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HomeMy WebLinkAboutF12-0034 CUT SHEETS ! � ? T��t��2�. �icn�nsions and Physical Gharaeteeistics of CQpper Tuba:TYP�M N4minal Dimensions,inches Calculated�alues(based on nominal dimensions} :: _ � Nominal ar , ross Weigf�t ; Weigf�t Contents of T�[be t Standard Outsitla : Inside Wal] ' Secfipna[ af iuhe Dn[y, of Tube&Water, ;per linear#t Size,inches Diameter. Diameter Thickness AreaofBore, paunds paunds ��� ��� .' ` s inches perlirtearft perlinearft : ?IB .50� .450 .d25 .759 .t45 .2t4 .�0110 .00826 � '/z ' .625 .569 .a2$ ,254 .204 .3t4 .00176 .Ot32 ,` "/, ;' .$75 .811 .U32 .5�7 .328 .551 .00359 .0269 7 1.725 1.055 .035 .874 ,465 .$43 .OD607 .0454 1'1< : '.` 1.375 1.291 .042 1.31 .6$2 1.25 .0091� .0681 o i'/z'':: ' ' 1.fi25 i.527 .U49 �.83 .940 1.73 ,Q1�7 .D951 ; 2 2.t25 2.OD9 ,058 3.17 1.46 2.83 .0220 .765 2'/z 2.625 2.495 .UfiS 4.89 2.03 4.�4 .0340 .254 t 3 3.125 2.9$1 .072 6.98 2.68 5.70 A485 .363 � 3'1:`' 3.625 3.A59 .083 9.40 3.58 7.64 .0653 .4$S � 4 ' 4.125 3.935 .095 12.2 4.66 9.83 .0847 .684 6 `' S.125 4.907 .709 18.9 6.66 14.8 .131 .982 � 6 6.125 5.881 .122 27.2 8.92 2�.7 .189 1.41 8 8.125 7.785 .170 47.6 16.5 37.t .331 2.47 ` �0 10,125 9.701 .2i 2 73.9 25.6 57.5 .518 3.84 12 12.125 11.617 .254 10fi 36.7 82.5 .736 5.5� f � � �"A�LE 2d. CMirr►ensiar�s and Physieal Cl�aracteristics of GaAper Tt[�e: �3WU(Drain, lPlaste and lfent) i ` Naminal Qimensions,i[�ches Calculated Values{based on nominal dimensions) Nominal or rnss W�ight Weipht Contents of Tube .. � Stantlard Outside Inside �1Vall Sectional of Tube Qnly, of Tu6e&Waier, ,p�r]inear ft Size,inches piamefer Qiameter Thickness Areao€Bore, pounds pountls [ s inches perlinearft perlinearft Cuft Gal : �'la ' �.375 �.295 .U40 7.32 .650 1.22 A0917 .0686 a . �'h' �.625 �.541 .U42 1.87 .809 1.62 .0130 .0971 ` 2 2.125 2.041 .U42 3.27 1.07 2.48 .0227 .i7� � 3 ' 3.125 3.03d ,045 72'I 1.69 4.81 A501 .375 4 4.125 4,009 .D5$ 11.G 2.87 7.$8 .0806 .603 � '5 ' S.125 4.981 .072 19.5 4.43 t2.9 .#35 1.01 E 6 6.125 5.959 .D83 27.9 6.10 'i8.2 .794 1.45 f 8 8.125 7.907 .109 49.1 1 a.6 31.8 .341 2.55 c � � � 4 € � � t � ZZ � P E T�tBLE 3c. �afed Interna[1�lorkin[� Pressure for C�pper Tirbe: TYP�M� � ` Ann�aled`*' Drawn'* Naminal: S= S= 5= S= S= S= S= S= S= 5= S= 5= S= S= S�za in 6000 psi 5100 psi 4900 psi 4800 psi 470�psi 4600 psi 3QIX3 psi 10,3�psi 14,9U6 psi 10,906 psi 1U,306 psi 10,U�D psi 9,70f1 psi 9,46(1 psi 1 pp F y 50 F 200 F 254 F 300 F 350 F 400 F 100 F 150 F 200 F 25D F 300 F 350 F 40D F :��a. ..... ....,. ...... ...... — — — — — — — — — -- '/a : 57D �485 A66 456 447 380 285 9$2 9$2 982 982 953 925 896 `''/2.' 494 420 403 39b 387 329 247 850 85� 85� 85d 825 800 776 ;.S�H::. - - - ......,. .,.... � - _ _ _ _ _ _ - �/; < 407 346 332 326 3rt9 271 204 701 701 701 701 6$0 660 639 1 » . 837 286 275 270 264 225 169 5$� 580 5$D 58D 563 546 529 1'1+` 338 287 27fi Z71 265 225 �69 5$2 582 582 582 585 548 531 1'/�'° 33t 282 270 265 259 221 �66 569 569 569 569 553 536 520 2 :` 299 259 294 239 234 �99 i49 514 514 519 514 499 484 469 2'Iz : 274 233 224 219 Z15 �83 i37 471 471 471 471 45T 444 43D 3 253 215 207 203 �99 �69 i27 435 435 435 435 423 410 397 3'/z' 252 214 20fi 202 �97 168 �26 433 433 433 433 421 408 395 4 251 213 205 2Q1 �97 167 126 431 431 431 431 419 406 394 5 233 198 190 186 t82 155 116 400 400 40D 40d 388 377 365 G " 29$ 186 178 �75 171 146 909 375 375 375 375 364 353 342 $ 229 195 187 �83 180 153 1�5 394 394 394 394 382 371 359 10 230 195 18$ 184 180 �53 1i5 394 394 394 394 3$3 37i 360 12 230 195 188 184 i80 �53 1�5 395 395 395 395 3$3 372 3fi0 TAE�LE 3d. F�ate�i Ir�#ernal Working Pressure fnr Copper Tube: B�ItV* `.;4�nealed"** 'Drairrn"* Nominal" 5= 5= 5= S= S= S= S= S= 5= S= S= S= S= S= 5ize,in : ��fln psi 5100 psi 49fl0 ps'€ 46ff0 psi 4706 psi 40{1p psi 3DflD psi 10,30�psi 10,360 psi 10,3fl0 psi 10,3aD psi 10,Of�psi 9,7Q0 psi 9,440 psi 100 F 150 F 200 F 250 F 30(l F 35Q F AIX]F 1Qp F 15Q F 20a F 250 F 300 F 350 F 40(1 F 1'la ' 330 28(� 269 2fi4 258 22t1 165 566 566 566 566 549 533 51G 1'Ix' 293 249 240 235 230 19G 147 