sandard. 5. 2 olerance shall be ±1 mm. 092

Fauce Socke Abbreviaion: FS MODE CODE TS T N 2 FS J N TS igh Puriy PVC φd2 φd1 1 2 W φd Maximum Working Pressure (20 C) TS 1.0MPa <Use Precauions> * Use boh seal ape and gaske for connecion of hreaded ends. * Do no use hem for connecing seel pipe and PVC pipe. TS D D1 D2 1 2 W Female Thread 13 24.0 30 34 17 14 4 47 p1/2 16 29.0 30 34 17 14 4 52 p1/2 20 33.0 37 42 19 16 4 59 p3/4 25 40.0 46 52 21 18 5 68 p1 Noes: 1. Threaded end shall be parallel female hread of JIS B 0203 (aper hreaded end for pipes). 2. olerance shall be +5 1 mm. 3. 2 olerance shall be ±1 mm. 4. conform o he AV sandard. Valve Socke Abbreviaion: VS MODE CODE TS T N 2 VS J N TS igh Puriy PVC TS D d φd Thread Nominal W d 1 Basic Diameer Ouer Diameer D1 a φd1 Thread Number of Threads/Inch B Basic Diameer Posiion a Maximum Working Pressure (20 C) TS 1.0MPa <Use Precauions> * Avoid screwing in and removing repeaedly. * Do no connec hreaded pars using seal ape. * Do no use hem for connecing wih seel pipe. * Do no use hem for buried pipe. * Do no use hem for he area where an exernal force such as bending and vibraion is applied. 1 (Min.) W B 13 24.0 13 1 /2 20.955 14 8.16 13.16 6 50 24 16 29.0 13 1 /2 20.955 14 8.16 13.16 6 54 29 20 33.0 18 3 /4 26.441 14 9.53 14.53 8 64 33 25 40.0 23 1 33.249 11 10.39 16.79 8 71 40 30 46.0 31 1 1 /4 41.910 11 12.70 19.10 10 80 46 40 57.0 37 1 1 /2 47.803 11 12.70 19.10 10 92 57 50 70.0 48 2 59.614 11 15.88 23.38 12 106 70 65 87.0 62 2 1 /2 75.184 11 17.46 30 15 118 87 75 102.0 72 3 87.884 11 20.64 34 16 127 102 100 130.0 96 4 113.030 11 25.40 40 18 157 130 Noes: 1. Threaded end shall conform o aper male hreaded end of JIS B0203 (aper hreaded end for pipes). 2. olerance shall be +5 2 mm. 3. are accordance wih JIS K6743. 4. conform o he AV sandard. 5. B olerance shall conform o D olerance. 093

igh Puriy Pipe & Fiings Cap Abbreviaion: C MODE CODE TS T N 2 CP J N 13 50 mm 65 150 mm Maximum Working Pressure (20 C) TS 1.0MPa φd φd TS igh Puriy PVC TS D 13 24.0 3.0 29.0 16 29.0 3.5 33.5 20 33.0 3.5 38.5 25 40.0 4.0 44.0 40 57.0 4.5 59.5 Noes: 1. olerance shall be +5 0 mm. 2. conform o he AV sandard and he JPPFA sandard. 3. olerance shall be 1 o 5 mm. 4. are accordance wih JIS K6743. AV45 Bend TS D FP 50 70.0 5.0 68.0 65 87.0 6.6 96.0 75 102.0 8.0 105.0 100 130.0 10.0 138.0 Z MODE CODE 90 φd1 φd TS B N 2 45 V N FP(SU) B F 2 45 V N FP(GU) B G 2 45 V N FP Maximum Working Pressure (20 C) 200mm TS 0.75MPa 250mm TS 0.6MPa 300mm TS 0.4MPa FP einforcemen Produc 1.0MPa TS igh Puriy PVC Z 1 d1 FP einforcemen Produc (SU, GU) d Z φd1 φd TS FP d1 d2 D (Min.) D1 (eference) d (Min.) Z 200 217.00 214.10 145 240 244 196 15 48 193 98 250 268.20 265.00 155 293 298 247 16 58 213 123.5 300 318.70 315.88 155 337 341 298 10 70 225 149 Noes: 1. conform o he AV sandard. FP φd1 φd Z Z d2 094

Elbow () MODE CODE TS T N 2 9 V N FP(SU) T F 2 9 V N FP(GU) T G 2 9 V N Maximum Working Pressure (20 C) 200mm TS 0.75MPa 250mm TS 0.6MPa 300mm TS 0.4MPa FP einforcemen Produc 1.0MPa Z TS igh Puriy PVC TS igh Puriy PVC z d d2 90 d d2 d1 d1 Z Z Z TS FP d1 d2 D d Z 200 Z 217.0 214.1 145 238 202 15 305 250 268.2 265.0 155 295 247 42 352 300 319.6 315.5 175 336 298 10 360 FP 90 φd1 φd FP φd1 FP φd φd1 φd TS FP d1 d2 D d 200 217.0 214.1 145 240 201 15 265 190 250 268.2 265.0 155 295 247 16 311 235 300 319.6 315.5 175 347 298 18 350 170 Noes: 1. conform o he AV sandard. Socke Z FP 90 φd1 Dimensions φd Table Noes: 1. conform o he AV sandard. l Z FP 095 D1 1 d3 D2 D1 FP φd1 φd FP einforcemen Produc (SU, GU) FP einforcemen Produc (SU, GU) l Z Z MODE CODE FP FP φd1 φd φd1 φd1 TS T N 2 SO V N FP(SU) T F 2 SO V N FP(GU) T G 2 SO V N Maximum Working Pressure (20 C) 200mm TS 0.75MPa 250mm TS 0.6MPa 300mm TS 0.4MPa FP einforcemen Produc 1.0MPa 2 2 Z FP φd2 φd3 FP

φd igh Puriy Pipe & Fiings educing Socke FP φd2 φd3 MODE CODE TS T N 2 SO V N FP(SU) T F 2 SO V N FP(GU) T G 2 SO V N Z Z φd1 φd 2 2 Z 1 Z 1 1 φd1 φd1 Maximum Working Pressure (20 C) FP 200mm TS 0.75MPa 250mm TS 0.6MPa 300mm TS 0.4MPa FP einforcemen Produc 1.0MPa TS igh Puriy PVC FP Z FP einforcemen Produc (SU, GU) 90 FP φd1 φd l1 Z l2 1 Z 2 FP 変形 09.07.14リョウ氏より指示 TS FP d1 d2 1 d3 d4 2 D1 D2 d 200 150 217.0 214.1 145 166.0 163.9 132 240 188 146 356 250 200 268.2 265.0 155 217.0 214.1 145 292 240 194 380 300 250 319.6 315.5 175 268.2 265.0 155 347 295 247 405 Z TS igh Puriy PVC TS φd1 T N 2 TE V N FP(SU) φd T F 2 TE V N FP φd1 φd 2 Z φd1 φd1 φd3 φd2 φd1 φd1 φd3 φd2 Noes: 1. conform o he AV sandard. Tee MODE CODE FP(GU) T G 2 TE V N Maximum Working Pressure (20 C) 200mm TS 0.75MPa 250mm TS 0.6MPa 300mm TS 0.4MPa FP einforcemen Produc 1.0MPa FP einforcemen Produc (SU, GU) Z 096 TS FP d1 d2 D d 200 217.0 214.1 145 240 196 15 532 266 250 268.2 265.0 155 295 247 16 662 331 300 319.6 315.5 175 337 298 10 680 340 Noes: 1. conform o he AV sandard. φd1 φd1 l1 Z FP l2 φd3 φd2

φd1 φd Z educing Tee φd1 φd Z MODE CODE TS T N 2 TE V N FP(SU) T F 2 TE V N FP(GU) T G 2 TE V N Maximum Working Pressure (20 C) 200mm TS 250mm TS 300mm TS FP einforcemen Produc 0.75MPa 0.6MPa 0.4MPa 1.0MPa Z TS igh Puriy PVC 2 FP 2 d3 d4 2 FP einforcemen Produc (SU, GU) 2 φd2 φd3 FP d d5 φd1 d2 φd d1 1 2 Z φd1 φd1 1 1 1 TS FP d1 d2 1 d3 d4 2 D1 D2 d d5 1 2 200 75 217.0 214.1 145 89.6 88.29 64 240 107.2 199 77 15 402 201 180 200 100 217.0 214.1 145 114.7 113.20 84 240 130 199 100 15 430 215 200 200 150 217.0 214.1 145 166.0 163.91 132 240 188 199 146 15 476 238 253 250 75 268.2 FP 265.0 155 89.6 88.29 64 295 108 247 77 16 452 FP 226 210 250 100 268.2 265.0 155 114.7 113.20 84 295 136 247 100 16 492 246 225 250 200 268.2 265.0 155 217.0 214.10 145 295 245 247 194 16 608 304 310 300 75 320.7 314.7 300 89.60 88.29 64 343 102 298 77 17 722 361 236 Noes: 1. conform o he AV sandard. φd1 φd1 Z φd3 φd2 φd1 φd1 1 Z 1 1 φd3 φd2 l1 Z l2 1 Z 2 097

igh Puriy Pipe & Fiings MODE CODE IST Type F Field N Model * Maerial 2 Sandard 1 *** F Flange N None Color T TS Flange Q Blind Flange 2 igh Puriy PVC 1 JIS10K 013 13 mm 300 300 mm TS Flange MODE CODE JIS 10K F N T 2 1 φd1 φd1 Taper 1 T Maximum Working Pressure (Normal Temperaure) JIS 10K 13 300 mm 1.0MPa n~φh P.C.D.C φd φd JIS 10K Taper d d1 D1 1/T 0.5 mm inch D C n h 13 3/8 15 90 65 4 15 18.40±0.20 1/30 25.5 14 26 30.0 15 1/2 18 95 70 4 15 22.40±0.20 1/34 31.0 14 30 35.0 20 3/4 22 100 75 4 15 26.45±0.20 1/34 35.0 15 35 40.0 25 1 25 125 90 4 19 32.55±0.25 1/34 42.5 15 40 46.0 32 11/4 30 135 100 4 19 38.60±0.25 1/34 48.5 16 44 50.5 40 11/2 41 140 105 4 19 48.70±0.30 1/37 60.5 16 55 61.5 50 2 52 155 120 4 19 60.80±0.30 1/37 73.0 20 63 71.0 65 21/2 67 175 140 4 19 76.60±0.30 1/48 90.0 22 61 70.0 80 (75) 3 78 185 150 8 19 89.60±0.30 1/49 105.0 22 64 73.0 100 4 100 210 175 8 19 114.70±0.30 1/56 131.0 22 84 93.0 125 5 125 250 210 8 23 140.85±0.35 1/58 158.0 24 104 114.0 150 6 146 280 240 8 23 166.00±0.40 1/63 185.0 26 132 142.0 200 8 196 330 290 12 23 217.00±1.00 1/50 238.0 28 145 156.0 250 10 247 400 355 12 25 268.20±1.00 1/55 300.0 30 155 167.0 300 12 298 445 400 16 25 318.00±1.80 1/55 341.0 30 155 167.0 Blind Flange MODE CODE JIS 10K F N Q 2 1 n~φh Maximum Working Pressure (Normal Temperaure) JIS 10K 13 150mm 1.0MPa T P.C.D.C φd Noes: This is for closing he pipe end. JIS 10K d mm inch D C n h 15 1/2 18 90 70 4 15 12 20 3/4 22 100 75 4 15 14 25 1 25 125 90 4 19 14 32 11/4 30 135 100 4 19 16 40 11/2 41 140 105 4 19 16 50 2 52 155 120 4 19 16 65 21/2 67 175 140 4 19 18 80 (75) 3 78 185 150 8 19 18 100 4 100 210 175 8 19 18 125 5 125 250 210 8 23 20 150 6 146 280 240 8 23 22 098

MODE CODE IST Model Maerial ubber Connecion Sandard JPF 2 * * J *** JPF Prefab Join 2 igh Puriy PVC E EPDM VFKM F Viflon F/FKM-F C Viflon C/FKM-C T Socke N Threaded J JIS 013 13 mm 100 100 mm Prefab Join Feaures Insallaion is exremely simple and i can be done quickly and cerainly. (Especially necessary for sleeve bonding/screw-in piping) Insallable on piping where suiable and easy cleaning inside pipes. Afer insalling piping, he valve pars can be removed by jus loosening he union nu. I is suiable for pipelines requiring regular removals such as emporary piping and slurry piping. Prefab Join Sandard Table Body Maerial Connecion Mehod 13 16 20 25 30 40 50 65 75 100 Socke End U-PVC Threaded End Pars Table No. Descripion pcs. Maerial 1 Body 1 U-PVC 2 End Connecor 1 U-PVC 3 Union Nu 1 U-PVC 4 O-ing 1 EPDM, FKM, Viflon F/FKM-F, Viflon C/FKM-C Main Specificaion Maerial Working Temperaure 0 50 C Made of Unplasicized Polyvinyl Chloride (U-PVC) Maximum Working Pressure 1.0MPa{10.2 kg /cm 2 } Dimensions Diagram Socke End (13 50 mm) Threaded End (13 50 mm) Socke End (65 100 mm) 2 3 4 1 2 3 4 1 4 φd φd1 Taper 1/T φd Taper 1/T φd1 φd φd φd2 φd φd2 d1 Taper 1/T d Taper 1/T d1 2 3 1 d Socke end Threaded end d1 1/T d2 D 13 13 18.13 18 1/30 46 c 3 /8 15 43 48 16 15 22.11 20 1/34 46 c 1 /2 15 43 48 20 20 26.13 24 1/34 61 c 3 /4 17 57 60 25 25 32.16 27 1/34 70 c1 20 63 70 30 31 38.19 30 1/34 77 c1 1 /4 22 71 82 40 40 48.21 37 1/37 95 c1 1 /2 25 82 100 50 51 60.25 42 1/37 107 c2 28 96 106 65 65 76.60 61 1/48 164 133 75 77 89.60 64 1/49 189.5 152 100 100 114.70 84 1/56 245 210 099

igh Puriy Pipe & Fiings MODE CODE IST Threaded End TYPE 20 30 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM 2 * * * * *** WM Muli J 2 igh Puriy PVC (ubrican Free Produc) 1 Threaded Welding TYPE C Thread End 2 1/4 020 20mm 2 Threaded Bonding T TYPE T N NPT Threaded End 3 3/8 030 30mm Threaded End TYPE 40 200 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM 2 * * * *** WM Muli J WM 2 igh Puriy PVC (ubrican Free Produc) N Threaded Cas Produc TYPE C Thread End 2 1/4 040 40mm 2 Threaded Bonding N NPT Threaded End 3 3/8 4 Bonding FP einforcemen 4 1/2 150 150mm 200 mm is processed produc. 6 3/4 200 200mm Threaded End TYPE T 20 30 mm Type/Field Maerial 2 Model 1 * Model 2 * Sandard * of Special Connecion Pars * *** WM Muli J 2 igh Puriy PVC (ubrican Free Produc) 1 Threaded Welding TYPE C Thread End 2 1/4 020 20mm 2 Threaded Bonding T TYPE T N NPT Threaded End 3 3/8 030 30mm Threaded End TYPE T 40 200 mm Type/Field Maerial Model 1 Model 2 Sandard of Special Connecion Pars WM 2 * T * * *** WM Muli J TS-Syle TYPE TYPE T 40 200 mm Type/Field Maerial WM 2 igh Puriy PVC (ubrican Free produc) 1 Welding T TYPE T C Thread End 2 1/4 040 40mm 2 Threaded Bonding N NPT Threaded End 3 3/8 3 Welding FP einforcemen 4 1/2 200 200mm 4 Bonding FP einforcemen 6 3/4 2 Welding FP reinforcemen and bonding reinforcemen are only available wih 200 mm. Model 1 * Model 2 * Sandard T of Special Connecion Pars * *** WM Muli J 2 igh Puriy PVC (ubrican Free Produc) 1 Welding T TYPE T T TS-Syle A 016 040 40mm 2 Bonding TYPE B 020 3 Welding FP einforcemen C 025 200 200mm D 040 4 Bonding FP einforcemen E 050 Welding FP reinforcemen and bonding reinforcemen are only available wih 200 mm. F 065 G 075 100 I 125 Muli-Join Main Specificaion Maerial igh Puriy Polyvinyl Chloride Working Temperaure 0-50 C Use Example Insallaion of various sensors such as pressure gauge and hermomeer. Insallaion of valves and cocks for sampling and draining. Compac pipeline wih reduced diameer. 100

Muli-Join, TYPE, Threaded-End Syle MODE CODE igh Puriy PVC (ubrican Free produc) WM 2 N Special Fiing 20 30, 200 mm 40 150 mm Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa d 1 P Combinaion Table (mm) Threaded End c NPT 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 20 1 25 30 40 50 65 d d1 1/T D 1 20 20 26.45 35 1/34 1 33 50 32 25 25 32.55 40 1/34 40 58 38 30 31 38.60 44 1/34 46 65 43 40 40 48.70 55 1/37 57 82 40 50 51 60.80 63 1/37 70 96 52 65 67 76.60 61 1/48 87 110 68 1 P d 1/T Taper 1/T d Noes: U-PVC (Gray) is no cased produc so ha he shape varies. P P P d 1 1 d 1Taper D d d D 1/T (mm) Taper 1/T P d Threaded End D 1Taper 1 d 1 Taper 1/T1 d d Taper 1/T Taper 1/T1 1 d D d d1 1/T D 1 75 77 89.60 64 1/49 102 120 74 1 100 100 114.70 84 1/56 130 152 98 125 125 140.85 104 1/58 Taper 157 187 126.5 150 146 166.00 132 1/63 1/T1 186 230 151.5 200 196 217.00 145 1/50 240 266 193 d 1 d 1 d d d d 1 Taper 1/T Taper 1/T1 Taper 1/T d l1 d 1 c NPT 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 75 100 125 150 200 1 d D d d 1 d 1 Taper 1/T 1 Taper 1/T l1 d 1 d 1 Muli-Join, TYPE T, Threaded-End Taper Syle d 1/T P d 1 d 1 Taper 1/T MODE CODE igh Puriy PVC (ubrican Free Produc) WM 2 Model 1 T d 1 1 Sandard Special Fiing Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa Combinaion Table (mm) Threaded End P c NPT 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 20 25 30 40 50 65 d d1 l 1/T D 1 20 20 26.45 35 1/34 33 50 32 25 25 32.55 40 1/34 40 58 38 30 31 38.6 44 1/34 46 65 43 40 40 48.7 55 1/37 57 82 55 50 51 60.8 63 1/37 70 90 61 65 67 76.6 61 1/48 87 100 68 (mm) Threaded End P c NPT 1/4 3/8 1/2 3/4 1/4 3/8 1/2 3/4 75 100 125 150 200 d d1 l 1/T D 1 75 77 89.6 64 1/49 102 100 75 100 100 114.7 84 1/56 130 140 100 125 125 140.85 104 1/58 157 160 115 150 146 166 132 1/63 186 195 126 200 196 217 145 1/50 240 201 148 101

igh Puriy Pipe & Fiings Muli-Join, TYPE, TS-Syle MODE CODE igh Puriy PVC (ubrican Free produc) WM 2 Model 1 T Special Fiing d 1 Taper 1/T1 1 d d Taper 1/T d 1 1 Combinaion Table (mm) Model 16 20 25 40 50 65 75 100 125 40 TYPE TYPE T 50 TYPE TYPE T 65 TYPE TYPE T 75 TYPE TYPE T 100 TYPE TYPE T 125 TYPE TYPE T 150 TYPE TYPE T 200 TYPE TYPE T Noes: can be handled wih TS fiing. Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa d d1 1/T D d' d1' ' 1/T1 D' 1 40 16 40 48.70 55 1/37 57 16 22.40 30 1/34 57 82 82 40 20 40 48.70 55 1/37 57 20 26.45 35 1/34 57 82 82 40 25 40 48.70 55 1/37 57 25 32.55 40 1/34 57 82 82 50 16 51 60.80 63 1/37 70 16 22.40 30 1/34 70 96 96 50 20 51 60.80 63 1/37 70 20 26.45 35 1/34 70 96 96 50 25 51 60.80 63 1/37 70 25 32.55 40 1/34 70 96 96 65 16 67 76.60 61 1/48 87 16 22.40 30 1/34 87 110 110 65 20 67 76.60 61 1/48 87 20 26.45 35 1/34 87 110 110 65 25 67 76.60 61 1/48 87 25 32.55 40 1/34 87 110 110 65 40 67 76.60 61 1/48 87 40 48.70 55 1/37 87 110 110 75 16 77 89.60 64 1/49 102 16 22.40 30 1/34 102 120 120 75 20 77 89.60 64 1/49 102 20 26.45 35 1/34 102 120 120 75 25 77 89.60 64 1/49 102 25 32.55 40 1/34 102 120 120 75 40 77 89.60 64 1/49 102 40 48.70 55 1/37 102 120 120 75 50 77 89.60 64 1/49 102 51 60.80 63 1/37 102 120 120 100 16 100 114.70 84 1/56 130 16 22.40 30 1/34 130 152 152 100 20 100 114.70 84 1/56 130 20 26.45 35 1/34 130 152 152 100 25 100 114.70 84 1/56 130 25 32.55 40 1/34 130 152 152 100 40 100 114.70 84 1/56 130 40 48.70 55 1/37 130 152 152 100 50 100 114.70 84 1/56 130 51 60.80 63 1/37 130 152 152 100 65 100 114.70 84 1/56 130 67 76.60 61 1/48 130 152 152 125 16 125 140.85 104 1/58 157 16 22.40 30 1/34 157 187 187 125 20 125 140.85 104 1/58 157 20 26.45 35 1/34 157 187 187 125 25 125 140.85 104 1/58 157 25 32.55 40 1/34 157 187 187 125 40 125 140.85 104 1/58 157 40 48.70 55 1/37 157 187 187 125 50 125 140.85 104 1/58 157 51 60.80 63 1/37 157 187 187 125 65 125 140.85 104 1/58 157 67 76.60 61 1/48 157 187 187 125 75 125 140.85 104 1/58 157 77 89.60 64 1/49 157 187 187 150 16 146 166.00 132 1/63 186 16 22.40 30 1/34 186 230 230 150 20 146 166.00 132 1/63 186 20 26.45 35 1/34 186 230 230 150 25 146 166.00 132 1/63 186 25 32.55 40 1/34 186 230 230 150 40 146 166.00 132 1/63 186 40 48.70 55 1/37 186 230 230 150 50 146 166.00 132 1/63 186 51 60.80 63 1/37 186 230 230 150 65 146 166.00 132 1/63 186 67 76.60 61 1/48 186 230 230 150 75 146 166.00 132 1/63 186 77 89.60 64 1/49 186 230 230 150 100 146 166.00 132 1/63 186 100 114.70 84 1/56 186 230 230 200 16 196 217.00 145 1/50 240 16 22.40 30 1/34 240 266 266 200 20 196 217.00 145 1/50 240 20 26.45 35 1/34 240 266 266 200 25 196 217.00 145 1/50 240 25 32.55 40 1/34 240 266 266 200 40 196 217.00 145 1/50 240 40 48.70 55 1/37 240 266 266 200 50 196 217.00 145 1/50 240 51 60.80 63 1/37 240 266 266 200 65 196 217.00 145 1/50 240 67 76.60 61 1/48 240 266 266 200 75 196 217.00 145 1/50 240 77 89.60 64 1/49 240 266 266 200 100 196 217.00 145 1/50 240 100 114.70 84 1/56 240 266 266 200 125 196 217.00 145 1/50 240 125 140.85 104 1/58 240 266 266 102

