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1. Ax GET Els 2 025 032 040 050 063 075 090 0110 0125 0160 0180 0225 0250 0315 0355 mO 20 250 300 0 5 17 833 24 425 1 0 25 929 35 513 1 5 32 275 44 206 2 0 37 699 51 635 2 5 42 527 58 248 3 0 46 927 64 274 3 5 51 001 69 853 54814 75 076 58413 80 007 61 833 84 691 6 68 231 93 453 74 153 101 565 __ 8 79 698 109 159 9 84932 116 327 107 89 904 123 138 0264 0 488 0 901 1 586 111910 153 278 0 310 0 574 1 058 1 852 130 718 179 039 0 351 0 650 1 199 2 090 147 457 201 966 0 389 0 720 1 328 2 306 162 714 222 862 0 424 0 785 1 447 2 506 176 838 242 208 0 457 0 846 1 560 2693 190 060 260 318 0488 0 904 1 666 2 870 202 541 277 413 0 518 0 958 1 767 3 038 214 399 293 654 60 0293 0 574 1061 1957 3 353 236 581 324 036 0625 1157 2134 3 644 257 117 352 164 80 0674 1 247 2 300 3916 276 342 378 495 90 0 720 1 332 2456 4173 294489 403 350 100 0764 1413 2606 4417 311 780 426 964 150 0958 1 773 3270 5 499 388 032 531472 200 1126 2 083 3 842 6423 453 247 620 794 250 1276 2360 4353 7245 511 289 700 292 300 1413 2614 4821 7 995 564 188 772 746 350 1540 2 850 5 255 8 689 613 162 839 824 400 1 660 3071 5 664 9 339 659 008 902 618 450 172. Product specifications are subject to change without notice UA 50 1 1 Equal diameter SDR17 11 Equal diameter Spigot Tees d BST 280 O 280 2505 2605 BSI 180 17C 10180 01801 150x150 BST 815 O 0315 0315 250 250 BST 225 17C BST 355 C D355xD355 300x300 5 250 17 0400 0400 350x350 BST 280 17C 0450 0450 400 400 5 315 17 BST 500 C 450 450 BST 355 17C BST 400 17C BST 450 17C BST 500 17C o FEEDS u 2 JIS Amea 50 212 PoE opigot Elbows 45 Bios OD ND BSE45 280 C D280 2505 BSE45 180 17C 0180 BSE45 315 C D315 250 BSE45 225 17C D225 2005 45 250 17 0250 5 45 280 17 0280 2505 BSEA45 315 17C 0315 250 ee SDRI 1 90 DR17 90 90 93 907 50817 90 AmA SO u JIS AmA SIO u Spigot Elbows 907 93 Nu BSE90 180 17C 86500 226 17 5 0 250 170 BSE90 280 170 BSE90 315 17C 0315 250 BSDR 17 93 fers Z JIS Product number OD ND 2 50 1 Z 11 A lt SUN 111 4 1 47 Seamless Bend 11 l SF 221 2 Seamless Bend 22 1 2 45
3. mpm smi semi T eom GEN sm sw 0 010 sem 00 asus em J 0 0 0 00 00 0 00 0101010 som 1000000 00 00 00 0010 Ofthik zEOmil SDRI1 Product Line up ARR Male Thread Adapter FADA Female Thread Adapter Mechanical Sockets gt Outer diameter JIS FOZ GR o5 30 40 50 Nominal diameter r a m e SE Mechanical Male Thread Adapters O OOJOO 06 AIPOLY BROADPIPE E Pipes ISO Sizes EF Welding eeu Butt Welding ISO 6 mm Thickness mm m Length m Joint method d e os ics AM
4. ISI Pipe settino ocraping the pipe surface BISTRO 4 E 5 tU F Cleaning the scraped surface Heating plate setup ED AA Heating the pipe edge a 23 Press to weld JN Asb ESEL j XJ 2JJV Fbe T Procedure for Installing Mechanical Fittings 07 x Structural composition mo Three windows for confirming insertion 5002 FARSH Cap nut Claw ring Male thread unit 1 9 C lt S SS UN Cu VEU BEEBIRIIETE DU 7 1 Cutting the pipe Use a pipe cutter to cut the pipe at a right angle f you do not cut the pipe at right angle to the pipe s axial direction Caution you will have to cut it again to get a right angle cut Ensure that the cut surface of the pipe is free of burrs 2 82 y ORA SFY v NOS EIOU lt 72 AN 2 D AJYUSTULCERIUC e HE 2 Attaching the cap nut and Claw ring Check the direction of the cap nuts and the order of insertion through the pipe first the cap nut then the Claw ring Make sure the direction of the cap is correct and do not forget to insert the split ring Caution CHRAULCKTESUS E 3
5. bou Em IBS HICICSST SCMBEDSSIUS IS imr ZU CIO RAC amp lt 5 1 cage lt 2 amp 342727801802 VOS IESPIRESEIBRICU Wa CEP ESTE 9 amp 7 BI ADNE SANDO SEP UOS AQ ld L488B8RB277 As for storage please conform to the items below to avoid any discoloration or deterioration of the products 5 a rule pipes should be stored indoors in the packaging as they were shipped from supplier When storing outdoors on site cover them with a tarp or something similar to avoid direct sunlight and take consideration with regard to ventilation Be sure to attach terminal caps to the pipe ends to prevent deterioration which may be caused by direct sunlight When storing pipes select a flat area and place them on wooden sleepers about 1 m apart to avoid any unevenness Avoid stacking them crosswise on each other Fittings should be stored indoors If stored outdoors on site they should be covered with a tarp in the cardboard packaging as they were shipped from the supplier Both pipes and fittings should be stored without any chance of contact with detergents solvents or grease and away from fire bonfires welding torches and industrial lighting 37 Piping EF 9 Ci
6. 0 75 gt After 5 minutes passed apply pressure again up to 0 75 MPa 3 IKE O 5MPaz CMEU O33 8398 Decrease the pressure to 0 5 MPa soon after applying the pressure up to 0 5 MPa and leave it for a while 18 S Measure the water pressure after 1 hour passed 4 0 4 lt 0 4 2488800235 eave it longer and check the water pressure after 24 hours passed 0 3MPa lt 0 3 8 Fail 36 Cautions Regarding Construction Transportation N CIA AORT AALT gt ZDA DES Z CE PORK XD ED 227 AK O C 72 OJER E CEO Cautions When unloading pipes and joints from the truck not subject the impacts to the products by tossing them around When transporting products by truck place cushioning material to avoid direct contact with hoists or corners of the bed When carrying a pipe be sure to lift and carry the entire pipe rather than dragging or sliding along the ground Storage al High density polyethylene pipe 0100510957500 Ote IP REERICU 20 020 MAE 9 kF Sc
7. Reducers EF 7 Caps 11 BO JIS Product number ND OD BEES0 025 20 2 25 BEES0 040 30 0 050 40 063 063 50 p Product specifications are subject to change without notice part of product number varies by the product 075 090 D90 7 BEE90 1 10 6 D110 125 100 0 160 1505 1 80 150 BEE90 225 2008 250 0250 200 1 1 Product number OD ND BER 032025 6 032 025 25 20 BER 040025 6 30x20 040032 040 032 30x25 050032 40x25 050040 050 040 40x30 063032 50x25 BER 063040 6 063 040 50x30 BER 063050 6 50x40 075063 075 063 65 50 090050 75 40 BER O90063 6 090 063 75 50 110063 85x50 BER 110090 6 0110 090 85x75 BER 125063 100 50 125090 0125 090 100x75 160090 0160 090 1505 75 BER 180125 6 D180xD125 150x100 BISDR 11 Bes J5mo amp Product number OD ND 025 025 20 BEC 032 25 BEC 040 30 BEC 050 D50 40 BEC 063 50 BEC 075 075 65 090 090 75 1 10 85 125 100 160 1505 180 150 225 2005 250 0250 200 10 Spigot Fittings
8. pe 1 AL LU A2427T77 Polyethylene pipe series ivy RAVZA 7 Pipes for hot spring use Higher temperature resistance RSA EBH 3 Melting snow Heating Hot water 5 D 2 0075 90 1100571 CU d 1358157 7771020260 AO O 95 Ozx 9 Opec 89 338 B5 EVOH 29 E EE Vw CI UL PUF 1 8083 AS Outer diameter of pipe is based on 1504427 and its availability A ranges up to OD75 90 and 110 pipe 15 used for inner pipe which allows to be used in the range of temperature 40 95 pipe has O2 block function that can prevent from corrosion onto metal parts in piping system No need to use corrosion inhibitor for the piping in circulating system OExcellent water sealing with EF joint Ginsulating layer Polyurethane foam PUF 37 5 Pert 27 Pipes for hot spring use General purpose type m 7 Melting snow Heating Hot water 198mm 165mmoOtsifiiaz 0 59 eme IZ RTS2AU LLL amp RHUCGO A0C 80C0zc0 CB FH HI BE OW WII zINUILTZLILZAa Lh PEF VfBFHUCU S Q Outer diameter of pipe is based on JIS standard and its a
9. AUD UK OA Do not use a rag or tissue paper for cleaning Be sure to use specialized Kimwipes or JK Wipers Mb E MEE T a EE BF IC B 220075 sU Fix the pipes in place to keep them straight and do not exert any pressure on the joint area that would cause it to bend IX 5 Casta sr as BAIST GEE IR Do not carry out 1210 without using clamps to fix the pipes RAIE Specialty Tools for Welding 5500 dun v Controller Chain 100V for double ended EF fitting 25 50 PX mv 7 2 2 cutter Generator Re rounder tool 3 5 15 Extension power cable Gamm X 15m JJ SERUL Hand scraper Electric drill I4 Vv 0 2 CAU 7 71227780 059 Magic marker Scale Paper towel Ethanol Purity of 95 or greater recommended manufacturer recommended products Kimwipes Crecia Co Ltd EF ELEKTRA 02 Recommended generator in EF welding in case of ELEKTRA fBFH VM7 Pipe size OD JIS ND Hecommended generator nd 25 1 2 5 Single phase 100V 2 5 1 Single phase