5D3 503 5Q3 563 489 474 459 2 ' 217 i85 178 �74 17� 145 1Q9 373 373 373 373 362 352 341 3< 159 135 13D 127 125 1U6 S� 273 273 273 273 265 257 248 4: 150 127 122 120 117 1QD 75 257 257 257 257 250 242 235 5 75i 129 124 �2� 119 1�1 7& 260 260 26D 26� 252 245 237 6 148 i26 721 ��9 11fi 99 74 255 255 255 255 247 24D 232 '.8. . : 146 124 119 �177 114 97 73 251 251 251 251 244 236 229 NOTE: `Based on maximum allowable stress in iension(psi)for the indicatetl temperatures(°F),see page 12. "`�When brazing or welding is used to join drawn tube,the correspantling annealed rating must 6e used,see page i2. � "'*Types M and DWV are nat normally available in the anneal�d temper.Shaded values are provided for guitlar�ce when drawn temper tube is brazed or weldetl,see page 12. E k I { t �� � � � 3� �"�SL� 5. Acf€�a[6urst Pr�ss€�res,'TYpes K, L, and M�apper UVater T��he, psi af E�aom Temperat«re Nnminal ar' K �2 M ' The figures 5hown are averages r 5tandard 5ize Actual0uts�de ? , ' ' ;: of three certified tests per- i inches ;. �i����eF;�� Drawn . .Annealetl Drawn Annealed .�rawn AnnealecJ formed on each type and size of � watertuhe. In each ease, '/� 5/6 884U 4535 7765 3885 6135 — wal]fhickness was at ar near j i.�I�. .. .'; . :` '1� 93UD 4200 5900 2935 4715 — ihe minimum prescrihed for ; each tube fype.No burst 1 14I6 7200 34i5 5115 265D 3865 _ pressure in any test tleviated j'/a 1'Ia 5525 2800 4550 240D 3875 — from tf�e average 6y more than � 5 pereent. � :1Yz 151e 500D 2600 410D 220� 355U — �These burst pressures can be used for ACR tube of equivalent i2 ' 2'/0 39i5 2235 3365 191fl 2935 — actual O.D.and wal[thickness. `"2'iz 2510 3575 — 3215 — 28f�0 — � _ .. . : ; i 3 3'l0 3450 — 2865 — 2685 — ' 4 4'/a 3415 — 2865 — 2215 — � -'5 5'/0 3585 — 2985 — 2490 — � 6 6'l0 3425 — 269� — 2UOU — � :8 8'Is 3635 — 2650 — 2285 -- � � t � � � i �. r � t l i i r � I � } � � 29 I TA�L.E 6. Pressure Lnss af Wafer D�ie tn Friefinn in Types 1C, L and M Copper 1'ube(psi par finear foot of t��[�e) 'NOh71NAC'OR STAN�AR�SIZE;7PECHES F���� ..-:��9 � � ... . ��3�6 ` ��:��2 � '�3'4 � ..;� �� .�����4 1 ylz :�:2 GPM K 'L � : K ?>L N1s: K L M !C `I. IVi ' 'K 'L M ': K 'L h1 ` K . :L M ' K 'L M 1 .: Q738 0.1i& NfA 0.036 0.023 0.02i O.OiO O.OQ$ O.Q07 �.002 0.00f O.00i O.OaO D.ODO 0.�0 O.a00 0.000 0.000 QD� 0,000 D.ODO 0.00C1 D.000 0.017D 7:: ;: hllA 0.130 D.Q84 0.075 O.D35 O.A?0 R.024 0.006 0.005 0.004 O.OP2 11A01 D.a03 0.001 O.00D O.00P QOaO O.00D O.Q00 0.000 0.000 0.01X] 3' !: N1A 6.275 0.177 O.Y5R 0.074 p.p62 O.OSi 0.�14 O.Ofi O.D09 0.003 0.0�3 rJ.�l 0.�1 O.aOi O.a01 Q000 Q000 0.0f10 O.POP 0.000 0.0�1D 4' WA 0.125 o.yos O.OBfi 0.023 O.OiB 0.015 O.DOS O.ODS 0.6A9 O.DD2 0.002 D.Oa2 O.00i QOOi Q00� 0.000 0.0� 0.0110 -5'<' WA 0.188 D.16i 0.13fl �.035 DA27 0.023 0.009 Q.QQ7 0.�6 0.�3 0.�3 D.�2 O.00f QOQi 0.0f71 D.Q00 Q0� D.00D '10'i>` N1A 0.12fi 0.098 0.0$4 QfJ3i 0.027 0.023 U.OiO O.PfO D.�B O.P41 Q.004 O.00W A001 O.UQf D.00i 15;' NIR 0.065 0.057 0.(149 0.022 D.D20 D.OfB O.PD9 Q009 O.OdB D.002 O.D02 0.002 20?:; N1R 0.696 fl.084 0.037 OA35 D.031 O.Di6 U.015 O.QY4 D.004 0.004 0.009 '25;,!.. N1A 0.057 0.052 0.047 0.024 0.022 O.Q21 O.Oa6 �.QpS 0.005 '30 ` N!A 0.079 0.073 �.068 D.034 fl.031 O.Q29 D.Dd9 �.Q08 O.a08 C35 " N/A 0.045 €I.(142 0.039 D.Of2 Q,Q11 O.OfO 'A� ?` AVA 0.058 U.�54 0.050 O.D75 Q.014 0.0l3 AS: :. IV/A O.OB2 O.Q18 O.Di� O.Of& 50'`'` N!A OA22 0.62I 0.020 ':BO:'-. N!A 0.031 0.029 0.028 70 ' N!A 0.442 0.039 0.037 ;'80;.' N!A 90`': N!A ZSDO`' fV/A `::3 24 '' N!A �44 :;' WA 'E&4; ' N!A 'I EO ''. N!A 200' NIA '25fl ' N!A 30�`.;:; NIA 350.:' WA `40fl';` N!A ' 45� !': WA 500:" NIR b5fl:?; WA ? `60fl?'` WA `65�'`: WA ' c70fl : N!A r76G': WA t000 : WA 2a00: WA NOTES: ' 1.Fluid velocities in excess of 5-8 feet per second are not recommended. 2.Frictian loss values shawn are forthe flaw rates that da not exceed a velocity of 8 feet per second. 3.Highlighted antl itaiicizetl friction Eoss val€�es indicaie flow rates that are between 5 feet and 8 feet per secnnd. i 30 i ; i ( - NpN[INAL DFi.STANQARU.SIZE,I�fCHES ;:. � FLOW, 2 ilz; 3 4 5 6 8 10 12 � CPM ' , ;' ; N L ;: M r "K L ` M K L ` M K L h'l `:K L " M k L i M K L ?? M "K L ' M ` 1 ' 17.000 f1.Qa0 Q000 0.000 0.000 0.000 QOikJ O.00D D.0�10 0.