Muli-Join, TYPE T, TS-Syle MODE CODE igh Puriy PVC (ubrican Free produc) WM 2 Model 1 T T Special Fiing Maximum Working Pressure (20 C) 20 150mm 1.0MPa 200mm 0.6MPa d 1 D Taper 1/T1 d 1 d d Taper 1/T d 1 l1 1 Combinaion Table (mm) Model 16 20 25 40 50 65 75 100 125 40 TYPE TYPE T 50 TYPE TYPE T 65 TYPE TYPE T 75 TYPE TYPE T 100 TYPE TYPE T 125 TYPE TYPE T 150 TYPE TYPE T 200 TYPE TYPE T Noes: can be handled wih TS fiing. 1 d D d 1 1 d d1 1/T D d' d1' ' 1/T1 D' 1 40 16 40 48.70 55 1/37 57 16 22.40 30 1/34 57 82 82 65 16 67 76.60 61 1/48 87 16 22.40 30 1/34 57 95 95 65 20 67 76.60 61 1/48 87 20 26.45 35 1/34 57 95 95 65 25 67 76.60 61 1/48 87 25 32.55 40 1/34 57 95 95 75 16 77 89.60 Taper 64 1/49 102 16 22.40 30 1/34 57 100 102 Taper 1/T 75 201/T1 77 89.60 64 1/49 102 20 26.45 35 1/34 57 100 102 100 16 100 114.70 84 1/56 130 16 22.40 30 1/34 70 125 122 100 20 100 114.70 84 1/56 130 20 26.45 35 1/34 70 125 122 100 25 1 100 114.70 84 1/56 130 25 32.55 40 1/34 70 125 122 100 40 100 114.70 84 1/56 130 40 48.70 55 1/37 102 140 132 d 1 d d d 1 1 100 65 100 114.70 84 1/56 130 67 76.60 61 1/48 130 152 152 125 16 125 140.85 104 1/58 157 16 22.40 30 1/34 102 161 147 125 20 125 140.85 104 1/58 157 20 26.45 35 1/34 102 161 147 125 25 125 140.85 104 1/58 157 25 32.55 40 1/34 102 161 147 125 40 125 140.85 104 1/58 157 40 48.70 55 1/37 102 161 147 125 50 125 140.85 104 1/58 157 51 60.80 63 1/37 102 161 147 125 65 125 140.85 104 1/58 157 67 76.60 61 1/48 130 175 167 150 16 146 166.00 132 1/63 186 16 22.40 30 1/34 102 195 158 150 20 146 166.00 132 1/63 186 20 26.45 35 1/34 102 195 158 150 25 146 166.00 132 1/63 186 25 32.55 40 1/34 102 195 158 150 40 146 166.00 132 1/63 186 40 48.70 55 1/37 102 195 158 150 50 146 166.00 132 1/63 186 51 60.80 63 1/37 102 195 158 150 65 146 166.00 132 1/63 186 67 76.60 61 1/48 130 208 182 200 16 194 217.00 145 1/50 240 16 22.40 30 1/34 102 201 180 200 20 194 217.00 145 1/50 240 20 26.45 35 1/34 102 201 180 200 25 194 217.00 145 1/50 240 25 32.55 40 1/34 102 201 180 200 40 194 217.00 145 1/50 240 40 48.70 55 1/37 102 201 180 200 50 194 217.00 145 1/50 240 51 60.80 63 1/37 102 201 180 200 65 194 217.00 145 1/50 240 67 76.60 61 1/48 130 215 200 200 125 194 217.00 145 1/50 240 125 140.85 104 1/58 240 266 266 103

igh Puriy Pipe & Fiings Join Equipmen Special connecor is available for secure and efficien insallaion of high puriy resisance polyvinyl chloride pipes (P-PVC). Bonding Connecion (Inserion bonding machine) Power source no required Descripion Applicable Inpu Power Source Maximum Power Consumpion Dimensions (mm) INSE-50 13 50 mm - - Body: 1080 W430 1000 * INSE-50 is a manual ype (power source no required). Weigh (kg) Body: 80 Descripion Applicable Inpu Power Source Maximum Power Consumpion Dimensions (mm) INSE-200 65 200 mm 200V (hree-phase) / 50 o 60z / 20A 5.0kW Body: 1500 W760 1110 Welding Connecion (Welding machine) Weigh (kg) Body: 500 * Power source plug is no equipped on INSE-200 when shipped. Please prepare and wire depending on he power source condiion on sie. Descripion Applicable Inpu Power Source Maximum Power Consumpion Dimensions (mm) AV-150 75 150 mm 200V (hree-phase) / 50 o 60z / 60A 12.0kW Body: 1325 W900 1150 Weigh (kg) Body: 460 * Power source plug is no equipped on AV150 when shipped. Please prepare and wire depending on he power source condiion on sie. Descripion Applicable Inpu Power Source Maximum Power Consumpion Dimensions (mm) PISMA125C 13 75 mm 110V / 50 o 60z / 15A 1.4kW Body: 1500 W840 1300 Weigh (kg) Body: 100 * Inserion bonding machine is a special machine for ASAI AV polyvinyl chloride pipe & fiings, C-PVC pipe & fiings and high puriy pipe & fiings. I canno be used for pipe & fiings of oher manufacurers and maerials. * Fusion machine is a special machine for high puriy resisance polyvinyl chloride pipes (P-PVC). I canno be used for pipe & fiings of oher manufacurers and maerials. * We lease his machines. For deails, please consul our neares office, when necessary. * Our supervisor will provide handling insrucions before using his machine, as necessary. Please consul our neares office. * The number of his machines is limied. We may no be able o accep your reques depending on he condiion. * Please read manuals and insallaion procedures carefully and insall properly. 104

To use piping maerials (PVC Pipe & Fiings) safey 1.5 m or less Approximaely 1.5 m or less Transporaion Precauions Do no drag hem as i could scrach Two people should handle a pipe Do no hrow pipes from he ruck pipes. Do no drag hem as boh wih he size of 150 mm or more. plaform. ends of pipes are easily damaged. End Sopper Panel End Sopper Panel Approximaely 1.5 m or less End Sopper Panel End Sopper Panel 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less Piping Design Precauions Selec an appropriae maerial in consideraion of use condiions (fluid ype, emperaure, pressure, ec.) For deails, please consul our neares office in advance. Maximum working pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. As maximum working pressure differs by size and emperaure, design and use wihin he allowable range. Since hey are made from plasic, hea expansion/conracion agains emperaure change is large compared o meals and hea sress is also generaed. Therefore, perform piping suppor or expansion/consrucion reamen applicable o he use condiions and insallaion place. In he case of using under he posiive-pressure gas, a dangerous condiion is expeced due o he paricular reacion force of compressive fluid even when he value is he same as he waer pressure. Therefore, implemen a safey measure such as covering pipes wih a proecion maerial, ec. o proec he surrounding area before use. Do no join wih solven adhesive or welding connecion on differenial plasic maerials (I may cause damage) Approximaely 1.5 m or less Approximaely 1.5 m or less Sorage Precauions End Sopper Panel 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less 1 m or less When soring pipes and fiings ouside, avoid direc sunligh and implemen a measure such as placing End Sopper Panel a shee in a way of avoiding hea accumulaion. Insallaion 1 m or less 1 m or less 1 m or less 1 m or less Enclosed vehicle (may deform due o hea) Packed producs in a sealed condiion Enclosed vehicle Packed producs in a (may deform due o hea) sealed condiion Enclosed vehicle Packed producs in a (may deform due o hea) sealed condiion Enclosed vehicle Packed producs in a (may deform due o hea) sealed condiion 1 m or less 1 m or less 1 m or less 1 m or less Enclosed vehicle (may deform due o hea) Enclosed vehicle (may deform due o hea) Do no leave fiings in an enclosed condiion (inside a vehicle in Summer, in an enclosed plasic bag, ec.) under a high emperaure amosphere. Packed producs in an sealed condiion Packed producs in an sealed condiion Follow our insallaion procedure o fully exer he work safey and piping performance for insallaion. Make sure o use he specified AV cemen for bonding AV PVC pipes. Be cauious of excessive adhesive (i may cause solven cracking and damage). Cauion is needed in low-emperaure insallaion because solven seam does no evaporae easily and ends o remain (i may cause solven cracking and damage). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. During curing, i can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion) or washing inside piping by filling he waer fully afer he adhesive is hardened. Make sure o perform a compleion inspecion under waer pressure. Do no perform an airighness es by using air (compressed air or posiive-pressure gas) as i is exremely dangerous. 105

To use piping maerials (PVC Pipe & Fiings) safey Solven Cracking (SC) Measure SC (Solven Cracking) is a ype of sress cracking and specifically disinguished from he cracking phenomenon ha occurs when solven gives an impac inside PVC pipe. SC is caused by he exisence of solven (adhesive, preservaive, ec.) I ends o occur more easily due o sress (hea sress, sress of TS connecion par, bending, oher exernal sress) and insallaion during low-emperaure like in Winer (solven ends o remain). When piping, implemen a SC measure as explained as follows. Iem Adhesive Usage Wiping of Adhesive Opening of pipe on boh ends Measure Apply adhesive compaible o he ype of pipe hinly and evenly. Do no apply adhesive exending ou from he inserion lengh on he pipe ouer face. In paricular, apply hinly and evenly o he inner face of fiing. The reference raio of adhesive applicaion is 7 o 3 for pipe and fiing. Afer bonding, make sure o wipe off he proruded adhesive wih a cloh afer insering. During applicaion, remove he adhesive spilled on he groove floor. Fully open valve, air valve, blind flange, ec. for beer venilaion and remove he solven sream. Do no enclose hem. Uilizaion of Prefab Mehod Prefabricae 2 o 4 pipes in advance, remove he solven seam by naural venilaion and hen connec he pipes. Venilaion inside Piping Washing inside Piping Expansion Measure Suppor During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. Do no enclose hem. During curing, he seam can be removed more effecively by venilaing inside piping using a venilaor (low-pressure specificaion). During curing afer piping, open boh ends of pipe wihou enclosing and remove he solven seam. I is more effecive if you fill waer all he way and wash afer he adhesive is hardened (do no apply he waer pressure a his ime). Immediaely perform his afer leaving 30 minues for he size of 50 mm or less and approximaely 1 hour for he size of 65 mm or more. Implemen an expansion/conracion reamen o preven he hea sress from rising due o emperaure differences. When fixing piping, ry o avoid using U-bols as much as possible and use fixaion bands wih a wider widh. In he case of using U-bols, provide a cushion such as rubber o preven piping from ouching U-bols. Be fully cauious no o ighen he fixaion bands and U-bols oo much. Adhesive 接着剤の使用量 Usage Do no apply adhesive exending ou from he gauge line. Wiping 接着剤の拭き取り of Adhesive Wipe off he proruded adhesive wih a cloh afer insering. Suppor サポート Be cauious no o ighen saddle bands, U-bols and U-bands oo much. Apply hinly and evenly o he inner face of TS fiing gaske. Expansion 伸縮対策 Measure Provide expansion/conracion reamen o lower he hea sress. emoval 溶剤成分の除去 of Solven & 管の両端開放 and Opening of Pipe on Boh Ends Venilaion Gas B o o m! Opening of pipe on boh ends ef as bonded ogeher Blower Washing wih waer Gas Proecion Cap No enclosing Curing Tape 106

Chemical Pipe Chemical Pipe Pipe Technical Technical Documen Documen P.108 P.109 Chemical 107

Chemical Pipe MODE CODE IST Type Field Maerial Sandard/Wall Thickness Sandard Type engh P N K PP J N *** 04 P Pipe N Sandard K Chemical PP Sraigh Pipe VP J JIS N Sandard 016 16 mm 04 4m 300 300 mm Sraigh Pipe (Chemical Pipe) MODE CODE P N K PP J N 04 Excellen chemical-resisance igher chemical-resisance compared o general unplasicized polyvinyl chloride pipes and excellen peneraion resisance specially agains hydrochloric acid, fluorine, ec. ong-erm durabiliy Excellen long-erm durabiliy wih high creep propery. igh pressure-resisan capabiliy Excellen safey and reliabiliy wih high pressure-resisan srengh. φd φd AV Chemical Pipe D (Ouer Diameer) (Thickness) d Basic Max/Min. Ouer Average Ouer Min (Approximae Tolerance (Overall engh) Dimension Dimensional Tolerance Dimensional Tolerance Dimension Inner Diameer) Weigh per 1m (eference) (kg/m) 16 22.0 ±0.2 ±0.2 2.7 +0.6 16 4000 ±10 0.256 20 26.0 ±0.2 ±0.2 2.7 +0.6 20 4000 ±10 0.310 25 32.0 ±0.2 ±0.2 3.1 +0.8 25 4000 ±10 0.448 30 38.0 ±0.3 ±0.2 3.1 +0.8 31 4000 ±10 0.542 40 48.0 ±0.3 ±0.2 3.6 +0.8 40 4000 ±10 0.791 50 60.0 ±0.4 ±0.2 4.1 +0.8 51 4000 ±10 1.122 65 76.0 ±0.5 ±0.3 4.1 +0.8 67 4000 ±10 1.445 75 89.0 ±0.5 ±0.3 5.5 +0.8 77 4000 ±10 2.202 100 114.0 ±0.6 ±0.4 6.6 +1.0 100 4000 ±10 3.409 125 140.0 ±0.8 ±0.5 7.0 +1.0 125 4000 ±10 4.464 150 165.0 ±1.0 ±0.5 8.9 +1.4 146 4000 ±10 6.701 200 216.0 ±1.3 ±0.7 10.3 +1.4 194 4000 ±10 10.129 250 267.0 ±1.6 ±0.9 12.7 +1.8 240 4000 ±10 15.481 300 318.0 ±1.9 ±1.0 15.1 +2.2 286 4000 ±10 21.962 Noes: Various fiings o connec o chemical pipes are TS fiings. 108

Technical Documen Chemical-resisance <Secional Picure of VP50 Impregnaed Piece> ydrochloric acid 35%, 50 C 12 days of impregnaion General Pipe Soluion conac face 500 µm Chemical Pipe Soluion conac face Effusion of hydrochloric acid is seen wih he general pipe bu compleely free from i wih he chemical pipe. 500 µm Weigh change (ydrochloric acid 35%, 50 C) 3.0 Weigh change raio 0.0 0 10 20 30 40 50 60 Impregnaion days (days) Weigh change (Niric acid 65%, 50 C) 1.2 Weigh change raio 2.5 2.0 1.5 1.0 0.5 1.0 0.8 0.6 0.4 0.2 General Pipe Chemical Pipe General Pipe Chemical Pipe 0.0 0 10 20 30 40 50 60 Impregnaion days (days) Basic Propery Type Iem Chemical Pipe General Pipe Tensile srengh (MPa) 58.7 57.5 Exension aio (%) 182 186 Izod Impac Value (kj/m 2 ) 7.5 6.5 Vica Sofening Temperaure ( C) 84.0 83.7 Shor-Term Burs Pressure Tes (Uni: MPa) Type Chemical Pipe General Pipe VP50 10.0 9.2 VP100 8.4 6.8 VP200 6.8 5.4 Noes: Various fiings o connec o chemical pipes are convenional TS fiings, bu hey have he equivalen chemical-resisance o chemical pipes. Creep Propery <Creep Tes esuls> Circumferenial sress 12.5MPa, 60 C 1600 1400 Breakage ime (hr) 1200 1000 800 600 400 200 0 Chemical Pipe ISO1167 sandard value 109

110

AV Pipe & Fiings Produc Type/Prefabricaed Produc AV Pipe AV Fiing Flange Technical Documen P.112 P.113 P.114 P.118 P.119 Srong 111

AV Pipe Type AV Pipe Inernal Corrosion-esisan ayer: PVC (Unplasicized Polyvinyl Chloride Pipe) Inernal Corrosion-esisan ayer: PP (Polypropylene Pipe) SU Type (Max. Working Temperaure: 90 C) Srong double laminaed pipe wih PVC pipe and fiing wrapped wih polyeser resin impregnaed glass fibers coninuously. GU Type (Max. Working Temperaure: 95 C) FP layer of AV pipe is enhanced o be able o use in high emperaure (95 C) and high pressure. PP Series (Maximum Working Temperaure: 100 C) Srong double laminaed pipe using PP pipe for he inernal corrosion-resisan layer. SU Type igh Puriy Type GU Type GU-N Type PP Series <Exerior color> Gray <Use> General chemical lines Sea waer lines, arge size <Exerior color> Green (GU Type) Dark gray (SU Type) <Use> Elecrolye (Purified sal waer) Oher high puriy chemical soluion <Exerior color> Dark blue <Use> Elecrolye (Chlorine gas lines) Iron-making acid-washing lines, Oher soluion lines <Exerior color> Dark Viole <Use> Elecrolye (Causic soda lines) <Exerior color> Ivory <Use> Elecrolye (Causic soda lines) Iron-making acid-washing lines, Oher organic chemical plan 13 600 mm 13 300 mm 13 600 mm 13 600 mm 15 600 mm * Exerior color is changeable on reques. * PP Series will be delivered only in prefabricaed condiion (end flange connecion). For deails, please conac our neares office. Prefab Produc "Field producion is difficul because piping shape is complicaed..." "We wan o minimize field fabricaion..." In hese cases, we can manufacure hem a our facory and deliver o you. Please feel free o conac us. 112

MODE CODE IST Type P Field * Maerial * Sandard/Wall Thickness Sandard ** J Type N *** engh 04 P Pipe F SU G GU U U-PVC 2 igh Puriy N GU-N PP Sraigh Pipe VP UP Sraigh Pipe VU P6 Single-Side Sleeve VP U6 Single-Side Sleeve VU J JIS N Sandard 013 13 mm 600 600 mm 04 4m Sraigh Pipe MODE CODE FP SU P F U PP J N 04 GU P G U PP J N 04 d AV Pipe FP ayer Wall Thickness * FP layer wall hickness (mm) is reference value. I is no guaraneed. Produc Name (mm) FP ayer Wall Thickness (mm) AV-SU Pipe, Socke, educer 1.2 13 600 AV-SU Elbow, Tee 1.4 AV-GU Elbow, Tee 13 40 1.4 13 40 1.2 50 125 2.4 AV-GU Pipe, Socke, 150 350 3.8 educer, Elbow, Tee 400, 450 5.2 500, 600 5.9 1 D d eference Weigh (kg) SU GU 13 4000 45 18 13 2.5 1.50 1.50 16 4000 50 22 16 3.0 1.74 1.74 20 4000 55 26 20 3.0 2.37 2.37 25 4000 60 32 25 3.5 3.17 3.17 30 4000 65 38 31 3.5 3.79 3.79 40 4000 80 48 40 4.0 5.20 5.20 50 4000 90 60 51 4.5 7.00 8.32 65 4000 95 76 67 4.5 8.96 10.52 75 4000 100 89 77 6.0 12.64 13.94 100 4000 120 114 100 7.0 18.16 20.21 Noes: Dimension 300 mm is for SU Type and GU Type. 1 1 1 D d eference Weigh (kg) SU GU 125 4000 150 140 125 7.5 23.64 25.93 150 4000 180 165 146 9.5 33.36 39.14 200 4000 190 216 194 11.0 49.38 58.45 250 4000 200 267 240 13.5 72.88 81.88 300 4000 200 318 286 16.0 101.38 110.73 350 4000 330 370 348 11.0 89.18 104.94 400 4000 370 420 395 12.5 112.20 145.15 450 4000 400 470 442 14.0 137.83 174.71 500 4000 410 520 489 15.5 166.08 215.78 600 4000 480 630 592 19.0 234.16 298.64 Single-Side Sleeve MODE CODE FP SU P F U P6 J N 04 GU P G U P6 J N 04 d Taper 1/T d1 1 d1 1/T D d eference Weigh (kg) SU GU 13 4000 45 26 18.40 1/30 18 13 2.5 1.50 1.50 16 4000 50 30 22.40 1/34 22 16 3.0 1.74 1.74 20 4000 55 35 26.45 1/34 26 20 3.0 2.37 2.37 25 4000 60 40 32.55 1/34 32 25 3.5 3.17 3.17 30 4000 65 44 38.60 1/34 38 31 3.5 3.79 3.79 40 4000 80 55 48.70 1/37 48 40 4.0 5.20 5.20 50 4000 90 63 60.80 1/37 60 51 4.5 7.00 8.32 65 4000 95 61 76.60 1/48 76 67 4.5 8.96 10.52 75 4000 100 64 89.60 1/49 89 77 6.0 12.64 13.94 100 4000 120 84 114.70 1/56 114 100 7.0 18.16 20.21 Noes: Dimension 300 mm is for SU Type and GU Type. 1 1 d1 1/T D d eference Weigh (kg) SU GU 125 4000 150 104 140.80 1/58 140 125 7.5 23.64 25.93 150 4000 180 132 166.00 1/63 165 146 9.5 33.36 39.14 200 4000 190 145 217.00 1/50 216 194 11.0 49.38 58.45 250 4000 200 155 267.70 1/55 267 240 13.5 72.88 81.88 300 4000 200 155 318.70 1/55 318 286 16.0 101.38 110.73 350 4000 330 280 373.00 1/43 370 348 11.0 89.18 104.94 400 4000 370 320 423.00 1/48 420 395 12.5 112.20 145.15 450 4000 400 350 474.00 1/45 470 442 14.0 137.83 174.71 500 4000 410 350 524.50 1/50 520 489 15.5 166.08 215.78 600 4000 480 410 635.00 1/50 630 592 19.0 234.16 298.64 113

AV Fiing MODE CODE IST Type * Field * Maerial * Sandard/Wall Thickness ** Sandard J Type N *** T Elbow B Bend F SU G GU U U-PVC 2 igh Puriy N GU-N 9 Elbow (90 ) 90 Bend (90 ) 4 Elbow (45 ) 45 Bend (45 ) TE Tee SO Socke P6 Single-Side Sleeve VP U6 Single-Side Sleeve VU J JIS V JIS N Sandard 013 13 mm 600 600 mm AV TS Fiing Common Dimensions FP d Noes: dimension differs slighly depending on he fiing such as bend, ec. Please refer o deails in Fiing Dimensions Table. For sandard of 350 mm or over, please conac our neares office. D d 1/T 13 24 18.40 26 1/30 16 29 22.40 30 1/34 20 33 26.45 35 1/34 25 40 32.55 40 1/34 30 46 38.60 44 1/34 40 57 48.70 55 1/37 50 70 60.80 63 1/37 65 87 76.60 61 1/48 75 102 89.60 64 1/49 100 130 114.70 84 1/56 125 157 140.85 104 1/58 150 186 166.00 132 1/63 200 235 217.00 145 1/50 250 295 268.20 155 1/48 300 336 318.70 175 1/55 Elbow, Bend (90 ) MODE CODE Elbow SU T F U 9 J N Elbow GU T G U 9 J N Bend SU B F U 90 V N Bend GU B G U 90 V N Elbow FP Bend FP Z Z d d 90 Elbow Z D d eference Weigh (kg) SU GU 13 36 26 10 24 18.40 0.05 0.05 16 43 30 13 29 22.40 0.07 0.07 20 50 35 15 33 26.45 0.09 0.09 25 58 40 18 40 32.55 0.15 0.15 30 65 44 21 46 38.60 0.20 0.20 40 82 55 27 57 48.70 0.30 0.30 50 96 63 33 70 60.80 0.40 0.48 65 110 61 49 87 76.60 0.60 0.70 75 120 64 56 102 89.60 0.98 1.16 100 153 84 69 130 114.70 1.85 2.19 125 188 104 84 157 140.85 3.06 3.32 150 230 132 98 186 166.00 5.03 5.90 200 265 145 120 240 217.00 7.97 9.40 250 311 155 156 295 268.20 13.16 15.30 300 350 175 175 347 319.60 17.20 20.40 90 Bend Z D d eference Weigh (kg) SU GU 75 137 72 65 101 89.80 0.80 0.88 100 172 92 80 129 115.00 1.50 1.70 125 237 112 125 156 141.20 2.60 2.90 150 260 140 120 185 166.50 4.10 4.80 200 341 145 196 240 217.00 7.70 9.20 250 402 155 247 293 268.20 11.00 12.70 300 395 155 230 337 318.70 12.20 14.00 Noes: 1. Elbow is sandard, unless oherwise specified. 2. of 350 mm or over can also be manufacured. Please consul our neares office. 114

Elbow, Bend (45 ) MODE CODE Elbow SU T F U 4 J N Elbow GU T G U 4 J N Bend SU B F U 45 V N Bend GU B G U 45 V N FP 45 Z 45 Elbow 20 25 mm d Elbow, Bend (45 ) Z D d eference Weigh (kg) SU GU 20 44 35 9 33 26.45 0.08 0.08 25 51 40 11 40 32.55 0.12 0.12 45 Bend 40 300 mm Noes: of 350 mm or over can also be manufacured. Please consul our neares office. Z D d eference Weigh (kg) SU GU 40 69 55 14 57 48.70 0.30 0.30 50 80 63 17 70 60.80 0.40 0.40 65 81 61 20 87 76.60 0.57 0.63 75 97 72 25 101 89.80 0.65 0.72 100 122 92 30 129 115.00 1.30 1.40 125 149 112 37 156 141.20 2.10 2.30 150 184 140 44 185 166.50 3.10 3.60 200 193 145 48 240 217.00 5.30 6.30 250 213 155 58 293 268.20 7.20 8.30 300 225 155 70 337 318.70 9.30 10.70 Tee MODE CODE SU T F U TE J N GU T G U TE J N FP d Z Z D d eference Weigh (kg) SU GU 13 36 26 10 24 18.40 0.04 0.04 16 43 30 13 29 22.40 0.05 0.05 20 50 35 15 33 26.45 0.06 0.06 25 58 40 18 40 32.55 0.13 0.13 30 65 44 21 46 38.60 0.18 0.18 40 82 55 27 57 48.70 0.31 0.31 50 96 63 33 70 60.80 0.50 0.60 65 110 61 49 87 76.60 0.73 0.86 Noes: of 350 mm or over can also be manufacured. Please consul our neares office. Tee Z D d eference Weigh (kg) SU GU 75 120 64 56 102 89.60 1.20 1.32 100 152 84 68 130 114.70 2.20 2.50 125 187 104 83 157 140.85 3.50 3.90 150 230 132 98 186 166.00 6.40 7.50 200 266 145 121 240 217.00 9.30 11.10 250 331 155 176 295 268.20 13.20 15.30 300 340 175 165 337 318.70 16.60 19.10 115