10. Brittleness temperature BASATA 518873 72 Hi mA Tests Test Method Unit Standard value Notes B JIS K Z112 942 953 80 1183 CP NS SE 48 Kk 7209 0 03 IX F ISO 62 e Water absorption 20 93 5 20 ME Tensile strength at yield BST RERO JSO ME TX Elongation at break 2280 JISK 7161 ISO 527 1 H 5 RHE 9005 1100 ME Modulus of elongation J 0 46 Fo G W o D MJS s Bending strength JISK 717 50 178 1000 1200 Im Flexural modulus BE JIS K 7215 HDD 67 68 50 868 Hardness Durometer RRS zJ JISK 7117 kJ me 16 18 ISO 179 Impact strength Charpy JIS K 7197 105 C 11 13 ASTM 0696 Linear expansion coefficient JiSK 7123 kJ kg K 1 9 2 3 E ASTM C177 0 46 0 50 2 Heat conductivity Np REM 187 128 132 Melting point Jo 7206 JIS K 7216 70 DAE 0 PANTIE Flammability ARREN Volume resistivity Dielectric breakdown strength ASIM D257 om ASTM D149 STATE No performance 109 LLL 109 z es e Permittivity ASTM D150 EpL we x Above are all representative values not guaranteed values 3 ISTIEBERNU T L K OUOSERSEOEEBEARS SDR1 1 Performance Standards for High density Polyethylene Pipes and Joints
11. Horizontal piping Indoor aza 05 07 7 ne ne en se se so fse utdoor piping Verlical piping 10 TA ce TTA 122 SDR13 6 K gt m 972 OD Maximum support interval m 075 090 0110 0125 0160 0180 2225 0250 2280 0315 0355 0400 04500500 Indoor 1 19 24 27 44 50 54 73 Outdoor 5 74 100 108 11 6 126 1356 146 SDR17 Axi ea rn 944A OD Maximum support D9O 0110 D125 0160 D180 0225 0250 D280 0315 0355 0400 045010500 ETE 2 5 27 32 35 41 44 47 51 56 60 65 70 iping emis 64 70 82 94 102 112 120 13 0 E es ZEE BUE Horizontal piping Ls F 82 35 41 44 47 70 pipi z o o 3 8 8 SDR21 Maximum support interval m exem 2118225 18812 0250 BIO Horizontal piping Indoor gt EBRE e FEME 82 40 104 114 122 132 Outdoor piping Vertical piping J BRI FEEDS O C 3 Minimum bending radius by size summary of minimum bending radius for pipes is given as follows SEE HA OD
12. IE 7 E 5 04427 48 2 lt 9 25 4 U ELIE 140692 HEROS C sS CODE FH DN ZKD 9 Aipoly Broadpipe is made of the world s highest quality polyethylene PE100 The product line up is ranged OD25 00500 in accordance with 1504427 can be used in a variety of piping including water mains and it can be applied in a wide variety of ways including embedded piping and exposed outdoor piping 50 1 1 Double layered Pipe amp FH2 amp fF Condition of operation 1 8MPa CLZ 1 0MPa Maximum allowable pressure Cak 207005 at a temperature of 20 1 6 MPa FH SER 50 Temperature range 0 50 C 50851 3 6 50 817 50 2 1 Single layered Pipe amp FH2 amp fF Condition of operation EEXEFZHZJ SDRIS 6 1 25MPa I 7 O 78MPa A Maximum allowable pressure m 2O COS8 0917 1 OMPa I7 0 62MPa at a temperature of 20 C SDR 13 6 1 25 MPa 1 0 5 SDR 17 1 0 MPa SDR 21 0 8 MPa f FE HH O 5O O Temperature range 0 50 B FH 5 amp Applications 1 EKE 38 67 1 Waterworks small scale water supply systems 2 2 Industrial and agricultural water 3 FKE 56 52K 3 Sewage systems sludge wastewater drainage and greywater 4 DES ZA
13. ne Ee E MP S number EF Welding Butt Welding BKN25 G 025 20 12 13 30 60 106 A BKN32 032 25 19 13 32 25 8 30 60 105 A BKN40 040 30 23 17 40 32 3 30 60 105 A BKN50 DEO 40 32 17 49 40 4 30 O A BKN63 063 50 45 17 62 50 9 30 O BKNZ5 075 65 55 17 72 60 9 O A 11 BKN90 090 75 68 19 87 729 30 O PAN 1102 D110 85 87 19 O A BKN125 6 D125 100 10 2 19 121 1013 O A BKN160 0160 1505 13 5 19 154 1297 O BKN180 6 0180 150 146 28 174 1460 O BKN225 6 0225 2008 189 28 O BKN250 6 0250 200 212 28 240 2030 O zx BKN815 6 0315 250 274 27 30 1 2558 O A BKN355 D355 300 31 2 27 339 2883 O BurwWetng BRES P N E rs Product ND Thickness Weight EFRA number mm nny mm kg m Straight pipe EF Welding Butt Welding BKNB63 5 0 5 10 C O BKNB75 6 0 5 10 C C 5 10 O O BKNB125 8 5 10 O O BKNB160 12 5 5 10 C O 136 BKNB225 17 5 5 10 C J BKNB250 194 5 10 C C 21 7 5 10 e OO BKNB355 27 5 5 10 C O BKNB400 31 0 5 10 C C BKNB450 34 9 5 10 C C 9 rHO XRAM C 3 AFD 3885 BOUES
14. p Product specifications are subject to change without notice part of product number varies by the product 11 lt JIS Product number OD ND 025 20 D32 25 040 30 050 40 50 D75 65 5 09046 00 75 35 100 160 200 250 300 350 400 450 1 1 Equal diameter will end when all the stock has been sold 7 Product number OD ND BES 180 17B BES 225 17B 5 250 17 200 BES 280 17B BES 315 17B 250 BES 355 17B 300 5 400 17 350 BES 450 17B 400 BES 500 17B 450 Amir SORAA JIS Product number OD ND 20x20 25x25 30x30 40x40 50x50 65x65 75X75 85x85 100x100 BET 160 6 0160 0160 1505 1508 150 159 225 0225 0225 200Sx200S BET 0O90040 250 D250xD250 200x200 1 Product number OD ND 25 30 40 50 65 BEE45 090 0 75 85 100 1608 150 2006 45 250 0250 200 1 1 Differential diameter ISO 942 JIS FU Product number OD ND BET 032025 D32xD25 25 20 BET OAO0032 040 032 30 25 050040 068040 063060 090063 125063 125090 0125 090 100x75 RETE POTTERS p lt 7 lt S UN b i sos 09585 SUO 69 lt S UN 90 EF Elbows 90
15. 5 0110 0500 85 450 EF 2ZFBH 2BIff L74 V 0656635 21 71 4 5 16 6785 0243 FAX 06 6785 0266 0D fth 171 63 250 Scraper 63 250 for electric drilling machine 231 200 Adapter for power cable 2 used for 200 mm diameter pipes TBI Phillips head screwdriver BEES JVFB Z2OfseRIICBIS O 25 2805 1260 2278 KC 9 S 1250 2236 170 00917750 Warning Warnings Regarding Controller Use Q No disassembly or alterations mU COBRA ES OR 1 65 800 7 2290707 5912742271827 57155578837 C K T5 UN S Q gt 23857 14 10 40 9 T EA EIU S158 3 4 17 I 208s ld HERD 9 JA7FB 20fsRil 9 oim Q sess C OD on 62 EF 2Z B 2 BGRERBBES 1 ODISSE C lt S ux 9 81857 1 OOV 50 60 2 ERHI OKVAR EE FH TS UN EAI C
16. C 3 LC ACEHI eMWsOUI O 2608 cmscUCcsrSUfc 0 black dot corresponds to length Select the length from the table Product number example SDR 11 OD of 25 mm and length of 4 m would be BKN25 4 the joint method of pipes O means be used both for exposed and embedded piping means only for embedded piping X The reference weight is calculated based on the dimensions of the pipe assuming a density of 0 960 g cm for the material used for the pipe 07 0 52 0 lt 72 amp 1 SDR 1 25m RoSAMOSSS BKN2 5 4 EF RA PS EF Welding Butt Welding 4 ISO JIS ESO SDR nao TOZ qun mm x Length m Joint method Size ND s pen number mm kg m Straight pipe EF Welding Butt Welding 090 75 5 8 78 8 1 5 5 10 O O BKNC125 109 7 5 O BKNC160 140 4 5 C meo 16 na 150 5 1 O BKNC225 6 197 4 5 O BKNC250 219 6 5 O BKNC280 245 9 O mwosse es 197 2766 ws 5 1 0 BKNC355 311 6 5 C BKNC400 351 3 5 C 450 395 2 5 O mwcsne ceo ma amo 5 1 O BKND250 6 225 7 5 C BKND280 6 252 6 5 O BKND315 284 4 5 C BKND355 e 320 5 5 O
17. pv lt P L Z 5 AIPOLY BROADPIPE FXm 7U FATZTZU XA Aipoly Broadpipe series SA M Erase ne T 2 AUS Fu PEN 2x e ea et es ety The E un eu 7 7 7 INOAC Housing and Construction Materials Co Ltd http www inoac co jp juukan a Agricultural water pipes SSE PK Waterworks small scale water supply systems 8 sewage systems Melting snow Water service Sewage system 1 Cos E 4 v em ee rj LAT r F i dri Dm s yi uci CH U sd gt d P E m xS ve b b 21 EE E Aqueduct water pipes 752K BEZK FHZK Industrial pipes for sludge A wastewater drainage amp grey water 52 Coolant pipes T jr Es S Pipes for factory use Coolant amp compressed air DES Seawater intake pipes amp discharge pipes AIPOLY BROADPIPE 1 77 Bos Pipes for factory use Pipes for factory use Pipes for compressed air aes LI M ur A Y 1 EMBERUTTL UE AIPOLY BROADFIPE ZzU A AIPOLY BROADPIPE
