HomeMy WebLinkAboutREGULATOR PAPERWORKs.'r: �711
Designed to reduce first stage pressure of 5 to 20 PSIG down to
bumer pressure, normally 11" w.c. Ideal for medium commercial
installations, multiple cylinder installations and normal domestic
loads.
Large vent helps prevent blockage and has %" 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 sensitive to pressure changes.
• Built In. pressure tap has plugged 1W RNPT outlet. Plug can be
removed with a 3/16" hex alien wrench.
Select brown finish.
C.zt�iSSFai�� ..
Mounts directly to house line piping. Eliminates need for union joints,
elbows, and mounting brackets. Quick and easy to install.
Backmaunt design
^ Maximum lbw based on 10 PSIG inlet sod 9- wc. dsNery pressure.
B11i
SCANNED
Body..........................By..........................
Die Cast Znc
Die Cast Zlnc
Bonnet .....................
.p .......... ...,........
d.lPi .....................
Brass
Nozzle Orifice ............P-Y11:1P.1
Steel
Spring.....................................................................................
.
Resilient Rubber
Valve Seat Disc .....
..................................................
Integrated Fabric and Synthetic Rubber.
Diaphragm ...........................
LISTED
E
1p013
d12
Z3:11
„10
orr9
CRirnr.
BIl1A¢
LV4403645ecies
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w16 100 Re900r,P.0. 9oz 26]EIon.NC2]244 USA www.regapmduc6.com Phone (336)bt9-]Io] FM (336)449�6596�Q
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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.
Compact design can be connected to a service valve using either
a POL adapter or a RegO product pigtail.
Large threaded % RNPT bonnet vent can easily be piped -away
underground installations without the need of glue kits or extra
adapters.
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 56 over
pressure requirements.
Incorporates %a" F.NPT 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 bonnat.
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 number 2302-31.
Ordering Information
Body ......................... . ---. _.
Zinc
Bonnet....................................................................................... Steel
.............
Spring.........................�..................Rubber
Rubber
SeatDisc..................................................................
Diaphragm ... Integrated Fabric and Synthetic Rubber
74 nnr11 •- .---
1200 TR09 and tleGw:ry Pressure 20%lower Nan the
Maximum flow based on Inlet pressure 20 PSIG higher film the regulator sailing and delivery pressure 20%lower than the regulabsa[0ng sa111ng.
,Do Rego Dr. P.o. aaz 247 area, NC 27244 USA wwwregopmducs.wm lima ins) d49-r707 Faz (335) 4495594 NW"-
e
Table P-1 Propane Low Pressure (Standard)
Mal6mum Capacity of Omegal'I"TracPlpe CSSitn Thousands of BTU per Hour Propane Gas
t, d
(Based on a 15cific G 25peravityt / 2520 BTU per cubic foot Gas)
Tubing Length (feet)
mom seat us
a
3/8e 15
100 77 59 52 46 43 36 33 30 28 27 27 25 24 22 19 17 16 14 13 11 9 9
B Ba 8 8 6 6 6 6
� ,LI hj m. a �" °m M, �"k F.31" i� �y� 4"� �3�,yg'�° �r i �/p'` mum
*, 0 ?T2'S'.m Mnm DOWN £y^TMw7 ' x N j6 1""di '�1g7�i'. R �t
'�n.2'� �� '�AYi* "«' SA'i� t.�` 1w3KLa L'NV.itri ��+�t':wffi'kYl �(::'uy�.cr 4a f' d'v T :w''W (4�i �. �"� � �1iYb A
3/4' 2j'S5
545 388 318 277 i9249 2266 177 161 150 146 141 133 127 112 103 90 81 73 63 57 52 49
�kiz _v�,t 5�2h�1.