AV Fiing educing Tee MODE CODE SU T F U TE J N GU T G U TE J N ' d' FP ' Z' ' d Z educing Tee Z D d ' ' Z' D' d' eference Weigh (kg) SU GU 16 13 41 30 11 29 22.40 38 26 12 24 18.40 0.04 0.04 20 13 46 35 11 33 26.45 40 26 14 24 18.40 0.05 0.05 20 16 48 35 13 33 26.45 45 30 15 29 22.40 0.05 0.05 25 13 51 40 11 40 32.55 43 26 17 24 18.40 0.09 0.09 25 16 53 40 13 40 32.55 48 30 18 29 22.40 0.10 0.10 25 20 55 40 15 40 32.55 53 35 18 33 26.45 0.11 0.11 30 13 55 44 11 46 38.60 46 26 20 24 18.40 0.12 0.12 30 16 57 44 13 46 38.60 51 30 21 29 22.40 0.13 0.13 30 20 59 44 15 46 38.60 56 35 21 33 26.45 0.14 0.14 30 25 62 44 18 46 38.60 61 40 21 40 32.55 0.16 0.16 40 13 66 55 11 57 48.70 52 26 26 24 18.40 0.19 0.19 40 16 68 55 13 57 48.70 57 30 27 29 22.40 0.21 0.21 40 20 70 55 15 57 48.70 62 35 27 33 26.45 0.22 0.22 40 25 73 55 18 57 48.70 67 40 27 40 32.55 0.23 0.23 40 30 76 55 21 57 48.70 71 44 27 46 38.60 0.23 0.23 50 13 74 63 11 70 60.80 58 26 32 24 18.40 0.31 0.37 50 16 76 63 13 70 60.80 63 30 33 29 22.40 0.34 0.40 50 20 78 63 15 70 60.80 68 35 33 33 26.45 0.35 0.42 50 25 81 63 18 70 60.80 73 40 33 40 32.55 0.36 0.43 50 30 84 63 21 70 60.80 77 44 33 46 38.60 0.38 0.45 50 40 90 63 27 70 60.80 88 55 33 57 48.70 0.45 0.54 65 40 100 61 39 87 76.60 95 55 40 57 48.70 0.60 0.70 65 50 101 61 40 87 76.60 104 63 41 70 60.80 0.70 0.82 75 25 93 64 29 102 89.6 88 40 48 40 32.55 0.60 0.67 75 40 100 64 36 102 89.6 102 55 47 57 48.70 0.85 0.94 75 50 105 64 41 102 89.6 110 63 47 70 60.80 0.95 1.05 75 65 113 64 49 102 89.6 117 61 56 87 76.60 1.10 1.21 100 50 125 84 41 130 114.7 122 63 59 70 60.80 1.65 1.84 100 75 140 84 56 130 114.7 132 64 68 102 89.60 1.85 2.06 125 75 160 104 56 157 140.85 147 64 83 102 89.60 2.88 3.19 125 100 173 104 69 157 140.85 167 84 83 130 114.70 3.45 4.00 150 75 195 132 63 186 166.0 158 64 94 102 89.60 4.20 5.00 150 100 208 132 76 186 166.0 182 84 98 130 114.70 5.00 5.90 150 125 217 132 85 186 166.0 201 104 97 157 140.85 5.20 6.10 200 75 201 145 56 240 217.0 180 64 116 107.2 89.60 7.50 9.00 200 100 215 145 70 240 217.0 200 84 116 130 114.70 8.60 10.30 200 150 238 145 93 240 217.0 253 132 121 188 166.00 10.20 12.20 250 75 226 155 71 295 268.2 210 64 146 108 89.60 11.80 14.10 250 100 246 155 91 295 268.2 225 84 141 136 114.70 13.10 15.20 250 200 304 155 149 295 268.2 310 145 165 245 217.00 17.20 20.60 300 75 361 300 61 343 320.7 236 64 172 102 89.60 19.10 22.90 Noes: of 350 mm or over can also be manufacured. Please consul our neares office. 116

d FP 90 Socke MODE CODE SU T F U SO J N GU T G U SO J N FP d FP Z Socke Z D d eference Weigh (kg) SU GU 13 57 26 5 24 18.40 0.03 0.03 16 67 30 7 29 22.40 0.04 0.04 20 77 35 7 33 26.45 0.05 0.05 25 87 40 7 40 32.55 0.08 0.08 30 95 44 7 46 38.60 0.10 0.10 40 117 55 7 57 48.70 0.20 0.20 50 133 63 7 70 60.80 0.30 0.36 65 145 61 23 87 76.60 0.40 0.47 Noes: of 350 mm or over can also be manufacured. Please consul our neares office. Z 45 Z D d eference Weigh (kg) SU GU 75 155 64 27 102 89.60 0.60 0.66 100 200 84 32 130 114.70 1.10 1.20 125 240 104 32 157 140.85 1.50 1.80 150 300 132 36 186 166.00 2.80 3.30 200 305 145 15 238 217.00 3.60 4.30 d 250 352 155 42 295 268.20 4.80 5.60 300 360 175 10 336 319.60 7.10 8.20 Z educing Socke MODE CODE SU T F U SO J N GU T G U SO J N FP d d' ' O.D C.D Z Z d N- e FP eference Weigh (kg) D d ' D' d' Z SU GU 16 13 61 30 29 22.40 26 24 18.40 5 0.05 0.05 20 13 68 35 33 26.45 26 24 18.40 7 0.06 0.06 20 16 71 35 33 26.45 30 29 22.40 6 0.06 0.06 25 13 86 40 40 32.55 26 24 18.40 20 0.08 0.08 25 16 85 40 40 32.55 30 29 22.40 15 0.08 0.08 25 20 84 40 40 32.55 35 33 26.45 9 0.08 0.08 30 20 93 44 46 38.60 35 33 26.45 14 0.12 0.12 30 25 93 44 46 38.60 40 40 32.55 9 0.12 0.12 40 20 113 55 57 48.70 35 33 26.45 23 0.16 0.16 40 25 114 55 57 48.70 40 40 32.55 19 0.17 0.17 40 30 114 55 57 48.70 44 46 38.60 15 0.18 0.18 50 20 116 63 70 60.80 35 33 26.45 18 0.20 0.24 50 25 140 63 70 60.80 40 40 32.55 37 0.24 0.29 ' Z' ' ' d' Noes: of 350 mm or over can also be manufacured. Please consul our neares office. Z educing Socke ' eference Weigh (kg) D d ' D' d' Z SU GU 50 30 136 63 70 60.80 44 46 38.60 29 0.27 0.32 50 40 136 63 70 60.80 55 57 48.70 18 0.28 0.33 65 40 145 61 87 76.60 55 57 48.70 29 0.38 0.44 65 50 149 61 87 76.60 63 70 60.80 25 0.40 0.47 75 40 153 64 102 89.60 55 57 48.70 34 0.45 0.50 75 50 165 64 102 89.60 63 70 60.80 38 0.50 0.55 FP 75 65 159 64 102 89.60 61 87 76.60 34 0.58 0.64 100 75 190 84 130 114.70 64 102 89.60 42 0.86 0.96 125 100 229 104 157 140.85 84 130 114.70 41 1.40 1.55 150 100 295 132 186 166.00 84 130 114.70 79 2.40 2.82 150 125 272 132 186 166.00 104 157 140.85 36 2.50 2.93 200 150 356 145 240 217.00 132 188 166.00 79 5.40 6.36 250 200 380 155 292 268.20 145 240 217.00 80 9.40 11.00 d T1 Z T2 Z 117

AV Flange MODE CODE IST Type Field Model Maerial Sandard F * * U 1 *** F Flange F SU G GU T TS Flange Q Blind Flange U U-PVC 1 JIS10K 013 13 mm TS Flange (JIS 10K Type) MODE CODE SU F F T U 1 0 GU F G T U 1 0 13 125 mm 150 300 mm N- e FP O.D C.D d 300 300 mm Z O.D C.D D d T1 T2 eference Weigh (kg) N-φe SU GU SU GU 13 30.0 26 4.0 90 65 25.5 18.40 14 2 2.0 4-15 0.13 0.13 15 35.0 30 5.0 95 70 31.0 22.40 14 5 5.0 4-15 0.19 0.19 20 40.0 35 5.0 100 75 35.0 26.45 15 5 5.0 4-15 0.24 0.24 25 46.0 40 6.0 125 90 42.5 32.55 15 5 5.0 4-19 0.38 0.38 30 50.5 44 6.5 135 100 48.5 38.60 16 5 5.0 4-19 0.45 0.45 40 61.5 55 6.5 140 105 60.5 48.70 16 6 6.0 4-19 0.53 0.53 50 71.0 63 8.0 155 120 73.0 60.80 20 8 8.0 4-19 0.81 0.81 65 70.0 61 9.0 175 140 90.0 76.60 22 8 8.0 4-19 1.10 1.10 75 73.0 64 9.0 185 150 105.0 89.60 22 8 8.0 8-19 1.20 1.20 100 93.0 84 9.0 210 175 131.0 114.7 22 10 10.0 8-19 1.70 1.70 125 114.0 104 10.0 250 210 158.0 140.85 24 12 12.0 8-23 2.70 2.70 150 142.0 132 10.0 280 240 185.0 166.0 26 2 3.5 8-23 2.80 3.40 200 156.0 145 11.0 330 290 238.0 217.0 28 2 3.5 12-23 3.90 4.60 250 167.0 155 12.0 400 355 289.0 268.2 30 2 3.5 12-25 5.60 6.60 300 167.0 155 12.0 445 400 341.0 318.7 30 2 4.3 16-25 7.50 9.00 Noes: of 350 mm or over and welding flange modificaion are also available. Please consul a near-by sales office. T1 Z T2 Blind Flange (JIS 10K Type) MODE CODE SU F F Q U 1 0 GU F G Q U 1 0 FP N- e C,D O,D O.D C.D T1 T2 eference Weigh (kg) N-φe SU GU SU GU SU GU 13 90 65 12 12 2.5 3 4-15 0.14 0.15 15 95 70 12 12 2.5 3 4-15 0.16 0.17 20 100 75 14 14 2.5 3 4-15 0.20 0.21 25 125 90 14 14 2.5 3 4-19 0.31 0.32 30 135 100 16 16 2.5 3 4-19 0.41 0.43 40 140 105 16 16 2.5 3 4-19 0.45 0.46 50 155 120 16 16 2.5 3 4-19 0.55 0.57 65 175 140 18 18 2.5 3 4-19 0.78 0.81 75 185 150 18 18 2.5 3 8-19 0.84 0.87 100 210 175 18 18 2.5 5 8-19 1.10 1.27 T1 T2 O.D C.D T1 T2 eference Weigh (kg) N-φe SU GU SU GU SU GU 125 250 210 20 20 3.0 6 8-23 1.75 2.02 150 280 240 22 22 4.0 8 8-23 2.52 2.99 200 330 290 22 22 5.0 10 12-23 3.64 4.45 250 400 355 24 24 7.0 13 12-25 6.26 7.70 300 445 400 24 24 9.0 15 16-25 8.30 10.50 350 490 445 25 20 13.0 25 16-25 12.00 15.00 400 560 510 25 20 13.0 25 16-27 16.00 19.50 450 620 565 25 20 13.0 25 20-27 19.00 24.00 500 675 620 25 20 15.0 25 20-27 24.50 28.50 600 795 730 30 20 15.0 30 24-33 37.00 43.50 118

Insallaion Procedure Insallaion Procedure 1 Afer cuing he pipe wih specified lengh, pu a gauge line along he perimeer of he pipe and pu incision in he circumference direcion spirally wih a saw, ec. 2 ea evenly by a propane gas burner. 3 Pinch he FP layer wih pliers, ec. and peel i off. 4 Finish he FP peeled par wih a sand paper, ec., chamfer he ip 45, and apply adhesive evenly on he connecion par of pipe and fiing. 5 Inser ino fiing using a lever block, ec. 6 emove he proruded adhesive from he connecion end and weld. 119

Insallaion/Piping Suppor Procedure 7 Afer applying primer, fill he area where i has a level difference in joins and he corner par wih he mixure made by adding and mixing he hardener wih he volume raio of 1 o 2% agains Q Coa Puy lile by lile, and hen finish smoohly using a spaula. Mixing aio and Curing Time (Volume raio agains polyeser resin 100) Ouside ardener Temperaure 1% 2% 10 C 48 minues 15 minues 20 C 22 minues 30 C 9 minues 8 Add hardener o polyeser resin and apply i on he connecion par wih a brush or roller o impregnae he polyeser resin ino he glass fibers o build specified laminaion. Piping Suppor Procedure Suppor Inervals Insall suppors on he sraigh par by referring o he inervals in he following able. SU ype 13 25 mm Temperaure 30 50 mm 65 100 mm 125 150 mm 200 250 mm 300 400 mm 450 500 mm 600mm 20 C 1.0 1.5 2.0 2.25 2.5 2.75 3.0 3.5 60 C 1.0 1.25 1.5 1.75 2.0 2.25 2.5 2.75 90 C 1.0 1.25 1.25 1.5 1.75 1.75 2.0 2.0 (Uni: m) GU Type 13 25 mm Temperaure 30 40 mm 50 65 mm 75 125 mm 150 250 mm 300 350 mm 400 500 mm 600mm 20 C 1.0 1.5 2.0 2.25 2.75 2.75 3.0 3.5 60 C 1.0 1.25 1.75 2.0 2.5 2.5 2.75 3.25 95 C 1.0 1.25 1.5 1.75 2.0 2.0 2.75 3.0 (Uni: m) For supporing he bending pars and oher areas, refer o he separae Technical Documen " AV Pipe Insallaion Procedure (AV-T-018-J)." 120

Mainenance Maerial Mainenance Maerials for AV Pipe Insallaion Produc Name Use Shipmen Uni AV Cemen No.88 ( of 150 mm or less) AV Cemen No.62 ( of 200 mm or more) Connecs PVC pipe wih FP removed and fiing. 250 g/can 500 g/can 1 kg (No.62) Welding rod (φ3, φ4) Welds he small end of bonded pipe fiing. 1 kg/box Primer (UA soluion, UB soluion) Enhances he bonding of PVC and FP. 500 g/can Q Coa Puy Polyeser resin Fills a level difference beween pipe and fiing and enhances he srengh of conneced/welded par. Impregnaes resin o glass fibers when laminaing hem on he op layer of conneced pipe fiing. 1kg/can 500 g/can ardener ardens Q Coa Puy and polyeser resin. 500 g/can Glass fibers SU ype GU Type Glass Cloh (GC) Surface Cloh (SC) Glass Cloh (GC) Ma (M) oving Cloh (W) Surface Cloh (SC) aminaes on he op layer of conneced pipe/fiing for reinforcemen. (Type of glass fibers differs by size.) m/lap Acceleraor (equired when insalling a overseas.) Acceleraes hardening. 1kg/can Aceone Cleans he connecion par. 500 g/can Mainenance maerials above are required for AV pipe field insallaion. Mainenance maerials are for AV pipe only. Do no use hem for oher purposes. For required quaniy of mainenance maerials, please consul our neares office. Precauions for Soring and andling of Mainenance Maerials 1) Precauions for sorage Be cauious in sorage as mainenance maerials conain hazardous maerials. Display of he hazardous maerials and avoid flammables. 2) Precauions for handling 1 Never mix hardener and acceleraor direcly as i could cause an explosive reacion and creae an exremely dangerous condiion. 2 Never pu polyeser resin, acceleraor, hardener, primer, Q Coa Puy, aceone and adhesive close o fire as hey are flammable. 3 Wear proecion gloves, proecion glasses and organic gas mask when working. 4 Do no apply an excessive impac o hardener. 5 Afer using mainenance maerials, pu a lid and sore in a hazardous maerial sorage place. 6 For used conainers, punch a hole a he boom of he conainer and dispose according o he local disposal sandard. 7 If mainenance maerials cach a fire, disinguish by using powder and carbon dioxide fire exinguisher. 8 If polyeser resin, acceleraor, hardener, primer, aceone or adhesive leaks, absorb i using an absorber and wipe off wih a cloh immediaely. 9 When handling mainenance maerials excluding welding rod, never ouch or pull wih bear hands. 10 If oxic condiions caused by mainenance maerials are seen, lay in a breezy area wih he head lower han he legs and consul a docor immediaely. 11 In case of conacing wih he eyes by misake, rinse he eyes wih clean waer immediaely for more han 30 minues and consul a docor immediaely. 121

Piping Suppor ardware Piping Suppor ardware Be cauious of he following poins when providing suppor o piping. Use a ype ha can bear he oal weigh of pipe, fluid inside he pipe and hea insulaor. Be fully cauious abou excessive ighening ha could flaen piping. For suppor hardware o be used for piping fixaion, use he following suppor hardware and make sure o provide a buffer wih a rubber sea, ec. Suppor ardware o be Used 30 mm or less U-bol, U-band 40 125 mm U-band 150mm or more U Band wih Pipe ower Suppor Saddle 1 Piping U-Band 40 125 mm ubber Sea ubber Sea ubber Sea ubber Sea ubber Sea (mm) SU GU d P W T1 T2 d P W T1 T2 40 M10 28 72 32 3 2 M10 28 72 32 3 2 50 M10 34 84 32 3 2 M10 36 88 32 3 2 65 M10 42 100 32 3 2 M10 44 104 32 3 2 75 M10 49 114 32 3 2 M10 51 118 32 3 2 100 M12 62 145 32 4.5 3 M12 64 149 32 4.5 3 125 M12 76 173 32 4.5 3 M12 77 175 32 4.5 3 For fiing maerials, refer o he separae Technical Documen " AV Pipe Insallaion Procedure (AV-T-018-J)." 2 Piping U-Band 150 300 mm ubber Sea ubber Sea ubber Sea ubber Sea Saddle Weld Insallaion Type Saddle Bol Insallaion Type (mm) SU GU d P W1 W2 T1 T2 d P W1 W2 T1 T2 150 M12 89 199 250 38 50 4.5 3 M12 91 203 250 38 50 4.5 3 200 M12 114 249 300 38 50 4.5 3 M12 117 255 310 38 50 4.5 3 250 M12 140 301 350 38 50 4.5 3 M12 142 305 360 38 50 4.5 3 300 M16 166 360 410 50 75 6 4 M16 169 366 420 50 75 6 4 For fiing maerials, refer o he separae Technical Documen " AV Pipe Insallaion Procedure (AV-T-018-J)." 122

Double Conained Pipe & Fiings Overview of Double Conained Pipe Double Conained Pipe Double Conained Fiings Thermal Pipe & Fiings Technical Documen P.124 P.128 P.130 P.132 P.133 Safeguard 123

Double Conained Pipe Double Conained Pipe Overview Double conained pipes are producs of inner pipe (acual pipe) and ouer pipe (proecion pipe) combined ogeher. Wih his srucure, even if liquid leaks due o breakage of he inner pipe, he fluid is received by he ouer pipe and scaering or leakage o ouside can be prevened. You can idenify a leakage direcly and recover immediaely by using ransparen PVC pipe for ouer pipe. Double conained pipes are effecive for safey and environmenal measures. evisions of he Waer Polluion Prevenion Ac - Creaion of a Sysem Effecive for Prevenion of Underground Waer Conaminaion in Advance -(Enforcemen dae on June 1, 2012) aw o revise par of he Waer Polluion Prevenion Ac was enaced on June 14, 2011, promulgaed on June 22, 2011, and enforced on June 1, 2012. Based on his law, new regulaions are added o his Ac o regulae he insallers of faciliies using and soring hazardous subsances (*1) o follow he sandard for srucure, equipmen and use mehod of underground peneraion prevenion, conduc regular inspecions, and keep records of he resuls. (*1) azardous subsances subjec o he regulaions are in oal of 28 iems (as of June 2013) regulaed in Aricle 2 of he Ordinance of Waer Polluion Ac such as cadmium, lead and richloroehylene. Measures (Effecive Use of Double Conained Pipe) Piping, ec. accompanied wih he faciliy iself (Above ground faciliies) I is o preven leakage o he floor surface, ec. by prevening leakage of hazardous maerials from piping, ec. or checking any leakage easily. Because of his, i shall be a maerial/srucure required for prevenion of leakage from piping, ec. or a piping layou ha is easy o check any leakage visually. In boh cases, i shall be ha any abnormaliy or leakage can be easily checked visually in regular inspecions. Piping, ec. includes he piping main uni, fiings, flanges, valves and pump equipmen where waer conaining hazardous maerials would flow. Safey Measure In he case of breakage, ec., you can easily check a leakage area wih double conained pipes. Fluid o scaer o ouside can be prevened. Environmen Preservaion 124

Feaures and Srucure 1. Chemical Scaering Prevenion Making piping he dual design prevens chemical soluions from ouflowing o ouside even when he inner pipe is damaged, ec. Ouer pipe is designed o wihsand he full capaciy (non pressure). 2. Visual Inspecion is Feasible (Ouer Pipe Transparen PVC) Making ouer pipe ransparen PVC makes visual inspecion done easily. Transparen PVC is available o he size of 200 mm (inner pipe 100 mm). 3. Expansion Measure (Elasic Slide Pipe) Expansion/conracion amouns of ouer pipe (ouside emperaure) and inner pipe (fluid emperaure) are differen. Inner pipe and ouer pipe of double conained pipes are independen o each oher (no fixed), and expansion/conracion is absorbed wih he ouer pipe of elasic slide pipe. Basic Srucure Inner pipe is no conneced o ouer pipe and moves and expands/conracs freely inside ouer pipe. Ouer Pipe Guide Panel Inner Pipe Inner Pipe Ouer Pipe Elasic Slide Pipe Elasic slide pipe absorbs hea expansion/conracion of ouer pipe caused by ouside emperaure flucuaion, ec. Inserion Pipe (Movable) Inner Pipe Insallaion Procedure Ouer Pipe Cap Sleeve Pipe Increaser Piping insallaion shall be done in he order of inner pipe and ouer pipe. Produc ineup Inner pipe can be seleced based on condiions of chemical soluion. [Inner Pipe] 16-150 mm U-PVC, I-PVC, igh Puriy PVC [Ouer Pipe] 65-250 mm U-PVC (65-250 mm), Transparen PVC (65-200 mm) 125

Double Conained Pipe ineup and Piping Example Double Conained Pipe/Fiings Available * I may be U-PVC (Gray) specificaion depending on ype of produc. Inner Pipe For x Piping Maerial deails, refer o respecive produc sandards. Ouer Pipe Inner Pipe (VP) Ouer Pipe (VU Equivalen) Pipe & Fiings Pipe Fiing 16 65 20 65 25 75 40 75 50 100 65 125 75 150 100 200 125 250 150 250 U-PVC I-PVC igh Puriy PVC U-PVC Transparen PVC U-PVC * I may be U-PVC (Gray) specificaion depending on ype of produc. For deails, refer o respecive produc sandards. Double Conained Pipe & Fiings ineup 1 Pipe 2 Pipe (For Inner Pipe Fixing) 3 Elasic Slide Pipe 4 Elbow 5 Elbow (Wih Drain) 6 Tee 7 Tee (Wih Drain) 8 End Cap 9 Splash Panel * Guide Panel Tee * Guide Panel For Inner Pipe Suppor Noes: Guide panel can be provided as a supplemenary produc a he ime of insalling double conained pipe. Use hem for dimension adjusmen for 75 x 150mm, ec. a he ime of field insallaion. Please specify ouer pipe specificaion (VU, Transparen) when ordering. For deails, please consul our neares office. Elasic Slide Pipe Absorb expansion/conracion of ouer pipe Pipe 126

Prevenion of Scaering o Ouside of Piping Prevenion of Environmen Polluion Safey Measure of Overhead Piping Piping crossing beween buildings Also effecive produc for prevenion of human damages from leakage of ceiling piping, ec. Tee (Wih Drain) Elbow Splash Panel The maerial of O-ring used o dam he leaked fluid o ouer pipe is EPDM Pipe (For Inner Pipe Fixing) Use when he disance of verical piping is long End Cap Drain Valve Insall in fron of splash panel in he case of sloped piping Elbow (Wih Drain) 127

Double Conained Pipe 1 Pipe Appearance image when he ouer pipe is ransparen PVC. 1 2 3 Pars Inner Pipe VP Ouer Pipe VU Guide Panel Inner Pipe VP 4,000 mm 2 1 2 Ouer Pipe VU 4,000 mm Inner Pipe x Inner Pipe (VP) Ouer Pipe (VU) Guide Panel Weigh Ouer Pipe Ouer Diameer Approximae Inner Diameer Ouer Diameer Approximae Inner Diameer 1 2 (kg/se) 16 65 16 22 16 65 76 71 1300 700 4.4 20 65 20 26 20 65 76 71 1300 700 4.6 25 75 25 32 25 75 89 83 1300 700 6.6 40 75 40 48 40 75 89 83 2000 1000 7.9 50 100 50 60 51 100 114 107 2000 1000 11.6 65 125 65 76 67 125 140 131 2000 1000 17.0 75 150 75 89 77 150 165 154 (155) 2000 1000 24.9 100 200 100 114 100 200 216 202 2000 1000 40.5 125 250 125 140 125 250 267 250 2000 1000 57.8 150 250 150 165 146 250 267 250 2000 1000 66.7 Noes: Approximae inner diameer will be ( ) when he ouer pipe is ransparen PVC for 75 x 150mm. Ouer Pipe Transparen PVC 2 Pipe (For Inner Pipe Fixing) Appearance image when he ouer pipe is ransparen PVC. 1 2a 2b 3 4 Pars Inner Pipe VP Ouer Pipe VU Ouer Pipe VU Inner Pipe Suppor Panel VU Socke Inner Pipe VP 4,000 mm 2 1 2 Ouer Pipe VU 3,000 mm Inner Pipe x Inner Pipe (VP) Ouer Pipe (VU) Inner Pipe Suppor Panel Weigh Ouer Pipe Ouer Diameer Approximae Inner Diameer Ouer Diameer Approximae Inner Diameer 1 2 (kg/se) 16 65 16 22 16 65 76 71 2000 1000 3.8 20 65 20 26 20 65 76 71 2000 1000 4.0 25 75 25 32 25 75 89 83 2000 1000 5.7 40 75 40 48 40 75 89 83 2000 1000 7.0 50 100 50 60 51 100 114 107 2000 1000 10.5 65 125 65 76 67 125 140 131 2000 1000 15.3 75 150 75 89 77 150 165 154 (155) 2000 1000 22.7 100 200 100 114 100 200 216 202 2000 1000 36.8 125 250 125 140 125 250 267 250 2000 1000 53.0 150 250 150 165 146 250 267 250 2000 1000 62.0 Noes: 1. Approximae inner diameer will be ( ) when he ouer pipe is ransparen PVC for 75 x 150mm. 2. * 4 UV Socke is no ransparen. Ouer Pipe Transparen PVC 128

3 Elasic Slide Pipe Appearance image when he ouer pipe is ransparen PVC. 1 2 3 4 5 Pars Inserion Pipe VU Sleeve Pipe VU VU Cap VU Increaser O-ing 1 2 * 2 Sleeve pipe and 4 VU increaser are conneced on sie. * Elasic slide pipe does no have inner pipe and ouer pipe. 3 Weigh Sleeve Pipe 1 2 1 2 Inner Pipe x Ouer Pipe Sleeve Pipe (Min.) (kg/se) Transparen PVC 16 65 100 1000 210 35 630 200 2.4 20 65 100 1000 210 35 630 200 2.4 25 75 100 1200 220 40 800 200 2.7 40 75 100 1200 220 40 800 200 2.7 50 100 125 1300 230 50 800 200 4.5 65 125 150 1300 250 65 820 200 6.7 75 150 200 1400 280 80 850 200 12.2 100 200 250 1500 300 110 900 200 19.1 125 250 300 1700 320 130 940 200 29.7 150 250 300 1700 320 130 940 200 29.7 Noes: 1. When he ouer pipe is ransparen PVC, 1 Inserion Pipe VU, 3 VU Increaser and 4 UV Cap are no ransparen. 2. O-ring is EPDM. Movemen image of elasic slide pipe The inserion pipe moves inside he sleeve pipe of he elasic slide pipe in conjuncion wih expansion/conracion of he ouer pipe. Ouer pipe is conraced (inserion pipe wen backward). Ouer pipe is expanded (inserion pipe wen forward). Precauions for Insallaion of Elasic Slide Pipe Take he produc ou from package immediaely before insallaion. Avoid aachmen of foreign objecs of sand and chips, ec. o inserion pipe and sleeve pipe. Silicon grease is already applied on O-ring of inserion pipe. If i is difficul o inser ino sleeve pipe when adjusing he posiion of inserion pipe, spray waer ino sleeve pipe wih a spray gun or apply AV lubrican (separaely sold). Never use a solven-base grease. If posiion will be adjused by insering ino sleeve pipe afer connecing inserion pipe, avoid pulling he connecion par forcibly. 129