18. 400 360 9 5 O BKND450 406 1 O O E SP AD 9 RAOR ERS SDRT11 amp 4H25m RS4MOZA gt BKN25 4 EE n BE C 9 EOSEembDcUCSICGSHS lt 0 960 I bOC3 he black dot corresponds to the length Select the length from the table Product number example SDR 11 OD of 25 mm and length of 4 m would be BKN25 4 X Regarding joint method of pipes O means be used both for exposed and embedded piping A means only for embedded piping reference weight is calculated based on the dimensions of the pipe assuming a density of 0 960 g cm for the material used for the pipe 3 EF welding zx 710 271 Zim ies O G suy deterioration caused by sunlight If find the pipe Ad 8WAkXAvvZAOmsuvcu lt O c uncapped please cut about 5 cm off the end of the 5cm IDE CU Caution pipe for sake of safety Please be sure to attach terminal caps to avoid the gt gt O8 EF O C EF Fittings p p ei so 09565 3 1 0 750 63 lt EF Sockets EF Z EF lees EF IJV 45 EF Elbows 45 09
19. E 9 CORI ISO 10358 OU VE 00 Cp S BIOS Sez 9 CDs 3 ims x B SICEBUZNEITS 62 he material comprising high density polyethylene pipe exhibits these main chemical resistance properties This table is based on ISO 10358 The behavior shown may vary if pressure or other stresses are applied to the pipe Summary great O good X poor Pipe odor changes mg Xm Temperature Medicine eS Re Acid and acidity HR 3596 Hydrochloric Acid 6096 5 Acid ES 45 Medicine Smell U i Alkalinily Ammonia Solutions PEYI Caustic Soda Temperature P Medicine ARAA Temperature e Organic solvent 40 Ethanol Ethyl Alcohol 7 95 Ethanol Ethyl Alcohol Medicine vn Gas Sulfur Dioxid KRDA Carbonated Gas Temperature C a 98 5 Acid IEDU Caustic Potash m Methanol Alcohol Methyl Natural Gas IR 25 Nitric Acid IA Calcium Hydroxide PSZ Aceton Carbon Monoxide Gas Acid gt 50 Nitric Acid 509 Phosphoric Acid lm Salts 77 Potassium Dichromate 38 v Potassium Permanganate goes 17 Aniline Benzene Benzol Car
20. Nominal diameter EF Sockets 80817 xD25 UU ILI CJ U P O x x x x x x x LJ LENTES T CDS L3 09 a O Ico O LOL O EF Jus Ey EF Elbows 90 x 3 x The sale will end when all the stock has been sold 05 Product Line up of Spigot fittings Spigot Elbows 90 Seamless Bend 11 1 4 S aus REEL 1 2 Seamless Bend 22 1 2 edm Seamless Bend 45 SE eO Seamless Bend 90 s Reducers I Spigot Caps Flange Adapters xD 180 ceo o L743 9 xD280 ISO 12 pebepoje p spepejej bi LA l Lb Ll LLLI LL LL LI LIO Ll l ll LI LL Ll LL LL LL LL LL LL LAO XD180 xD225 7 0250 EI SE ISI spigot Tees x D280 sassa 15 5087 T TK y xD355 FHRA 221424442044 xD400 u 450 PPP 6 TJR ll EUM
21. Seamless Bend 45 BISDR 1 JIS ESO Product number 5 11 180 150 BSB11 225 O 2005 1 1 250 200 5 11 280 2505 BSB11 315 C 250 5 1 1 355 300 BSB1 1 400 350 BSB11 450 C 400 5 1 1 500 450 IB SDR 1 ISO u Product number OD ND BSB22 180 C 150 BSB22 225 C 2005 BSB22 250 C 200 BSB22 280 C 2505 BSB22 315 C 250 BSB22 355 C 300 BSB22 400 C 350 BSB22 450 C 400 BSB22 500 C D500 450 WSDRI 1 JIS FUA Product number OD ND BSB45 180 C 150 BSB45 225 C 2005 BSB45 250 C 200 BSB45 280 C 2505 85845 315 250 85845 355 300 5 45 400 350 5 45 450 400 85845 500 0500 450 p Product specifications are subject to change without notice 1 Product number OD ND 7 nena Product number 200 JSU u n JIS IFO OD ND 250 300 350 400 BSB22 500 17C D500 450 1 Product number OD ND BSBA5 180 170 0180 85845 225 17 0225 2005 450 BSB45 500 1 ZC 0500 18 j ZXC yF Spigot Fittings O C 90 Seamless Bend 90 L7 a 39g opigot Reducers v Z Spigot Caps 13 1 Product number OD ND 150 2005 200 2505 250 300 350 400 450 1 1 Pijal m IBO JIS Product number OD ND BSH 225180 C D225xD180 2008x150
22. BSH 250180 C D250xD180 200x150 BSR 280250 C 0280 0260 2508x200 BSRH 315250 C D315xD250 250x200 BSR 355250 B 0355 0260 300x200 BSH A400280 B 400 0280 350x 2505 BSH A450280 B 0450 0280 400x 2505 1 AmS SOTAA JIS Product number OD ND BSEC 280 C D280 2505 250 300 350 400 450 p Product specifications are subject to change without notice 7 JIS FO Product number OD ND BSB90 180 17C BSB90 225 17C BSB90 250 17C BSB90 280 17C BSB90 315 17C BSB90 355 17C BSB90 400 17C BSB90 450 17C BSB90 500 17C WSDR1I7 ATES JIS FOZ Product number OD ND BSR 225180 17C BSR 250180 17C BSR 280250 17C BSR 315250 17C BSR 355250 17B BSR 400280 17B BSR 450280 17B 5 500315 1 8 0500 0280 450 250 BSDh 7 50 1 Jsmo amp Product number OD ND BSEC 180 17C D180 150 225 170 BSEC 250 17C BSEC 280 17C BSEC 315 17C BSEC 355 17C BSEC 400 17C BSEC 450 17B DBSEC 500 17B D500 450 EDNET SUM Product specifications are subject to change without notice TUN 51 24 1 7 Flange Adapters Nm D d n i BSFA 025 D25 20 BSFA 090 17 D90 75 BSFA 032 25 BSFA 040 D40 30 BSFA 050 40 BSFA 063 063 50 BSFA 075 65 BSFA 090 090 75 BSFA 110 85 BSFA 125 100 BSFA 160 1505 BSFA 180 150 BSFA 225 2005 BSFA 250 200
23. st ft Standard value Test Method 5 20 Tensile strength at yield gt 20 0MPa 5 ERRE o5mm 2 2 35096 DL E Elongation at break z350 C 2 5 2 5f Resistance pressure Leak transformation breakage is not permitted 2 2 lt 4 OMPa Destructive water pressure strength 4 0 EE 20 200 O2 Thermal stability 20min 200 C Oxygen E 396 AN 1 10 C0RUITZLZZUI Vwmtus x 30 78 Heat elasticity 22 110C ethylene glycol x 30min Taste No abnormalities No abnormalities oM ES M JWWA Z 108 amp O JWWA Z 110 Elusion y JWWA 2 108 JWWA Z 110 Property 0 2 L F Turbidity 0 2 O 5mg 0 DAF Total organic carbon 35 0 P EB YR O 7mg Loss of residual chlorine lt 0 mo 4 20 2 48MPax 100 20C 2 48 100hrs 20 2 ele Ito A lt 1 10MPax 165 Hydrostatic Strength E Resistance to Chlorine in water ERE Environmental Stress Cracking resistance Cracks are not permitted DV UC There must be no foam generation Cracks are not permitted 80 1 10MPax 165hrs 80 C 1 00MPa x 1000 80 1 00MPax 1000hrs 60 eOOO0ppm x 168 60C chloride concentration 2000p
24. BSFA 280 2505 BSFA 315 250 BSFA 355 300 BSFA 400 350 BSFA A450 400 BSFA 500 450 75922 1 Flange amp Gasket Flange Gaskets Transition parts a pis 7 5K JIS 16K 7 5K JIS 10K jP 025 20 025 BSFA 025 F16K BSFA 025 P o TE A 032 25 BSFA 032 F 0 2 16 BSFA 032 P _ _ E 040 _ 8 40 BSFA 040 F16K BSFA 040 P o TE A DEO 40 J BSFA OEO F BSFA 050 F16K BSFA 050 P TEJ D63 63 BSFA 063 F16K BSFA 063 P BsFa 063 P16K 075 65 BSFA 0Z5 F 8 075 16 BSFA 075 P BSFA 075 P16K 090 75 BSFA O90 F7K 80 BSFA 090 F16K BSFA 090 P7K BSFA 090 P16K D110 85 BSFA MO F7K BSFA 110 F BSFA 110 F16K BSFA 125 P7K BSFA 125 P BSFA 125 P16K D125 100 BSFA 125 F7K BSFA 125 F BSFA 125 F16K 0160 1508 BSFA 160 F7K BSFA 160 F BSFA 160 F16K BSFA 180 P7K BSFA 180 P BSFA 180 P16K D180 150 BSFA 180 FZK BSFA 180 F BSFA 180 F16K D225 2008 225 BSFA 225 F BSFA 225 F16K BSFA 225 P7K 225 BSFA 225 P16K D250 200 BSFA 250 F7K BSFA 250 F BSFA 250 F16K BSFA 250 P7K BSFA 250 P BSFA 250 P16K 0280 2508 BSFA 280 F7K BSFA 280 F BSFA 280 F16K D315 250 BSFA 315 FZK BSFA 315 F BSFA 31
25. Connecting the pipe Insert the pipe in a straight line right to the back of the fitting Insert the pipe until it makes contact with the back of the fitting Caution 4 AN 4 Confirming insertion Make sure that the pipe has been inserted all the way to the back of the fitting using the window to check Complete insertion is required for correct operation Caution 5 AE v Pee US 982 Elis es t EE Re IORK 3 lt 5 Screwing the cap nut omes m Tighten the cap temporarily by hand Then apply wrenches to the unit and cap nut and tighten it up PAS D25 D32 D40 Be sure to use two wrenches turning the cap nut and tightening it with standard torque TRANG 60 80 110 If it is insufficiently tightened it will leak water Standard tightening torque Caution careful that the unit doesn t rotate together with the cap nut 26 AIPOLY BROADPIPE 2 Alpoly lechnical Data BP Physical properties of 100 phi ijj X Ese BI 27 BERI Softening temperature
26. Minimum bending radius m 025 0302 040 050 1063 1075 090 0110 0125 0160 0180 0 25 10250 0280 0315 033 4050 7 0 85 95 120 135 170 190 21 0 240 270 30 0 340 375 Including fittings j efe Thermal longitudinal expansion I EBEINU 75618 KO C tit 60 C 800 GIC d e RS DA es lt 3 78 doc TE OTH d 3D 5T sU When high density polyethylene pipe is laid underground friction with the earth will prevent expansion so no problem arises However exposed piping can undergo great expansion due to temperature fluctuations SO a certain amount of deflection cannot be avoided O v 0 9 j Ol amp Im Soot The amount of expansion of high density polyethylene pipe due to OU mgAO0U0 AL mm m temperature fluctuations is calculated according to the following equation Temperature Temperature UT difference A 9 c E Pansipn per 1 m AL a A0 L AL a A0 L AL Here AL Amount of expansion O 20 2 6 L Lenoth of pipe 10 10 EE 2002695 Temperature difference 13 105 with 20 C as base temperature 20 0 a Coefficient of longitudinal 30 10 1 3 expansion 13 10 40 20 2 6 3l Chemical Resistance TLF