�0 0.00I1 Q.000 QDOD O.00U 0.000 O.DOD O.PDO O.OaO D.000 D.D(1a p.1100 0.0�� QODO a.a00 � 2 : O.OQO O.O�D QOOD 0.000 O.P00 O.ODO Q.1]OD O.00D D.000 0.1700 D.00fI Q.00D Q.D� 0.000 0.000 O.D� O.Od(1 �.Q00 0.000 a.00a 0.0� ROOD U.flAP 0.000 € 3: 0.4d0 0.000 0.000 O.ODO 0.000 0.000 0.000 Q�D D.ODO O.OQO D.000 O.ODD O.D00 O.00D O.Of10 O.D� O.QaD R.Q00 A0� Q.00d O.ORO O.Q00 O.ODO 0.000 4..'> Q.0�0 QODO 0.000 O.ODO D.DOD D.�O O.00fJ Q00f1 O.OflO 0.000 0.000 O.DO� QOOfl Q.D� O.Of1D 0.0� �.R� Q.�D 0.0� a.�Q O.ODt7 O.QO(1 O.QO(1 O.a7lJ � 5;: ,. Q000 O.ODO O.00Q O.00D D.Q00 D.Oaft O.OQP Q11�0 a.0a0 O.�P D.0f11? D.ODO O.00Q Q.OQD O.DOD O.l1Af1 O.R� Q.OQO O.00Q O.ODO O.00Q R00f1 O.aGl? QOOD ' 1fl ; QOOD 0.000 0.�0 P.OQD 0.0�0 O.OQ� D.OaP Q�0 O.00D O.QOa D.00Q 0.000 O,OOQ Q.�D D,QQO 0.00� Q.00D R�D 0.0�0 0.0(]ff 0.000 O.O4D O.Oa7 O.OtlO t5': Q.00i Q.00i O.ODi Q.000 OADO O.ODO O.Q00 Q(R70 O.00R D.�D O.ODO O.1R70 0.0017 Q.O�D Q.OffO 0.00(1 Q.�OD Q000 O.00D 0.0(7D �.00P 0.(X1D O.00Q O.00D 1 '� 2Q. : QOOi QOOi AOp1 D.L�7f 0.007 D.Ddi 0.000 O.1J00 O.OQO O.�D O.ODO �.c� O.ODO Q.000 Q.000 O.00P ffQ� 0.00� 0.000 D.�� O.a00 O.DOD O.00O Q000 c 25-.: a.a�2 o.00z o.0�2 o.00i a.o�i �.�r o.oaa aaao o.oao o.aaa o.oao o.�roo o.aao ao� o.aao o.aaa a.00n aoa� o.000 n.000 o.000 o.ao� o.ffoa o.n�a � 3(# .:.. Q003 Q.003 0.6D3 O.D07 O.ODi 0.001 O.OQD 0.000 O.00D 0.000 O.OpO 0.000 O.OaO 0.00� 0.�00 O.aA? O.00D 0.000 Q.�O D.000 0.000 O.D00 O.00D QODO 4 35 `: O.OD9 Q.004 D.fIA1 p.D02 Q.002 Q.f1a1 O.P00 O.ODO O.00Q D.QOa �.0�0 0.0110 OAQO O.00fI Q.000 o.nao o.a� O.00D O.OQO O.Q00 0,0� 0.000 O.POD QDOD A0 : 0.005 D.R115 O.�D6 0.062 0.002 O.fk72 O.QOl O.00i O.OaO O.ODO 0.400 0.�0 O.D00 Q.00D O.Of10 O.dAP O.00D 0.000 0.000 D.OQD O.OIX7 0.0011 0.0� P.000 � 45 . 0.008 Q.DOG �.ffDB R003 �.OD3 O.Q�2 O.00f QOOi a.Obf 0.000 0.000 O.�D O.00D 0.000 O.ODD ODDO O.�OD Q000 0.000 O.00a Q000 Q.�D O.ODP O.ODO � 56 : 0.008 0.007 0.�7 Q.003 0.0(]3 O.OD3 O.a01 QOOi O.ODf 0.000 O.D00 Q00� 0.0� 0.000 0.000 Q000 O.00D O.APO O.OQO O.00D Q0�0 Q.000 O.D00 O.00D 6Q Qi]li O.OiO O.OfO 0.005 0.�04 O.OD4 O.00i QOOi D.007 O.D00 O.P00 P.OaO 0.0� O.ODO 0.0()0 0.0� O.Oa11 0.000 O.ODO 0.000 O.D00 QA�O 0.00(1 a.OpO � 70 : QOi4 O.Oi4 O.Of3 0.00& 0.00& O.OD5 0.002 Q.001 D.OD1 0.1A77 O.PO� O.APO O.OQD O.Oi70 D.DDQ 0.004 0.000 0.�0 D.ODO 0.000 0.0� Q(1p0 O.Q2a0 O.Q00 I r . SO ' Q.019 0.017 0.01fi QOOII 0.007 O.OD7 0.002 0.002 D.001 0.001 0.001 O.00i O.00D D.0!]0 D.000 0.0� D.Of10 Q.000 0.000 O.OQD 0.0� O.RQQ O.1J00 O.A00 90 4.023 0.022 0.620 O.OiO D.009 0.048 OA02 O.Off2 U.OD2 0.(l0i O.00f O.00i O.ODO D.O� 0.000 O.00U D.Of10 O.�D 0.00� D.110a O.Obf1 Q,QQO Q000 0.000 100 Q.028 0.028 0.025 0.012 D.Oii O.OiQ 0.003 Q003 O.OLl3 O.ODi O.00f O.00i 0.0110 D.0�0 O.aDO 0.000 D.00(1 0.�0 D.000 D.lJOa 0.0� p,pOp Q0� 0.�00 � � 120 O.U35 0.017 O.i#i6 0.015 Q0f14 0.0�-? O.OP4 QOOi O.00f O.00i O.O�i 0.001 D.ODi 0.000 D.ODO 0.C�10 D.00Q O.DQO O.Opa O,Rffp R0� 0.17�0 140 0.422 0.�21 0.019 0.005 0.005 0.003 Q002 0.002 0.002 0.001 O.d01 O.OD1 O.ODD 0.�00 0.0f10 0.000 O.f1D0 0.0� O.pQp Qpp1l D.000 � ifi0 . 0.02$ O.a26 0.025 0.007 0.007 O.00G 0.002 O.OD2 O.OD2 O.QOf D.OD1 O.�Di 0.01X! 0.000 D.ODO O.Q00 O.ODD O.OpO a,000 Q.QdO 0.(H10 180 0.009 0.008 0.008 Q003 Q.003 0.0f73 D.OD1 D.001 O.00i a.ODD D.00D D.OQO 0.0� O.ODD O.OQO Q,pAO O.QOD 0.�0 � 20� 6.011 0.€SIO 0.016 O.OP4 0003 0.003 D.002 O.00f O.IIOf D.000 Q000 D.000 O.Q00 O.pDD O.OD11 0.�0 0.0�0 i].�0 � 250 : 0.016 O.OS5 0.�15 Q006 Q005 D.�5 D.002 O.aD2 O.D02 D.O�i O.ORi D.pOf O.a(10 O.RfJO 0,0(1R O.f1110 O.00D U.�O 3fl0 0.021 O.OQB 6.OQ7 0.007 O.OD3 D.D03 a.Da3 O.aD� O.OaI d,QOi p,�Ot7 Q.�p D.O�Q 0.000 O.00D D.�O ( 350 0.010 O.OiO O.fl09 O.QO�! 0.02??4 0.0p9 0.0�1 0.001 O.OQ1 O.00t7 Q.000 17.OQ0 0.�0 O.ODO 0.�0 � 4€10 Q.{#13 Q.012 O.fSS2 0.006 0.005 Q.Q�S 0.001 0.001 0.�1 0.000 O.aPO o.aoa D.000 O.ODO 0.000 450 D.€}I7 0.015 0.015 0.007 0.006 O.Oa6 0.002 0.