Double Conained Pipe 4 Elbow 1 2 O Pars 1 TS Elbow 4 Ouer Pipe VU 2 Inner Pipe VP 5 Guide Panel 3 VU Elbow Appearance image when he ouer pipe is ransparen PVC. Inner Pipe x Weigh i 0 1 2 Ouer Pipe (kg/se) 16 65 230 150 80 73 0.6 20 65 235 150 85 73 0.7 25 75 262 172 90 84 1.0 40 75 277 172 105 84 1.3 50 100 329 217 112 105 2.3 65 125 385 275 110 135 3.9 75 150 446 333 113 165 6.6 100 200 574 440 134 215 13.2 125 250 691 537 154 266 21.7 150 250 719 537 182 266 26.2 Ouer Pipe Transparen PVC Noes: 1. When he ouer pipe is ransparen PVC, 5 Guide Panel is no ransparen. 5 Elbow (Wih Drain) 1 2 i O Pars 1 TS Elbow 5 Guide Panel 2 Inner Pipe VP 6 VU Pipe (Drain par) 3 VU90 Y 7 VU Cap 4 Ouer Pipe VU 8 TS Socke 20 mm Appearance image when he ouer pipe is ransparen PVC. 1 2 O i 3 Inner Pipe x Weigh i 0 1 2 3 Ouer Pipe (kg/se) 16 65 225 150 80 73 154 0.8 20 65 235 150 85 73 154 0.9 25 75 262 172 90 84 170 1.3 40 75 277 172 105 84 170 1.5 50 100 329 217 112 105 204 2.8 65 125 385 275 110 135 248 5.0 75 150 446 333 113 165 292 8.2 100 200 574 440 134 215 379 16.0 125 250 691 537 154 266 450 27.1 150 250 719 537 182 266 450 31.6 Ouer Pipe Transparen PVC Noes: 1. When he ouer pipe is ransparen PVC, 5 Guide Panel, 6 VU Pipe (Drain par), 7 VU Cap and 8 TS Socke are no ransparen. 6 Tee Appearance image when he ouer pipe is ransparen PVC. Pars 1 TS Tee 4 Ouer Pipe VU 2 Inner Pipe VP 5 Guide Panel 3 VU90 Y 1 2 i O 1 2 O i Inner Pipe x Weigh Ouer Pipe i 0 1 2 (kg/se) 16 65 460 230 150 80 73 0.8 20 65 470 235 150 85 73 0.9 25 75 524 262 172 90 84 1.4 40 75 554 277 172 105 84 1.8 50 100 658 329 217 112 105 3.1 65 125 770 385 275 110 135 5.4 75 150 892 446 333 113 165 9.0 100 200 1148 574 440 134 215 17.6 125 250 1382 691 537 154 266 30.0 150 250 1438 719 537 182 266 37.0 Ouer Pipe Transparen PVC Noes: 1. When he ouer pipe is ransparen PVC, 5 Guide Panel is no ransparen. 130

7 Tee (Wih Drain) * Pu on he ouer pipe. 1 Z1 Z2 2 Pars 1 VU90 Y 3 VU Cap 2 VU Pipe (Drain par) 4 TS Socke20 mm Appearance image when he ouer pipe is ransparen PVC. Inner Pipe x Ouer Pipe 1 2 Z1 Z2 Weigh (kg/se) Ouer Pipe Transparen PVC 16 65 153 77 78 42 43 0.4 20 65 153 77 78 42 43 0.4 25 75 169 88 89 48 49 0.5 40 75 169 88 89 48 49 0.5 50 100 203 112 113 62 63 1.0 65 125 247 140 141 75 76 2.0 75 150 291 169 170 89 90 3.2 100 200 378 225 226 115 116 5.5 125 250 447 271 274 141 144 9.7 150 250 447 271 274 141 144 9.7 Noes: 1. When he ouer pipe is ransparen PVC, 3 VU Cap and 4 TS Socke (20 mm) are no ransparen. 8 End Cap φd φd1 φd Inner Pipe x Ouer Pipe D l d1 d Weigh (kg) 16 65 81.5 37.5 35 76.40 23 0.1 20 65 81.5 37.5 35 76.40 27 0.1 25 75 94.5 42.5 40 89.45 33 0.1 40 75 94.5 42.5 40 89.45 49 0.1 50 100 122.0 53.0 50 114.55 61 0.2 65 125 148.5 69.0 65 140.70 77 0.3 75 150 175.5 84.0 80 166.10 90 0.4 100 200 228.0 115.0 110 217.30 115 0.9 125 250 280.0 138.0 125 268.55 141 1.4 150 250 280.0 138.0 125 268.55 166 1.4 Noes: I is no ransparen. 9 Splash Panel φd φd O-ing Inner Pipe x Ouer Pipe D d Weigh (kg/se) 16 65 71 22 15 0.07 20 65 71 26 15 0.07 25 75 83 32 15 0.09 40 75 83 48 15 0.07 50 100 107 60 15 0.12 65 125 131 76 15 0.18 75 150 154 (155) 89 15 0.25 100 200 202 114 20 0.60 125 250 250 140 20 0.93 150 250 250 165 20 0.75 Noes: 1. I is no ransparen. 2. O-ring is EPDM. 3. Ouer pipe dimension for 75 x 150mm will be ( ) when D is ransparen PVC. Please specify ouer pipe specificaion (VU, Transparen) of applicable size. 131

Double Conained Pipe MODE CODE IST Pipe Type Field Maerial Shape Sandard/Model engh P K U PP JA *** 04 P Pipe K ea Insulaing Pipe U U-PVC PP Sraigh Pipe JA JIS A Type 025 25 mm 04 4m 300 300 mm U-PVC Fiings Type Field Maerial Shape Sandard/Model T K U ** JA *** T Fiing K ea Insulaing Fiing U U-PVC SO Socke 9 90 Elbow 4 45 Elbow TE Tee JA JIS A Type 025 25 mm 300 300 mm Thermal Pipe & Fiings For Cold egions Specially made for cold regions by combining unplasicized polyvinyl chloride pipe and independen hea insulaing maerial ogeher and reinforcing is surface wih FP. There are various ypes of fiings available. Unplasicized Polyvinyl Chloride Pipe Inner/Ouer Diameer Inner Diameer Ouer Diameer D1 D2 ea Insulaing Maerial T1 Thickness FP T2 ea Insulaing Pipe Ouer Diameer D T2 T1 D D2 D1 U-PVC Pipe ea Insulaion FP einforcemen 25 25 32 30 1 94 30 31 38 30 1 100 40 40 48 30 1 110 50 51 60 30 1 122 65 67 76 30 1 138 75 77 89 30 1 151 100 100 114 30 1 176 125 125 140 30 1 202 150 146 165 30 1 227 200 196 216 30 1 278 250 247 267 30 1 329 300 298 318 30 1 380 132

Technical Documen Technical Daa 1. Basic Connecion Procedure Separae sockes (inner pipe TS socke, ouer pipe VU socke) are required for connecion. 1) Componen preparaion Prepare required socke for connecing double conained pipe and fiing. Seps Ouer Pipe VU Socke Inner Pipe TS Socke 1 Slide inner pipe (backward) and hrus he connecing ouer pipe. 2) Ouer pipe connecion 1 VU socke connecion 2 Connec VU socke and ouer pipe. 1 Slide pipe ouer pipe (backward) and hrus he connecing inner pipe. 3) Inner pipe connecion 1 TS socke connecion 2 Connec TS socke and inner pipe. 4) Inner pipe connecion 2 Inner-o-inner pipe (fiing) connecion Slide ouer pipe (backward) and connec inner pipe wih socke conneced and oher inner pipe. 5) Ouer pipe connecion 2 Ouer-o-ouer pipe (fiing) connecion Connec ouer pipe wih socke conneced and oher ouer pipe. If he pipe is going o be exended furher, do no forge o place VU socke firs before connecion. 133

Technical Documen 2. Irregular Pipe Procedure (Dimension Adjusmen) Seps 1 Separae inner pipe and ouer pipe and cu hem o specified dimensions. 1) Pipe cuing 2 Prepare required socke for connecing he cu double conained pipe and fiing. 2) Componen preparaion Double Conained Pipe (Fiing A) Double Conained Pipe (Inner Pipe) Double Conained Pipe (Ouer Pipe) Inner Pipe TS Socke Ouer Pipe VU Socke Double Conained Pipe (Fiing B) 3 Connec TS socke o double conained pipe (inner pipe). Also connec VU socke o double conained pipe (ouer pipe). 3) Inner/ouer pipe connecion Sep 1 4 Connec double conained pipe (inner pipe) wih TS socke conneced o double conained pipe (fiing A). 4) Inner/ouer pipe connecion Sep 2 5 Connec double conained pipe (ouer pipe) o double conained pipe (fiing A). Connec VU socke o double conained pipe (fiing B). 5) Inner/ouer pipe connecion Sep 3 6 Connec double conained pipe (fiing B) wih socke conneced. This will make simulaneous connecion. 6) Inner/ouer pipe connecion Sep 4 134

eference Calculaion of irregular pipe (required pipe lengh l) dimensions (When he dimension of elbow-o-elbow, elbow-o-ee and ee-o-ee is se o ) Inner Pipe Ouer Pipe Inner Pipe equired Pipe engh Ouer Pipe 16 65 - (460-7 TS Socke quaniy) - (300-3 VU Socke quaniy) 20 65 - (470-7 TS Socke quaniy) - (300-3 VU Socke quaniy) 25 75 - (524-7 TS Socke quaniy) - (344-4 VU Socke quaniy) 40 75 - (554-7 TS Socke quaniy) - (344-4 VU Socke quaniy) 50 100 - (658-7 TS Socke quaniy) - (434-5 VU Socke quaniy) 65 125 - (770-23 TS Socke quaniy) - (550-5 VU Socke quaniy) 75 150 - (892-27 TS Socke quaniy) - (666-5 VU Socke quaniy) 100 200 - (1,148-32 TS Socke quaniy) - (880-5 VU Socke quaniy) 125 250 - (1,382-32 TS Socke quaniy) - (1,074-6 VU Socke quaniy) 150 250 - (1,438-36 TS Socke quaniy) - (1,074-7 VU Socke quaniy) (Ouer Pipe engh) (Inner Pipe engh) (Overall engh) 135

Technical Documen 3. Elasic Slide Pipe Connecion Procedure Seps 1 Prepare required fiing for connecion wih elasic slide pipe. 1) Componen preparaion Increaser Sleeve Pipe Inserion Pipe Cap 2 Connec increaser o ouer piper (exising). 2) Increaser connecion Ouer Pipe (Exising) 3 Inser sleeve pipe from cap side (hole in he cener) and penerae hrough ouer pipe (exising). 3) Sleeve pipe inserion Sleeve Pipe Ouer Pipe (Exising) 4 Inser inserion pipe and connec o ouer piper (exising). 4) Inserion pipe connecion Ouer Pipe (Exising) 5 Connec inner piper (exising). 5) Inner pipe connecion Inner Pipe (Exising) 6 Connec sleeve pipe and increaser. 6) Sleeve pipe connecion 136

eference Allowable exension/conracion amoun and absorbable piping lengh of elasic slide pipe efer o he following for insallaion of elasic slide pipe. Absorbable piping lengh of elasic slide pipe per elasic slide pipe above is as follows. Allowable Expansion/Conracion Amoun: 200 mm (±100 mm) Temperaure Difference ( C) 10 20 30 40 Absorbable Piping engh (m) 142 71 47 35 Insallaion Image of Elasic Slide Pipe Elasic slide pipes are srucured o absorb (single side absorpion) expansion/conracion of ouer pipe wih specified piping lengh as shown in he following diagram. Insall necessary quaniy of elasic slide pipes in consideraion of piping sraigh lengh and absorbable piping lengh based on he able above. Elasic Slide Pipe Insallaion Area Piping Sraigh engh * Make sure o fix and suppor elasic slide pipes. Also provide suppor a specified inervals o avoid cener misalignmen wih ouer pipe. 137

Technical Documen 4. Piping Suppor Mehod 1) Piping Suppor Inervals Double conained pipe suppors ouer pipe and elasic slide pipe (sleeve pipe). Inervals differ by size. efer o he following for inervals. When insalling suppor hardware, be cauious of no ighening nus excessively. Excessive ighening of suppor hardware may cause deformaion, breakage and leakage (from O-ring, ec. of elasic slide pipe). Use of double nus or saddle band and uilizaion of level difference of fiing is an effecive way o preven excessive ighening. Suppor Inerval (Uni: m) (Ouer Pipe) Temperaure ( C) o 20 o 40 o 60 VU65 0.9 0.9 0.8 VU80 1.0 1.0 0.9 VU100 1.1 1.2 1.0 VU125 1.2 1.2 1.1 VU150 1.3 1.3 1.3 VU200 1.5 1.5 1.4 VU250 1.7 1.6 1.6 Saddle Band U-Band U-Bol Double Nus 2) Fixaion of Elasic Slide Pipe For insallaion of elasic slide pipe, use a pipe plaform, ec. as shown below and fix he pipe a a place where here is a level difference of fiing (increaser, end cap) par. A his ime, use U-bol or U-band as seady brace. If providing suppor above is difficul, suppor he cener of elasic slide pipe and suppor boh ends of ouer pipe. A his ime, provide suppor for respecive levels as pipe sizes differ beween ouer pipe and elasic slide pipe. Inner Pipe Ouer Pipe Elasic Slide Pipe (Sleeve Pipe) Inner Pipe Ouer Pipe Elasic Slide Pipe (Sleeve Pipe) 16 65 VU100 65 125 VU150 20 65 VU100 75 150 VU200 25 75 VU100 100 200 VU250 40 75 VU100 125 250 VU300 50 100 VU125 150 250 VU300 Coninuous suppor which is o suppor he enire elasic slide pipe wih angle or channel is also effecive. Ouer Pipe Elasic Slide Pipe (Sleeve Pipe) 138

5. Drain Insallaion The fluid flown from inner pipe o ouer pipe needs o be drained rapidly and safely. For his purpose, insall drains in he middle of piping. To be able o idenify a leakage area, insalling a drain every 20 m as shown in he following diagram is recommended. Marking on ouer pipe where a splash panel is insalled is useful. When piping is insalled on slope, insall drain valves on he down sream side. Splash Panel Mark ouer pipe o show he insallaion posiion of splash panel Splash Panel Tee (Wih Drain) (Transparen) PVC Pipe Approximaely 20 m Drain Valve 6. Ouer Pipe End Treamen Use an end cap for he end of ouer pipe. There is a gap beween inner pipe and end cap, and ouer pipe is no sealed. When sealing ouer pipe, insall a splash panel or fill he gap by welding. Ouer Pipe End Cap (wih hole in cener) Inner Pipe End Cap End Cap Ouer Pipe Splash Panel (Bonded o inner pipe) Ouer Pipe Filling Gap (Welding) Inner Pipe Inner Pipe Insall a splash panel before puing an end cap or fill he gap by welding afer puing an end cap. 7. Various Covers (valve cover, flange cover, halved fiing) You can insall a box or cover when valves or flanges are going o be locaed in he middle of piping or he piping needs o be double layers afer insallaion of inner pipe. These ypes of covers are also available on reques. 139

andling Precauions andling Precauions 1. Usage Ouer pipe is for prevenion of scaering o ouside. Do no apply pressure o ouer pipe. Ouer pipe may change color by direc sunligh. Do no use hem for ransporing he compressed air. azardous subsances regulaed by he Waer Polluion Ac include piping invasive maerials. Please check heir chemical resisance in advance. 2. Insallaion Do no drop or hrow during ransporaion and piping. Sore hem by avoiding direc sunligh and implemen a measure such as placing a shee in a way of avoiding hea accumulaion. Do no leave fiings in an enclosed condiion (inside a vehicle in Summer, in an enclosed plasic bag, ec.) under a high emperaure amosphere. For adhesive connecion, follow he pipe fiing insallaion procedure o connec properly. Use adhesive applicable for pipe fiing o connec. Adhesive is applicable o he "second class organic solvens, ec." in he Ordinance on Prevenion of Organic Solven Poisoning regulaed by he Minisry of ealh, abour and Welfare, and if i is going o be used over he indoor allowable usage limi, he cerificaion of "Operaion chief of organic solvens work" is required. To preven poisoning from organic solvens or fires, be cauious of venilaion and avoid flammables. AV cemen is applicable o "Class 1 Peroleums, Class 4 azardous Maerials" of Aricle 2 of he Fire Services Ac. Follow he laws and regulaions and municipal ordinances for sorage. Try o apply adhesive hinly and evenly. Applying oo much could cause solven cracking, ec. and lead o waer leakage. During curing afer connecion, open boh ends of pipe wihou enclosing and remove he solven seam inside he pipe. U-bands (wih rubber sea) are recommended for fixing piping. In he case of using U-bols ineviably, provide a cushion such as rubber o preven he pipes from ouching he hardware direcly. Use elasic slide pipes, expansion joins, elbow reurns o absorb hea expansion/conracion. Make sure o use seal ape for hread connecion par. Never use liquid seal or liquid gaske. 3. andling in he case of liquid leakage from inner pipe When approaching o he pipe, wear proecion glasses, gloves and clohes. Make he pressure inside he pipe o zero immediaely. Do no leave he fluid accumulaed in he ouer pipe and discharge immediaely. 140

PP Pipe & Fiings Pipe & Fiings Flange EF Socke Welding od Prefab Join IAM OCK Technical Documen P.142 P.153 P.154 P.155 P.155 P.157 P.158 Ecology 141

PP Pipe & Fiings MODE CODE IST Type Field Maerial Sandard/Wall Thickness Sandard Type engh P N * PP I N *** 04 P Pipe N Sandard P PP 4 ubrican Free X PPEX PP PP Pipe I ISO N Sandard 015 15 mm 200 200 mm 04 4mPN10 04U 4mPN4 Sraigh Pipe MODE CODE PP P N P PP I N 04 ubrican Free P N 4 PP I N 04 PN10/SD11 Produc Display 15 d20 20 20 d25 25 25 d32 32 32 d40 40 40 d50 50 50 d63 63 65 d75 75 80 d90 90 100 d110 110 125 d140 140 150 d180 180 200 d225 225 PN10/SD11 D (Ouer Diameer) (Wall Thickness) Inner Diameer Basic Average Ouer Basic Proximiy Tolerance Dimension Dimensional Tolerance Dimension (eference) +0.3 0 1.9 0 2.3 0 3.0 0 3.7 0 4.6 0 5.8 0 6.9 0 8.2 0 10.0 0 12.8 0 16.4 +0.3 +0.3 +0.4 +0.5 +0.6 +0.7 +0.9 +1.0 +1.3 PN4/SD26 +1.7 +2.1 0 20.5 Basic Dimension (engh) Tolerance eference Weigh (kg/m) +0.4 0 16.2 0.110 +0.5 0 20.4 0.166 +0.5 0 26.2 0.271 +0.6 0 32.6 0.421 +0.7 0 40.8 0.649 +0.8 0 51.4 1.028 +0.9 4000 ±10 0 61.4 1.447 +1.1 0 73.6 2.083 +1.2 0 90.0 3.099 +1.5 0 114.6 5.008 +1.9 0 147.2 8.250 +2.3 0 184.0 12.864 Produc Display 125 d140 140 150 d180 180 200 d225 225 PN4/SD26 D (Ouer Diameer) (Wall Thickness) Inner Diameer Basic Average Ouer Basic Proximiy Tolerance Dimension Dimensional Tolerance Dimension (eference) +1.3 0 5.4 0 7.0 +1.7 +2.1 0 8.7 Basic Dimension (engh) Tolerance eference Weigh (kg/m) +0.8 0 129.2 2.224 +1.0 0 166.0 4000 ±10 3.697 +1.1 0 207.6 5.702 Noes: 1. 15 o 200 mm: DIN8077 4. PN4 means 20 C maximum working pressure is 0.4 MPa. 2. SD (Sandard Dimension aio): aio of sandard 5. For connecion of PN4/SD26, fiings shown in his caalog are usable. ouer diameer and minimum wall hickness (D/) 6. For oher sizes, please consul separaely. 3. PN10 means 20 C maximum working pressure is 1.0 MPa. 142

MODE CODE IST TS Fiing Type Field Maerial Model Sandard Connecion Usage T N * ** I * *** ** T TS Fiing N Sandard PPP 4 ubrican Free SO Socke/educer 9 90 Elbow 4 45 Elbow TE Tee CP End Cap AO Male Adoper AM Female Adoper 9B 90 Bend AD Flange Adoper I ISO T Socke F Spigo 015 15 mm 200 200 mm 020015 20 15 mm 200150 200 150 mm BF For Buerfly Valve Flange Type Field Model Maerial Sandard Ohers F N B P 1 *** F F Flange N Sandard B Backing Flange P PP 1 JIS 10K 015 15 mm F For Spigo d2 d1 200 200 mm Socke Common Dimensions 15 100 mm (d20 d110) 125 200 mm (d140 d225) Produc Display Basic Dimension 15 d20 19.3 20 d25 24.3 25 d32 31.3 32 d40 39.2 40 d50 49.2 50 d63 62.1 65 d75 73.95 80 d90 88.85 100 d110 108.65 125 d140 139.1 150 d180 178.7 200 d225 223.2 d1 d2 Average Inner Dimensional Tolerance Circulariy (Max.) Basic Dimension 0-0.3 0.4 19.5 0-0.4 0.4 24.5 0-0.4 0.5 31.5 0-0.4 0.5 39.45 0-0.5 0.6 49.45 0-0.5 0.6 62.5 0-0.5 1 74.25 0-0.6 1 89.2 0-0.6 1 109.05 0-2.0 2.0 139.4 0-2.0 2.0 179.1 0-2.0 2.0 223.7 Average Inner Dimensional Tolerance Noes: 1. are accordance wih DIN 16962 ype B. 2. conform o he AV sandard. 3. Circulariy: Difference of maximum and minimum of socke inner dimensions. Circulariy (Max.) Socke lengh (Min.) 1 2 (eference) 0-0.3 0.4 14.5 0-0.3 0.4 16 0-0.4 0.5 18 0-0.4 0.5 20.5 0-0.5 0.6 23.5 0-0.6 0.6 27.5 0-0.5 1 31 0-0.6 1 35.5 0-0.6 1 41.5 0-2.0 2.0 41.5 32.7 0-2.0 2.0 50.5 41.7 0-2.0 2.0 61.0 52.3 143

PP Pipe & Fiings Socke MODE CODE PP T N P SO I T ubrican Free T N 4 SO I T 15 100 mm (d20 d110) 125 200 mm (d140 d225) z z 90 Elbow MODE CODE PP T N P 9 I T ubrican Free T N 4 9 I T 15 100 mm (d20 d110) 125 200 mm (d140 d225) 90 z 90 z z z Produc Display D z eference Weigh (kg) 15 d20 30.5 35 6 0.015 20 d25 35.5 39 7 0.019 25 d32 43.5 43 7 0.030 32 d40 53.5 48 7 0.047 40 d50 66 55 8 0.079 50 d63 82 62 7 0.131 Noes: 1. are accordance wih DIN 16962-8. 2. conform o he AV sandard. Produc Display D z eference Weigh (kg) 65 d75 92.5 70 8 0.161 80 d90 110 81 10 0.253 100 d110 134 96 13 0.431 125 d140 172 116 33 0.821 150 d180 221 140 39 1.562 200 d225 276 167 45 2.820 Produc Display D z eference Weigh (kg) 15 d20 30.5 28 13.5 0.023 20 d25 35.5 32 16 0.032 25 d32 43.5 38 20 0.052 32 d40 53.5 44 23.5 0.084 40 d50 66 51 27.5 0.136 50 d63 82 62 34.5 0.250 Noes: 1. are accordance wih DIN 16962-6. 2. conform o he AV sandard. Produc Display D z eference Weigh (kg) 65 d75 92.5 75.5 44.5 0.340 80 d90 110 88 52.5 0.526 100 d110 134 106 64.5 0.953 125 d140 172 142 100.5 1.922 150 d180 221 179 128.5 4.058 200 d225 276 220 159.0 7.618 144