27. lt 5 2 5 Z4 v A oAZLV N0JJ l ZEUG I9 PEKIDA ADERITE C pir Cla 5 Boa S OD R VEST 2 C lt J Su ETC IBRIICERU lt U ERO DNCEBIOZEOIUCKISSUM E Do not disassemble or alter the controller It may result in breakdown fire or electric shocks No sudden impacts or exposure to water Do not drop or throw the controller Do not let water into the controller by allowing it to get wet from rain or subsurface water It may result in breakdown fire or electric shocks No handling with wet hands To avoid electric shocks do not touch the power supply plug or output cable connectors with wet hands Ensure proper grounding Use electrical power outlets that have a grounding pin For generators have a grounding wire that goes into the ground Ensure proper operating temperatures The operating temperature range of the controller is between 10 C and 40 C Installations carried out in summer exceed the operating temperature of the controller In such cases temporarily halt work until the controller temperature drops If the temperature indicator on the panel rises above 40 C try to cool down the controller with appropriate methods such as erecting a sunshade or putting it in the shade Caution C
28. 40cm om OS S e SER L 3 40cm AITHE I When is embedded in the ground no problems should arise from the external forces exerted the ground or by vehicle wheels if embedded at a depth of 40 cm or deeper so long as there is no concentrated stress from rocks or anything similar If it is embedded less deep than 40 cm it needs to be protected against external forces The followings are the results of calculations for the strength in cases involving pipe embedded at a depth of 40cm or deeper 1 8153 CtE TO E 9 1 ER 3400 7 F kgf cm E X Y KZM wRUCBXISEKfS 120 0 138 K 1cm 00 Pv I gt ES kgf cm IC ANDE P 1 P2 MPa cm R2 D t 2 cm MPa 17007 MPa ER 1cm 3 lt cm 38g ES 007 402 cm 120 t F1 0 089 FER MPa E 26 9 MPa 1 347 U 2 cm cm I t3 12 l XE STEHT REI S j 1 Distribution of earth pressure Earth pressure used to calculate the strength of pipes is in accordance with the diagram below gt 0 166 R AJ 2 0 FES
29. 528 493 83 673 089 887 412 60 10692 18169 25524 48 84 66 63 119 664 158 378 544 923 742 729 979 227 27 739 53 08 72414 130 052 172 126 592 225 807 201 1064 228 80 29 813 57 048 77 828 139 776 184 996 636 505 867 555 1143 801 90 31 771 60 795 82 939 148 955 197 144 678 304 924 527 1218 913 100 33 631 64 354 87 795 157 675 208 686 718 015 978 653 1290 273 150 41 863 80 106 109 284 196 269 259 766 893 764 1218498 1606 094 200 48 899 93 569 127 651 229 255 303 424 1043 974 1422 934 1876 022 250 55 161 105 551 143 998 258 613 342279 1177 663 1605 152 2116 261 300 60 868 116472 158 896 28537 377 693 1299 508 1771 226 2335 217 350 66 152 126 582 172 689 310441 410478 1412 311 1924 976 2537 923 400 71 008 136 047 185 601 333 331 441 169 1517 91 2068 907 2727 684 450 75 767 144981 197 789 35522 470 141 1617 589 2204 77 2906 809 500 80 202 153 469 209 369 376 016 497 665 1712 29 2333847 3076 986 CRER 0 21 Flow rate table SDR 21 0 Z sec Unit L sec zki 1 0 00 gradient Ae Formula mm OD mm ND mm gx 2x D250 0280 0315 0355 D400 0450 0500 9 00 200 2505 250 300 350 400 450 0
30. E 4 Seawater intake pipes discharge pipes and bridge spanning pipes 5 THRE Hz ae S 5 Pipes for factory use coolant and compressed air O3 Features Earthquake resistance T Workability 7 A T Durabilily mj 1 Pressure resistance 1 Corrosion resistance Safety T Weather resistance BJ 9170 e lt 7 9 It has great flexibility and can flexibly accommodate ground subsidence and earthquakes amp sgculcottt amp eic HBik US Cd Roe D HBEC3 Polyethylene is lightweight and flexible easy bending and piping without tools 2889 9 Long term durability due to the use of a high density polyethylene PE100 EF RA Vv FEE C KD 7 EF and Butt welding joints ensure tight seals against water and air 18 U C S8 ROC SG Polyethylene is chemically stable and is not at risk of corrosion from soil LL MBs Ses KICUU XZIVnu8BE Polyethylene plastic is composed of carbon and hydrogen so It does not produce toxic gases like dioxin when bunc It is also recyclable TUER c EOS Performing higher weather resistance that enables to be used as exposed piping 1504427 0 L C SD C 3 H476815 A JWWA
31. Heating Element Applying current Welding in progress Cool down 3 E D BER KD IBS ZEB TET Cold zone 7 755 3 2 c 72 04 4 amp 3 70 EF Process Flowchart The Procedure for EF Welding 1460 5018 D m gt 0 B Q D D Ri f m Al CDPipe cleaning Preparation for Welding 9Welding Scraping the pipe surface B amp ctivating Controller iQ Confirmation Cleaning the scraped surface setup inspection and cool down lInserting and fixing Pipe and Fitting Welding data input EF 8 EF Welding Procedure ERR OD SCAN Ex UBI Scraping the pipe surface UB Cleaning the scraped surface and inner surface of fitting 1 203 1 95 tiBucued wsnmAX I S S9J Vf 9 lt 72 1 5 rRSEEXIICOUNCOIBIERDBXOTRU NC Ux 3 Pipe cleaning Check to ensure there are no scratches on the pipe 2 Clean away any dirt or grime on the pipe using paper towel or a clean cloth f there are any hazardous scratches on the pipe cut off that piece The procedure for spigot fitting is carried out in the same manner 1 amp Wlm 2 Io CARXEO EGO OA L 3 eAZL VeR
32. K144 K145 ICZESRU CUN STEBE BU CUN 9 This product is manufactured in standard ISO size This product conforms to Japan Water Works Association standards JWWA K144 and K145 0 Product Line up ISO EE pos D32 D40 050 063 075 090 0110 0125 D160 D180 0225 0250 280 D315 0355 0400 0450 0500 Outer diameter IS Nominal diameter AM Straight Pipe 4M 10M Jv 60M Jejel 1 mew ee DM Straight 5 136 10 Straight Pipe 10M 5 SDR Straight 5 172 r 9 lt o 0 0 2 jejo DM SDR Straight Pipe 5M 21 Straight Pipe 10M ie 10M Straight Pipe 10M O Douple layered Black outer layer White inner layer O Single layered Black D SUR SDA SDR Standard Dimension Ratio D t 7 5218 CS The value obtained by dividing standard dimension of the pipe OD by standard dimension t thickness of the pipe EF Product Line up of EF fittings ISO S X eter s c o oo o n s some 7 15754 S 7
33. O50 C 050 Rol 1 2 063 063 50 Ho e CACAOGC HDPE TH Y 5 1 1 XJ J3JV RRSP TA E EHE 50974 UB Mechanica Male Thread Adapters BMMA 025 D25 R3 4 BMMA 032 D32 BMMA 040 D40 30 1 4 MEIX CACAOGC Mechanical Sockets bs 025 20 032 25 D40 30 MEIS CACAOSC 15 An example of for water pressure testing in Japan Ezo X27634 CASU IER R ISO E BUS Plug size D D180 D250 200 075 tT FCDA2O 10 Bm CDA2O 10 MPAT 2_ Zhu Brot s 1 SI RELGMNSBRENIBLCUET CW TCU 5561 89 Att 7188 1 EL 087 877 2800 FAX 087 877 2801 nttp www sk kawanishi com 16 i EF Weld Electro fusion Welding EF 1889 k PITE 2 DU EF welding is a method of connecting pipes and fittings by melting the plastic with electricity which provides a stable connection with excellent sealability A HUE Terminal pin Heating element Indicator EVlEBEINUT TL PS High density PE Pipe e ou Indicator EF Wen EF Socket ERR BEREH BE 888
34. are cleaned using paper towel soaked in ethanol or acetone Please do whole process with bare hand No work gloves any other gloves Do not touch the surface with your hands once it has been cleaned If it is touched it must be cleaned again sure to wipe off all dust grease and other contaminants from the welding surface A defective weld could result if contaminants remain Do not open plastic bag of EF fitting until just before use to ensure that no dirt gets on the welding surface For paper towel use Kimwipes JK Wipers f the cleaning erased the reference mark add the mark again he procedure for spigot fittings is carried out in the same manner 18 EF EF Welding Procedure A Tu Inserting the pipe up to the reference mark ES CI OD STRE Fixing the pipe and fitting Starting main power supply the controller unit 2450 20 A dte Starting power supply for the controller EF YJ wr RET DWERG Checking the welding data 5 2 D EX CK OB A HE 1 A eZ72vZERUCSecITBIEUs3 341107 GK T SUN Inserting and fixing Pipe and Fitting Insert both pipes into the fitting up to the position of their reference marks 2 Use clamps to fix the pipes and fitting Do not hammer the pipes in or insert them at an angle Confirm that