��2 O.a02 O.aOi O.UDi 0.001 0.000 D.OP� O.ODQ i 500 : 0.008 �.008 �.0�8 O.a07 O.fl02 O.aD2 QODi 0.00� O.00f �.00� D.000 O.Q� � '550 :: 0.01D OA09 QA09 O.OA? O.t]02 0.f]t12 O.00f 0.001 0.001 0.0f10 D.000 0.�0 '660 ': �.012 0.011 O.fl11 0.003 0.003 0.003 O.DOf O.Od� �.�tl1 0.0�0 D.000 0.000 � 650 ! 0.013 0.012 O.Otla 0.003 O.Otl3 0.007 O.00f O.Qa1 O.aOi D.0�0 0.1100 't s 760'i U.004 O.OP9 O.D04 O.OQf O.�T 0,001 0.001 D.001 O.00i 760'` U.005 O.OEW fl.004 O.OD2 0.04T 0.001 0.1101 0.00� O.ODi � 10�0 (t.008 D.007 €1.007 O.OA? D.�7 0.002 0.001 O.00i O.00i 200D: 0.004 0.004 E1.004 N€kT�S: 4.Table 6 is based on the Hazen-Williams formula: a.52n�� �_�i.es d�.or Where: [ P=friction loss,psi per linear fooi Q=flow,9.p.m. d=average I.�.,in inches C=constant,150 31 ( s , 3 TA�LE 7, Pressure Loss in Fiftings and 1falues Expressed as���tivalent Lengfft af Tti�e, feet Nnminal Fitfings lialves :nr Standard Ei[:. `9U°7e�..;; ' Ca�pling ;; Sfandartl ' Side . Slraigf�f Sixe, in < 9U° > 45°: 6raneh Run Ball .Gaie Btf[y Check ; 31a .5 - 1.5 - ._... ...... � - 1.5 ' ,12 1 .5 2 - - - - - 2 `:':'Is 1.5 .5 2 - - - - - 2.5 ^,/a 2 .5 3 - --- --- - - 3 1 ' 2.5 l 4.5 - - .5 - - 4.5 :7'/{ 3 1 5.5 .5 .5 .5 - -- 5,5 #'/= 4 1.b 7 .5 .5 .5 - - 6.5 :2 5.5 2 9 .5 .6 .5 .5 7.5 9 '.;2'!7 7 2.5 i2 .5 .b - 1 10 11.5 3 9 3.b i5 1 1 - 1.5 15.5 14.5 3'/: 9 3.5 14 1 1 - 2 - 12.b 4 12.5 5 21 1 � --- 2 16 18.5 5 16 6 27 1.5 1.5 - 3 11.5 23.5 ' G 19 7 34 2 2 - 3.5 13.5 26.5 8 29 11 5� 3 3 - 5 12.5 39 NOTES: Allowances are for sireamlir�ed soltlered fitiings and recessetl threatled fittings. For threaded fiftings,double the allowances showr�in the table. The equivalent lengths presented above are based upan a G factor of 150 in tE�e Hazen-Williams friction loss form�la.The lengihs shown ara rounded ta the nearest half foot. i � 32 i � �IGiJi�E 2. Coifapse Press�ire ot Copp�r 3"ube, Types K, L and M �ra�rn Cnpper Tube ,00ao ' aa'���a¢������ �� ,�` z` a � s � � ` S 9a00 p�s._opP.at�� oy�—'1� Q,O `.]a . � 4 � O � Bi}00 , 7000 v*�� \ 1� a�� 6000 ti��~ ' s000 ( a000 � � 3000 \ \ � 2000 [ . .y �" 7000 � � � � 0 � 0 t!x 1 1�lz 2 2�lx 3 � L � � � ARne�[ed C�p�er�'ube � � � �-. z000 � � � i9oo � 1800 - 1700 1600 ��� Y,����—�-���..�� ,�� ,�� �� � � `, y� isoo p�yo o�ayd p o�000 �� Ano��,�a � �aao 13¢p 12�0 \ � 1i40 � tOffO 960 � ` � B00 t. 700 660 500 I � 4QD � 360 zaa � �ao 0 � o uz i i��z 2 z uz a f �omina[ or Standard Size, incf�es � � � 33 � FlGtJR�3. E�partsion vs.'femperature Change for Capper T�at�e 4.5 � � 4.� � c / m 3.5 ` a� �� ° 3.0 ` � i�' .� 2.5 c ,i' 0 � � 2.d � . c / 0 � 1.5 � � o � � 1.0 .... ..... ..... ......r. 0 .� c�u /� � 0.5 � . , / O.D ' 0 25 50 75 t00 125 t50 175 20Q 225 250 275 30D 325 350 Temperature Change, °� � , ; a i 0 3� s] i F[�URE 5. Seiecfed Peess�re �ittings AI]6�P'�ERS � � � ! �O , 0 F"1'GxM FTGxF CxC � Adapter Adapier Union 3f E � � �( � ! � � O : . _ . . O �� �'� '. O -�:.. .. � '. .. .��. .. . '......:. � C x M C x F C x C x �' � Adapter Adapter Tee � � EL�C}�1S � � O � � � � � � O O ' � � C x C C x C C x C x C � l 45°E[bow 90°Elbow Tee � � � Oi. O . � �(} t .. � � :� O �� O ���. . '..�. '.'� .:.� FT'GxC �7GxC CxFTGxC 45°�Ibow 90°Elt�ow Tee � � coupu�vGs 3 _, � ( � � . o ; CxC cxc cxc cxc �ioll Stop Stalced Stop �o g�oP Reducing GE3VERAL NOT�S:ta)�ittings are designated by size in the order:1x2x3(b)�itting designs and drawings are far illustration anly. 36 � i ��t`a����. D1tTl$�15t�I1S€I�SOIf��C,IOIflf Fl��lf1� EO[�5 � � A F T � I�`_..� �-�I �1 �'�I Male End FemaEe Entl WRDUCH7�1771NG ENDS' _.._ - - � � � I A F T � I- K-=I I= � -=I Male End CAST FITTING E�IQS' �emale Entl Drawings and sfesigns of fittings are far ilEt�stration only. TA��.E 9. [?imertsinns a�Solder Joint Ends fdr 1Nra�Eght(1N) and Cast(G} Press�ire Fittin�s, inches Nominal Male End Female End For use with tt��e size ar Outsitle Dia€neter': : Length Inside aiameEer ' Depth under ' untler untler ` under Standartl A K F : ;G`.' ASTM AS7M ASTM . ASTM Fitiings , _ B 8$ B 280 B 879 B 637 Size,En. 7Ype N€in. `Max. Min. Min. Max. - Min. '/a W .248 .251 .38 .252 .256 .31 ' '1+ w '1+ 'la C W .373 .376 .38 .377 .381 .31 'I+ 'Ie '1a 'ls �/s C W .497 .501 .44 .502 .50fi .3$ 31s '1� 'lo 'Iz '/z C W .622 .526 .56 .627 ,631 .50 '1: Sle 'Iz SIa 51s ` W .747 .751 .8� .752 .756 .75 S/a 3/+ Sle 3Ia `'1= ' C W .872 .