45 Elbow MODE CODE PP T N P 4 I T ubrican Free T N 4 4 I F 15 100 mm (d20 d110) 125 200 mm (d140 d225) z z 45 45 z z d20 d110 65 mm,80 mm,100 mm d75,d90,d110 Produc Display D z eference Weigh (kg) 15 d20 31 21.5 7 0.018 20 d25 36 24.5 8.5 0.025 25 d32 44 28 10 0.037 32 d40 55 34 13.5 0.070 40 d50 66 37 13.5 0.102 50 d63 82 48 20.5 0.180 Noes: 1. are accordance wih DIN 16962-6. 2. conform o he AV sandard. Produc Display D z eference Weigh (kg) 65 d75 92 51.5 20.5 0.203 80 d90 111 59 23.5 0.340 100 d110 135.5 69 27.5 0.605 125 d140 172 92 50.5 1.299 150 d180 221 114 63.5 2.662 200 d225 276 140 79.0 4.939 Tee (Same Diameer) MODE CODE PP T N P TE I T ubrican Free T N 4 TE I T 15 100 mm (d20 d110) 125 200 mm (d140 d225) z z z z d20 d110 65 mm,80 mm,100 mm d75,d90,d110 Produc Display D z eference Weigh (kg) 15 d20 30.5 57 28.5 14 0.029 20 d25 35.5 65 32.5 16.5 0.041 25 d32 43.5 76 38 20 0.060 32 d40 55 88 44 23.5 0.108 40 d50 66 103 51.5 28 0.163 50 d63 82 126 63 35.5 0.292 Noes: 1. are accordance wih DIN 16962-7. 2. conform o he AV sandard. Produc Display D z eference Weigh (kg) 65 d75 92.5 152 76 45 0.358 80 d90 111 176 88 52.5 0.625 100 d110 135 213 106.5 65 1.030 125 d140 172 284 142 100.5 1.317 150 d180 221 358 179 128.5 4.902 200 d225 276 440 220 159.0 9.300 z 145

PP Pipe & Fiings educer (Bush-Type) MODE CODE PP T N P SO I T ubrican Free T N 4 SO I T 20 15 mm 100 80 mm (d25 d20 d110 d90) z d z d z d Noes: The marked (*) producs in he Dimensions Table have he shape shown in he figure above. 125 100 mm 200 150 mm (d140 d110 d225 d180) Produc Display D d Z eference Weigh (kg) 20 15 d25 d20 30 25 35 20.5 0.011 25 15 d32 d20 30 32 43 28.5 0.016 25 20 d32 d25 35 32 38 22 0.016 32 15 d40 d20 30 40 50 35.5 0.022 32 20 d40 d25 35 40 50 34 0.024 32 25 d40 d32 43 40 48 30 0.029 40 15 d50 d20 31 50 54 39.5 0.034 40 20 d50 d25 36 50 54 38 0.035 40 25 d50 d32 43 50 54 36 0.035 40 32 d50 d40 54 50 54 33.5 0.050 50 20 d63 d25 37 63 65 49 0.058 50 25 d63 d32 43 63 65 47 0.056 50 32 d63 d40 54 63 64 43.5 0.068 50 40 d63 d50 66 63 64 40.5 0.085 65 50 d75 d63 81 75 61 33.5 0.105 80 50 d90 d63 81 90 89 61.5 0.171 80 65 d90 d75 92.5 90 70 39 0.148 100 80 d110 d90 112 110 81 45.5 0.267 125 100 d140 d110 135.5 140 110 68.5 0.502 150 125 d180 d140 172 180 130 88.5 0.971 200 150 d225 d180 221 225 160 109.5 1.868 Noes: 1. are accordance wih DIN 16962-9. 2. conform o he AV sandard. 3. Socke is required for connecion wih pipe. 146

End Cap 15 100 mm (d20 d110) MODE CODE PP T N P CP I T ubrican Free T N 4 CP I T 15 40 mm d20 d50 z 50 100 mm d63 d110 z Produc Display D z eference Weigh (kg) 15 d20 30 27 12.5 0.013 20 d25 36 30 14 0.019 25 d32 44 32 14 0.028 32 d40 55 36 15.5 0.039 40 d50 66 43 19.5 0.076 50 d63 80 47 19.5 0.129 65 d75 92 63 32 0.165 80 d90 111 74 38.5 0.296 100 d110 133.5 91 49.5 0.430 Noes: are accordance wih DIN 16962-8. Male Threaded Adoper (Spigo) 15 50 mm (d20 d63) MODE CODE PP T N P AO I F ubrican Free T N 4 AO I F d 2 1 Produc Display D d 1 2 Z eference Weigh (kg) 15 d20 20 1.9 13 1/2 60 37 15 24 0.009 20 d25 25 2.3 18 3/4 62 40 15 27 0.012 25 d32 32 3.0 23 1 70 44 19 36 0.021 32 d40 40 3.7 29 11/4 76 49 20 46 0.037 40 d50 50 4.6 34 11/2 84 55 21 55 0.057 50 d63 63 5.8 45 2 93 63 22 65 0.095 Noes: 1. : Tapered male hread for pipes. 2. Socke is required for connecing pipe. 3. Do no use hem for connecing wih seel pipe. Female Threaded Adoper (Spigo) MODE CODE PP T N P AM I F ubrican Free T N 4 AM I F 15 50 mm (d20 d63) 2 1 Z p Produc Display D p 1 2 Z eference Weigh (kg) 15 d20 20 1.9 p1/2 58 37 16 30 0.016 20 d25 25 2.3 p3/4 63 40 18 36 0.022 25 d32 32 3.0 p1 71 44 21 46 0.039 32 d40 40 3.7 p11/4 79 49 23 55 0.056 40 d50 50 4.6 p11/2 84 55 24 60 0.078 50 d63 63 5.8 p2 97 63 29 75 0.138 Noes: 1. p: Parallel female hread for pipes. 2. Socke is required for connecing pipe. 3. Do no use hem for connecing wih seel pipe. 147

PP Pipe & Fiings 90 Bend (Spigo) MODE CODE PP T N P 9B I F ubrican Free T N 4 9B I F z e 45 Elbow (Spigo) MODE CODE PP T N P 4 I F ubrican Free T N 4 4 I F z 45 Produc Display D e z Weigh (kg) 15 d20 20 1.9 2 21 0.005 20 d25 25 2.3 3 26 0.007 25 d32 32 3.0 4 34 0.017 32 d40 40 3.7 5 43 0.034 40 d50 50 4.6 5 53 0.056 50 d63 63 5.8 5 66 0.115 Produc Display D e z Weigh (kg) 65 d75 75 6.9 6 78 0.190 80 d90 90 8.2 6 93 0.325 100 d110 110 10.0 8 115 0.570 125 d140 140 12.8 8 145 1.140 150 d160 160 14.6 8 165 1.770 200 d225 225 20.5 10 231 4.690 z Produc Display D z Weigh (kg) 15 d20 20 1.9 52 70 0.019 20 d25 25 2.3 57 75 0.029 25 d32 32 3.0 70 90 0.056 32 d40 40 3.7 73 96 0.087 40 d50 50 4.6 60 80 0.108 50 d63 63 5.8 65 90 0.202 Produc Display D z Weigh (kg) 65 d75 75 6.9 70 93 0.277 80 d90 90 8.2 80 110 0.452 100 d110 110 10.0 90 125 0.770 125 d140 140 12.8 120 167 1.680 150 d160 160 14.6 140 190 2.550 200 d225 225 20.5 152 218 5.692 Same Diameer Tee (Spigo) MODE CODE PP T N P TE I F ubrican Free T N 4 TE I F z Produc Display D z Weigh (kg) 15 d20 20 1.9 10 78 39 0.021 20 d25 25 2.3 10 84 42 0.030 25 d32 32 3.0 10 88 44 0.043 32 d40 40 3.7 10 92 46 0.065 40 d50 50 4.6 12 100 50 0.110 50 d63 63 5.8 15 128 64 0.229 Produc Display D z Weigh (kg) 65 d75 75 6.9 15 152 76 0.370 80 d90 90 8.2 40 200 100 0.689 100 d110 110 10.0 55 256 128 1.278 125 d140 140 12.8 62 314 157 2.480 150 d160 160 14.6 58 320 160 3.240 200 d225 225 20.5 75 450 225 9.129 148

educing Tee (Spigo) MODE CODE PP T N P TE I F ubrican Free T N 4 TE I F 2 2 1 z 1 2 1 Produc Display D1 1 1 D2 2 2 z Weigh (kg) 50 40 d63 d50 63 5.8 63 50 4.6 56 220 103 0.297 65 25 d75 d32 75 6.9 70 32 3.0 46 256 108 0.489 65 40 d75 d50 75 6.9 70 50 4.6 56 255 113 0.507 65 50 d75 d63 75 6.9 70 63 5.8 63 258 117 0.543 80 40 d90 d50 90 8.2 80 50 4.6 58 285 118 0.785 80 50 d90 d63 90 8.2 79 63 5.8 65 285 124 0.818 80 65 d90 d75 90 8.2 75 75 6.9 68 275 138 0.766 100 50 d110 d63 110 10.0 88 63 5.8 68 325 148 1.373 100 65 d110 d75 110 10.0 84 75 6.9 70 310 151 1.185 Produc Display D1 1 1 D2 2 2 z Weigh (kg) 100 80 d110 d90 110 10.0 88 90 8.2 80 323 160 1.478 150 50 d160 d63 160 14.6 100 63 5.8 65 345 176 2.593 150 65 d160 d75 160 14.6 100 75 6.9 74 345 180 2.630 150 80 d160 d90 160 14.6 105 90 8.2 80 415 190 3.603 150 100 d160 d110 160 14.6 105 110 10.0 88 415 198 3.747 200 65 d225 d75 225 20.5 120 75 6.9 75 445 227 6.578 200 80 d225 d90 225 20.5 130 90 8.2 80 560 227 9.417 200 100 d225 d110 225 20.5 130 110 10.0 85 560 236 9.402 200 150 d225 d160 225 20.5 130 160 14.6 105 560 255 9.919 educer (Spigo) MODE CODE PP T N P SO I F ubrican Free T N 4 SO I F 2 2 1 2 1 1 Produc Display D1 1 1 D2 2 2 Weigh (kg) 20 15 d25 d20 25 2.3 9 20 1.9 6 24 0.003 25 15 d32 d20 32 3.0 18 20 1.9 12 41 0.009 25 20 d32 d25 32 3.0 18 25 2.3 13 44 0.010 32 15 d40 d20 40 3.7 20 20 1.9 20 50 0.014 32 20 d40 d25 40 3.7 15 25 2.3 17 45 0.015 32 25 d40 d32 40 3.7 15 32 3.0 14 45 0.015 40 20 d50 d25 50 4.6 27 25 2.3 25 85 0.037 40 25 d50 d32 50 4.6 27 32 3.0 26 85 0.041 40 32 d50 d40 50 4.6 28 40 3.7 26 82 0.045 50 25 d63 d32 63 5.8 27 32 3.0 26 90 0.062 50 32 d63 d40 63 5.8 27 40 3.7 26 90 0.067 50 40 d63 d50 63 5.8 28 50 4.6 28 90 0.076 65 25 d75 d32 75 6.9 17 32 3.0 11 60 0.058 65 32 d75 d40 75 6.9 30 40 3.7 25 70 0.070 65 40 d75 d50 75 6.9 30 50 4.6 25 70 0.076 65 50 d75 d63 75 6.9 30 63 5.8 30 70 0.083 Produc Display D1 1 1 D2 2 2 Weigh (kg) 80 40 d90 d50 90 8.2 30 50 4.6 28 97 0.142 80 50 d90 d63 90 8.2 30 63 5.8 25 93 0.151 80 65 d90 d75 90 8.2 30 75 6.9 28 90 0.163 100 40 d110 d50 110 10.0 28 50 4.6 15 90 0.194 100 50 d110 d63 110 10.0 42 63 5.8 35 110 0.252 100 65 d110 d75 110 10.0 40 75 6.9 33 95 0.243 100 80 d110 d90 110 10.0 42 90 8.2 40 105 0.280 125 65 d140 d75 140 12.8 50 75 6.9 37 110 0.426 125 80 d140 d90 140 12.8 50 90 8.2 38 110 0.436 125 100 d140 d110 140 12.8 50 110 10.0 45 110 0.469 150 80 d160 d 90 160 14.6 55 90 8.2 42 140 0.705 150 100 d160 d110 160 14.6 55 110 10.0 42 130 0.712 150 125 d160 d140 160 14.6 50 140 12.8 45 122 0.744 200 125 d225 d140 225 20.5 62 140 12.8 45 155 1.553 200 150 d225 d160 225 20.5 62 160 14.6 52 160 1.645 149

PP Pipe & Fiings Flange Adoper (Spigo) MODE CODE PP T N P AD I F ubrican Free T N 4 AD I F For Buerfly Valve T N P AD I F BF For Buerfly Valve(ubrican Free) T N 4 AD I F BF e 2 1 3 Produc Display D1 D2 D3 e Weigh (kg) 15 d20 20 27 45 1.9 7 30 50 0.016 20 d25 25 33 56 2.3 9 28 50 0.027 25 d32 32 40 62 3.0 10 27 50 0.038 32 d40 40 50 74 3.7 11 25 52 0.065 40 d50 50 61 78 4.6 12 25 52 0.068 50 d63 63 75 93 5.8 14 22 55 0.110 65 d75 75 89 111 6.9 16 20 55 0.169 80 d90 90 105 120 8.2 18 45 82 0.259 100 d110 110 125 152 10.0 18 40 82 0.410 125 d140 140 155 182 12.8 25 30 82 0.675 150 d160 160 175 212 14.6 25 30 80 0.876 200 d225 225 235 262 20.5 32 45 120 1.977 For Buerfly Valve 2 1 30 e d 3 Produc Display D1 D2 D3 d e Weigh (kg) 100 d110 110 125 152 100 10.0 18 40 82 0.400 125 d140 140 155 182 125 12.8 25 30 82 0.665 150 d160 160 175 212 150 14.6 25 30 80 0.864 200 d225 225 235 262 200 20.5 32 45 120 1.962 Backing Flange (For Spigo) n- h MODE CODE F N B P 1 F d P.C.D.C Produc Display d JIS 10K D C n h Weigh (kg) 15 d20 28 95 70 4 15 12 0.243 20 d25 34 100 75 4 15 12 0.305 25 d32 42 125 90 4 19 16 0.470 32 d40 51 135 100 4 19 18 0.708 40 d50 62 140 105 4 19 18 0.785 50 d63 78 155 120 4 19 18 0.895 65 d75 92 175 140 4 19 18 1.165 80 d90 108 185 150 8 19 20 1.360 100 d110 128 210 175 8 19 20 1.695 125 d140 158 250 210 8 23 24 2.335 150 d160 178 280 240 8 23 24 3.550 200 d225 240 330 290 12 23 24 4.230 * Maerial: STEE+PPG Covering 150

End Cap (Spigo) MODE CODE T N P CP I F Male Threaded Adoper (Spigo) MODE CODE PP T N P AO I F ubrican Free T N 4 AO I F Z d Produc Display D Weigh (kg) 15 d20 20 1.9 49 0.005 20 d25 25 2.3 50 0.008 25 d32 32 3.0 55 0.016 32 d40 40 3.7 62 0.026 40 d50 50 4.6 72 0.046 50 d63 63 5.8 85 0.090 Produc Display D Weigh (kg) 65 d75 75 6.9 95 0.136 80 d90 90 8.2 110 0.224 100 d110 110 10.0 124 0.371 125 d140 140 12.8 140 0.702 150 d160 160 14.6 160 1.063 200 d225 225 20.5 206 2.619 2 1 Produc Display D d 1 2 z Weigh (kg) 15 d20 20 1.9 13 1/2 inch 60 37 15 24 0.009 20 d25 25 2.3 18 3/4 inch 62 40 15 27 0.012 25 d32 32 3.0 23 1inch 70 44 19 36 0.021 32 d40 40 3.7 29 1 1/4 inch 76 49 20 46 0.037 40 d50 50 4.6 34 1 1/2 inch 84 55 21 55 0.057 50 d63 63 5.8 45 2inch 93 63 22 65 0.095 Noes: "" means aper pipe hread. Do no use hem for connecing wih seel pipe. Female Threaded Adoper (Spigo) MODE CODE PP T N P AM I F ubrican Free T N 4 AM I F 2 1 z p Produc Display D p 1 2 z Weigh (kg) 15 d20 20 1.9 1/2 inch 58 37 16 30 0.016 20 d25 25 2.3 3/4 inch 63 40 18 36 0.022 25 d32 32 3.0 1inch 71 44 21 46 0.039 32 d40 40 3.7 1 1/4 inch 79 49 23 55 0.056 40 d50 50 4.6 1 1/2 inch 84 55 24 60 0.078 50 d63 63 5.8 2inch 97 63 29 75 0.138 Noes: "p" means parallel pipe hread. Do no use hem for connecing wih seel pipe. 151

PP Pipe & Fiings Flange Adoper (Socke) MODE CODE PP T N P AD I T ubrican Free T N 4 AD I T 15 100 mm (d20 d110) 1 e z 2 Produc Display D1 D2 e z eference Weigh (kg) 15 d20 27.5 45 10 21.5 7 0.015 20 d25 33.5 56 10 22 6 0.023 25 d32 41.5 62 10 24.5 6.5 0.029 32 d40 50 74 11 28.5 8 0.044 40 d50 61 78 12 32 8.5 0.052 50 d63 76 93 14 36 8.5 0.081 65 d75 90 106 10.5 35 4 0.091 80 d90 109 125 11 43 7.5 0.156 100 d110 131 150 12.5 51 9.5 0.254 Noes: 1. DIN16962-12 2. Connecion requires backing flange. Flange Adoper MODE CODE PP T N P AD I T ubrican Free T N 4 AD I T For Buerfly Valve T N P AD I T BF For Buerfly Valve(ubrican Free) T N 4 AD I T BF 1 3 2 125 200 mm (d140 d225) For Buerfly Valve 30 1 3 d 2 e e Produc Display D1 D2 D3 (eference) e ±2 d eference Weigh (kg) 125 d140 140 12.8 182 155 25 105 (Min.) 195 125 5.7 150 d180 180 16.4 211 180 30 265 (eference) 350 6.9 200 d225 225 20.5 262 235 32 250 (eference) 370 200 11.3 Noes: 1. D1 and are accordance wih DIN (PN10/SD11). 2. Connecing wih pipe requires socke and backing flange. 152

MODE CODE IST Type Field Model Maerial Sandard Ohers F N * P 1 *** K F Flange N Sandard T TS Flange B Backing Flange P PP 1 JIS 10K 015 15 mm 100 100 mm K For Socke Socke Flange MODE CODE F N T P 1 15 100 mm (d20 d110) n- h 1 z d P.C.D.C Produc Display T JIS 10K eference Weigh (kg) D1 d Z T D C n h 15 d20 30.5 16 15.5 14 30 95 70 4 15 0.090 20 d25 35.5 21 15.0 15 31 100 75 4 15 0.105 25 d32 43.5 28 13.0 15 31 125 90 4 19 0.161 32 d40 53.5 36 12.5 16 33 135 100 4 19 0.198 40 d50 66.0 45 10.5 16 34 140 105 4 19 0.215 50 d63 82.0 57 9.5 20 37 155 120 4 19 0.317 65 d75 92.5 69 23.0 22 54 175 140 4 19 0.452 80 d90 110.0 84 18.5 22 54 185 150 8 19 0.473 100 d110 134.5 102 12.5 22 54 210 175 8 19 0.613 Noes: Flange sandard is only JIS 10K. Backing Flange (For Socke) MODE CODE F N B P 1 K 15 200 mm (d20 d225) n- h d P.C.D.C Produc Display JIS 10K eference Weigh (kg) d D C n h 15 d20 28 95 70 4 15 12 0.243 20 d25 34 100 75 4 15 12 0.305 25 d32 42 125 90 4 19 16 0.470 32 d40 51 135 100 4 19 18 0.708 40 d50 62 140 105 4 19 18 0.785 50 d63 78 155 120 4 19 18 0.895 65 d75 92 175 140 4 19 18 1.165 80 d90 110 185 150 8 19 20 1.360 100 d110 133 210 175 8 19 20 1.695 125 d140 158 250 210 8 23 24 2.335 150 d180 183 280 240 8 23 24 3.220 200 d225 240 330 290 12 23 24 4.230 Noes: 1. * Maerial: STEE+PPG Covering 2. DIN and ANSI sandard producs are also available. 153

PP Pipe & Fiings MODE CODE IST Type F Field N Model * Maerial * Sandard 1 *** Ohers WG F Flange N Sandard J J Flange P P Flange Q Q Flange P PP 4 ubrican Free 1 JIS 10K 015 15 mm 300 300 mm WG Warm Gray Weld/Blind Flange MODE CODE PP F N J P 1 WG PP F N P P 1 WG PP F N Q P 1 WG MODE CODE ubrican Free F N J 4 1 WG ubrican Free F N P 4 1 WG ubrican Free F N Q 4 1 WG Weld Flange C1 n- h Blind Flange n- h d P.C.D.C MODE CODE IST Type TN Maerial * Model EF Sandard IS *** TN EF Socke P PP 4 ubrican Free EF EF Socke IS ISO 015 15 mm 15 200 mm (d20 d225) d T T C2 Q P.C.D.C J Produc JIS 10K Produc JIS 10K d C1 C2 T d Display C D n h Display C D n h C1 C2 T 15 d20 20 70 95 4 15 3 3 12 80 d90 90 150 185 8 19 3 4 18 20 d25 25 75 100 4 15 3 3 14 100 d110 110 175 210 8 19 3 4 18 25 d32 32 90 125 4 19 3 3 14 125 d140 140 210 250 8 23 4 4 20 32 d40 40 100 135 4 19 3 3 16 150 d180 180 240 280 8 23 4 4 22 40 d50 50 105 140 4 19 3 3 16 200 d225 225 290 330 12 23 4 4 22 50 d63 63 120 155 4 19 3 4 16 250 d250 250 355 400 12 25 4 4 24 65 d75 75 140 175 4 19 3 4 18 300 d315 315 400 445 16 25 4 4 24 Noes: 1. d dimension is accordance wih DIN8077 PP Pipe Ouer Diameer. P 200 200 mm EF Socke MODE CODE PP TN P EF IS ubrican Free TN 4 EF IS Produc Display d D eference Weigh (kg) 15 d20 20 30 36 70 0.042 20 d25 25 36 39 78 0.051 25 d32 32 44 41 80 0.071 32 d40 40 53 46 92 0.098 40 d50 50 64 51 104 0.137 50 d63 63 80 58 118 0.224 Produc Display d D eference Weigh (kg) 65 d75 75 96 64 132 0.342 80 d90 90 120 75 146 0.491 100 d110 110 137 82 162 0.801 125 d140 140 171 100 184 1.344 150 d180 180 220 123 212 2.481 200 d225 225 273 149 212 3.870 154

MODE CODE IST Type S Maerial P * * * S Welding od P PP 3 3M/M 4 4M/M 5 5M/M 1 Single 1KG 2 Double 1KG 0 Wrap 1 1M Welding od MODE CODE S P 3 1 0 S P 3 1 1 S P 3 2 0 S P 3 2 1 MODE CODE S P 4 1 0 S P 4 1 1 S P 5 1 0 S P 5 1 1 Welding od Shape Diameer Package Uni 3 2 kg (1 m sick) 4 kg (roll) Single 4 2 kg (1 m sick) 4 kg (roll) 5 2 kg (1 m sick) 4 kg (roll) Double 3 2 kg (1 m sick) MODE CODE IST Type JPF Maerial P ubber * Connecion T Sandard D *** Ohers C JPF Prefab Join P PP E EPDM VFKM T Socke D DIN 016 16 mm 050 50 mm C 21 Type Prefab Join (21-Type) DIN Socke MODE CODE PP EPDM JPF P E T D C PP FKM JPF P V T D C 16 50 mm (d20 d63) 2 3 4 1 z d2 d1 d d1 d2 Pars Table No. Descripion Pcs. Maerial 1 Body 1 PP 2 End Connecor 1 PP 3 Union Nu 1 PP 4 O-ing 1 EPDM, FKM Produc Display d d1 d2 D z eference Weigh (kg) 16 (15) d20 15 19.3 19.5 14.5 46 40 11 0.030 20 d25 20 24.3 24.5 16 57 52 20 0.056 25 d32 25 31.3 31.5 18 67 58 22 0.089 30 (32) d40 31 39.2 39.45 20.5 79 65 24 0.133 40 d50 40 49.2 49.45 23.5 95 74 27 0.216 50 d63 51 62.1 62.5 27.5 104 90.5 35.5 0.262 Noes: 1. d1, d2 and l dimensions are accordance wih DIN 16962. 2. Assembled appearance/shape differs slighly by size. 155

PP Pipe & Fiings MODE CODE IST Type JPF Maerial * ubber * Connecion * Sandard * *** Type * JPF Prefab Join P PP U PP *U-PVC C PP *C-PVC 4 ubrican Free E EPDM V FKM T Socke F Spigo D DIN I ISO 016 16 mm 050 50 mm D PP Socke E PP Spigo Prefab Join (Spigo) MODE CODE PP EPDM JPF P E F I PP FKM JPF P V J I PP EPDM ubrican Free JPF 4 E F I PP FKM ubrican Free JPF 4 V F I z z 2 1 1 2 Produc Display D1 D2 1 2 Z Weigh (kg) 15 d20 20 47 1.9 38 26 53 106 0.053 20 d25 25 57 2.3 39 25 55 110 0.082 25 d32 32 64 3.0 42 25 59 118 0.112 32 d40 40 78 3.7 42 25 62 124 0.187 40 d50 50 89 4.6 45 25 65 130 0.259 50 d63 63 109 5.8 45 25 68 136 0.427 Noes: Maerial of O-ring is normally EPDM bu also available wih FKM. Prefab Join DIN Socke PP DIN Spigo PP Feaures JIS Socke U-PVC C-PVC JIS Socke U-PVC C-PVC Use hem for connecing PVC pipe (U-PVC, C-PVC) and PP pipe. 1 Maerial of body and cap nu: For U-PVC Maximum Working Pressure by Temperaure 2 3 4 1 2 3 4 1 (Uni: MPa) Working Temperaure (Max.: 50 C) 0 C 20 C 40 C 50 C 16(d20) 1.0 1.0 0.8 0.7 20(d25) 1.0 1.0 0.8 0.7 25(d32) 1.0 1.0 0.8 0.7 30(d40) 1.0 1.0 0.8 0.7 40(d50) 1.0 1.0 0.8 0.7 50(d63) 1.0 1.0 0.8 0.7 1 Maerial of body and cap nu: For C-PVC (Uni: MPa) Working Temperaure (Max.: 90 C) 0 C 20 C 40 C 60 C 80 C 90 C 16(d20) 1.0 1.0 0.8 0.6 0.3 0.2 20(d25) 1.0 1.0 0.8 0.6 0.3 0.2 25(d32) 1.0 1.0 0.8 0.6 0.3 0.2 30(d40) 1.0 1.0 0.8 0.6 0.3 0.2 40(d50) 1.0 1.0 0.8 0.6 0.3 0.2 50(d63) 1.0 1.0 0.8 0.6 0.3 0.2 <Use Precauions> 1. Values in he able are waer maximum working pressure and are no applicable for chemical soluions oher han waer. 2. Values in he able are calculaed based on he service life of 10 years and he safey facor of 2. 3. Maximum working pressure is he pressure including he waer hammer pressure. Do no use hem exceeding he maximum working pressure. Pars Table No. Descripion Pcs. Maerial 1 Body 1 U-PVC C-PVC 2 End Connecor 1 PP 3 Union Nu 1 U-PVC C-PVC 4 O-ing 1 EPDM, FKM DIN Socke DIN Spigo JIS Socke d mm inch d1 d2 1 z d 1 d3 2 1/T 20 16 1 / 2 19.3 19.5 14.5 41.5 7 20 2.5 18.5 54 22.11 20 1/34 25 20 3 / 4 24.3 24.5 16 53 13 25 2.7 22 68.5 26.13 24 1/34 32 25 1 31.3 31.5 18 59 14 32 3.0 22.5 74.5 32.16 27 1/34 40 30 1 1 / 4 39.2 39.45 20.5 65.5 15 40 3.7 26 83 38.19 30 1/34 50 40 1 1 / 2 49.2 49.45 23.5 74.5 14 50 4.6 32 97 48.21 37 1/37 63 50 2 62.1 62.5 27.5 92 22.5 63 5.8 36 108.5 60.25 42 1/37 156

