HomeMy WebLinkAboutGAS PIPING SCHEMATICBOARD OF
COUNTY
COMMISSIONERS
TANK
SIZE
GAS PIPING SCHEMATIC
[A31
TANK SIZE: 500 GALS.
APPLICANCE — TYPE/SIZE
Al 7rMtless ws,Jer WAiec
A2 (--e.nela4-er Sdvb
A3
A5
w
PLANNING & DEVELOPMENT
SERVICES DEPARTMENT
Building and Code Regulation
Division
SCANNED
BY
St. Lucie Coul
[A5]
no b-ruI x BTU
— aO ow g ru`,r BTU
!oS 000 bfvU s- BTU
G,ofo00 FmIJ BTU
BTU
—BTU
PIPING LENGTH & SIZE
Ll 3®
FT.
3/It INCH DIA.
L2��FT.
3/'t INCH DIA.
L3. ✓l:
FT.
S/ %+ INCH DIA.
L4 3
FT.
P/4 INCH DIA.
L5 Z-•
FT.
I/LF INCH DIA.
L6 10
FT.
3/1+ INCH DIA.
L7 ZS
FT.
3/q_ INCH DIA.
LS A FT.
i'+ INCH DIA.
L9
FT.
INCH DIA.
L10
FT.
INCH DIA.
L11
FT.
INCH DIA.
L12
FT.
INCH DIA.
Revised 7/22/14
Mop R C0,160
se /as 1 �?1ojB
4uj eAa
�daH aril
RECEIVED
MAR 1 2 2010
Permitting Department
St, Luclg Cgunty
ST. LUC;r' Cp2 T Y
BUILhIN' C7VI3;`N
FOEt COLl N
OWN
P4as
Kr:
NO iNapAG rpCN JOB OR
Ile Mare
•/yr73—p2�rt�
(PIPE SIZE WAS TAKEN FROM
THE 2014 FBCFUEL GAS CODE -
TABLE 402 u)
FIU,�F_:��
Website: www.silucieco.gov
2300 Virginia Avenue - Fort Pierce, FL 34982-5552
Phone (772) 462-1553 FAX (T72) 462-1578
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SITE PLAN
LOCATED IN SECTION 5, TOWNSHIP 85 SOUTH, RANGE 99 EAST
SAINT LUCIE COUNTY, FLORIDA
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RIVIRSME M MY LAK. As RECORDED W DIRT RCOM IS
PAGE M PUWIC RECRI GIL WDE COMI ELWIGA. A.M.M
A BEARING M SM 1VIO E.
]. FLOOD NOTE: BY MANTIC PLOIRRD ONLY. MS PRWERM1
IS IN ME 'X', ACCORTI TO THE I WSIIRANCE RARE YAP
MI PANEL NO. UNI C .1. ; EEPSRL A.
EFBRUMY S. ]OIl. ME EXACT DE4WAM1 CAN ONLY BE
rcR11MS DY . ELNALOI CER1PIurz.
3 ALL A. CROWS CIYED WPR 1S. P ANY. PLAE
I.E. LCUrto ANDS ....
9URK�I HAS SOOXX PYNOM. IPCCACATMD
PaMOADE ST OTER;
v IMMRG44M0 UGLOYS AND uNUn sERNSs xRE xaI
eLEM L.A.O ON, This SRLEr. Y. As sxGNH.
DS ... N.D. AERE NOT AesRAclm Rr 1NIs
gilQA FW RIONTS-M-w.r• EASEMENTS 6A RSMO.
oR➢ sI' SAMDMMSrs DLS REDOXYMS CRY MARI An
7
. REPRODUCTIONS M TPs YAP ARE ROD N ARNOLD DM
.GAGNI AND ORN AL A. SEAL 6 A FROMOR UCPNYD
S. ACtlnMS OR R. TO .1 MMs OR SONOT" Br
ODDS MAR . 9Pm10 PMTIT W PMTES 6 PRry®IS
WTNEOT YMITEN CMSSI M ME SOWS PARTY TRY PA..
PVORY.IION SNOW xENEM IS DASED ON DES A. DR.
WARRED DATA. ALL WASWTLYdR ARE W AC4RDANR PAINIED STARED STANDARD. M "" 'NO
""A" 1NNN...
ID OIL LAST DAYL DE YIELD MOR, RAS J 1% 2.&
III �U�ANONS SIOUM ... JUG IN YLU AND PAGESI.P.
. ESNY (RR SIT DS IS. Dm
... ID6EN. NC - -S' YM AN IL. IN'C1.ST
MALLS
I1. ONE AlROPECIED WE V ME SIMLEY AND YM 6
1» REAL R�. NRisULNO A TWOWM—x. A nu,
rs .1 P w AM ORI.bJMe
IGARI GLITCH VALUE A OnwO GUP
LOCALES LYSM
SAY
RGRA UNC . AND CdR6 M M PA..
