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HomeMy WebLinkAboutGAS PIPING SCHEMATIC PAPERWORKMARTIN COUNTY BUILDING DEPARTMENT 900 SE RUHNKE STREET STUART, FL 34994 (772) 288-5916 FAX (772) 288-5911 GAS PIPING SCHEMATIC SCABN1NED- St. b wip County TANK SIZE: 500 Gals APPLIANCE — TYPE/SIZE Al Tank! 55 WAkr 1$0 000 BTU A2 n_.A. cwb 30i OOo BTU A3 (Ct n9 Too BTU A4 o BTU A5 BTU A6 BTU PIPING LENGTH & SIZE L1 ; Ft. 3�_Inch Dia. L2 5 Ft. 3/k Inch Dia. L3 LTDFt. Lq Inch Dia, L4 I® Ft. ?Lq Inch Dia. L5 20 Ft. 2L� Inch Dia. L6 I ® Ft 3/ y Inch Dia. V Ft Inch Dia. L8 Ft, Inch Dia. L9 Ft. Inch Dia. L10 Ft. Inch Dia. Lll Ft. Inch Dia. L12 Ft. Inch Dia. Pipe -size was taken from the 2014 FBC 5th Edition Fuel Gas Code — Table 402 (_� T:\BLD\bldg_forms\New Applications\Forms\Gas Piping Schematics.doc Rev. 4/11/12 FA kAI I 17 .7, '!.Ki2 ■ Corrugated stainless steel tubing (CSST) gas piping systems will be bonded in accordance with Section G2411.1 (310) of the Florida Building Code and NFPA 54. ■ Underground.gas piping will be installed at a minimum depth of 12 inches below grade in accordance with Section G2415.12 (404.12) of the Florida Building Code and NFPA 58. ■ Polyethylene pipe will be installed in accordance with 6.11.4 of NFPA 58 and the Florida Building Code. ■ Carbon monoxide monitors will be installed prior to inspection and will meet all code and safety requirements of NFPA 54 and the Florida Building Code. Oin Oro oo �l T UAAww NN NN.-• 3: hys 00 0 0000 00000 U O U O U O U O 00 O C300 �i� �"• �. R1. CR^�' Oo N O W O A oo Uoo +l �l O�� OO Q� �10000 00000 oo'= �W! ao N O W O A oo U oo �l J T oo T �l 0 0 0 0 0 0 O w Q • tia w �D A T O 00 00 A Oo A �I T O N �l W A �R' O ^� A A 00 N Oo A W �-• U W i Q NIP N Y Np Np N N W W w W AAAAU UTT�1J W 1DO� m W D o w O00 A0 O O O O O W O OCUii a O O O O O UO a 0 � 0 0 0 0 0 N0000 0 0 0 0 0 W N0mN O O O O n4" Nam` h W ppNATO AT�O W oo A�_Noo AwTN�O oo �DAww ... b.: \` w 'CI `' T A N W �D N oo �O T w W TO oo T 000 00000 1, U Ulu pQ � R w T 00000 00000 00000 00000 00000 ;"ySv pp �.�`I' a 4 ry 7p sp J U. t i y 0 Table P-113 Propane Maximum Capacity ofTracPipe CSST in Thousands of BTU per Hour Propane Gas , Mm Gas �fessure 1 �4 n w.c �Pressurp. Dfop:.+-. 20 "?inw. ] (Based on a 1.52 Specific Gravity / 2520 BTU per cubic foot Gas) Tubing Length (feet) Sure a 5 10 15 20 r 40 so 60 70 75 1 90 100 125 150 200 250 300 400 500 600 700 :ea •re 1000 1100 1200 1300 1400 1500 190 138 114 100 89 82 71 65 59 55 54 52 49 46 41 38 33 -3/8"[25 30 27 24 22 19 17 17 "16 16 14 14 13 13 13 '�` '" * 'c 'm T/2 427„ .2.,.52 " 218 196 17t• 7g'.:157 • ed.:.39X . 128, ,]Y9 176'„. 1113 104, '100 0+� aE 81. �.! =, F7•,7 w 41 38: `36 .... ;35 , 32 ,300 63. - 59'< 61.:. 4b•. ?„F :, 2S 27.! 2X �i .� Z...o,-s, �-� ..... 1069 763 625 545 488 446 388 348 318 294 285 277267 249 222 204 177 158 146 127 112 103 95 90 84 81 76 73 71 68 66 a^ . RL3. 93-3-G S-+...-+'.noxL.488,W72:E423307,4V'; e'..a..m+v'.sr "i"" 7840; 1309i _7073,:933• ;836� 65 5 543 =503 A88, °472445„423. •0 .y341: 30i IT1.36,12-16Ii"i Zing.'247a274 192 •176', 163. d" 52,i •�144 l36 .13`0, 125 12ff •116' pl1l7 w' 3469 2467 2022 1756' 1574 1438 1249 1119 1023 948 917 888 838 796 712 652 567 507 464 402 361 329 306 287 271 256 245 234 225 217 211 +»a -_:. 