MODE CODE IST Type Model Maerial ubber I ** P * *** I IAM OCK SO Socke 9 Elbow TE Tee SP Muli-Spigo P PP E EPDM VFKM 015 15 mm 025 25 mm 020015 20 15 mm 025015 25 15 mm 025020 25 20 mm IAM OCK TM Simplified insallaion of PP Pipe Posiioning Collar O-ing Scrach Prevenion Prevens scraching pipe by fixing he nu wihou conacing he meal (SUS304) of IAM ring fied on he nu when insering he pipe iquid Seal Double O-ring srucure perfecly accommodaes various ypes of seal liquid. (EPDM, FKM) EPDM uses special EPDM also suiable for ap waer (warm waer) Fiing Main Uni Slippage Prevenion Slippage is prevened by he ring made of meal chip fiing ino a groove and ighening he pipe when ighening he nu. No applicaion of liquid on his par <Use Precauions> This diagram shows he composiion and disassembly is prohibied. IAM ing Meal Chip Nu Feaures No need for ools and mainenance maerials for insallaion. Easy insallaion as insering pipe and ighening nu. All pars where soluion conacs are plasic so no need o worry abou corrosion. Applicable ange Canno be used in he negaive pressure of working emperaure range of 0 o 90 C. Working Temperaure 20 C 40 C 60 C 80 C 90 C Maximum Working Pressure MPa 1.0 0.70 0.48 0.23 0.20 Applicable Pipe PP Pipe wih DIN8077 (PN10) Easy insallaion wihou fusing! We received many commens ha PP pipe insallaion and connecion requires a special fusion machine and power source and is no easy on sie where working space is small. Then IAM OCK TM is developed o make he insallaion more easier. Produc Sandard is Socke 90 Elbow Tee Muli-Spigo 15 (d20) 20 (d25) 25 (d32) 20 15 (d25 d20) 25 15 (d32 d20) 25 20 (d32 d25) 157

Technical Documen Basic Propery Feaures Value Uni Tes Mehod Specific Graviy 0.91 0.92 JIS K 7112 Tensile Srengh (Yield) 35 MPa JIS K 7113 Tensile Srengh (Breakage) > 150 % JIS K 7113 Tensile Elasiciy 1340 MPa JIS K 7113 Izod Impac Value 23 C 10 13 (Wih noch) 0 C 3 5 KJ/m 2 JIS K 7110-20 C 3 4 Specific ea 2.2 J/g C JIS K 7123 ea Conduciviy 0.21 W/m K JIS A 1412 Vica Sofening Poin 158 C JIS K 7206 inear Expansion Coefficien 1.1 10 4 1/ C Deflecion Temperaure Under oad 0.45MPa 106 C JIS K 7191 Volume esisiviy 2.2 10 16 Ω-cm JIS K 6911 Permiiviy 2.4 - JIS K 6911 Waer Absorpion 23 C < 0.05 % JIS K 7209 * Dae in his documen are purely reference values and changes slighly depending on a producion mehod, ec. of he es piece. Please be noed ha hese daa canno be applied o producs direcly. Maximum Working Pressure by Temperaure (elaionship of Temperaure, Pressure and Service ife) PP pipe has a creep phenomenon specific o plasics, and he srengh under a specific pressure is involved in emperaure and ime. elaionship beween Working emperaure/period and Maximum Working Pressure (SD11/PN10) (Uni: MPa) Working Temperaure 10 C 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 1 year 1.00 1.00 1.00 0.90 0.77 0.64 0.50 0.41 0.33 Service ife 5 years 1.00 1.00 0.96 0.81 0.69 0.57 0.44 0.35 0.24 10 years 1.00 1.00 0.92 0.78 0.66 0.54 0.42 0.29 0.20 25 years 1.00 1.00 0.87 0.73 0.62 0.51 0.35 0.23 50 years 1.00 1.00 0.83 0.70 0.59 0.48 0.30 (SD26/PN4) (Uni: MPa) Working Temperaure 10 C 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 1 year 0.40 0.40 0.40 0.36 0.31 0.25 0.20 0.17 0.13 Service ife 5 years 0.40 0.40 0.38 0.33 0.27 0.23 0.18 0.14 0.10 10 years 0.40 0.40 0.37 0.31 0.26 0.22 0.17 0.12 0.08 25 years 0.40 0.40 0.35 0.29 0.25 0.20 0.14 0.09 50 years 0.40 0.40 0.33 0.28 0.23 0.19 0.12 * Values in he able are maximum working pressure in waer and are no applicable for chemical soluions oher han waer. * These values are calculaed based on a simple work condiion (emperaure and pressure are consisen and no influence of ulraviole rays) wih safey facor of 2 a he ime of elapse of service life. (Max.=1.0 MPa) * These daa are experimenal values and do no guaranee he performance. * These figures are no applicable o processed producs. * Assume maximum working pressure of hreaded connecion par o be 75% of his value. 158

Dissoluion PP Pipe & Fiings use hygienic maerials wih less effusion of fluid. Because of his, hey exer a high level of eluing capabiliy close o PVDF used for high puriy lines. TOC Eluion Amoun(µg/m 2 day) Cl - Eluion Amoun(µg/m 2 day) igh Puriy PVC igh Puriy PVC igh Puriy PP igh Puriy PP igh Puriy PVDF igh Puriy PVDF 0 100 200 300 Ca Eluion Amoun(µg/m 2 day) 0 5 10 15 20 SO4 2- Eluion Amoun(µg/m 2 day) igh Puriy PVC igh Puriy PVC igh Puriy PP igh Puriy PP igh Puriy PVDF igh Puriy PVDF 0 50 100 150 200 0 5 10 15 20 25 * Tesing emperaure: 23 C * Subjec o "igh Puriy Waer Closing Mehod" (Ulra Clean Sociey) * Daa above are experimenal values and do no guaranee he performance. -1day 2-7day 8-30day Combusibiliy Combusion produc of Polypropylene only conains componens of he maerial such as C (Carbon), (ydrogen) and O (Oxygen). Therefore, here is no emission of hazardous subsances such as dioxin. Carbon monoxide(co) Combusion Produc Mehane(C4) Ehane(C26) 23% 77% Propylene(C3-C=C2) Ohers * Daa above are experimenal values and do no guaranee he performance. Carbon dioxide(co2) Combusion condiions: Air flow rae 100 (cc/minue) Oxygen flow rae 40 (cc/minue) 159

Technical Documen Weaherproof In regards o weaherproof of PP Pipe & Fiings, even hough he exension raio was lowered due o an influence of he deerioraion par on he surface, he ensile srengh was no lowered from he measuremens of ensile srengh and exension raio afer an acceleraion es by Sunshine Weaher Meer. Therefore, i is expeced o have equivalen or longer service life han PVC. owever, i is recommended, as a basic insallaion mehod, o provide an appropriae covering for he exposed piping area where direc sunligh his. - Acceleraion Tes Daa by Sunshine Weaher Meer - 70 500 Tensile srengh (MPa) 60 50 40 30 20 10 PVC PP Tensile Elongaion (%) 400 300 200 100 PVC PP 0 0 0 600 1,200 1,800 2,400 0 600 1,200 1,800 2,400 UV Irradiaion Time (our) UV Irradiaion Time (our) 0 1 2 3 4 Ouside Exposure Equivalen Duraion (year) 0 1 2 3 4 Ouside Exposure Equivalen Duraion (year) Tes Mehod: JIS K 7350-2 "Exposure Tes using Plasic-Experimen oom igh Source" JIS K 7113 "Plasic Tensile Tes Mehod" (eference) Surface Deerioraion Thickness afer Acceleraion Tes UV Irradiaion Time (our) 600 1,200 1,800 2,400 Surface Deerioraion Thickness (mm) 0.2 0.2 0.2 0.2 * Daa above are experimenal values and do no guaranee he performance. 160

60 C 95 C Convenional PP PPEX Convenional Small ea PPExpansion 60 C * Fix he pipe end in size of 50 mm (d63) x 4 m compleely and ranspor warm waer Piping meandering phenomenon is resrained wih a small expansion coefficien similar o PVC (7x10-5 PPEX ). Expansion/conracion reamen is reduced Piping meandering phenomenon is resrained wih as expansion is resrained and i is effecive Piping Image a small expansion coefficien Convenional similar o PVC (7x10-5). in reducing he insallaion expense. Convenional PP PP 95 C 60 C PPEX PPEX * Fix he pipe end in size of 50 mm (d63) x 4 m compleely and ranspor warm waer Convenional Piping meandering phenomenon PP is resrained wih a small expansion 95 C coefficien similar o PVC (7x10-5). 4000 3500 PPEX Convenional PP Pipe Expansion/conracion reamen is reduced as expansion is resrained PPEX and Pipe i is effecive in reducing he insallaion expense. Expansion/conracion reamen is reduced as expansion is resrained and i is effecive in reducing he insallaion expense. 3000 Convenional PP Pipe 2500 Increased ea-esisance 2000 Tensile Elasiciy Piping Image ea-resisance improved compared o convenional PP maerials. I is an excellen and safe maerial wih 1500 no degradaion of physical propery even in he high emperaure range. 1000 500 0 PPEX PPEX Pipe Tensile Elasiciy (MPa) Convenional PP Feaures Tensile Elasiciy (MPa) 4000 3500 PPEX 20 40 60 80 100 120 140 3000 Convenional PP Tes Temperaure ( C) ea resisan PVC 2500 2000 1500 Tes Temperaure ( C) 1000 500 ea-resisance 0 increased compared o convenional PP 20 maerials. 40 I is 60 an excellen 80 100and 120 140 safe maerial wih no degradaion Tes Temperaure of physical ( C) propery even in he high emperaure range. ea-resisance increased compared o Tensile Elasiciy (MPa) PPEX Convenional PP ea resisan PVC Tensile Elasiciy ea-resisance increased compared o convenional PP maerials. I is an excellen and safe maerial wih no degradaion of physical propery even in he high emperaure range. Convenional PP Pipe Piping Image Convenional PP Pipe PPEX Pipe educed piping deflecion leads o wider suppor inervals so i is effecive o reduce educed piping deflecion leads o wider he number of suppor hardware. suppor inervals so i is effecive o reduce he number of suppor hardware. Increased Weaherproof Wih our mixing raio, weaherproof improved dramaically and he service life in he oudoor exposed condiion is longer han PVC. Weaherproof Tes: UV irradiaion equivalen o 2 years of ouside exposure Enlarged surface of complee produc afer weaherproof es Convenional PP Pipe Weaherproof Tes: UV irradiaion equivalen o 2 years of ouside exposure Enlarged surface of complee produc afer weaherproof es Convenional PP Pipe Produc ineup Tensile Elasiciy Weaherproof is added (No cracking!) Weaherproof is added (No cracking!) PPEX パイプ Pipe Convenional PP Pipe Piping Image Convenional PP Pipe Tensile Elongaion (%) Tensile Elongaion (%) 600 500 400 300 200 100 Piping Image PPEX Pipe UV Irradiaion Time (day) PPEX Pipe Piping Image PPEX Pipe educed piping deflecion PPEX Pipe leads o wider suppor inervals so i is effecive o reduce he number of suppor hardware. Convenional PP PPEX PV C 0 Wih our unique 0 mixing 6raio, 12 18 24 weaherproof improved UV Irradiaion dramaically Time (day) and he service life in he oudoor exposed condiion is longer han PVC. Wih our unique mixing raio, weaherproof improved dramaically and he service life in he oudoor exposed condiion is longer han PVC. PPEX パイプ Pipe (mm) 15 20 25 32 40 50 65 80 100 125 150 200 Produc Display d20 d25 d32 d40 d50 d63 d75 d90 d110 d140 d180 d225 PN10 * Use socke-ype fiing for insallaion of PPEX pipe. Spigo-ype fiing canno be used (bu fusion). 161

Technical Documen Chemical-resisance PP Pipe & Fiings have an excellen durabiliy agains acid, alkali and some organic solvens. In addiion, hey exer favorable chemical-resisance in a high emperaure range. In addiion o he chemical-resisance shown below, hings such as emperaure, concenraion, pressure, ec. of solven need o be considered a he ime of making a selecion. If you have any concerns, i is recommenced o conduc a proof es. Please conac us for chemicals, ec. no lised in he able. Chemical-resisance Chemicals Molecular Formula Type Concenraion (%) Sae 20 C 60 C Poassium hydroxide KO Alkali 25 Soluion 50 Soluion Sodium NaO Alkali 15 Soluion hydroxide 5 Soluion Ammonia gas N3 Alkali 100 Gas Ammonium hydroxide N4O Alkali 10 Soluion 40 Soluion Ehanol C3C2O Alcohol 96 Mehanol C3O Alcohol pure Aceic acid C3COO Acid 50 Soluion 10 Soluion ydrogen sulfide 2S Acid dry Gas 60 Soluion Sulfuric acid 2SO4 Acid 50 Soluion 30 Soluion 10 Soluion 85 Soluion Phosphoric acid 3PO4 Acid 50 Soluion 10 Soluion ydrochloric acid Cl Acid 20 Soluion 5 Soluion Fluorine F Acid 30 Soluion 10 Soluion Niric acid NO3 Acid 65 Soluion 10 Soluion ydrogen 50 Soluion 2O2 peroxide waer 10 Soluion Poassium 18 Soluion KMnO4 permanganae 6 Soluion Tomao juice Foods iquid Vegeable/animal oil Foods Syrene C2CC65 Aromaic pure iquid Phenol OC65 Aromaic pure Polyaluminum chloride (AlCl3)n Soluion Ferric chloride FeCl2 Diluion Soluion Sal (Sodium chloride) NaCl Diluion Sauraion egends Compleely or almos no influence. Slighly influenced. Influenced. Dramaically influenced. Vacan No confirmed or no acual resuls. 162

esuls of Performance Tes 1 imi ydraulic Fracuring Tes Purpose: Check he shor-erm srengh of pipe and fiings (eference) elaionship beween emperaure and burs pressure Temperaure ( C) 20 40 60 80 Burs Pressure (MPa) 8.4 6.8 5.6 4.2 Noes: PP pipe has no relaionship wih he size and has almos he same srengh. <Before es> <Afer es> esul: No abnormaliies such as leakage from he fused par are seen. 2 Pulling Tes Purpose: Check he srengh of he pipe-o-fiing fused par agains a pulling load (Pulling speed: 10mm/min) 3 Bending Tes Purpose: Check he srengh of he pipe-o-fiing fused par agains a bending load (Bending angle (Angle of aack): 15 ) <Before es> <Afer es> esuls: No slippage or damage of he fused par. <Before es> esuls: No slippage or damage of he fused par. <Afer es> 4 Flaening Tes Purpose: Check he air-ighness when he pipe is flaened near he fused par (Flaen rae: 30%, Waer pressure: 2.5 MPa) 5 Pulsaion Tes Purpose: Check The srengh agains repeaed pressure (0 3.0 MPa) on he fiing (Waer emperaure: 10 C, Number of imes: 1,000,000 imes) <Before es> <Afer es> esuls: No delaminaion or leakage from he fused par. <Tes view> esul: No abnormaliies such as breakage of he fiing and leakage from he fused par are seen. Noes: Daa above are experimenal values and do no guaranee he performance. 163

Technical Documen Piping Suppor Inervals Changes by pipe wall-surface emperaure, size and fluid specific graviy. Suppor inervals by emperaure are shown in he following able. In he case of fluid being liquid (mm) Produc Display PN10/SD11 Temperaure ( C) 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 15 d20 530 510 500 480 460 450 430 410 20 d25 590 570 550 530 510 500 480 460 25 d32 660 640 620 600 570 560 540 520 32 d40 750 720 700 670 650 630 610 580 40 d50 830 810 780 750 720 700 680 650 50 d63 930 900 870 840 810 790 760 730 65 d75 1,020 980 950 920 880 860 830 800 80 d90 1,120 1,080 1,040 1,000 960 940 910 870 100 d110 1,230 1,190 1,150 1,110 1,070 1,040 1,010 960 125 d140 1,390 1,340 1,300 1,250 1,200 1,170 1,140 1,090 150 d180 1,580 1,520 1,470 1,420 1,370 1,330 1,290 1,230 200 d225 1,760 1,700 1,650 1,590 1,530 1,490 1,440 1,380 *) Calculaed by seing waer (specific graviy=1) as fluid and deflecion a 5 mm. (mm) Produc Display PN4/SD26 Temperaure ( C) 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 125 d140 1,160 1,120 1,090 1,050 1,010 980 950 910 150 d180 1,320 1,280 1,230 1,190 1,140 1,110 1,080 1,030 200 d225 1,470 1,430 1,380 1,330 1,280 1,240 1,210 1,150 *) Calculaed by seing waer (specific graviy=1) as fluid and deflecion a 5 mm. Uni: mm Uni: mm In he case of duc pipe (mm) Produc Display PN10/SD11 Temperaure ( C) 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 15 d20 700 680 660 630 610 590 580 550 20 d25 790 760 740 710 680 660 640 620 25 d32 890 860 830 800 770 750 730 700 32 d40 1,000 960 930 900 860 840 810 780 40 d50 1,110 1,080 1,040 1,000 960 940 910 870 50 d63 1,250 1,210 1,170 1,120 1,080 1,050 1,020 980 65 d75 1,360 1,320 1,270 1,230 1,180 1,150 1,120 1,070 80 d90 1,490 1,440 1,400 1,340 1,290 1,260 1,220 1,170 100 d110 1,650 1,600 1,540 1,490 1,430 1,390 1,350 1,290 125 d140 1,860 1,800 1,740 1,680 1,610 1,570 1,520 1,460 150 d180 2,110 2,040 1,970 1,900 1,830 1,780 1,730 1,650 200 d225 2,360 2,280 2,210 2,130 2,040 1,990 1,930 1,850 (mm) Produc Display PN4/SD26 Temperaure ( C) 20 C 30 C 40 C 50 C 60 C 70 C 80 C 90 C 125 d140 1,910 1,850 1,790 1,720 1,650 1,610 1,560 1,490 150 d180 2,170 2,090 2,020 1,950 1,870 1,830 1,770 1,690 200 d225 2,420 2,340 2,260 2,180 2,100 2,050 1,980 1,890 Uni: mm Uni: mm Figures above are suppor inervals for sraigh pipe. Consideraion is required when adding flanges, valves, ec. If he fluid specific graviy is differen, he suppor inervals need o be shorened by muliplying wih a value in he able below. Specific Graviy 1.00 1.25 1.50 1.75 owering Coefficien 1.00 0.96 0.93 0.90 164

Expansion Measure Since PP pipes have a large linear expansion coefficien compared o oher maerials, an expansion/conracion measure is required in he case of piping emperaure flucuaion. Maerial PP PVC PVDF inear Expansion Coefficien ( 10 4 / C) 1.1 0.8 1.3 andling Wih Elbow Sress caused by hea expansion/conracion is disribued by arranging piping wo- and hree-dimensional ways wih elbows. Elbow (Passing) (Good) (Excellen) Fla U-Shape Three-dimensional U-Shape Measure for Branch Par *) Acual design needs o be finalized afer fully considering he piping sress in erms of fiing inerval dimensions and pipe suppor locaions. 165

Insallaion Procedure educer Insallaion Procedure In he case of size-reducing pipe educer is a single-side ype (socke+inser). Socke is required as shown below when connecing o pipe. (Inser x Socke) Pipe Socke educer Pipe In he case of making reducer ee Make a reducing ee combining ee (same diameer) and reducer. Pipe educer Tee (Same Diameer) Piping Bol Dimensions Piping Bol Dimensions Table Produc Bol (mm) Display Quaniy BKF+BKF BKF+DV SF+SF SF+DV 15 d20 4 M12 65 55 45 45 20 d25 4 M12 65 55 50 50 25 d32 4 M16 80 65 55 55 32 d40 4 M16 85 70 60 60 40 d50 4 M16 85 75 60 60 50 d63 4 M16 90 80 70 70 65 d75 4 M16 85 75 70 70 80 d90 8 M16 85 80 70 70 100 d110 8 M16 90 80 70 70 125 d140 8 M20 130 105 150 d180 8 M20 140 110 200 d225 12 M20 150 120 BKF: Flange Adoper + Backing Flange SF : Socke Flange DV : Diaphragm Valve Type14, Type 15, Type72 166

Fusion Machine Specificaion Descripion 63 (TE Model) PISMA 125 AV225 AVEF200 Appearance Applicable Fiing Socke Fiing Socke Fiing Socke Fiing EF (Elecro Fusion) Fiing Feaures Applicable Ouer Diameer Manual fusion machine igh and easy o carry Workable in a small space (fusion a sie is possible) 15 50 mm (d20 d63) Mechanical fusion machine Wide applicable sizes Suiable for coninuous work Suiable for coninuous work Workable in a small space (prefab producs) 20 100 mm (d25 d110) Mechanical fusion machine owered burden by hydraulic drive igh and easy o carry (prefab producs) 125 200 mm (d140 d225) Elecric fusion machine (fusion a sie is possible) 15 200 mm (d20 d225) Inpu Power Source 110 V / 50-60z 110 V / 50-60z 220 V / 50-60z 100 V / 50-60z Maximum Power Consumpion 800 W 1400 W 4100 W 2400 W Dimensions 360 W175 50 mm 1,500 W840 1260 mm 1400 W620 890 mm 320 W410 370 mm Weigh 1.82 kg 100 kg 200 kg 10 kg Insallaion Tools Tools oher han a fusion machine are required. ❶: Beveling ool SME2 ❶ ❷ ❸ ❹ ❺ ❷: Beveling ool SME1 ❸: Aceone ❹: Paper owel ❺: yper saw cuer guide ❻: yper saw body ❻ ❼: Scraper TC315 ❼ ❽: Pipe cuer PE100 ❾: Piper cuer B67PE ❽ : Surface hermomeer : Scraper ST110 11 10 : Scraper ST20 10 11 12 12 ❾ ❶, ❷, ❺, ❻, ❼, ❾: EX INDUSTIES CO., TD. ❽: MCC Corporaion { These are he pars manufacures. 167

Insallaion Procedure Insallaion Seps Socke Fusion 63 Applicable ange 15 50 mm (d20 d63) 1 Preparaion of Fusion Machine 1) Se fusion machine on a fla place. Noes: Fix o a able, ec., if necessary. 2) Fix heaer face and urn on he power. Noes: No biing of foreign objecs. Tighen firmly wihou looseness. The power will urn on when he cable is insered. 2 Pipe Cuing and Cleaning 1) Cu pipe a necessary lengh wih a pipe cuer. 2) Check for no scraches and dir on pipe and clean, if any. Noes: I shall be cu a righ-angle. Cu and remove any harmful scraches. 3 Enry of Inserion Amoun ine 1) Ener a gauge line for inserion deph. 7 ea Fusion 1) Inser pipe & fiings ino heaer face o he inserion gauge line and hea/fuse for specified ime. Noes: Inser a a cerain speed. Do no inser while wising. 8 emoval, Crimping, Cooling 1) Afer compleing hea fusion, remove pipe & fiings from heaer face immediaely, inser i by hand, and hen hold i in ha condiion. Noes: Time from compleion of hea fusion o compleion of crimping shall be done wihin he specified conversion ime. Do no pull or wis afer compleing crimping. Do no apply any load on he fused par unil compleely cooled. 9 Inspecion 1) Check ha bead is consisenly applied along he enire circumference. 2) Check for no scraches, abnormaliies, ec. on he conneced par. Noes: If any defecs are seen, cu he conneced par and redo from he beginning. (eference) 4 Chamfering of Pipe End 1) Chamfer he pipe end. Noes: Chamfer using a special ool. 5 Pipe & Fiings Cleaning 1) Clean he pipe cu surface and he inernal face of fiing socke wih a special paper owel fully impregnaed wih aceone. Noes: Clean wih bare hands and check ha grease, ec. is removed from he fused face. Do no ouch he fused face afer cleaning. eaer faces wih 2 sizes can be insalled a he same ime. 6 eaer Check 1) Check he emperaure is 260±10 C using a surface hermomeer. Noes: Measure a several locaions and check for no flucuaion. If he emperaure is ou of he specified range, adjus wih he emperaure selecor. 2) Clean he heaer face surface. Noes: efer o P.172 for he fusion condiions. 168