$76 .8� .$77 .881 .75 3/= 'Is ala 'Is 1 C W 1.�22 1.127 .97 1.128 �.132 .91 � 1'le 1 1'lo i 1'I= ` : C W 1.372 1.377 1.03 1,378 1.382 .97 1'1+ i318 1'1< * 1'/� ` C W 1.621 1.627 1.i6 1.628 1.633 1.09 1'/z ��la 1'Iz * 2 ' C W 2.i21 2.127 1.4i 2.128 2.333 1.34 2 2'Ig 2 ' 2'/� `- C W 2.621 2.627 1.53 2.628 2.fi33 1.47 2'/z Z�/a 2'I: ' 3 ' ' C W 3.121 3.127 1.72 3.128 3.133 1.66 3 3'IB 3 " � 3'/z C W 3.621 3.627 1.97 3.628 3.fi33 1.9� 3'/z 3�18 3'1: * 4 '" C W 4.121 4.i27 2.22 4.128 4.133 2.i6 4 4'/g 4 ' 5 ' `` C W 5.121 5.�27 2.72 5.128 5.i33 2.66 5 " 5 ' '6 :-''< C W 6.121 6.i27 3.22 6.128 6.133 3.�9 6 " 6 * ! '8 ' >'` C W 8.119 8.�27 4.Q9 8.128 8.133 3.97 $ * g * 10 ' C ?':: 1�.119 10.�27 4.'i2 10.128 10.733 4.00 #0 " " ' I 12 C 12.119 12.t27 �.62 12.128 12.�33 9.50 i2 ' * " � � Gopper iube�ntlerthis standard is nat cammercially available. � 1 S 37 t � � E J���� �TNITED �RASS �4lEtKS, Il�C. �� � 714 S. Main S�. RandIeman NC 273�7 > > W.-.�«.�.u,.,=,x�:>,e,,.�.,:,� , ���� ���' Tel: 800-334-3035 Fax: 800�498-�4696 www.ubw.com ��,��Q�'� � � EiEGISTERECI C0�1P��Y � � Moclel 99 Swing �heck Valve >,e ,¢ � :�� � 1.25 WSP @ 350° Max � ` 204 W4G -�, ���`�� 100% Pressure Tested � .� �;���:r, � � �� � �;�� Threaded Ends • MetaI Disc � Integral Sea� � � � �= Do not install laying on side. Keep seat clean. ,� �� . � �:� � ; ��� ������� � Not Recona�nended for Prclsating oi• Vibrating Service! t � � ��� � � � , - _____� --j �/ _ ; � � �A.��r�.�.�..r Lrl� 1 �--- ' �, � ' � ,-� � NO. DESCRIPTION MATERIAL F � , , � € . 1 C3I]{�4»— ���� Br3SS �l��f f�� �� �� ��/� Ca �1 3�a"—�"� }�I'OC1Ze 'j I ] �� � [ � 2 WdS�1�I' BI'a55 ��� ���� � ��� �� �� �� � � �I 1���, � ; ; I ,��� E ` 3 Body Bronze ! � ' ' 1i' ; � , � j 4 Disc Brass � � ���� ' � O ��� �}��I�� � , , �� � } I,i1 � O � � Fiin e Stainless SteeE ��,' '�J�,/ -�''/`f',,/� ' S g '' �=__`__'/. /�'/,`/ � ��i — A '� � , � r : �� Size YA" 318" %z" 3 , ' t , >, „ �4�� 1�� 1 �A� [ �2 � A 1.89 1.89 2.]4 2.S1 3.�3 3.45 3.81 4.44 i ( � z.zz z.zz i.zg �.s3 z.o6 Z.ao z.2a z.s6 5hip Wgt.(lbs.} 0.45 0.45 0.58 0.$1 1.62 I.S1 2.4I 3.42 Qty. Unit Pack l 2 12 12 1 Z 6 6 4 2 . Qty.Per Case 60 60 60 60 3(l 18 12 G r � i �� UNITED �RASS W�li.KS, INC. � �� �ta�a.w.rtr�.f+mrr�ru � 714 S. Maxn St., Randleman, NC 27317 [�[j��(�� Tei: 800-334�3035 Fax: $40-49$-�696 www.ubw.COm ���'gTE���G°���"r l�l[ode1125SLTL Globe Va�ve � � sof� n�s� � '. _ c �t,. u� � UL Listed foi-Fire Sprinkler Service at 250 WOG 200 WOG @ 180 ° Max 100% Pressure Tes�ed Threaded �nds • Yntegral Seat Ris�ng Stem Swivel Disc Holder ; -- � � ; I '-� _3_ _ L � �O � �;r�i � 3i ; �; IVIATERIAL LIST � �; � �, ;,' o �: € �� NO. DESCRXPT�ON MATERIAL �' ' '`I` , �`'—�,'�,�--� O 1 1-Iex Nut 5teel � ' ;����i—'"'°� ����; 2 I-Iand Wheel Alun�inum j�--- -�-- � I I i— � " 3 Packing Nut Brass � �i� __ � � � � �I ,�y—• �' f 0 4 Packing Grapiiite Non-Asb. E ���',I� �. ! Bonnet('/x" — 1") Brass � ` € ��_;��! r� I�'%� � IE � i 5 Bonnet(l Ya"—2") Bronze �� � � �� 6 5tem&Disc Assm. Brass '� - � � �' � " 7 Disc Buna N �� a, 8 Body Bronze � � Size '/z" 3�4» ��, 1 ,�4„ � ,���, 2„ A 2.22 2.47 2.47 3S6 4.06 4.b9 B 2.�3 2.38 2.75 3.00 3.72 3.72 ! C{closed) 3.38 3.�0 42� 4.75 �.50 �.�0 � Ship Wt. ([bs.) 0.69 0.94 I.76 2,50 3.26 532 � Qty.Unit Pack i2 6 6 4 2 2 Qty.Per Case 72 b� 36 24 12 12 E 1 r � � TTNITED BRASS WORKS, INC. .�:��.� ���� 714 S. Ma�n St., Randleman, NC 2731�7 ������1 Tel: 500-334-3035 Fax: $00-49$-4696 www.ubw.com R���7EREf3 C0�4FAHY r ; i Mode� SO �all Valve i Doub�e Fema�e (Cajnplies with MSS�SP110-92} � , ` 2�00 �bs. WSP @ 406 ° Max ; 400 ibs. WOG �� 100% Pressure Tested � Threaded Ends � Blowout Proof Stem i/" _ �/z" Fuil Flow � 3�4�� - 2" Lax�ge Port Diam�ters � � � � � , z � ������� ���� �-�= 3 � 4 NO. DESCR[PTION MATERIAL � 1 Levee !'lated Steel wl vinyt grip � � 2 Stem Brass � 3 Jam Nut Ptated Stee1 � � 4 E'ackinQ Nut Brass � 5 Packin�S►eeve Brass � 6 Packin Gra hite Non-Asb. ' ; 7 Be�ei Washer Stee] � 8 O-Rin Bun3 , \ � � 9 Tail Piece(%a"- '/2") Brass 11 ��1 Tazl Piece(3/4"-2") Bronze g � l� Bod Bronze to � 13 Ball Chrome Plated Brass -C- '�- � 12 Nest PTF� r-��--- ���B � � SHIP QUAN. ; SIZ� A B C D E P W'f.