35. both pipes form a straight line mE is 20 Ee AUS OS E 1717 SYT YKT ERE amp 4 amp 0 2 Sep ur upichin BUB 9 0 3 EF V7 w MEFICR EDRIU Cao V 21 RZ V amp amp RO V 2 RU S CRUBT 2 Bi 15 25 CUBE 3 eA78JN 31 RU S I amp 10 30 Of8R G x lt 1 1 lt Co Tz V amp ctR ISSUVSEROIZ N d PRAAJenas c 8 3 7 Welding preparation Insert the power plug of the controller Check to ensure the capacity of generator is sufficient Connect the output cable Securely plug the cable into the socket terminals Ihe socket terminals do not have polarity positive or negative Keep any water or dirt away from the output cable and socket terminals A defective weld or water leakage may result if welding is performed with water or dirt on any of the connecting parts Dealing with an EF socket ocan the barcode label affixed to the fitting using the barcode scanner and check to see if the fitting type is displayed on the controller f the error lamp is blinking read the error message displayed on the LCD screen a
36. printed in this catalog is strictly prohibited to duplicate or reproduce the tables diagrams and photographs in this catalog without permission 1E 9 2N10ATO
37. 0 0315 0355 0400 0450 0500 10 00 200 2505 250 300 350 400 450 0 5 11 938 16 771 21 904 29 964 41 075 55 985 73 812 1 0 17 358 24 385 31 847 43 567 59 722 81 401 107 32 1 5 21 606 30 354 39 642 54 231 74 34 101 325 133 589 2 0 25 238 35 455 46 305 63 346 86 834 118 354 156 041 2 5 28 47 39 996 52 235 71 458 97 954 133 511 176 023 3 0 31 415 44 134 57 639 78 851 108 088 147 324 194 235 3 5 34 142 47 965 62 642 85 696 117 471 160 113 211 095 36 695 51 551 67 326 92 103 126 254 172 084 226 879 39105 54936 71747 98151 134 545 183 385 241 778 41 394 58 153 75948 103 898 142 422 194121 255 933 6 O 45677 64169 83806 114647 157158 214205 282412 49 642 69 739 91 08 124 599 170 799 232 799 306 927 8 53 353 74 954 97 89 133 915 183 57 250206 329 876 9 56 857 79 876 104319 142 709 195 625 266 636 351 538 60 186 84552 110 426 151 064 207 078 282246 372419 74917 105248 137 455 188 04 257 764 351 332 463 203 87 508 122937 160 556 219 643 301 085 410 379 541 051 98 714 138 68 181117 247 77 339 642 462 931 610 336 108 928 153 028 199 856 273 405 374 782 510 827 673 484 118 383 166311 217204 297138 407315 555169 731 945 127 235 178 747 233 444 319 355 437 77 596 679 786 673 13559 190 485 248775 340 327 466 518 635 863 838 333 b0 969 16 465 23181 44 261 60 383 108 444 143
38. 0 500 BEO Angle 28 cm Variation L cm Minimum bending radius lm Unit m 25 Se 40 20 63 75 90 12 160 BEDS Straight pipes only 0 8 1 0 1 2 1 5 2 0 2 5 3 0 3 5 4 0 5 0 Including joints 2 0 2 5 3 0 4 0 5 0 6 0 7 0 8 5 9 5 12 0 Size 225 20 20 318 2355 400 450 500 Straight pipes only 5 5 6 8 7 5 8 5 9 5 11 0 12 0 13 5 15 0 Including joints 13 5 17 0 19 0 21 0 240 27 0 300 34 0 37 5 C lt J UN IAAT z Z0858I d 5 Claes Nes 2 9 VEZIV PELI L CZS ETA Bending straight pipe should be done within the range shown above Do not use any adhesive tapes directly onto pipes and fittings Adhesives may negatively affect pipes f the pipe is encased in concrete or mortar ensure that the temperature does not exceed 60 during the curing 38 JE 9 Embedding Desirable finish 10cm heil T3238 28505 EI Undesirable finish E i H 1 a 5 8 E p n 1 p a s lv a at a BE 4717 T m E amittat BEL HE PA S
39. 145 CREATE JU TEL 06 7657 7990 06 7657 7961 FH s 7732 0827 RI 138 1 S 017 37 7 9 082 535 4770 082 535 4773 1812 0013 E 12 824 8 7 TEL 092 431 8321 FAX 092 481 6977 470277 IRIA INOAC Housing and Construction Materials Co Ltd J El9 27 4 77 v2BEibg8t c P2F TEL 011 851 7190 TEL 052 684 0266 052 684 0277 022 212 6156 Head Office 2F INOAC Hibino Bldg 4 9 27 Taiho Atsuta ku Nagoya Aichi 03 6679 2392 7 H9 28352 EJVAF 06 7657 7990 TEL 03 6679 2391 FAX 03 6679 2394 TEL 082 535 4770 Tokyo Headquarters AF Osaki West city Bldg 2 9 3 Osaki Shinagawa ku Tokyo TEL 092 431 8321 Phone 81 3 6679 2391 Fax 81 3 6679 2394 www inoac co jp juukan 0120 343 718 gt 8 01842014 9 0 9 OS FS eEelaSDe0ixi e 059u2I ssySTUCU S E SS cla 7 7 lt 8 U 3 contents of this catalog are current as of September 2014 QG Product specifications and packaging are subject to changes without notice for the purpose of product improvement G Actual color of products may vary somewhat from what is
40. 41 15 066 21 082 61429 810 374 60 677 846 894 218 70 6 559 10 602 18 068 25 283 736 686 971 839 80 705 11395 19419 27 173 791 768 1044 504 90 843 763 1113 096 100 7 952 12 854 21 906 30 653 893 16 1178 261 150 9899 16 27268 38 156 73 103 99 561 179 23 236 784 319 216 436 466 595 797 815 689 1111 779 1466 665 200 1298 68 1713 159 250 13 043 21 083 3593 50276 1464 93 1932 543 300 14 393 23 264 30 647 55478 1616 497 2132 49 350 1756 815 2317 599 400 16 812 27 174 4631 64802 124 152 169 088 304 393 402 139 542 135 741 266 1 011 863 1 385 313 1888 173 2490 887 450 17 916 28 959 49 351 69 058 2012 167 2654 461 500 18 964 30 654 52241 731 2129 068 2809 864 E zki 1 O OO Hydraulic gradient 96 43t Formula 94 Z m OD mm mm ND mm Hazen Willamstq ev 94 063 Hazen Williams Equation OD of 63 and bigger 2 853 049 254 Q m 1 140 9 Q Flow rate m sec d Inner pipe diameter m Hydraulic gradient 5 1 7 Flow rate table SDR 17 C Flow rate coefficient assumed to be 140 0 sec Unit L sec gk 5 5420 090 0110 0125 0160 0180 0225 0250 028
41. 48 744 339 772 465 244 635 741 867 077 1143 783 80 198818 267 343 365 177 500 03 683 276 931 909 1229 304 90 211 875 284 899 389 158 532 867 728 146 993 106 1310 031 224 279 301 578 411 941 564 068 770 775 1051247 1386 726 279 175 375 395 512 772 702 129 959 438 1308 561 1726 156 326 095 438 486 598 951 820 132 1120 685 1528 484 2016 262 367 854 494 638 675 651 925 157 1264498 1724219 2274 46 405 913 545 815 745 556 1020 877 1394 996 1902 612 2509 783 350 441 148 593 194 810 273 1109 493 1516 087 2067 767 2727 643 400 474 133 637 547 870 858 1192 45 1629 446 2222374 2931 589 450 505 269 679 414 928 046 1270 757 1736 45 2368315 3124 104 500 534 85 719 19 982 378 1345 153 1838 109 2506 967 3307 003 zki 1 O OO Hydraulic gradient 960 Formula mm OD mm mm mm 30 12 Support Intervals 2 50 Et CC 2049 Maximum support Intervals A summary of maximum support intervals for pipes is given as follows X1 Difference in Temperature 35 X2 Difference in Temperature Calculated in the condition of water fulfilled in the pipe SDR11 m Maximum support interval m 0122 290 2725 9 95 1912610 9255
42. 5 12 83 17 252 23 566 32 268 44 093 60 138 79 329 1 0 18 655 25 084 34 264 46 917 64 11 87 439 115 343 1 5 23 221 31 224 42 65 58 401 79 803 108 841 143 575 2 0 27 123 36 472 49 819 68 216 93 215 127 134 167 705 25 30 597 41 142 56 198 76 951 105 151 143 414 189 181 3 0 33 762 45 399 62 013 84 913 116 031 158 252 208 755 8 5 36 693 49 34 67 396 92 284 126 103 171 989 226 875 4 0 39 437 53 029 72 435 99 184 135 531 184 849 243 839 4 5 42 026 56 511 77 192 105 697 144 432 196 988 259 852 5 0 44 487 59 82 81 711 111 885 152 887 208 52 275 064 6 49 09 66 009 90 165 123 461 168 705 230 095 303 524 7 53 351 71 739 97 991 134 178 183 35 250 068 329 871 8 57 34 77 102 105 318 144 21 197 059 268 765 354 535 9 61 105 82 166 112 234 153 68 210 286 415 377 817 64 683 86 976 118 805 162 678 222 294 303 183 399 936 80 515 108 265 147 885 202 496 276 705 377 393 497 829 94 047 126 461 172 739 236 529 323 209 440 82 581 496 106 09 142 655 194 86 266 818 364 599 497 27 655 961 117 067 157 415 215 021 294 424 402 321 548 719 723 829 127 229 171 079 233 685 319 981 437 244 596 35 786 661 136742 183 871 251 158 343 900 469 937 640 94 845 48 145 721 195 945 267 651 366 49 500 798 683 03 901 001 154 252 207 417 283 321 387 946 530 116 723 017 953 75 60 170212 228 877 312 634 428 084 584 964 797 823 1052 428 184 987 2