Insallaion Seps Socke Fusion PISMA125 Applicable ange 20 100 mm (d25 d110) 1 Preparaion of Fusion Machine 1) Se fusion machine on a fla place. 2) Fix heaer face and urn on he power. Noes: No biing of foreign objecs. Tighen firmly wihou looseness. 3) Mach selecor o fusion size. 4) Mach clamp o fusion size. Noes: 50 mm or less: Small-end side, 65 mm or over: arge-end side 2 Pipe Cuing and Cleaning 1) Cu pipe a a necessary lengh wih a pipe cuer. 3) Prorude pipe unil he pipe end surface becomes he sraigh line wih he fiing socke end and hen fix. (Common for all sizes) 4) Clean he pipe cu surface and he inernal face of fiing socke wih a special paper owel fully impregnaed wih aceone. Noes: Clean wih bare hands and check ha grease, ec. is removed from he fused face. Do no ouch he fused face afer cleaning. 5 eaer Check 1) Check ha he emperaure is 260±10 C using a surface hermomeer. Noes: Measure a several locaions and check for no flucuaion. If he emperaure is ou of he specified range, adjus wih he emperaure selecor. 2) Clean he heaer face surface. Check no dir and hen se a a specified locaion. 2) Check for no scraches and dir on pipe and clean, if any. Noes: I shall be cu a righ-angle. Cu and remove any harmful scraches. 3 Cuing of Fused Face 1) Ener a gauge line for inserion deph. 6 ea Fusion 1) Forward clamp, inser pipe & fiings ino heaer face (o he sopper of fusion machine), and hea/fuse for he specified ime. Noes: Inser a a cerain speed. 2) Cu he surface from pipe end o gauge line wih a scraper. Noes: No need for sizes of 50 mm or less. 3) Chamfer he pipe end. Noes: Afer cuing, check for no scraches on he fused surface. If some uncu areas remain, cu again. Use special ools for surface cuing and chamfering. 4 Fixing and Cleaning of Pipe & Fiings 1) Fix fiing a a posiion where he fiing end surface ouches he clamp flange. Noes: For 65 mm or over, use nonslip spike of auxiliary clamp. 2) Forward clamp unil i ouches he buon while pressing he posiion buon. 7 eaer emoval, Crimping, Cooling 1) Afer compleing hea fusion, rerac clamp immediaely and remove heaer. 2) Afer removing heaer, move clamp forward o he sroke end. Noes: Time from compleion o compleion of crimping shall be done wihin he specified conversion ime. 3) Afer compleion of crimping, cool i for he specified ime while clamped. 4) emove from clamp and cool i for he specified ime. Noes: Do no apply any load on he fused par unil compleely cooled. 8 Inspecion 1) Check ha bead is consisenly applied along he enire circumference. 2) Check for no scraches, abnormaliies, ec. on he conneced par. Noes: If any defecs are seen, cu he conneced par and redo from he beginning. Noes: efer o P.172 for he fusion condiions. 169

Insallaion Procedure Insallaion Seps Socke Fusion AV225 Applicable ange 125 200 mm (d140 d225) 1 Preparaion of Fusion Machine 1) Se fusion machine on a fla place. 2) Wire he power cable from he main uni and hydraulic uni o heaer. 3) Fix heaer face and urn on he power. Noes: No biing of foreign objecs. Tighen firmly wihou looseness. Main Power Source eaer Power Source Temperaure Adjusmen Selecor 4 Fixing and Cleaning of Pipe & Fiings 1) Fix fiing a a specified locaion. Noes: Mach cushion rubber corner par and fiing sep par. 2) Fix pipe in alignmen wih hrus gauge line. Noes: Check ha i is wihin gauge conrol widh. 3) Forward pipe close o fiing and check he alignmen of pipe shaf. (Up/down and righ/lef) 4) Clean he pipe cu surface and he inernal face of fiing socke wih a special paper owel fully impregnaed wih aceone. (Fiing fixing) (Pipe fixing) (Forward) 4) Insall fusion-size liner (pipe liner, fiing liner). 5) Operae he uni lever forward and adjus he pressure adjusmen selecor o 5 MPa while making clamp ouching and checking he pressure gauge. Noes: Check ha he filer regulaor is fully closed. Pressure Gauge Selecor (Backward) 2 Pipe Cuing and Cleaning 1) Cu pipe a a necessary lengh wih a pipe cuer. 2) Check for no scraches and dir on pipe and clean, if any. Noes: Check ha i was cu a righangle. Cu and remove any harmful scraches. 3 Cuing of Fused Face 1) Mark gauge lines for inserion lengh and hrus lengh using a gauge. 2) Cu he surface from pipe leading end o inserion gauge line wih a scraper. 3) Chamfer he pipe end. Pressure Gauge Filer egulaor Inserion lengh (Pipe inserion amoun) Thrus lengh (Clamp insallaion posiion) Noes: Afer cuing, check for no scraches on he fused surface. If some uncu areas remain, cu again. Use special ools for surface cuing and chamfering. 5 eaer Check 1) Check ha he emperaure is 260±10 C using a surface hermomeer. Noes: Measure a several locaions and check for no flucuaion. If he emperaure is ou of he specified range, adjus wih he emperaure selecor. 2) Clean he heaer face surface. Check no dir and hen se a a specified locaion. 6 ea Fusion 1) Forward clamp, inser pipe & fiings ino heaer face, and hea/fuse for he specified ime. Noes: Inser a a cerain speed. 7 eaer emoval, Crimping, Cooling 1) Afer compleing hea fusion, rerac clamp immediaely and remove heaer. 2) Afer removing heaer, move clamp forward o he sroke end. Noes: Time from compleion o compleion of crimping shall be done wihin he specified conversion ime. 3) Afer compleion of crimping, cool i for he specified ime while clamped. 4) emove from clamp and cool i for he specified ime. Noes: Do no apply any load on he fused par unil compleely cooled. 8 Inspecion 1) Check ha bead is consisenly applied along he enire circumference. 2) Check for no scraches, abnormaliies, ec. on he conneced par. Noes: If any defecs are seen, cu he conneced par and redo from he beginning. Noes: efer o P.172 for he fusion condiions. 170

Insallaion Seps EF Insallaion AVEF200 Applicable ange 1 Pipe Cuing Cu pipe a a necessary lengh wih a pipe cuer. Noe) Diagonal cuing of 5 mm or over may cause insallaion failure. Power Source Cable 15 200mm (d20 d225) 8 Fusion Preparaion 1) Open he cable housing cover on he back of uni body and ake ou he power source cable, oupu cable and bar code reader. 2 Pipe Cleaning Wipe off dir or he like aached on pipe. Oupu Cable Bar Code eader 2) Connec he power source cable o AC 100V power source. Noes: In he case of using an exension cable, use he one provided (10x3.5mm 2 ). Noes: Do no connec oher equipmen o he exension cable. 3 Enry of Inserion Gauge ine Mark inserion lengh (fiing overall lengh/2) in he circumference direcion wih a permanen marker, ec. eference) Useful o use cardboard, ec. ON 3) Turn on he swich of leakage beaker (main power source) and close he housing cover. Inserion engh d20 (15) d25 (20) d32 (25) d40 (32) d50 (40) d63 (50) d75 (65) (mm) 35 39 40 46 52 59 66 d90 (80) d110 (100) d140 (125) d160 (150) d180 (150) d225 (200) (mm) 73 81 92 95 106 106 4 Enry of Fusion Surface Mark he surface where fusion o fiing would be made wih a permanen marker, ec. 9 Fusion 1) Press he "Power" buon on he operaion panel. The liquid crysal display shows as follows. 2) Connec fiing erminal and adaper on he leading end of oupu cable. Warning: Cauion for elecric shocks!! Make sure o pu a cap on erminals no conneced o adaper when working. Touching he meal par inside will give elecric shocks. 5 Cuing of Fusion Surface (Scrape) Cu unil he marked par compleely disappears wih a PP special scraper. Noe) No cuing or uneven cuing may cause fusion failure. 6 Cleaning of Fusion Surface of Pipe & Fiings Clean he fusion surface of pipe and fiing wih a special paper owel fully impregnaed wih aceone. Noe) Do no use issue paper or cloh. 7 Fixing of Fiing and Pipe Inser pipe ino fiing o he inser gauge line and fix securely using clamp. Noe) Insufficien pipe inserion may cause fusion failure. Noe) Misalignmen of pipe and fiing (oblique inserion) may cause fusion failure. Check for no angle misalignmen and fix clamp. eave 5 o 15 cm 3) ead bar code aached on fiing using a bar code reader. eference) You can read bar code in he disance of 5 o 15 cm. eference) efer o he nex secion for enering bar code key. 4) Check for no error in descripion on he liquid crysal display and press he "Sar" buon. eference) Once energizaion is properly compleed, compleion buzzer goes off 8 imes and cooling ime will be displayed on he liquid crysal display. 10 Cooling Afer fusion (energizaion), remove adoper from fiing and hen remove clamp afer he elapse of cooling ime. Noes: Do no move he fused par or move clamp unil he end of cooling ime. 171

Insallaion Procedure Fusion Condiions Socke Fusion 63 (mm) Produc Display Inserion lengh (minimum) (mm) ea Fusion Time (sec) Conversion Time (sec) eaining Cooling Time (sec) Toal 15 d20 14.5 5 4 6 120 (2min) 20 d25 16.0 7 4 10 120 (2min) 25 d32 18.0 8 6 10 240 (4min) 32 d40 20.5 12 6 20 240 (4min) 40 d50 23.5 12 6 20 240 (4min) 50 d63 27.5 24 8 30 360 (6min) Socke Fusion PISMA125 (mm) Produc Display Inserion lengh (minimum) (mm) ea Fusion Time (sec) Conversion Time (sec) eaining Cooling Time (sec) Toal 20 d25 16.0 7 4 10 120 (2min) 25 d32 18.0 8 6 10 240 (4min) 32 d40 20.5 12 6 20 240 (4min) 40 d50 23.5 12 6 20 240 (4min) 50 d63 27.5 24 8 30 360 (6min) 65 d75 31.0 30 8 30 360 (6min) 80 d90 35.5 40 8 40 360 (6min) 100 d110 41.5 50 10 50 480 (8min) Socke Fusion AV225 (mm) Produc Display ea Fusion Time (sec) PN10/SD11 PN4/SD26 Conversion Time (sec) eaining Time (sec) Cooling Time (min) 100 d110 60 20 60 8 125 d140 90 45 20 90 8 150 d180 120 60 20 120 10 200 d225 150 75 20 150 10 * eaer emperaure: 260±10 * 100 mm: Only reducer (125x100 mm) is fusible. <Use Precauions> * ea Fusion Time: Time from compleion of inserion * Conversion Time: Time from compleion of heaing o compleion of crimping * eaining Time: Time while fixed on fusion machine clamp (For 63, ime while fixed manually) * Cooling Time: Time o cool wihou clamp 172

EF Insallaion AVEF200 EF Conroller (Fusion Machine) No. Accessories Dimensions Weigh 1 EF Conroller 202 W310 310 mm 10.0kg 2 Exension Cable engh 10 m (Thickness 3.5mm 2 ) 2.7kg 3 ousing Case 320 W410 370 mm 1.5kg Toal: 14.2kg Adoper Power Source Cable Oupu Cable Bar Code eader Main Uni Inserion engh Descripion of Bar Code (mm) Produc Display Inserion engh (One Side) (mm) 15 d20 35 20 d25 39 25 d32 40 32 d40 46 40 d50 52 50 d63 59 65 d75 66 80 d90 73 100 d110 81 125 d140 92 150 d180 106 200 d225 106 Bar Code (eadable using reader) Cooling Time (min) Precauions This is our designaed EF Conroller (energizaion conrol device) for PP Pipe EF Fiing (Socke). Only personnel received raining from our insrucors can use he device. Sufficienly inspec he main uni, cable and oher pars for no damage before use. Do no drop or give a grea impac o his machine. I may cause damage or failure. Do no disassemble or modify. I may cause acciden or injury. Make sure o connec he ground. I may cause elecric shocks. Do no look a he laser ligh of bar code reader direcly. I may cause damage o he eyes. Aceone is caegorized ino Type 4 azardous Maerials and flammable. Follow he laws and regulaions and municipal ordinances for sorage. The blades of pipe cuer and scraper are sharp. Be cauious of handling and do no ouch he blade wih bare hands. In he case of removing or cleaning he adoper or bar code, unplug he power source. Sore in he housing case when no using and do no leave under he direc sunligh. When reurning he machine, enclose he main uni and exension cable in he provided housing case and hen reurn. 173

Insallaion Procedure Bu Fusion Machine/Insallaion Tools Bu Fusion Machine Specificaion Iem MINIPAST 2 Applicable Ouer Diameer (Inner Diameer mm) Inpu Power Source Dimensions (mm) Weigh (kg) 20 (15mm) 110 (100mm) 100V 450 300 365 11.6kg Iem 4600 Applicable Ouer Diameer (Inner Diameer mm) Inpu Power Source Dimensions (mm) Weigh (kg) 75 (65 mm) 250 (200 mm) 200V 950 850 570 83kg Insallaion Tools Pipe Cuer Aceone Special Paper Towel * For operaion mehod and ool selecion, refer o he Insallaion Procedure. 174

elaed Producs Gaske Bellmouh Opening/Closing Base Gauge Flange Diaphragm Type Pressure Gauge Bol/Nu/Washer Saddle Adhesive/ubrican Air-Condiioning Drain Pipe & Fiings, Saddle P.176 P.181 P.182 P.183 P.185 P.186 P.188 P.189 P.191 elaed produc 175

3 1 3 1 3 elaed Producs MODE CODE IST Type G Model * ubbers * Sandard * *** G Gaske A Full Face N Inner Face E EPDM F PVDF-Covering T PTFE-Covering 1 Viflon F/ FKM-F 2 Viflon C / FKM-C V FKM S SB J EPDM (ubrican Free) PTFE (ubrican Free) 1 JIS 10K 5 JIS 5K A ANSI D DIN W Waerworks 013 13 mm 350 350 mm AV Gaske Working Temperaure ange AV Gaske Type Working Temperaure ange AV EPDM Gaske 40 90 C * AV CSM Gaske 20 80 C * AV NB Gaske 30 100 C * AV II Gaske 30 90 C * AV FKM Gaske 20 150 C * AV SB Gaske 5 35 C AV PTFE-Covering Gaske 40 120 C AV PVDF-Covering Gaske 40 120 C <Use Precauions> 1. Values on he lef are general working emperaure range. I may be invasive depending on ype, emperaure, ec. of chemical soluion. 2. Working emperaure range for Viflon F/FKM-F and Viflon C/ FKM-C is same as FKM. 3. If insulaion is required wih EPDM gaske, specify "Insulaion EPDM". 4. The marked (*) ones are build-o-order producs. - These are cas producs so here is no unevenness in hickness and he surface is fla. The prorusion of dual-layer O-ring prevens leakage even when he surface pressure is low. Appropriae rubber hardness exers an buffering effec agains hea sress and piping sress. The maerial of high-qualiy virgin rubber exends duraion of life. Full-Face Asahi AV Gaske Gaske Dimension (JIS Drawing 10K, (Full Face) JIS 5K) andle P.C.D Deail of par A 1 1 (1.5) (1.5) n~eφ φd1 φd1 φd2 andle φd2 φd3 Par A AV Gaske Sandard Type Sandard JIS 10K JIS 5K Waerworks ANSI, DIN Full Face Gaske Inner-Face Gaske 一 PTFE-Covering Gaske 一 一 PVDF-Covering Gaske 一 一 <Use Precauions> 1. When using AV gaske for connecing meal-o-meal flange or resin-o-meal flange, use fla face (FF) meal flange. Using plane-sea flange (F) may cause damage o gaske. 2. Some maerials are no available for AV gaske depending on sandard and ype. For deails, please conac our neares office. n~eφ n~eφ P.C.D eail of par A φd1 φd1 φd2 φd2 φd3 Dimensions in parenhesis show he case of 350 mm (14 inch). Par A Asahi AV Gaske Dimension Drawing andle MODE CODE JIS 10K G A ubber Type 1 Asahi AV Gaske Dimension Drawing (Inner Face) andle φd1 φd1 φd2 JIS 5K G A ubber Type 5 1 1 P.C.D Deail of par A φd1 φd1 φd2 (1.5) (1.5) φd2 Deail of par A Par A φd2 φd3 Dimensions in 13 15 20 25 32 40 50 65 Sandard 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K D1 (Inner Diameer) 15 15 18 18 22 22 30 30 37 37 43 43 54 54 69 69 D2 (P.C, D) 55 65 60 70 65 75 75 90 90 100 95 105 105 120 130 140 D3 (Ouer Diameer) 73 88 78 93 83 98 93 123 113 133 118 138 128 153 153 173 n e d1 d2 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 12 15 12 15 12 15 12 19 15 19 15 19 15 19 15 19 22 22 26 26 30 32 39 38 45 50 53 54 64 68 82 86 34 37 39 41 44 47 53 53 60 65 69 69 79 83 101 101 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 80 100 125 150 200 250 300 350 Sandard 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K D1 (Inner Diameer) 80 80 102 102 127 127 150 150 198 198 249 249 300 300 350 350 D2 (P.C, D) 145 150 165 175 200 210 230 240 280 290 345 355 390 400 435 445 D3 (Ouer Diameer) 178 183 198 208 233 248 263 278 318 328 383 398 428 443 478 488 n e d1 d2 4 8 8 8 8 8 8 8 8 12 12 12 12 16 12 16 19 19 19 19 19 23 19 23 23 23 23 25 23 25 25 25 93 98 114 120 142 145 167 168 215 216 270 270 318 324 365 370 112 112 133 138 165 166 193 190 240 247 301 306 349 352 385 390 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 176

3 3 1 3 1 3 Full-Face Gaske (DIN, ANSI, Japan Waerworks) Asahi AV Gaske Dimension Drawing (Full Face) andle P.C.D Deail of par A 1 1 (1.5) (1.5) n~eφ φd1 φd1 φd2 MODE CODE Asahi AV Gaske Dimension Drawing (Full Face) andle φd2 φd3 Par A n~eφ P.C.D Deail of par A φd1 φd1 φd2 φd2 φd3 Dimensions in parenhesis show he case of 350 mm (14 inch). Par A Asahi AV Gaske Dimension Drawing DIN PN10 G A ubber Type D andle ANSI CASS 150 G n~eφ A ubber Type A Waerworks(SB) G A S W Asahi AV Gaske Dimension Drawing (Inner Face) andle 1 1 P.C.D Deail of par A φd2 (1.5) (1.5) φd1 φd1 φd2 Deail of par A φd1 φd1 φd2 Asahi AV Par A φd2 φd3 andle Dimensions in For DIN PN10 1 1 (1.5) (1.5) Dimensions in parenhesis show he case of 350 mm (14 (Uni: inch). mm) D1 D2 D3 n e d1 d2 15 18 65 93 4 14 26 41 20 22 75 103 4 14 32 47 25 30 85 113 4 14 38 53 32 37 100 138 4 18 50 65 40 43 110 148 4 18 54 69 50 54 125 163 4 18 68 83 65 69 145 183 4 18 86 101 80 80 160 198 8 18 98 112 D1 D2 D3 n e d1 d2 100 102 180 218 8 18 120 138 125 127 210 248 8 18 145 166 150 150 240 283 8 22 168 190 200 198 295 338 8 22 216 247 250 249 350 393 12 22 270 306 300 300 400 443 12 22 324 352 350 350 460 503 16 22 370 390 For ANSI Class 150 D1 D2 D3 n e d1 d2 15 0.71 2.38 3.43 4 0.63 1.02 1.61 20 0.87 2.76 3.78 4 0.63 1.26 1.85 25 1.18 3.13 4.17 4 0.63 1.50 2.09 32 1.46 3.50 4.53 4 0.63 1.97 2.56 40 1.69 3.88 4.92 4 0.63 2.13 2.72 50 2.13 4.74 5.91 4 0.75 2.68 3.27 65 2.72 5.49 6.93 4 0.75 3.39 3.98 80 3.15 6.00 7.44 4 0.75 3.86 4.41 (Uni: inch) D1 D2 D3 n e d1 d2 100 4.02 7.50 8.94 8 0.75 4.72 5.43 125 5.00 8.50 9.92 8 0.87 5.71 6.54 150 5.91 9.51 10.91 8 0.87 6.61 7.48 200 7.80 11.75 13.43 8 0.87 8.50 9.72 250 9.80 14.25 15.91 12 0.98 10.63 12.05 300 11.81 17.01 18.94 12 0.98 12.76 13.86 350 13.78 18.74 20.91 12 1.14 14.57 15.35 For Waerworks D1 D2 D3 n e d1 d2 40 43 105 138 4 19 54 69 3 50 53 120 153 4 19 69 85 3 75 (80) 80 168 209 4 19 98 114 3 100 102 195 236 4 19 120 138 3 125 127 220 261 6 19 145 164 3 Noes:1. 40mm(1 1/2inch) is ou of waerworks specificaion (JIS 10K Sandard Producs) 2. ubber used for AV gaske is accordance wih ap waer rubber(jis K 6353) (SB: Syrene-Buadiene ubber) D1 D2 D3 n e d1 d2 150 152 247 288 6 19 171 190 3 200 202 299 340 8 19 216 240 3 250 253 360 408 8 23 273 300 3 300 303 414 461 10 23 325 352 3 350 353 472 527 10 25 375 405 3 177

1 3 1 elaed Producs Inner-Face Gaske MODE CODE JIS 10K G N ubber Type 1 JIS 5K G N ubber Type 5 Waerworks(SB) G A ubber Type W andle Par A φd2 φd1 φd1 φd2 Deail of par A For JIS 10K, 5K Maerial: EPDM Sandard D2 D1 d1 d2 15 20 25 32 40 50 65 80 100 125 150 200 250 300 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 5K 10K 47 54 52 59 62 70 74 80 79 85 89 100 114 120 125 130 145 155 180 187 210 217 257 267 322 329 367 374 18 22 30 37 43 54 69 80 102 127 150 198 249 300 26 26 30 32 39 38 45 50 53 54 64 68 82 86 93 98 114 120 142 145 167 168 215 216 270 270 318 324 39 41 3 44 47 3 53 53 3 60 65 3 69 69 3 79 83 3 101 101 3 112 112 3 133 138 3 165 166 3 193 190 3 240 247 3 301 306 3 349 352 3 For Waerworks Maerial: SB D2 D1 d2 d1 40 85 43 69 54 3 50 100 53 83 68 3 75 (80) 148 80 110 90 3 100 175 102 135 115 3 125 200 127 160 140 3 150 227 152 187 168 3 200 279 202 236 218 3 250 337 253 288 270 3 300 391 303 340 320 3 350 445 353 400 370 3 Noes: 1.40 mm (11/2 inch) is ou of waerworks specificaion. (JIS 10K Sandard Produc) 2. ubber used for AV gaske is accordance wih ap waer rubber (JIS K 6353). (SB: Syrene-Buadiene ubber) 178

AV PTFE/PVDF Gaske PTFE-Covering n- h Par A * PTFE covering hickness is 0.3 0.4 mm. P.C.D. D1 d 1 d 2 D D3 2 PVDF-Covering MODE CODE PTFE G A T Sandard PVDF G A F Sandard 2.5 * PVDF covering hickness is 15 mm ( 1 / 2 inch) 65 mm (2 1 / 2 inch) 0.4 mm Deail of par A 80 mm(3 inch) 300 mm (12 inch) 0.5 mm 1 1.5 3 1 1.5 Noes: Dimensions in parenhesis show he case of 350 mm. n- h D d d D 1 1 2 P.C.D. D 3 2 Par A 3 1 Deail of par A 12.5 EPDM PTFE- and PVDF-Covering For JIS 10K D1 (Inner Diameer) D2 (P.C.D) D3 (Ouer Diameer) n e d1 d2 15 18 70 93 4 15 26 41 3 20 22 75 98 4 15 32 47 3 25 30 90 123 4 19 38 53 3 32 37 100 133 4 19 50 65 3 40 43 105 138 4 19 54 69 3 50 54 120 153 4 19 68 83 3 65 69 140 173 4 19 86 101 3 D1 (Inner Diameer) D2 (P.C.D) D3 (Ouer Diameer) n e d1 d2 80 80 150 183 8 19 98 112 3 100 102 175 208 8 19 120 138 3 125 127 210 248 8 23 145 166 3 150 150 240 278 8 23 168 190 3 200 198 290 328 12 23 216 247 3 250 249 355 398 12 25 270 306 3 300 300 400 443 16 25 324 352 3 For DIN PN10 For ANSI Class 150 (Uni: inch) D1 D2 D3 n e d1 d2 15 18 65 93 4 14 26 41 20 22 75 103 4 14 32 47 25 30 85 113 4 14 38 53 32 37 100 138 4 18 50 65 40 43 110 148 4 18 54 69 50 54 125 163 4 18 68 83 65 69 145 183 4 18 86 101 80 80 160 198 8 18 98 112 100 102 180 218 8 18 120 138 125 127 210 248 8 18 145 166 150 150 240 283 8 22 168 190 200 198 295 338 8 22 216 247 250 249 350 393 12 22 270 306 300 300 400 443 12 22 324 352 350 362 460 503 16 22 387 413 400 407 515 563 16 26 442 472 (mm) D1 D2 D3 n e d1 d2 15 0.71 2.38 3.43 4 0.63 1.02 1.61 20 0.87 2.76 3.78 4 0.63 1.26 1.85 25 1.18 3.13 4.17 4 0.63 1.50 2.09 30 1.46 3.50 4.53 4 0.63 1.97 2.56 40 1.69 3.88 4.92 4 0.63 2.13 2.72 50 2.13 4.74 5.91 4 0.75 2.68 3.27 65 2.72 5.49 6.93 4 0.75 3.39 3.98 80 3.15 6.00 7.44 4 0.75 3.86 4.41 100 4.02 7.50 8.94 8 0.75 4.72 5.43 125 5.00 8.50 9.92 8 0.87 5.71 6.54 150 5.91 9.51 10.91 8 0.87 6.61 7.48 200 7.80 11.75 13.43 8 0.87 8.50 9.72 250 9.80 14.25 15.91 12 0.98 10.63 12.05 300 11.81 17.01 18.94 12 0.98 12.76 13.86 Noes: s of 1-1/4 (30 mm), 2-1/2 (65 mm) and 12 (300 mm) for ANSI Sandard PVDF-covering gaske canno be manufacured. 179

elaed Producs Viflon Excellen eluion characerisic for TOC, meal ions, ec. Beer cos performance compared o perfluoro fluorine rubber. MODE CODE Viflon F/FKM-F G A 1 1 Viflon C/FKM-C G A 2 1 Viflon F/FKM-F (For Acid-esisan) Effecive for niric acid, hydroflluoric acid, hydrochloric acid, ec., especially works well wih mixed acid such as niric hydrofluoric acid. Viflon C/FKM-C (For Chlorine-esisan) Effecive for chlorine-ype chemicals, especially sodium hypochlorie injecion lines, and excellen chemicalresisance compared o convenional fluorine-based rubber. Viflon Full Face Gaske Viflon F/FKM-F Gaske...For Acid-esisan Type Viflon C/FKM-C Gaske...For Chlorine-esisan Type andle n- e P.C.D Deail of par A 1 d1 d2 2 3 Par A Dimensions in parenhesis show he case of 350 mm (14 inch). Full Face JIS 10K D3 D2 D1 d2 d1 n e 15 93 70 18 41 26 4 15 3 20 98 75 22 47 32 4 15 3 25 123 90 30 53 38 4 19 3 32 133 100 37 65 50 4 19 3 40 138 105 43 69 54 4 19 3 50 153 120 54 83 68 4 19 3 65 173 140 69 101 86 4 19 3 80 183 150 80 112 98 8 19 3 100 208 175 102 138 120 8 19 3 125 248 210 127 166 145 8 23 3 150 278 240 150 190 168 8 23 3 200 328 290 198 247 216 12 23 3 1 3 1 1.5 1.5 180