YSID MY SNHr MEASUREMENTS
EAS REIRR NOR PROSA4➢ AND ADA5R0
C bl 9Fh,O®
"o so -.I
I cNI M. E. 1
■ 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.
Application Materials
...........................................I..... Zino
Ideal for use as a first sage regulator on any domestic slit3 ASME or Body .....:..................---••-•••-. .. Zmc
P Bonnet ..................... ... .... .•...... .,............................................Steel
DOT container in propane gas installations requiringu to 1,500,000
BTU's per hour. The regulator is factory set to reduce container spring ......... ............ ,-•—
pressure to an intermediate pressure of approximately 10 PSIG. Seat Disc ................... -•.•• Integrated -' and Synthelic Rubber
Diaphragm ................. ... ....
Features
• Compact design can be connected to a service valve using either
a POL adapter or a Rego product pigtail.
• Large threaded % FNPT bonnet vent can easily be piped -away
underground installations without the need of glue kits or extra
adapters.
• Non Adjustable
• Large flow orifice 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 %" FNPT downstream pressure tap for an easy
Inline check of the regulator's delivery pressure.
• Molded diaphragm 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: part number2302-31.
BTNv. uu.uuu �Y
Ordering Information
ROW PROPANE
LV3J 403'• —20%lower OmnlheregWalnseVmg andd,U ryp.ss_20%lower Nan Nesetling.
M hum Mwbasedon INelpreswu 20PSIGhigher OranthemgulamrsetbgeMdeliverypres
A1" "(336)k49-7707 FM(339(44MS" _�Q
100 Re90 pr. P.p. Boa 2471aon, NC 27244 USA ww3v+e9ePmducb.mm Ph
=
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
bads.
• Large vent helps prevent blockage and has r" F.NPT 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 sensifive to pressure changes.
• Built In pressure tap has plugged 1B" F.NPT outlet. Plug can be
removed with a 3/16' hex alien wrench.
Select brown finish.
sSaZhW!MtDeSs
Mounts directly to house line piping. Eliminates need for union Joints,
elbows, and mounting brackets. Quick and easy to install.
. eachncmtdesign
..Mar = Sow based on 10 PSIG Mtand 9- w.c. de3vvy pmssure.
materials
Body ...................
............................................. pie Cast Zinc
Bonnett...... ..:........_.—_.............. _... ..... .................... Die Cast Zinc
Nozzle Orifice ....:.—..................................... ...................... . Brass
Spring ..... ................. .......... ........................................
........... Steel
Valve Seat Disc ......-••••••-•-•••-•....... ;..•••^•••^••.. • ResillentRubber
Diaphragm ............ ... ..... Integrated Fabric and Synthetic Rubber
0_
cede:
I 11
II +'I
AI
NMI
A16 100 negG ot. P.O. eat 24T FJon, NC 21144❑SA wm .re9opmdu b.cpm PAMPS 1419-1797 Fat(330)"M694 R&I-7 .
Copyright 2017 National Fire Protection Association (NFPAO). IJO [y agreement, for incMdual we and download on 12012017 to ArneW, losignated war Bran Pear. No other reproduction or 6 nsrnlssion in any
form peawitted , vfMw painsission of NFPAO. For Inquires or to report unauflfofted us ct licensing@nfpa.org.
Chapter 16 -Pipe and Tubing Sizing Tables
TABLE 16.1(n)
Gas:
Undiluted Propane
Inlet Pressure:
10.0psig
Pressure Drop:
I.Opsig
Speciftc Gravity:
1.52
Plastic Pipe Z/2 in. —
I in. 1114 in. 1'12 2 in.
Length SDR 9.33
in.
SDR 11 SDR 11 SDR 11 SDR 11
11 j
(ft.) (0.660)
(0.860)
(1.007) (1.328) (1.554) (1.943)
41V Usk,"
cnP "ftqS#uJ*,;
R eco "e )AM
ekuh�er P*# late
30
2140
2390
7740
13420
20300
36400
40
1840
3670
6630
11480
17300
31200
50
1630
3260
5870
10180
15400
27600
60
1470
2950
5320
9220
13900
25000
70
1360
2710
4900
8480
12800
23000
SO
1260
2530
4560
7890
11900
21400
1180
4270
7400
11200
20100
100
1120
2240
4040
6990
10600
19000
125
990
990
3580
6200
9360
16800
150
897
897
3240
5620
8480
15200
175
826
826
2980
5170
7800
14000
200
778
778
2780
4810
7260
13000
225
721
721
2600
4510
6810
12200
250
681
681
2460
4260
6430
11600
275
646
646
2340
4050
6110
11000
300
617
617
2230
3860
5830
10470
350
561
567
2050
3550
5360
9640
400
528
528
1910
3300
4990
8970
450
495
495
992
3100
4680
'8410
500
468
468
937
2930
4420
7950
600
424
424
849
2650
4010
7200
700
390
390
781
2440
3690
6620
800
363
363
726
2270
3430
6160
900
340
340
682
2130
3220
5780
1000
322
322
644
2010
3040
5460
1500
258
258
517
933
1616
4390
2000
221
221
443
498
1 1383
1 3750
IPS: Iran Pipe Size.