43. 6 09 6 14 326 40 2 6 47 6 53 3 06 60 1 3 74 3 75 5 33 3 78 3 78 528 60 2 4 36 4 40 4 54 120 1 1 53 159 12 59 120 2 2 20 220 9 08 2 26 226 8 85 50813 6 a UU IU OD 63 5 OD 90 OD 110 OD 125 OD 160 OD 180 225 OD 250 2 E 3 S _ H SEE s s s s cm Safely factor Safely factor Safety factor Safety factor Safety factor Safety factor 40Ck1 7 41 7 42 2 60 7 49 7 48 2 67 747 7 50 2 67 40 2 7 87 7 96 2 51 60 1 4 55 4 62 4 33 60 2 5 30 537 372 120 1 1 86 1 94 1031 120 2 2 67 2 68 747 270 270 741 249 280 OD 315 OD 355 OD 400 OD 450 OD 500 l S S RER RER RER Safety factor Safety factor Safety factor Safety factor 40 Ck1 7 50 7 50 2 67 40 2 7 97 7 97 2 51 7 97 7 96 2 51 60 1 4 62 4 62 4 33 60 2 5 38 537 372 120 1 1 94 1 94 10 30 1 94 1 94 10 31 120 2 2 76 2 76 724 12 76 276 7 25 SDRIZ 0 G 0180 972 0225 0250 72 0280 12 0315 942 0355 jo 0400 942 0450 942 0500 H OD 180 OD 225 250 OD 280 5 355 400 450 OD 500 5 5 5 5 5 gt TFK x TFK x TFK Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MP
44. 73 3 280 6 050 9 952 702 285 961 892 500 1881 3480 6417 10535 743 399 1 018 205 1 0 00 Hydraulic gradient 960 Z Formula OD mm mm ND mm 3 6 Flow rate table SDR 13 6 0 sec Unit L sec AR 9012 ZeD a Cda J 063 D75 D90 D110 D125 D160 D180 0225 D250 D280 D315 D355 0400 D450 D500 400 450 0 5 51 004 67 404 7429 98 003 0 519 92 474 121 992 0 962 1 555 2649 3707 108 015 142494 1 085 1 754 2 988 4482 121 848 160 742 1197 1935 3298 4614 134454 177313 1301 2103 3 584 5 015 146 126 192 769 1398 2 26 3852 5 390 157 051 207 183 149 2409 4105 5744 167 365 220 788 1577 255 4345 608 177163 233714 6 1097 1741 2813 4795 6709 195493 257 895 1892 3 058 5 211 7292 212462 280 282 8 1282 2 033 3286 5 601 7837 228 348 301 238 9 1366 2167 3502 5 968 8 352 243 344 321 02 2293 3707 6 318 884 257 59 339 814 2855 4615 7 864 11 004 320 641 422 991 3 335 539 9 186 12854 374 529 494 081 3 762 6 08 10362 145 42249 557 352 4151 6 709 11434 16 466 203 615 017 35 4511 7 292 12427 17 389 506 671 668 403 40 544 555 718 38 45 5 167 8 352 14 233 19916 580 315 765 555 50 5469 88
45. 8 F16K BSFA 315 P7K BSFA 315 P BSFA 315 P16K D355 BSFA 355 FZK BSFA 355 F BSFA 355 F16K BSFA 355 P7K BSFA 355 P BSFA 355 P16K 0400 350 BSFA 400 F7K 400 BSFA 400 F16K BSFA 400 P7K 400 BSFA 400 P16K 0450 400 BSFA 4EO F7K BSFA ABO F BSFA 45O F16K BSFA 450 P BSFA 450 P16K 0500 450 BSFA 500 FZK BSFA BOO F BSFA 500 F16K BSFA 500 P7K BSFA 500 P16K E nm 15 16K 74415 20K d dB Necessary PE Unnecessary example of connection Only for the case of the connection with JIS standard pipes Kum gt 722WumBl727JJX830Ma ld 505304 ETH 26 G L 200mm C63 cEVOXS gla EPDM C3 Jb u t 8007 70460 0 9 FRSA 2200 ju u t IECIT lt 7 14 Fittings Po Product specifications are subject to change without notice CI eU RRIPI TY Am5 JIS ADD Male Thread Adapters BSMA 025 C D25 R 3 4 BSMA 032 C 032 BSMA 040 C 040 RI 1 4 BSMA 050 C D50 R1 1 2 BSMA 063 C D63 gt CACAOGC HDPE C3 ses SDR11 XAAUYSTS ins ISO JIS IFO 22780 Female Thread Adapters Product number OD ND Screw size BSFMA O25 C D25 Ro 3 4 032 032 040 040 Rol 1 4 BSFMA
46. EIR 218 757 1 8086 U 1 0MPabA EOS 18 88 DA 412455 2 IX HRS d 7 01 KEH Sepa d Zw 2 SRI eK EEIBOS RBIS F G d F PERO ERNO RINDO 2057 0 aE cs 9 Us 5 8015 0 75MPa 5506 70 NO C JUN KERESI KERT SZA d C 0B EG 9 lt 35 Water pressure testing is to be conducted to confirm the installa tion was correctly done A specified water pressure is applied to the pipe and it is maintained for a set period of time and the change of pressure is to be measured during that time his is ordinary water pressure testing for piping system Pneumatic test is not recommended due to the possibility of of jig Water pressure testing is done in accordance with the procedure as follows 1 Preparation Enclose the test section with gate valve stop valve flange lid and SO on The structure of the test area should be easy to ventilate with hydrant faucet air valve and so on at the same time Pressure gauge and the pump for testing are to be prepared If the pipe is hot continue running water through it to coo
47. I 7 75181 55 TESI SUN Inspection and cool down When the welding is completed leave it alone to cool down for the prescribed time period Once cool down has been completed remove the clamps Keep the pipes fixed by the clamps during cool down and do not apply any external pressure to the joint area Specify the time of cool down competion working date and name of worker on the pipe or joint 20 Other Precautions EF Do not use the fitting for making reference marks H Fauna Eds uh er Riz Mh m lt B Emi x TP Fh NP Ei Low 1 PR 7 a p A Tim Jon rh Cds Do not allow welding area to get dirty wet not carry out welding if pipe is inadequately inserted RADIE TERY V AISAT Do not use a metal hammer directly socket during insertion Cushion it using a piece of wood or some other appropriate method gt not apply any pressure to the cable while electrical current is being applied el Do not touch after cleaning it is touched it will have to be cleaned again
48. S SES TE D SEE E C 1 1 E COSRIS S ICT pe C DISP ERU lt ESL C K TUN OX CUYO DEA UU o esusSuw3 CBE BUSBIOSELIBSA OR EE KI I ER TA lt sand footing should be provided around the pipe with at least 10 cm of sand between the bottom of the trench and the bottom of the pipe and at least 10 cm of sand on top of the pipe During this process ensure that no hard objects like stones or wooden sleepers are in direct contact with the pipe should be performed after the pipe is embedded using sand or high quality soil to perform the backfill adequately packing it around the pipe and using rammers or pile drivers to harden it until the ground level gets down to 10cm above the pipe Then continue to backfill pressing the ground regularly n case of backfilling during the piping process attach caps to pipe ends in order to prevent the incoming of water or sand You must absolutely avoid backfilling without first welding the ends of EF joints you have no choice but to backfill prior to welding provide sufficient protection to prevent water and sand or dirt from getting in and take care not to apply excessive pressure
49. TIS Pv Spangler earth pressure Sina distribution diagram De 8 E75 2 18 TEE 1 2 EBAO Earth Pressure exerted embedded pipe plumb direction Vertical pressure exerted by backfilled earth Wheel pressure vertical earth pressure exerted by live loads Horizontal ground pressure exerted on sides of buried pipe One half of support angle Pipe thickness center radius ERE P2 OS ST 90 The sum of the vertical earth pressure 1 exerted by backfilled earth plus wheel pressure P2 is the vertical earth pressure Pv exerted on a buried pipe Strength Characteristics of embedded Aipoly Broadpipe 1 Calculation method We have calculated the bending stress using the formula given in Waterworks Installation Guidelines and Explanations published by the Japan Water Works Association We have calculated safety factors as well M Moment per 1 cm of pipe length kgf cm Moment coefficient K M wR with an effective support angle of 1207 K20 138 W Linear load according to Pv per 1 cm of pipe length kgf cm Earth Pressure P exerted on embedded pipe vertically MPa R Pipe thickness center radius cm R2 D t 2 D Outer diameter of pipe cm Horizontal ground pressure exerted on sides of embedded pipe MPa o Bending stress inc
50. U CBS 7 VRAZuU XGUBIUC TS amp U 701 FI 1 mm 0 2mm 757 171 CS etia 07 lt 72 Scraping the pipe surface 1 Measure the prescribed distance from the end of the pipe and make a reference mark 2 Scrape the surface of the pipe with scraper from the reference mark to the end of the pipe f any surface remains to be scraped use a hand scraper to finish Ideally the swarf produced from scraping will consist of one continuous strip 0 1 to 0 2 mm in thickness f the swarf is not one continuous strip that means 5 time to replace the scraper blade Be sure to scrape the reference mark completely Use grease pencil or oily marking pen 4 6 25 50 EOS e BUE 1 Ux S oT ESL 572 vc SUV RTT gt 7052586184 3 YF v UU C lt SUN AUAM 2 571 OT DO C 3v FEEEXSICOUNC 3 Cleaning scraped surface scraped surface of the pipe and the entire inner surface of the fitting