MODE CODE IST Bellmouh Type Field Model Maerial Sandard F N * * *** F Bellmouh N None Color Bellmouh U U-PVC I I-PVC 1 JIS 10K W Waerworks 040 40 mm 350 350 mm AV Bellmouh φd1 30 n-φh U-PVC I-PVC φd P.C.D. C φd JIS10K JIS B 2062 Waerworks D C n h D C n h d D1 40 ー ー ー ー 140 105 4 19 16 41 75 55 18 13 50 ー ー ー ー 155 120 4 19 20 50 90 65 25 22 80 (75) 185 150 8 19 211 168 4 19 22 78 130 80 33 30 100 210 175 8 19 238 195 4 19 24 100 160 90 40 34 125 250 210 8 23 263 220 6 19 24 125 190 95 45 34 150 280 240 8 23 290 247 6 19 24 148 230 106 52 38 200 330 290 12 23 342 299 8 19 28 196 300 125 70 4 250 400 355 12 25 410 360 8 23 30 247 360 145 90 4 300 445 400 16 25 464 414 10 23 30 298 415 145 100 4 350 490 445 16 25 ー ー ー ー 34 348 480 190 120 4 Noes: I-PVC is available for 80 o 200 mm wih JIS10K and 40 o 200 mm for waerworks. 181

elaed Producs MODE CODE IST Type Maerial Model Sandard Type K ** J * *** K Opening/Closing Base FP 1P F-1 P Type 1S F-1 S Type J JIS J ef-opening Spindle SUS G igh-opening Spindle SUS 050 50 mm 350 350 mm FP Opening/Closing Base D 9 10 8 2 23 15 5 117 45 72 17 16 33 100 SPV 100 39 70 700 6 50 50 Deails of Fiings 605 7 11 0 0 4 170 105 (500: Special Order) 28 35 23 63 32 3 12 14 13 15 1 165 210 165 4-19 M16Bol Noes: 1) Transparen 2) Up o size 150 mm 3) Tar-epoxy resin pain when he maerial is FC200 No. Descripion Pcs. Maerial 1 Sand 1 FP 2 andle 1 PP 3 Seady Brace 1 FP 4 Sem 1 SUS403 5 Bush 1 BC6 6 Indicaor Needle 1 BC6 7 Scale Plae 1 PVC 1) 8 andle Bush 1 AC4C 9 Cap Nu 1 SUS304 10 Washer 1 U-PVC 2) 11 Scale Plae Insallaion Screw 2 C3064 12 Seady Brace Insallaion Screw 2 SUS304 13 Middle Join 1 FC200 (Sandard Produc) 3) 14 exagonal Bol (A) 2 SUS304 15 Middle od 1 SUS403 (Sandard Produc) 16 Fiing 1 FC200 (Sandard Produc) 3) 17 exagonal Bol 1 SUS304 40 50 80 (75) 100 125 150 200 250 300 350 andle Diameer D 195 195 195 195 270 270 360 360 455 455 Noes: A higher version made wih handle diameer can be insalled on reques. 182

MODE CODE IST Type: I Type G Maerial * Type G1 Sandard 1 Connecion ** *** G Gauge Flange Type II Type G U U-PVC C C-PVC F PVDF Maerial * G1 Type I Type G2 1 JIS 10K Sandard 1 A 15mm B 20mm C 25mm Gauge Connecion Side N 020 20 mm 300 300 mm *** G Gauge Flange Type III Type G U U-PVC C C-PVC F PVDF Maerial * G2 Type II Type G3 1 JIS Sandard 1 N Threaded Gauge Connecion Side S 020 20 mm 300 300 mm *** * G Gauge Flange U U-PVC C C-PVC F PVDF G3 Type III 1 JIS S Sandard 075 75 mm 250 250 mm E c1/2 F c3/4 Gauge Flange Applicaion Example Maerial Unplasicized Polyvinyl Chloride Pipe (U-PVC) ea-esisan Polyvinyl Chloride (C-PVC) Polyvinylidene Fluoride (PVDF) Fluid Temperaure 0 50 C 0 80 C 20 100 C Working Pressure (Normal Temperaure) 1.0MPa {10.2kg/ cm2 } 1.0MPa {10.2kg/ cm2 } 1.0MPa {10.2kg/ cm2 } Connecion Mehod Wafer (JIS 10K) Wafer (JIS 10K) Wafer (JIS 10K) Feaures Excellen corrosion-resisance and chemical-resisance. The wafer shape gives srengh and compac piping is feasible. Mainenance of a deecion pah is easy wih he aached plug. Aaching a cock makes a soluion sampling por. ighweigh and insallaion is easy. Cos can be reduced from he convenional ype. Type : I O.D P.C.D φd N-φE 20 160 100 50 75 22 4-15 25 170 125 62.5 90 25 4-19 32 175 135 67.5 100 30 4-19 40 178 140 70 105 41 4-19 50 185 155 77.5 120 52 4-19 65 195 175 87.5 140 67 4-19 80 (75) 200 185 92.5 150 78 8-19 100 215 210 105 175 100 8-19 125 232 250 125 210 125 8-23 150 250 280 140 240 146 8-23 200 273 330 165 290 196 12-23 250 310 400 200 355 247 12-25 300 335 445 222.5 400 298 16-25 Type : I In he case of JIS10K 20 mm 20 mm 300 mm JIS10K Available in 15 mm and 25 mm. 30 P.C.D JIS10K 20 mm 300 mm N- E 11 20mm JIS10K 50 4-15 Cuing Deph 20 22 c 1/4 Deph 15 P.C.D75 13.157 c 1/4 20 10 28 10 c 1/4 15 5.5 9.5 22 O.D/2 O.D/2 O.D 183

elaed Producs AV Gauge Flange Type : I I JIS10K 20 300 mm n- h Z6.3 30 Z6.3 d P.C.D.C n- h P.C.D.C 11 20 10 28 10 13.8 c 1/4 Deph 15 1/4 Type: III JIS10K 75 250 mm d 11 c P Deph 20 Type : I I Type:III d JIS 10K D C n h 20 22 100 75 4 15 25 25 125 90 4 19 30 30 135 100 4 19 40 41 140 105 4 19 50 52 155 120 4 19 65 67 175 140 4 19 80 78 185 150 8 19 100 100 210 175 8 19 125 125 250 210 8 23 150 146 280 240 8 23 200 196 330 290 12 23 250 247 400 355 12 25 300 298 445 400 16 25 d D C n h In he case of c¹ ₂ In he case of c³ ₄ 75 78 185 150 8 19 40±2.8 45 +4.5 0 ¹ ₂ ³ ₄ 100 100 210 175 8 19 40±2.8 45 +4.5 0 ¹ ₂ ³ ₄ 150 146 280 240 8 23 40±2.8 45 +4.5 0 ¹ ₂ ³ ₄ 200 196 330 290 12 23 40±2.8 45 +4.5 0 ¹ ₂ ³ ₄ 250 247 400 355 12 23 40±2.8 45 +4.5 0 ¹ ₂ ³ ₄ Applicaion Example P 184

f f MODE CODE IST Type PG Maerial U Case * Sandard * Connecion ** Scale ** PG Diaphragm Type Pressure Gauge 01 U PVC A φ75 B φ100 1 JIS 10K 5 JIS 5K 3 G 3/8 8 3/8 2 G 1/2 4 1/2 15 15mm 20 20mm 25 25mm 0.1MPa 16 0.16MPa 02 0.2MPa 25 0.25MPa 03 0.3MPa o 10 1.0MPa AV Diaphragm Type Pressure Gauge Feaures Because PTFE diaphragm is used for he pressure-receiving par and he Bourdon ube is filled wih a food anifreezeing soluion and disconneced from he indicaor by he diaphragm, he pressure of fluid can be measured wihou going hrough he Bourdon ube. There are 2 ypes for insallaion of diaphragm ype pressure gauge, hreaded and flanged. Flanged 40 18 φ98 φd 1 φd P.C.D. C φd 4 φh JIS: Threaded End 9 8 7 6 5 4 3 2 1 φd2 l 14 17 (Flanged) Pressure Gauge Case φ75 φ100 d JIS 10K D C h D1 D2 15 13 95 70 15 20 33 89 90 39 20 15 100 75 15 22 35 89 90 39 25 20 125 90 19 22 40 89 90 39 15 13 95 70 15 20 26 114 104 40 20 15 100 75 15 22 30 114 104 40 25 20 125 90 19 22 35 114 104 40 (JIS: Threaded End) Pressure Gauge Case d f D2 1 G3/8 18 89 90 34 39 φ75 3/8 18 89 90 34 39 G1/2 20 89 90 36 39 1/2 20 89 90 36 39 G3/8 18 114 104 34 40 φ100 3/8 18 114 104 34 40 G1/2 20 114 104 36 40 1/2 20 114 104 36 40 18 1 3 φ98 φ5 d (For G) Opposie Side 24 9 8 7 6 5 4 3 2 1 φd2 14 17 Specificaion Pressure Gauge Case φ75 φ100 JIS 10k Flanged 15 mm 20 mm 25 mm 15 mm 20 mm 25 mm JIS Threaded End G3/8 3/8 G3/8 3/8 G1/2 1/2 Pressure Gauge Maximum Scale 0.1MPa 0.16MPa 0.2MPa 0.25MPa 0.3MPa 0.4MPa 0.5MPa 0.6MPa 0.7MPa 1.0MPa 1 d (For ) <Use Precauions> Because diaphragm ype pressure gauge conains pressurizing liquid in he upper flange and Bourdon ube, never loosen he ighening bols of upper/lower flanges and he indicaor's hreaded par. Pressurize gradually. Avoid abrup opening of valves, especially, and pressurize quiely. ead indicaed pressure from he deflecion widh of he needle of indicaor. No. Descripion Pcs. Maerial 1 ower Flange 1 PVC 2 Gaske 1 PTFE 3 Diaphragm 1 PTFE 4 Upper Flange 1 PVC 5 Bol & Nu 12 SUS304 6 Seal iquid Food Addiive Glycerin 7 Gaske 1 PTFE 8 Pressure Gauge Thread 1 SUS304 9 Pressure Gauge 1 ABS and ohers 185

elaed Producs MODE CODE IST Type M Model B Maerial * *** engh *** Sandard A M Mainenance Maerial B Bol U U-PVC F PVDF 008 M8 010 M10 012 M12 016 M16 020 M20 020 20 055 55 014 14 065 65 040 40 095 95 055 55 090 90 A Full Thread 025 25 070 70 Bol/Nu/Washer MODE CODE Normal Thread M B U engh Full Thread M B U engh A Nu M N U Washer M W U Feaures Excellen corrosion-resisance as unplasicized polyvinyl chloride bol and nu are cased ogeher. Main Specificaion Maerial Unplasicized Polyvinyl Chloride Pipe (U-PVC) M8, M10, M12, M16, M20 Working Temperaure ange Produc ineup Bol Bol Nu 10 35 Dimensions Diagram Normal Thread Full Thread Nu Washer S M M D e S e B d M8 M10 M12 M16 M20 S S S S S Full Full Full Full Sandard Thread Sandard Thread Sandard Thread Sandard Thread Sandard 20 18 14 12 25 23 40 38 55 46 53 25 23 20 18 30 28 45 38 43 65 46 32 22 30 25 23 36 34 50 38 48 75 46 38 22 36 28 26 40 38 55 38 80 46 50 22 48 30 28 45 43 60 38 85 46 55 22 53 32 26 30 50 30 48 65 38 90 46 36 26 34 56 30 70 38 Full Thread M8 M10 M12 M16 M20 S S S S S Full Full Full Full Full Sandard Thread Sandard Thread Sandard Thread Sandard Thread Sandard 40 26 38 60 30 75 38 45 26 43 65 30 80 38 50 26 48 70 30 85 38 55 26 95 38 60 26 65 26 Thread Thread Nominal M Pich B e D d M 8 1.25 13 6.5 5.5 0.2 18.2 8.4 2 M10 1.5 17 8 7 0.2 22.0 10.5 2 M12 1.75 19 10 8 0.3 26.0 13.5 3 M16 2.0 24 13 10 0.4 32.0 17.0 3 M20 2.5 30 16 13 0.4 40.0 21.0 3 <Use Precauions> Use in combinaion of AV bol, nu and washer is recommended. Engagemen may differ if a combinaion oher han AV bol and nu is used. Do no use in combinaion wih meal bol and nu. 186

MODE CODE IST Type M Model N Maerial * *** Type M Model W Maerial U *** M Mainenance Maerial N Nu U U-PVC F PVDF PVDF is only available in M8, M10 and M12. 008 M8 010 M10 012 M12 016 M16 020 M20 M Mainenance Maerial W Washer U U-PVC 008 M8 010 M10 012 M12 016 M16 020 M20 Bol&Nu MODE CODE Normal Thread M B F engh Full Thread M B F engh A Nu M N F Dimensions Diagram Normal Thread Feaures Excellen chemical-resisance agains srong acid/organic solvens or halogens such as chlorine and bromine for which convenional meals or U-PVC bols and nus could no use. Impac srengh is 3 o 4 imes of U-PVC as made of PVDF. Non-oxic and odorless bols and nus passed he es under he Food Saniaion Ac. Main Specificaion Working Temperaure Produc ineup Maerial ange Bol Nu Polyvinylidene Fluoride (PVDF) 40 90 Full Thread S Nu M M e S e B M8 M10 M12 S S S Sandard Full Thread Sandard Full Thread Sandard Full Thread 20 18 14 12 25 23 25 23 20 18 30 28 32 22 30 25 23 36 34 38 22 36 28 26 40 38 50 22 48 30 28 45 43 55 22 53 32 26 30 50 30 48 36 26 34 56 30 M8 M10 M12 S S S Sandard Full Thread Sandard Full Thread Sandard Full Thread 40 26 38 60 30 45 26 43 65 30 50 26 48 70 30 55 26 60 26 65 26 Thread Nominal M Pich B e D d M 8 1.25 13 6.5 5.5 0.2 18.2 8.4 2 M10 1.5 17 8 7 0.2 22.0 10.5 2 M12 1.75 19 10 8 0.3 26.0 13.5 3 M16 2.0 24 13 10 0.4 32.0 17.0 3 M20 2.5 30 16 13 0.4 40.0 21.0 3 <Use Precauions> Engagemen may differ if a combinaion oher han AV bol and nu is used. Do no use in combinaion wih meal bol and nu. 187

elaed Producs MODE CODE IST Type Model Maerial M S U *** M Mainenance Maerial S Saddle U U-PVC 016 16 mm 200 200 mm Saddle Feaures Corrosion-resisance as made of unplasicized polyvinyl chloride and no elecric corrosion. Safe o use wih increased srengh by reaining sufficien wall hickness. U-PVC B 2 1 2 1 T e 45 h C D1 D2 C 1 T B e 2 h Bol in Use 16 22 24 42 5.5 11 5 3 15 5.8 11 2.5 M 5 20 26 29 48 5.5 13 5 3 18 5.8 13 2.5 M 5 25 32 35 54 5.5 16 6 3 18 5.8 13 2.5 M 5 30 38 41 66 7 19 7 3.5 20 7 15 3 M 6 40 48 52 90 9.5 24 9 4 24 10 17 3.5 M 8 50 60 64 97 9.5 30 9 4 28 10 18.5 4 M 8 65 76 81 114 9.5 38 10 4 30 10 18 4.5 M 8 75 89 94 134 12 44.5 11 4 38 12 28 4.5 M10 100 114 120 160 12 57 12 4.5 42 12 30 5 M10 125 140 150 192 15 70 12 5 46 12 31 5 M10 150 165 177 238 16 82.5 14 8 50 17 34 5 M14 200 216 236 316 18 108 20 10 70 19 36 8 M16 188

MODE CODE IST Type Model Brush Weigh C * * *** C AV Cemen 3 AV Cemen 32 5 AV Cemen 52 6 AV Cemen 62 8 AV Cemen 88 9 AV Cemen 90 1 AV Cemen 100 2 AV Cemen 102 1 Wih brush 0 Wihou brush 001 100g 003 250g 005 500g 010 1kg AV Cemen Adhesives in he following able are available depending on ypes of pipes & fiings. AV Cemen 32 AV Cemen 52 AV Cemen 62 AV Cemen 88 AV Cemen 90 AV Cemen 100 AV Cemen 102 Japan Waer Works Associaion (JWWA-S101) Japan Waer Works Associaion (JWWA-S101) Japan Waer Works Associaion (JWWA-S101) Japan Waer Works Associaion (JWWA-S101) Classificaion ow Viscosiy Quick Dry igh Viscosiy Quick Dry igh Viscosiy Slow Dry ow Viscosiy Quick Dry ow Viscosiy Quick Dry ow Viscosiy Quick Dry igh Viscosiy Slow Dry Adhesive Color Transparen Transparen Transparen Transparen Transparen Whie Whie Applicable Pipe Type 1 General Pipe (VP, VU) igh Puriy esisance Polyvinyl Chloride Pipe (P-PVC) 2 I Pipe 3 C-PVC Pipe Packaging 100g 500g 1kg can wih brush 500g can wih brush 1kg can wih brush 250g 500g can wih brush 500g 1kg can wih brush 1kg can wih brush 1kg can wihou brush (wide mouh) Conainer Color Blue ed Yellow Brown Dark Blue igh Blue Dark Green Noes: 1. is recommended, is no usable. 2. is usable. 3. Selec an adhesive wih higher resoluion (higher number circled in he able above) when connecing differen maerials. esoluion C-PVC > I-PVC > U-PVC (Example: In he case of connecing C-PVC Pipe and igh Puriy Pipe...Use AV Cemen 88) 4. Producs marked as "Japan Waer Works Associaion (JWWA S101)" in he able above are accordance wih maerials, manufacuring mehods and composiions specified in he "JWWA S101 Tap Waer ard Polyvinyl Chloride Pipe Adhesive", and is qualiy has been confirmed by passing our sandard esing. 189

elaed Producs AV Cemen AV Cemen Sandard Table Conainer Produc Name Classificaion Symbol Color Viscosiy (CP) oss on Drying (%) Bonding Power (MPa) Afer 15 minues Afer 2 hours AV Cemen 32 ow Viscosiy Quick Dry A Blue 100 250 30 50 1.25 or more 2.5 or more AV Cemen 52 igh Viscosiy Quick Dry B ed 800 1500 30 50 1.25 or more 2.5 or more AV Cemen 62 igh Viscosiy Slow Dry ー Yellow 500 1500 10 30 ー 1.5 or more AV Cemen 88 ow Viscosiy Quick Dry ー Brown 200 700 ー 1.25 or more 2.5 or more AV Cemen 90 ow Viscosiy Quick Dry A Dark Blue 500 800 30 50 1.25 or more 2.5 or more AV Cemen 100 (Whie) ow Viscosiy Quick Dry A igh Blue 500 800 30 50 1.25 or more 2.5 or more AV Cemen 102 (Whie) igh Viscosiy Slow Dry ー Dark Green 400 1000 10 30 ー 1.5 or more <Use Precauions> * AV cemen is applicable o Class 1 peroleums, Class 4 hazardous maerials of Aricle 2 of he Fire Services Ac. Be cauious of sorage. * ead "Use Precauions" sipulaed on he can carefully and follow he insrucions when using. elaionship Beween eave Time and Bonding Srengh in he Case of Using AV Cemen for TS Fiing Maximum pulling load wih he size of 13 mm a 20 C Bonding power inside ( ) Produc Name 1 minue 3 minues 5 minues 10 minues 15 minues 30 minues 1 hour 2 hours 3 hours 6 hours 12 hours 24 hours AV Cemen 32 AV Cemen 52 AV Cemen 62 AV Cemen 88 540 (0.4) 1,260 (0.9) 1,320 (1.0) 1,770 (1.3) 1,570 (1.2) 2,160 (1.6) ーーー 2,010 (1.5) 2,510 (1.9) 410 (0.3) ーーーー 2,260 (1.7) 2,790 (2.1) 800 (0.6) 1,670 (2.3) 2,840 (2.1) 3,330 (2.5) 1,320 (1.0) 2,260 (2.8) 3,330 (2.5) 3,730 (2.7) 2,150 (1.6) 3,040 (3.6) 3,730 (2.7) 4,120 (3.0) 2,750 (2.1) 3,240 (4.2) 4,020 (2.9) 4,360 (3.2) 3,040 (2.3) 3,630 (4.7) 4,560 (3.3) 4,810 (3.5) 3,880 (2.8) 4,410 (5.7) Cracked ー Cracked ー 4,460 (3.3) 5,300 (6.9) Cracked 6,180 (8.2) Sandard Table of Adhesive Necessary for TS Fiing Connecion (mm) 13 16 20 25 30 40 50 65 75 100 125 150 200 250 300 350 400 450 500 Applicaion Amoun (g/locaion) 0.9 1.2 1.7 2.0 3.1 5.0 7.1 9.9 12 20 30 44 59 78 104 244 318 400 490 Applicable Adhesive AV Cemen 32 or AV Cemen 52 or AV Cemen 90 or AV Cemen 100 (Whie) AV Cemen 62 or AV Cemen 102 (Whie) Noes: Applicable adhesives above are described from how quick or slow o dry by ype and his will no be applied depending on he work environmenal condiions. MODE CODE IST Type Model Maerial Use Weigh Q 0 0 010 Q ubrican 0 ubrican 0 ubrican 010 100g AV ubrican Use AV lubrican for rubber ring connecion. Do no use oher soap waer, grease, ec. Normal applicaion amoun per rubber ring connecion (mm) 50 75 100 125 150 200 250 300 350 400 450 500 Applicaion Amoun (g) 4 5 10 15 20 25 35 50 65 90 115 140 Ne Weigh: 1 kg Noes: ead "Use Precauions" sipulaed on he produc carefully when using. 190

MODE CODE IST Type PD Maerial U Maerial ** Color VN *** Overall engh 04T PD Air-Condiioning Drain Pipe U U-PVC PP VP UP VU VN Sandard 016 16 mm 040 40 mm 04T 4m Type Maerial Type Color TD U ** JN *** TD Air-Condiioning Drain Fiing BD Air-Condiioning Drain Bend Type SB Maerial U U U-PVC 9 90 Elbow 4 45 Elbow 45 Bend TE Tee SO Socke Color * JN Sandard VN 45 Bend *** 016 16 mm 040 40 mm 020016 25 20 mm 040030 40 30 mm SB Saddle Band U U-PVC D Ivory Whie G Gray 016 16 mm 040 40 mm Air-Condiioning Drain Pipe & Fiings, Saddle Produc Number VP Feaures ighweigh and easy insallaion as made of unplasicized polyvinyl chloride. Use of high-grade pigmens gives brigh colors and brings harmony o consrucion faciliies. VP pipes of 16 o 40 mm and VU pipes of 20 and 25 mm as well as a variey of fiings and saddle bands are available. Color Value Ivory Whie Munsell 5Y 9/07 (Sandard Color) Approximae Ouer Wall Cardboard Approximae Ouer Wall engh engh Inner Diameer Diameer Thickness Packaging (pcs.) Inner Diameer Diameer Thickness 16 AVP16 16 22 4000 3.0 20 20 AVP20 20 26 4000 3.0 15 22 26 4,000 2.0 15 25 AVP25 25 32 4000 3.5 12 26.8 32 4,000 2.6 12 30 AVP30 31 38 4000 3.5 9 40 AVP40 40 48 4000 4.0 6 * Accordance wih JIS K6741. 90 Elbow d VU eference Cardboard Packaging (pcs.) Produc Number φd φd Package (pcs.) 16 AV9016 22.40 29 43 57.5 100/400 20 AV9020 26.45 33 50 66.5 60/240 25 AV9025 32.55 40 58 78 35/140 30 AV9030 38.60 46 65 88 25/100 40 AV9040 48.70 57 82 110.5 30/60 45 Elbow 45 d Produc Number φd φd Package (pcs.) 20 AV4520 26.45 33 44 65/260 25 AV4525 32.55 40 51 40/160 30 AV4530 38.60 46 56 30/120 40 AV45B40 48.70 57 69 36/36 are sock producs. * 40 mm is nominal bend. 191