([bs.) 1'ER CTI�. � '/4" 0.3$ 1.86 0.92 0.94 1.58 3.31 0.52 [2 3/8" 0.35 1.86 Q.92 0.94 1.5& 3.31 0.52 [2 j '/z" 0.50 2.17 1.06 [.E1 2.28 4.23 0.78 {2 � 3/d" 0.63 2.�5 l?0 1,31 2.38 4?3 �.95 !2 t" 0.81 3.Z7 1.67 [.59 2.5� 4?3 1.�9 6 I '/;" 1.�0 3.45 1.72 E.77 3.19 �.47 2.47 4 I '/�" 1.25 3.97 1.95 2.02 3.38 �.47 3S0 4 �„ 1.50 4.41 2.1h 2.27 3.56 5.47 5.00 Z E 2 i . de��gr,s e�s ��ye����.i�a�� � � � ' #� . i e�Qe��o�ed ' �ry < �� , : � � . . � � o �, , . ,:, : . ; � ,� e b�y �e�ty ,. `��....___-__�.�_�..�___ �., � " 0 c°'c'�p � p,--.�� � ���������o� �..,.. �1r � We� Pipe Sprinkler System �..x � �� ASN�E and Non-ASME Expansion Chamber � � � � For �h� Absorption of �, ;�•r:.-'s z�� �°�� ���- Ex�anded F�uids . � . w� �� --�-- o :��.� �: ��. -----�.� .� � �� -�.,;; I .:�::a'rx'r � �,. � ��� ( y^� � K l� !: .:;�:✓�\'',� r � ,� E .�" E I �' v��� E � � � � e � �able a� �on�en�s The A�TROL° Adva��age •AMTROL-A world-leading provider of advanced water = FIRE-X-TROL�.............................................. 2 system solutions supplies a complete line of qualiry ! engineered, cast efficient, fire suppr�ssion, heating and ` water systems that you can count on. Features ancf Benefits..................................3 . Frst to design and patEnt EXTROL°, expansion tanks, r �` redefining hydronic heating anti chiiled wa#er systems TYFical Schematics......................................4 fiorever. � ISO 9001 - 2000 cert'sfied. ' Sizing the FIRE-X-TROLg .....................5 8�6 •With over 60 years ex�erience, AMTROL sets the � standard for service reliability, innpvation, design, and Typical Specifications..................................6 manufacture of water system equipment. � m F�IIy qualified technical staff available to help ensure solid soiutians for your expansion tank needs. �._ �. . � �ro�ec� y�ur Sys�e� w��h fhe �FF�A** 13 Requires E�pa�sion � F�R�-�-TR�L�... UL°� �i��ed and �ar�ks �hen a �ack�low Pre�en�i�n � . ASM� Contpliant �e�ic� �s Us�d ` The F€re-X-Trol°expartsion chamber with �re-charged Many regulations require antifreeze systems to be � nitrogen or dry air pneumatic cushion reliably pratects �quipped with a reduced-pressure zone bacl�flaw your system from pressure'sncreases that result from prevention device ta elim'snate the chanc�of � fluid temperature change. contaminating the water supp[y with the antifreeze solution.The Fire-X-Trol can be located anywhere Since these systems are closed-loop systems,the �flwnstrsam frorra the backfiow prevention device and � expanded fluid needs to be accommodated with a safely protects system components f�om potential � pr�-pressurized expansion tank. damage as a resu[t of over pressurization. As the temperature rises,the Fire-X-Trol°prpvides the � additionai space in the system ta accomr€�odate the As stated in N�PA 13, 7.5.3.3.: "Whsre the connection � expanded�olume of solution.�he pneurnatic cushion is between the antifreeze solutron and the wet prpe campressed as the system pressure increases creating I the space for the increased valume of fluic[.The nitrogen incorporates a bacicflow prevenfron device, a listed �a[ume in the chamber will be gr�at enough to keep the expansiorr chamber o�approprrate size and pre- � system pressurs below the pressure limitations of the � � system components. Properly sized,the expansion charged air pressure shall.be pravrded to camp�nsat� ( chamber will maintain maximum system pressures far therma!expansion of the antifreeze solution...". � within ihe working pressure limitations of the system equipment. Yaur system is safe[y proteetedl � AMTROL�°� •Underwriters'Laborataries. ` `"National Fire Protection Assoeiation. � '€ 3 � � � � r� � �. Fea�ures ��terials of �ons�ruction � UL°Listed-for use with Fire Protection Anti-Freeze • All Steel Body Construction with Stainless Steei � Systems per 1�lFPA 13,2002 edition. Systern Cannection � • Designed, constructed,arsd tested per ASM�Sectian o Polypropylene Liner Material VII[, Division �[ Standards ( • Cornpatibie with ant€freeze solut€ans(Glycerine and ° Diaphragm Mater�al: ULW Certified High-Performance � Pra�ylene Glycol) Elastomeric Compound � • Broad range of sizes. . . 