SDR: Standard Dimension Ratio
Notes:
(1) Capacities are, in 1000 Btu/hr.
(2) Dimensions in parentheses are inside diameter.
2017 LP -Gas Code Handbook
Table P-1 B Propane
Maximum
Capacity ofTracPipe CSST in Thousands of BTU per Hour Propane Gas
Mire. fasssureL�14 n w.c
Pmssure Omp: 2.0 -., intv.G..•'
(Based on a 152 Specific Gravity / 2520 BTU per cubic foot Gas)
Tubing Length (feet)
r Is 20 2 5
10 40 50 60 75 80 90 100 125 150 200 250
300 400 500 600 700
at 900 1000 1100 1200
1300 1400 15000
318, 15 190 138 114 100 89
82 71 65 59 55 54 52 49 46 41 38 33 30
27 24 22 19 17
17 "16 16 14 14
13 13 13
"427.P 4 =wwrss
i� 19 i„4- 2!;. 306e 25 ,218 y196;
Canes. -wP R 4 l<, AP"1i°,az? f^" s'§
„L79 157' 1�9 ty 28'T''T19' 11b"'. `i1.T1 1U-0 �,100 40 t. 82 , 71 �}3
,inre..w. wu m^^*I*
a59 $ 51 ,9 4Tt� -39
nr..w
"3fi" 35s 3T 30 3U '-28= 27.^. 27
446
388
348
318
?9
285
277
261
249
222
204
177
158
146
127
112
103
95
90
84.
81
76
73
71
68
66
74 25 1069 763 625 545 488
i�":s >R�•...^z. , msreM I I -„r,-r
1840! 1130�9=. ipLak''9a.33 =836w!y*f6$
-m^m+
a, �,
669»t:
xs"m
�599�'S
,
mm^r<•
". 503
^mrlia
45�.;
E *
�42.
^..,ter
445,9
;
423`F
n .
'nen I
3477
ix36.t:-s2
��
27_*21Rr
r
nm-
Jt9?+
^m^
176'a
4Y63=
t32`�.`T'44"i
�13k
70�
i�n�``20
'�'176a
1'�l
'3_8'0#`
g329
1 sy' 39 3469 2467 2022 1756 1574
1438
1249
1119
1023
948
917
888
838
796
712
652
567
507
464
402
361
306
287
271
256
245
234
2.25
217
211
+.,-a..e,.,n
32RY. 48,.3� 353„Z
0
1997r
1yV783
s+r�rt"
t1�2.6,.
;,"^�s1
kl, ij
1R521
140b
-..v^.
13s
-....
756,
---w,.*
1 23i
.tee.«.
y.
w^-r-a
88. S;T�
...*.zt"
u790x
u°w^a:.
y,77
am^
t622
,SySb
.1� """^
Si p
^,a*x.
4
^ i
qgv:-
-t^m,+x
„".}, ,,,
391'1
3..4
a358
e4A
Y 62 13073 9259 7568 6558 5869
5361
4645
4158
3797
3516
3398
3290
3103
2945
2635
2407
2085
1867
1704
1477
1322
1--6
1118
1047
986
936
893
855
822
792
763
Notes, WD(Equivalent Hydraulic Diameter) Athear¢tiWsieewhi relle thehydmulicperfomu of McWbing. Itu nota true physical measure. ThisnumberisusedtommpareindividwisieeshetweendiHerentmanuMmres
The higher the EHD number the greater the flow rapauty"of the piping.
Table P-2 Propane Medium Pressure
Maximum
Capacity ofTracPipe CSST inThousands
of BTU per Hour Propane Gas
Min, Gas Pf ure ]31AF7"inw,e
y.
PressureD 'pa ,. i;2....i,Q,w.tr..
(Based on a 1.52 Specific Gravity / 2520
BTU per cubic foot Gas)
Tubing
Length (feet)
r 15 20 25
30 40 so 60 70
75 '1 90 100 Q5 150 200 250
300 400 500
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
@".u....a ..�.„.,.