7, �« A0 1 m#"^roro f 3277, t^aA'n 2834' ' R'MTf` z 582e .-«4... �230$ °T ; ^(' 7997, Cm'nw' i, i3p rvpm+r� 6 ,.,,'e^w ;,i504 �x.ywn 7A 2 .,-,m^ '1 6 -«aa 13 •-:-^•p.- �;1.2f6 k e I».....u+. i 4 023,.i I'"s EBBS I Vv+...-. wli% y5 ty SO p 469;2° ,.t1'1rs.571 a622_„s~ 13073 9259 7568 6558 5869 5361 4645 4158 3797 3516 3398 3290 3103 2945 2635 2407 2085 1867 1704 1477 1322 1206 1118 1047 986 936 893 855 822 792 763 Note, END(Equivalent Hydraulic Diameter)AthmmreasuewNchreliensthehydraulicpedomianceafthe Wbing.Ithnota Waphysicalmeasure.ThNnumberhws tommpareindidualshesb WmadiHemntmanaanures. The Nq her Ne END numb er Ut a greater Ne flow upadry of Me piping. Table P-2 Propane Medium Pressure Maximum Capacity ofTracPipe CSST inThousands of BTU per Hour Propane Gas M[n Gaspressule,7314 "inw.c P Ssu Dicipk - 22'5 ^in w.cr (Based on a 1.52 Specific Gravity / 2520 BTU per cubic foot Gas) Tubing Length (feet) Size a 5 10 15 20 25 30 ,r so 60 70 7S so 90 100 125 150 200 250 3 re .rt SOO 600 700 800 900 1000 1100 1200 1300 1400 1500 3/8" 15 222 159 131 114 102 93 81 73 67 62 60 58 55 52 46 43 36 33 30 27 24 22 21 19 17 17 16 16 14 14 14 rvmoTM ^«'s^'� 'oq. w�.y,,,�'�? 4712 .491,w" '290`v 7 rit T; O. 7'^"°'s rvc z731; a +YK '1i, )9'•-`�'11 97mk' fu�*i -`m°+i x"Y- ,.r"w•.n 7.,� 57 3us"1 '40,� s"- n. pay S++,� Q r .3531 1. ..; 4r-.,= t209i ,182� �'i1,A0L �I i ,r.852,t. ,. „G •; s, .36: ..:7 ,cy3$ Im ,ru .0;'s 3/4° 25 1192 850 698 606 545 497 432 388 355 329 318 309 291 277 249 226 198 177 161 141 127 116 106 100 95 90 '85 82 79 76 73 .5— '863 smq96 - a I ^ 4 � 320212 :.tr 2924: —ti-6r�160'-•s -— � s.2v5m2 n2, 23t1133, 128 185776L 1DG96 u,— -79 , I'll 39 3870 2753 2256 1959 1756 1605 1393 1249 1142 1058 1023 991 936 888 796 728 632 567 518 450 402 367 340 320 301 287 272 261 252 242 234 ^.p✓",5"' •,"«1ry97v ;'§B}S 1626 Y- ^S;m.7�;4.+'!yp1',`,41201k64y 4^n7256Tui. y'9tf94fi" i�84"0^6rr 54" x T'0 g" tY2 43j8i 1"w' 46 6393,- 4503` :3668:. 73 2d3-j-2R5PM844Wt 31 �8m2a1y" ( .C7p�i74„ „8'"f8f5`°,^i„ 273 4645 46 014609 190 994 997 5 855990 °Notes: Tables above induce tome for few 9Ddegree bends and taro end fittngs Tubing urns with larger numbers of bends amber fittings shall be increased by the equivalent length of tubing to tine fonowing equation: L=13n where Lis de, additional length of tubing and a h tire number of additional fittings and/or bends. Application Materials Ideal for use as a first stage regulator on. any domestic size ASME or DOT container in propane gas installations requiring up to 1,500,000 BTU's per hour. The regulator is factory set to reduce container pressure to an intermediate pressure of approximately 10 PSIG. Features Compact design can be connected to a service valve using either a POL adapter or a RegO product pigtail. Large threaded a/a F.NPT bonnet vent can easily be piped -away underground installations without the need of glue (tits or extra adapters. • Non Adjustable • Large flow odfice resists freeze ups due to water concentration in LPG vapor. • Design provides for good flow regulation at both high and low container pressures. • Built in relief valve and travel stop comply with NFPA 58 over pressure requirements. • Incorporates ''%" F.NPT downstream pressure tap for an easy inllne check of the regulator's delivery pressure. • Molded daphregm provides an o-ring type seal between the body and bonnet. • Body and bonnet are assembled in the USA using the unique, patented RegUlok seal system. • Fully painted in brilliant red for complete corrosion protection. • Mounting bracket available as an accessory: pad number2302-31. ordering Information ....... Zinc Body_ ....:................ .._......_................._ ........................................ Zmc Bonnet......... .......... ._........................................... Steel gJ............................................................. Pangisc...•^•"'""' ................... ResillentRubber Diaphragm ..............1 ..... ^•"' Seat ra.............Integrated Fabric and Synthetic Rubber m ... FLOW FROPAME LV3403TRV9 20% lower glanlha reglklu etargend delivery pressure 20% Iowerffm the seIU14 Mmimum gmv based on I'M pressure 20 PSIG h]gherMan the regula]orseNng and delivery pressure A14 100 Rego Dr. P.O.am247 Eton, NC 27244 USA wwwuegopmdutls.mm Ph" (13E)/49-TrOT Fm (336469a594 Designed to reduce first stage pressure of 5 to 20 PSIG down to burner pressure, normally 11" w.c. Ideal for medium commercial installations, multiple cylinder installations and normal domestic loads. Featifileal • Large vent helps prevent blockage and has w° RNPT for vent piping. • With 15 PSIG inlet pressure, regulator is designed to not pass more than 2 PSIG with the seat disc removed. Incorporates Integral relief valves. Replaceable valve orifice and valve seat disc. Straight line valve closure reduces wear on seat disc. • Unique bonnet vent profile minimizes vent freeze over when properly Installed. • Large molded diaphragm is extra sensitive to pressure changes. • Butt in pressure tap has plugged 1/8" F.NPT outlet. Plug can be removed with a 3/1 B" hex allen wrench. Select brown finish. 'lackmonle Dear Mounis directly to house line piping. Eliminates need for union joints, elbows, and mounting brackets. Quick and easy to Instal. •eecgrvwt slgn Mad=, now based on 10 PSIG inid and 9-w.c. delivery pressure. I Materiab Body ....................... ......................... ............. ........ Die Cast Anc Bonnet:.......: ......... ...-............ ... _........................... Die Cast Zinc Nozzle Orifice .... :... --.......................................................... Brass Spring .................. ....._...... ........................................ ........... Steel Valve Seat Disc ............. ................................. Resilient Rubber Diaphragm ..................... Integrated Fabric and Synthetic Rubber CFFN1r. IiRLt7. sere: MEMMOMMMMM s '�'. , MMMMMMM -E---_-MMMMMMMMMM _--- L�l MIS 100R g00cp.O.S.24771on,NC2724411SA www.regapmduas.mm Ft pn)4194707 F..t335)449E594 REM. auurvstm Quality Steel Corporation AG/UG Propane Tanks APPROXIMATE ABOVEGROUND/UNDEGROUND (AG/UG) VESSEL DAENSIONS AND SPECIFICATIONS. WATER CAPACITY DIAMETER (OD) HEAD TYPE OVERALL LENGTH OVERALL HEIGHT , LEG* WIDTH LEG** SPA(ING WEIGHT (Ibs.) **QUANTITY FULL LOAD PERSTACK *120wg. 24" Ellip, 5'-8" 3' 1'-11/2" 2'-101/2'' or 3.11 260 108196 16 1 12 *250 wg. 30" Hemi. 7'-10" 3'-8" 1'-5" 4'-11" 480 54 9 *320 30" 1 Hemi. 9'-7'.' 3'-8" 1'-5" 5 620 1 45 9 500 371/2" Hemi. 10' 4'-2" V-8" 5 950 37130' 816 1000 wg. 41" Hemi. 16' 4- _5" V-8" 101.1" 1,800 17 115 6 15 1450 wg. 461/2" Ellip. 171-4" 4'-11" 1'-9" 117' 2,650 12 4 1990wg. 461/2" Ellip. 23'-11" 4'-11" 1'4'. 1fi' 3,520 8 4 Dimensions and specifications shown are approximate. Individual vessels may vary. -Leg spacing+/-2". Leg widths and spacing may vary based on mrg.location. Check with your salespason for details. 120,250,320 wit. standard tanks -no holes In legs (one center hole on request). 500 and 5000 wg. standard tanks-2 holes 16" on certer. 1450 wg, and up as shown above. ••Full load and stack quantities vary by shipping location. Check with your salesperson for details. General Specifications - Conforms to the latest edition of ASME Rules for Construction of PressureVessels, Section VIII, Division 1. Complies with NFPA 58. - Rated at 250 psig from -200 F to 12SO F. All vessels registered with National Board. Two service options available: Option 1: Ready -to -bury underground option, coated with either powder coated phenolic epoxy finish or liquid applied epoxy primer coat followed by urethane top coat, supplied with composite AG/UG dome. Option 2: Aboveground option, coated with either powder coated TGIC polyester finish or liquid applied epoxy primer coat followed by urethane topcoat, supplied with steel AG/UG dome. All vessels are shipped vacuum pre -purged to enable simplified first fill of the vessel. Updated June 30, 2015 LV. CABLE W/ CLAMPS TO (PULLED ANCHOR STRAP (2)HDG CLAMPS TO ANCHOR (PULLED - TIGHT) UNDERGROUND TANK HOLD DOWN DETAIL GENERAL NOTES: 1. Amruna UUAn115F;LMDRER TO CHIIEEVE VE AN LOAD CAPACITY. CAPACLE PULL—OUT CITY VARIES WITH SOIL TYPE. VERIFY ANCHOR CAPACITY WITH CHECK �(OWUWRGROVNO (JTILTDES PRIOR TO ANCHOR INSTALLATION LOCATION Q TANK RELATIVEiTO ADJACENT STRUCTURES AND FEATURES ARE DEPENDENT UPON LOCAL CODES AND IS THE )NSIBILITY OF OTHERS. THE _TANK .AS SHOWN HAS. BEEN DESIGNED TO PREVENT FLOTATION, COLLAPSE, OR LATERAL MOVEMENTDURING THE BASE I. - 01 COPYRIGHT 2016 — FARLEY ENGINEERING, LLC PA¢f I CATItii I AMERIGAS Consulting Engineer #40111 — OB .__ .. u. c .... no cahn.fin,n. Flo Florida 32958 1203-©& (6 RFcFlVfiO .. - MqR pPr��hi A 2�1p'B n . 4U%peFa CpUn� U�` $D fee} 3�,�� TccyP�P2 ga a� (oSi 000 Pftu s PrIer 30, 000rRE n n Ass f, 9 �-1 i I R I - I IM i J _ I D'l I _ � g m�� MUST 9E i EpT OPl Wi OR I I U s I` a AAAAAAAAAAAD 0��000��0�0 130 000DTIAT I ffi g H� z 4 gg N (n a a U3 � CD Z e Single Family Residencefm: Raul R. Vatella Fran&Iud Bishop ARCHITECT Steve LiCausl Design Group, Inc. 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