1.5 to 90 gallons(15-341 lit.) _. • Nitrogen ar dry air(-50°F/-46°C dew point ar lower} �aximu� �pe�a�ing Conditio�ts � pre-charge is separated from the sys#em fluid � a 5X safety factor by design Maximum WarEcing Pressure: 175 psig{12 E�ar) • Precharged to 25 psig at the factory Operating 7emperatur�:-2�°F(-29°C)ta 200°F(93°C) � N07E:When testing the systern,the Fire-X-Trol"must be � �e9"1��I�S isolated until the test pressure has been r�duced#o the line pressure. Failure ta da sa may damage the • Keeps your system and components safe fram thermal diaphragm. [ ex�ansion � • Helps to prevent system from hydraulic lock-u� SY5TEM[CONNECTIDN B f - B CHpRGfNG � C3-fARGING VAEVE VALVE � SYS7EM GONNEC71aN � CHARGING � Vp W� MqDELS; MpbE1.5: FPT-20V C ° FPT-BUWC � FPT-30V C � FPT-i20V-C MO�ELS: A F�pT-42V-C FPT-184V-C A Fp��_C F'P7-60V-C FPT-216V C ( �PT 5-C FP7-TOV-C � ��r�2-e SYS3'@M CONNECn4N ♦�--- C ""r If..,,,.,.»G�I 1 �n-Line Models � !� Tank A B Sys. 5h9p � Made1 y�� Max.Accepf Height Diameter Gonn. Weight � ��' Lii. Gal. Vol.=Gals m� i�s. mm ins. ins. k Ihs. �PT1-C 5.7 1.5 .fi9 222 83/� 208 8�/4 �'aNPTF 4.3 1$ ( fPT 5-C 8 2.1 ,9 264 103/s 254 10 �'a NPTF 9.5 21 ( FP�i2-C 24 6.4 3.3 397 15��s 305 12 �a NPTF 15.4 36 t Stand Models ` i Tank A B C Sys. 5hip � � Model VoL ��•��Cep� Height Diameter �iameter Conn. Weight No. Vol.=Gals i , Lit. Gal. mm ins. mm ins. mm ins. ins. kg ]bs. i FPT-20V-C 30 8.� 3.3 495 19'�a 305 12 273 10�'a �'a NPTF 23.6 52 � I FPT-3pV-C 53 �A.O 9.D 486 19��e 479 1fi��a 324 12�'a �'a NPTF 44 97 �FPT-42V-C 66 77.5 11.4 616 24�/a 4i9 1$�/a 324 12�'a �'a NPTF 52.7 916 FP7-60V-C 95 25.� 11.4 838 33 419 1G'/a 329 12�'a �'n NPTF 70 754 ; FPT-7pV-C i29 34.� 11.4 7d54 91��z 419 18�/a 324 12�'a �'aNPTF 90 797 !. �FPT-80V-C 20fl 53.0 34,D 908 35�a 610 24 4U6 16 1�/a NPTF 1 i 4 251 FPT-120U-C 25� 66.� 34.0 7171 933/a 6l D 2A 406 16 1�/n NPTF 127.6 28t � FPTIBQV-C 292 77.� 34.0 7235 98�a 610 24 40fi 16 1'/aNPTF 1fi0.3 353 � FPT-210V-C 391 9D.Q 34,0 7470 55�/z 610 24 40fi 16 1�/aNPTF 173.4 382 Constructed per ASME Code SeGion Vlll,Division 1.All dimensions and weighis are approximate. - € Ali�vlodels are UL°Listed I ( � � � 4 � � � � m � ° m � � wa'�El' ; System Pressure (psig) 40 50 8fl 70 8� 9a �00 T10 120 130 1�40 150 14 �`j � 38 .: � 20 � ' FPT 7s � 30 -1 113 '"� 40 ' ` 151 � �, 50 FPT 5-C � 189 '� [ � 60 � 227 � E 70 ��"��` ^ � 264 � � � 80 ��� �;�e� 302 C � � 90 �' ���� 340 � � E 9 4D `� ;�,�� �� 378 � N ��` ,_ ���.� � �D � � ��o °� " ��� FPT 30V-C a�� � � a 920 �� �,a`"��� ��� 454 � � N 13� ��,�� .���°��rg�.��.. � ' 49� � ��O .t������!�����r FPT=42V-C �JZ9 � ��J� ���,����`��,�,�� ����� ,,�;;,��,.�� ,� ���`� � 56I E 2.7 3.4 4.0 4.8 5.b 6.2 7 7.5 8.3 9 9.6 7�.5 � Syst�m Pr�ssure (har) � , 1 Please aontact AMTROL'fechnical S�rvices for Fire-X-TroSp vessel sizing for parameters not faund on chart. Assumptions:175 psig(12 har)Maximum Working Pressure,lOU°F(37.7°C)change in temperature,expansion tank preth�rge tp System Siatit Pressure. � �yp9C�� ��}��i�lC�ffOY15 Furnish and instail, as shown on �lans, an AMTROL 'The expansfon chamber shall k�e welded steel,constructed and tested in accordance with 5ection Vlfl, Division 1 of the ASME � FIRE-X-TROL° gallon(liter}, inch code far a wor�<ing pressure of 175 psig (12 bar),factory pre- charged and field adjustai�le. Ali welds conforrning to ASME (mm)diarneter X inch (mm) high AMTROL $�t�on IX. � FIRE-X-TROL�Model FPT-(11) (-C)wet pipe Must be UL�(Underwriters'Laboratory)Listed far use with Fire Protection Anti€reeze Systsms per NFPA 13. �xpansion sprink�er system diaphragm expansion chamber, chamber must be campatible with Glycerine (C.P. or U.S.P Grade) and Prapylene G[ycol Antifreeze Solutions. The tank 1 ; Tf�e expansion chamber will accommodate the expanded fluid shali be supported