51. a Safety factor MPa Safety factor MPa Safety factor 401 8 62 2 32 8 61 2 32 8 65 2 31 8 64 2 31 8 63 2 32 8 63 2 32 8 64 2 31 8 64 2 32 8 63 2 32 40 2 9 15 2 18 9 14 2 19 9 19 2 18 9 18 2 18 9 17 2 18 9 17 2 18 9 18 2 18 9 17 2 18 9 17 2 18 60 1 5 29 3 78 5 29 3 78 5 33 3 75 5 32 3 76 5 32 3 76 5 31 3 6 5 32 3 76 5 32 3 76 5 32 3 76 60 2 6 16 3 24 6 16 3 25 6 20 3 25 6 19 3 23 6 19 3 23 6 18 3 23 6 20 3 23 6 19 3 23 6 19 3 23 120 1 2 17 9 23 2 16 9 24 2 24 9 24 2 23 8 95 2 23 8 96 2 23 8 96 2 24 8 95 2 23 8 95 2 23 8 96 120 2 3 11 6 43 3 11 6 44 3 18 6 44 3 18 6 30 3 18 6 30 3 17 6 30 3 18 6 29 3 18 6 29 3 18 6 30 21 p 2 D2501 ta D280 gt D355 87160 DAS0 D500 OD 250 OD 280 opes ODRES OD 400 OD 450 OD 500 rM O 5 9 5 0 5 0 0 5 0 5 9 5 gt LFK x gt LFK x gt Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor 40 1 9 84 9 82 204 9 82 2 04 40 2 10 46 1043 1 92 1043 1 92 60 1 6 06 6 05 331 605 331 60 C2 7 06 7 04 284 7204 284 120 1 2 55 2 55 7 86 2 55 2 54 7 88 2 54 7 88 120 2 3 62 3 62 5 52 3 62 3 61 5 54 3 61 5 54 5513 STEBERUT TL Elak s UCU SC DW 709 As shown by the above calculation results high density polyethylene pipe ha
52. autions Regarding Controller Use 9 Follow proper handling standards Follow the contents of the EF Controller Operating Manual in order to ensure work safety and installation quality No using the controller for other purposes Do not use the controller for any purpose other than the EF welding of Aipoly Broadpipe Caution regarding the handling of generators Use in Japan When using a generator use a model with single phase 100V 50 60Hz with a rated output of at least 2 0 KVA Avoid using a combined welder generator unit Caution Cautions Regarding Tool Use A A Caution regarding the handling of pipe cutters and scrapers The blade of a pipe cutter or scraper is extremely sharp Do not touch the blade with your bare hands Caution regarding the handling of ethanol and acetone Ethanol and acetone are hazardous substances under the Fire Services Act and having open flames around them is strictly prohibited Follow all regulations and local administrative requirements with regard to storage During use ensure good ventilation and take care to have as little contact with your skin as possible If you accidentally get any in your eye promptly see a physician for an examination JW PES Welding NULL USO cJ AS 76 WB Co UL H3 eccl d OmU C39 Butt welding is a method of connecting pipes by heating up the two ends of PE pipes then joining them under a specifi
53. bon letrachloride TRIR Carbon Dioxide RDA Chlorine Gas WERE 6096 Acetic Acid KRREJIVXYJA Calcium Carbonated Chloroform lt Others Acetic Acid Tm SS Ferric Chloride Carbon Bisulfide Developing JOL Chromic Acid lt 8096 Fomic Acid E RA Oxalic Acid DES Barium Chloride Bu zz Ammonium Sulfate FEITE Acetaldehyde SHE Ethyl Ether cud Glycerine Sea Water vu Gasoline Z5 s Be olo 4096 lactic Acid recul Formalin Urea ZzLA VE O xx FJLI Oleic Acid Toluene Insecticide for termite control ZL g Maleic Acid Ethanol GEF amp d O C K E 9 20817 gt 9CUCCTRIKTESUNSSEEDTOJ C d 0X8 UMEN 3 006 109 SEES COSI PERS T S UN Remarks behavior shown above are just reference data and may vary depending on the usage environment such as density of chemicals temperature and time Even if above summary shows Q or O the evaluation in the actual usage environment is required 3 41NU 2B R WM 90 HERE JA NU ZD B WC ZA TOS tcd eli 40cm EOISSEARS G EE MEICXJUCIRSRRICS
54. c pressure Bim C H A 3 3 To measure the size of the bead W H 3 fEXEZD iy Process Flowchart The Procedure for Butt Welding f A 5 D 2 zi E gt FE D 2 2 5 0 B fi j 7 p wa CDPreparation Cleaning the scraped surface Removal of the heating plate Pipe setting Heating plate setup Press to weld Scraping the pipe surface the pipe edge Cooling Alignment Retention of the heating ICM AIC CC e 89 C7 4 389 110 i 9 C J U ek llVvanagement for welding Measure the height and width of the bead with a vernier caliper after welding to confirm they are all in the designated value Record the welding operation and result for data management Commit the leak test onto the welded part f EXE 5 C7 Uk 3 VC OAH LOAEC F a dO P BE FEA 3 Butt welding operation requires expert knowledge The person only who takes the training of installation provided by us can do the operation A shelter from the wind is required during the operation to avoid the defect in welding 24 Butt Welding Procedure 7
55. l it to lower before the water flow test Caution Caution exposed piping being heated up by the sun applying water pressure may cause the pipe rupture even at pres sures lower than standard pressures 2 Applying water AS a rule testing should be done beginning the flow of water from the low end of the pipe as eliminating air in the pipe by opening hydrant or faucet Once the pipe is full of water close the gate valve or faucet at both end of the test section Caution Caution 1 water flow may possibly cause the unexpected accident caused by the air pressure in the pipes Careful control in opening the faucet or hydrant and eliminating air in the pipe is required in applying water 2 In applying water make sure to eliminate air in the pipe to minimize the initial decrease of water pressure and gain fast stabilization of water pressure Open the hydrant or faucet completely to eliminate air in the pipe the valve once all the air nas been eliminated 3 Applying pressure and checking the pressure change Attach a water pressure gauge to the hydrant or faucet When testing at water pressures that exceed normal pressures apply pressure by attaching a test pump to the hydrant or faucet Apply pressure up to the level to be tested and hold it for a specified period Check the presence of abnormity and pressure change during the period Caution Caution Water pres
56. le pe s ati GUARD UL Portable water Sewage C ET duced OPSEICEIMEBERUTTLUPETOORRRIUISICKO EON SUE XS D GSRET NRI SEL ZO 9 2 25 ECC UR P T Excellent thermal insulating performance with its rigid PU layer prevents the freezing 525 ES of fluid inside Rn Sa a 100 is used for inner pipe allows the various selection of PE fitting and different material of fitting GOuter case is LDPE with carbon black which provides good weather resistance corrosion resistance and impact absorption welding is used for joint that realize the flexible and reliable piping system F zm rr dean mrt EM Ahi NE Ta dir rem EP VOR x za s r rugi tas ue um l igr m We E DE r TL La ngu a D as 5 44 F d E taut k a ow E a dir wd Vadit uU e s ted n 5 Wa Fa LM E I ai E i TEM en Li
57. nd fix the problem Pen style barcode scanner should be held at an angle of 10 to 30 perpendicular to the barcode label with the pen tip lightly touching the barcode label Be sure to use only the barcode label that is affixed to the fittings A defective weld may result if you input the wrong barcode Check to ensure there are no problems with the welding data displayed the LCD screen XS ODER Initiating electrical current Before welding RUE After welding Cool down JA FDI 20AS8 pFr39 Vei 878138 CR L 9 Ce sU Is UU T EROEEICAO EIO TKE ANTSLA 6 Welding Press the start button on the controller to initiate the electrical current The electrical current will stop automatically f current stoppage or an error message occurs during welding the fitting becomes unusable Use a new fitting and perform the weld again Welding twice may result in a defective weld so do not do this 7 MERG ME 7 109 2 mbas 7 27 ZIT YRA 7 Confirmation After welding has been completed be sure to confirm the following two items 1 Ihe Welding Complete message 2 indicators are bulging out on both the left and right 8 12A 1999520897217 550 76 17020 720239 AAR