;1/2 14 `491'� 353 `Q90.• 254 ,228e
-io—q -a-
209. 182." 164i 150�.. 440,
„135' 13T" 124 9-18i 108.�'.: 97 85 ;;6•�
q,135
70 57 51 ,
46
43
40;. 38 ,
36;. '35,� 3�3 32„ � 30 �30';
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
i
"cam.,..
-a=<,w-
0
-sue
d343,
a10fi
ly^
976
883�'
rrr,Am
' 873777
�.�
w^,q.^^
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m
, 96 6'573
.
632.
��596
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...,u,.v
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rmm.
3� 48:
m>.w....+rvo-
"352'
3�20
*m.=r+
234,
*,c^*,..,p"^".�..t'
2,..14,:
i9fi'
o--
1182
mime•
lyA'
>'TM"T•
F'9
*«vt^
i
r++^
16
'ryr,..°
139v
+�is�^;
,T33
1"'
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
4
b 93�
45 3"
3 6b S
31?3
T2834
'?a84
971
Z
',;1685�"
164�Z6e
9 74
1484'
b q06
+1256�IJ
145
�990
i0r
47$22�
uwB 8q:,
'3 +
t
IM4;
,1
8�5'
6526,,
9
;-
434
48
q07
$
35✓):,
Y
62
14609
10347
8456
7329
6558
5990
5192
4645
4243
7
3797
3676
3467
3290
2945
2688
2331
2085
1905
'1650
1477
1349
1249
1168
1702
1047
997
955
918
885
855
-Notes: Tablesabove include lossesforfour9adegree bends andtwo end fittings. Tubingruns with largernumben ofbends anonoyfittingsshall be increased bytheequivalentlengthoftubing to Uefollowing equation:
U13n where Lis the additional I angth ar eubin g and to b the number of additional fittings an d/or be nds.
• U
Quality Steel Corporation AG/UG propane Tanks
iLEa NiGiH
1450 rig. AND UP
APPROXIMATE ABOVEGROUND/UNDEGROUND'(AG/UG) VESSEL DIMENSIONS AND SPECIFICATIONS
WATER
CAPACITY
DIAMETER
(OD)
HEAD
TYPE
OVERALL
LENGTH
OVERALL
HEIGHT
, LEG*
WIDTH
LEG**
SPAUNG
WEIGHT
(Ibs.)
**QUANTITY
FULLLCIAD
PERSTACK
* 120 wg.
n
24
Ellip.
i n
5 -8
r
3
,- "
1 11/2
2'-101/2"
or 3.11
260
108196
161 12
*250 wg.
30"
Hemi.
7'-10"
3'-8"
1'-5"
4'-11"
480
54
9
*320 wg.
30"
Hemi.
9'-7"
3'-8"
1'-5"
5
620
45
9
500 g.
371/2"
Hemi.
10,
4'-2"
1'-8"
5
950
37 130'
8 1 6
1000 wg.
41"
Hemi.
16'
4'-5"
1'-8"
101•1"
1,800
17 1 15
6 (5
1450 wg.
461/2"
Ellip.
1714"
4'-11"
V-9"
117'
2,650
12
4
1990wg.
461/2"
Ellip.
23'-11"
4'41"
1'-9".
11.
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 mfg.location. Check with your salespason for details. 120, 250, 320 wg. standard tanks
-no holes in legs (one center hole an request). 500 and 1000 wg. standard tanks-2 holes 16" on center. 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 -20° F to 125' 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 polyesterfinish 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
IV. CABLE W/
CLAMPS TO
(PULLED
ANCHOR STRAP
S Alves„r IE
(2)HDG CLAMPS TO
ANCHOR (PULLED
TIGHT)
UNDERGROUND .TANK HOLD DOWN DETAIL
GENERAL NOTES:
1. HELICAL ANCHORS SHALL HAVE AN ALLOWABLE PULL—OUT CAPACITY AS SHOWN BELOW. ANCHORS SHALL BE INSTALLED PER
eurunR unrallF'ih: bRPR.TO ACHIEVE STATED LOAD CAPACITY. CAPACITY VARIES WITH SOIL TYPE. VERIFY ANCHOR CAPACITY WITH
�ll TANK`':: ..,.. 6561._
r QRL , Tiv::. a,. '350 .
-'CHECK FOR' UWRGR6V `.DTILITIES PRIOR TO ANCHOR INSTALLATION
LOCATION 0� TANK RELATIVE rTO ADJACENT STRUCTURES AND FEATURES ARE DEPENDENT UPON LOCAL CODES AND IS THE
; PONSIBIUTY OF OTHERS.
THE TANK .AS SHOWN HAS. BEEN DESIGNED TO PREVENT FLOTATION, COLLAPSE, OR LATERAL MOVEMENT DURING THE BASE
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