by steel legs or a base(integral ring mount) ! of the system generated within the normal aperating for a vertical installation. Each tank shali have a polypropylene temperature range, limiting fhe pressure increase at those lir�er with stainless steel system connection. � companents in the system to the maximum allowabie�Sr�ssure �-r,e manufacturer shal! l�e AMTROL lnc. �he manufacturer at those campon�nts. It shall maintain a minimum operating shall have at least five years expenence in the fabrication of pressure. Each tank shail have a diaphragm used to iso[ate diaphragm-rype ASME expansion tanks. the nitrogen ar dry air(-5�°F/-46°C dewpoint or[ower)charge i from the fiuid. � "Refer to installation manual for warranty informatian ar visit our website at www.amtrol.com • Carporate Neadquxrters �� � 3( „ — . i400 Division Road,West Warwick,RI d2893 t Teleprione:401-8B4-GipO•Fax:401-884-5276 o - n ' r s AMTRQL Canada,Ltd. 275 Shoemaker Streei,Kitchensr,Oniario N2�3B3 U�� N�� 3 7elepY�one:519-748-1138•Fax:519-7A8-A231 �° ` www.amtrol . com � � In the interest o(continuous d�velopmenf AtJ�TROL,Inc.anB its svbsidiaries reseNe the right to alter designs and specificat'�ons�r,thout pr€or notice. �2007 AMTROL Inc. Part�7 90t7-124{OTl07)A�CH 1001 fi The AMTROL,IXTRDL,and F�re-X-Trot iogos are regissered trademarScs of AMTROL.Inc. Printed in IJSA � � �!`,1 ! 1 � • • a � . � � � - • 11 Fig. 20 - Standard Pipe Sfirap Fig. 20S - Flush Mount Pipe Strap �ata Table for Fig. 2a5 Size Range— 112"thru 8" pi�e pimensians •Weigh�s Material —Carbon Steel Func�ion—Recommended far supporting pipe Ripe A � e p Hole Max. Rec. Approx. Sizes Size l,aad l�hs. Wt.11�0 with fittings vertica[ly or horizontafly to walls ol' 112 4�1g 5l96 2�I8 3I4 7116 410 21 ceiling. Fig.20S will support pipe�lush with 3�4 451,4 7l76 3 15I16 7116 410 24 mounting surFaee. 1 491,6 9116 3�I8 1Ya 7116 410 26 Ap�ro�als—Conforms to Federal Specification 111< 4��1,6 �1I16 3�1a 1�I, ��16 a10 30 WW-H-171E,�ype 26 and Manufacturers �'1� 5a1�b 131i6 4F1, 1�Ie 7116 4�0 33 Standardization Socieiy 5P-69, Type 26. 2 5'�� 1'��� �'�4 2��a 7��s 4�0 3s �11'11Sh— P18[Cl 2'!a 6'1< 1'lio 5'Ia 2'!� 7/16 6�0 102 3 fi'Is �5I6 5'!a 3'l0 7116 6�0 19& Note—Availabla [n Electra-Galvaniz�d and HDG 3°Iz 7�lg 1°18 6�la 37IB 7116 G�0 134 finish or 5tainless Steel materials. 4 S3Ig 2��a � a�ia 3116 725 �59 Orcfer Sy— Figure number, pipe size, materiaf 5 g'1,� 2518 T7IB 5'IB 9116 725 19� and finish 6 1�'1� 3'/,� 8'Ia 6'1,� 9116 725 234 8 14 4'1, 11Vz 8'!s 111�6 900 446 Data Table for Fig. 2U Dimensions •Weights �.,, ' Pipe Hofe Max. Rec. Approx. y, -.ryh � �`�,,,� ��' Sizes A B C � Size Load Lhs. Wt.l'lOD � .,%�. ,,�''�j `� r"� .-% 112 37Ia 314 3V�� 15Iaz 7116 41D 16 � r f�'`y ` '�` �`��"`M ��'�� 314 4 13!'i 6 3'/6 �51,6 7116 41 D 21 '�� � C'`� `` � �W�-'�f � 1 4°I,� 7I8 3'!a '1'Iz 7116 410 26 �%''� �'� °'-.6 (f°,� � � 1'1, 4°�1,6 1 3'la 1'Ib 7116 A10 30 f' � '`� .'��"`� I �`� � r' r`� ' 11 �"�• 1'!z 531�� 131�e 4'Ie 2'Is 7116 410 33 `E�� �' � jE 2 5'1< 1T1�fi 4'la 251e 7116 410 38 �F "��, r`��.�, % ,r: .� Y �^ /}r� �; I ..- !r ,,.-' 2FI2 L�� �;�I16 5='d 3�18 7116 6�� �UG ��r �t�i• �e f'' `, if¢ '! 3 6'Is 2 5'la 3'la 7116 61D 118 � ~���_,� ' 4 jr ��! ,i�r� � / 3'Is 7'le 2'! 63/a 4'I4 7116 610 130 i �,t �t% 4 8'Is 2'Ix 7 43I. 9l16 725 159 x���€;� �:� 5 9'I�e 3'l�0 7'Ig 5"!�fi 9116 725 19� �y\ / 6 10'1� 35/a 8'1a 6718 9116 725 234 �`--''� 8 14 4510- 1�'!z 9 111�6 900 446 Fig. 21 - "�`in Strap" Siae Range— �12" thru 2" pipe ' _�- Material--Carbon Steel � � - -"'�..°-�. Function—Light dury strap that attaches pipe or capper � �` r� �„_ tubing to horizontal or vertical structure. �i .�Y, ��;=�— `�,. r , ` : � -� � Finish —Pre-Ga[vanizad �-, ( �r ����� ¢, �, Note—A�ailab[e with felt lining, order70LC0�"'' Fig.21F. � � �;� �'�'s;��:;��'�� Order B y— Fi gure number and pi pe size �,.''� E., ' /" E[`....�.- /� ! /�"��, ,✓�� . �� '��.,� .-1,'.'' / ��W��� I I Main OifitelManuEauuring Facility•1375 Sampson Ave.•Corona,CA 92819•Ph: 9Q9.737.5599�Fak: 9p9.737.0330 � Custamer Seniice•800,78fi.5266 E w�vw.tplco.com �