58. pm x 168hrs 1504427 MER Cracks not permitted 5 PST ERO 35096 DLE 3 bGJ m2 252188 Weathering Elongation at break z350 3 5GJ m2 test sizes E 10 Thermal stability 10min ER S ERE RE SW LE Oft A RED Ce O 92MPa X 165 9 Low speed crack progress Cracks are not permitted 80C 0 92MPax 165hrs PPD AE E SIUE OBAT 1 1 OMPax 165 Fusion miscibility Cracks are not permitted 80C 1 10MPax 165hrs MPa Unit MPa 0 85 1 16 1 09 1 00 0 93 0 66 1 00 0 93 0 87 0 80 0 74 0 67 0 61 Pressure and Temperature Limits Equation for calculating pressure and temperature limits p Naday D3 m D t Naday s equation P J MPa P Pressure MPa t E om t Pipe thickness cm o 55586 MPa o Tensile circumferential stress MPa EIER AZA is Pressure reduction D om D Outer pipe diameter cm coefficient 1 25 C factor 1 25 eo Fa Flow Rate Calculation 5011 Flow rate table SDR 11 TW XX C74 A TW formula OD of up to 50 Q m9 Seoc Q Flow rate m sec d Inner pipe diameter m e m 21 d 0 56 140 95 Hydraulic gradient Flow rate coefficient assumed to be 140 0 Z sec Unit L sec
59. r negative ob Bending strength MPa Aipoly Broadpipe 20 MPa 2 Calculation results Examples of calculation results are shown below 1 indicates calculations of the passage of one 25 ton truck 2 indicates calculations of the simultaneous passage of two 25 ton trucks The support angle is assumed to 1207 0 01 1 amp 25 27133884 25 92 7 CHAL i 1 20 6 SDR11 p p pon p 522 p pi H 0025 OD 40 50 75 OD 90 OD 110 OD 125 H SS Z lt lt gt lt gt lt lt gt HER lt Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor MPa Safety factor 40 1 6 04 3 31 5 90 6 10 3 28 40 2 6 41 6 37 344 641 6 48 3 09 60 1 3 71 3681 543 371 3 75 5 34 60 2 4 32 4 36 4 59 120 1 1 52 153 13 04 120 2 12 18 80 C 0160 912 0180 912 0225 94Z 0250 l p 0315 942 0355 H OD 180 225 250 ODESI 355 lt gt lt gt E lt S 2 Em safety factor safety factor safety factor rs Safety factor 40041
60. s been confirmed to possess sufficient safety characteristics for withstanding external loads It is necessary to carry out flexibility factor calculations and confirm that they fall within acceptable limits 34 Recommended Standards for Water Pressure Testing lt LTU CU cc 9 6 1002488747069 61088760018 C 222466 AXE 9 et IK HERD C uwa 88557 Z do 0 CEU c KERRI FORS C X TAS UA 8 BARBA SE DDR CEU 72 ZUR e c e NECS EKERI 400 UCDO AN O amp sokkte 87 75855083 2 3EZK lt UG EARS DEBES d OO COEUR 1 1 e ERE URB E FODS s lt AGIS CHAOS lt JHEEGS amp OTFEZJZETEODRRI ER CICERO OI e HAEHAE OXKEE 50214 CUBA FER 5 d CREE RES lt DESIR 1 KEAR EF REKT F
61. sure testing should be done after passing certain period after finishing the EF welding Testing pressure 1 0MPa Test can be conducted after 30 minutes passed Testing pressure 1 0 Test can be conducted after hour passed e water pressure testing should be done after passing enough time from running water to eliminate the air in the pipe avoid the move of piping system a certain level of backfilling is recommended before conducting the test 4 High performance polyethylene pipes also possibly show the initial drop of water pressure without water leakage that lies in its characteristic of initial expansion as plas tic materials The level to which the pressure drops depends on the type of pipes or piping systems degree of tightening and the volume of air in the pipe minimize the effect from them we recommend that the water pressure testing is conducted within the range of 500m as maximum length in piping system 5JIf the testing pressure exceeds 0 75 MPa the valve seal may be affected so this should be avoided The water pressure testing is one of the examples of detecting water leakage Please try to carry out visual inspection of the joint sections at the same time CI E DHE Criteria of judgment in Water Pressure Testing Manufacturer recommendation e OXXEXO0 75Mpalz Ex stu 596 832 Increase the water pressure in the pipe line up to 0 75 MPa and leave it for 5 minutes
62. te EIC lt C lLk Ge 1 5277 5 9 60 c47247 49150 UN gt GU 85 ESL Be sure to avoid getting any water the EF weld section during welding If water is present use a pump to remove it or raise the weld section of pipe so that the welding can be performed without any contact with water f you are unable to eliminate water when welding with pre installed pipe use mechanical fittings to connect f it is raining use a tent or something similar to provide shelter from the rain and ensure that the weld section does not get wet indicator bulge may appear even if sand or grease has contaminated the welding surface so the indicator alone cannot be used to determine a proper weld Be sure to implement the correct procedure proper washing cutting and fixing in addition to checking the controller to confirm normal completion Do not backfill or carry a pipe until its cool down has been completed 5m Allowable bending angle and variation at 5m length BEO Angle 144 96 72 58 48 41 34 31 24 Variation L cm 229 196 171 142 128 102 10 225 2 amp 0 315 355 400 45
63. urred by embedded pipe MPa Z Section modulus per 1 cm of pipe length cm3 cm t Pipe thickness cm Deflection of embedded pipe cm Fr Coefficient chosen according to support angle of embedded pipe foundation with an effective support angle of 1207 F120 089 Fd Retardation coefficient for amount of ground deformity E Coefficient of passive earth pressure of backfilled earth MPa E 6 9 MPa E Bending elasticity E 1000 MPa Section secondary moment per 1 cm of pipe length cm cm t 12 1 287167 AJSV2S 0D EEEAY SB O SIC 1 TRSNE 1 2 Bending stress The bending moment M incurred in the pipe by the Spangler earth pressure distribution chart is given by equation 1 2 R 0 166Pn R 7 7 1 6 2 2Fa R VE 1 0 061E R2 S cxx 2 e AE 127070185 2 N72 OER IC kD k oR S can be substituted into equation 1 to give equation 2 The bending stress incurred by a buried pipe be obtained using equation 2 s equation Fr E R 12 E I 0 061E R3 1 2129 Tables 1 and 2 give examples of calculation results The following 1 2 R t K Dy iz 1 2 3E RERI S ob O 3 5 22 o b BIP lt MPa 24 7220MPa 1 3 Safety factor The safety factor is obtained using equation 3 S Safety facto
64. vailability ranges in 13mm 165mm nominal diameter OPEX pipe is used for inner pipe which allows to be used in the range of temperature 40 80 GMechanical fittings are used for the pipe connection it requires only general purpose tools Olnsulating layer Polyethylene foam PEF Tt s Ta w pA CDM en 3 xi t gt om XN Ru hr uw meo ERE CUR oc 1 T car Ee Lm ws 3 W 727713818 INOAC Housing and Construction Materials Co Ltd 022D20WS amp ICB 3 315 ERIT C EB IR ERES 272 Rn OmiICOVUCOSIBUST 3888072 Please contact the regional sales office agent for inquiries regarding contents of this catalog For inquiries regarding the quality of our products contact the Customer Quality Consultation Office below 7003 0021 J H5845 TEL 011 851 7190 FAX 011 855 7878 T980 0022 J 61825 TEL 022 212 6156 022 212 6158 Jt SRP 1141 0032 RRE KAA J 89 35 AF22 TEL 03 6679 2392 FAX 03 6679 2394 450 0003 8138545 052 581 1077 052 386 1018 BEP Roi Es SEIT 7541 0054 XBRIBHRIREXRESZKI 888
65. when backfilling DE N s lt 2D cuv CS The caution symbol indicates items on which you should exercise caution lt ER OPES CS The obligatory symbol indicates things you must do Q The prohibition symbol indicates things you should not do 40 INOACIRUT TL Line up of INOAC ZTU Geothermal Pipe for Geothermal heat exchange system U POLY pipe HAAR BERI Pile utilizing method Pile utilizing method In situ concrete piles Prefabricated driven pile me m TE MEE Om FEE Bore hole method I A CNFIEBEO Ju TUTURI Q V4 Z CUSERESE V 958 CS VI 25281 C Q Made of PE 100 which provides excellent durability impact resistance and chemical resistance of JIS Standard size higher performance in scratch proof and pressure resistance and ISO Standard size with good versatility are available of the pipe and socket shows excellent strength due to its welding joint method which provides higher reliability in placing underground Its compact design enables the smooth insert into dug ho
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