46 43 41 38 36' 35
wuiF
y1.a98
35 33
w M M, M. ,
�.�
IVV 3g
j
ahiv3: '�6
1756 1749 1023 ana >go > caz so> t mo 4e4 vso 424 402 301 329 287 256 234 203 182 166 154
?.{ :tA t6 e4u M.4«c IRE a aTa•"vc'r. � Y af'� 1 � SP. P 4'7 I RWw ;mr+ "^m'+ µ+^
��p ,u..} fi �jn r{(,. l!� Asa ..r �, i .9ay$'skT-:"'3.'' T "2337-:.,„
144 136 130 123 119 114 109 106
TKTY .T5',g'T('k
?7 1Ye5,84
,:S
2° 62 6558 46g5 3797 3290 2945 2688 Z331 2085 1905 1764 1704 1650 1556 1477 1322 120fi 1047 936 855 741 fi63 605 Sfi0
•Natec hbioabwglndude Imm(arfaur90-0egrcebendx andlw4 endfiMn9s. Tubingmnmwlthiamtrnumben ofhendrand/arfittingsshall belnaeased bytheequlvalentlengM oflubing to thebllowing equation:
ba13n where L b Me addluartal len9M a u bing a nd n is the number fittings
f:Q1
521 494 469 448 429 412 397 383
or addltbnal a nd/or bends.
Table P-1A Propane Low Pressure.
Ma>lmum Capacitygc'plpe CSI In Thousands of BTU Hour Propane Gas
per
dad p�
(Based on a 1525pecific Gravity / 2520 BTU per cubic foot Gas) '
Tubing Length (feet)
15
138 100
82
71 ' 65 59 52 ` 46
43
4D
38
36
35
33
30
27
24
22
19
17
16
14
13
13
11
11
11
9
t`�+a v:I M:l rs.W
e*�
I '" �.�. v,� � lr �,. "
�348
M
�_
I'p,wn&:
sT,B�i
7 ?id
7 n
11,
k ')T,"yiY3'
aaai
,. k
r,
ha
.,
'i° IY:x
r
3'" ''
,A,
s:,'
TAM
'M�
9
�y
"�,1a
9
�a„
9
1 ,»
,
\3�.25
763 545
446
388 318 '27 249
226
211
204
198
187
177
158
146
127
112
103
90
81
...
73
68
63
60
��i'�%s
57
54
a'
4 £r'"a°Yta.r.T.�w7+ it
MEr,,s•y1,�"
fi,r5�Dir
+3?U,"ry`�
m..w_.te
aka
'B1z"
52
s
51
49
T
47
�'.d `l
11/
"39
Y'
2967 1756
b..,
1438
1249, 11119 1023 888 796
A6<7S, :S a?'GF'NS.,�a!
,.W r4158
728
674
652
632
597.
567
507
N",.n
4,54
,,b
402
4 t.,='i'
361
329
287
256
234
217
L�.
2D3
192
a_i6,:,L
)N :11;x1`&
182
174
166
�+
160
YvP.i '
1.
149
i �.
..,r
2"
62
9259 6558
5361
4fi45 3797 3290 3945
2688
249D.
2407
2331
2198
2085
1867
1704
1477
1322
7206
1047
936
855
_
B31r
' Y
x
Nines:
ThehlgMr
of tubing
FllD(EqulvalemNydrauikpumece48Mewelldlske
Me
to Ma
EHDnumb¢r Me greaterMe6eweapNtygllM1eplping
follewing equetlam
l-13 rt
«hlds re0ezbthe hWnupWeRasmameolthetubiri.kisnota
Tableeabove lndWeloss¢sfar(am9adegreebentls
whew L Inhe addluanal length eftublhg antl n Isthe
g
We
and Nra
hslnlmeasme.
py
end fittingx.IDbing
Thlsnumberiwzedbaampamindlvlduel
rvnswith
brgefnumbenafbentls
end/orfMingsshellbeincnaaetlby
sizeshetween
dlllerentmanuRcturev
MeequNalentlength
792
741
698
663
fi32
605
581°.560
541
nu mbvof
a ddigonal
fikingi
a nd/o
r b ends
I
V. CABLE W/
CLAMPS TO
(PULLED
ANCHOR STRAP
(2) LAYERS OF
FELT BETWEEN STRAP AND
(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 BLOW. ANCHORS SHALL BE INSTALLED PER
ANCj(tQD AUDRER,TO ACHIEVE STATED LOAD CAPACITY. CAPACITY VARIES WITH SOIL TYPE, VERIFY ANCHOR CAPACITY WITH
SOILzls�'ELI.Cad
fJTE4iE0:::.;c,., _
50'tYiAtR.i�TANki,'-. ':.-- 1350#
250 YiA-TAIJK 650#-. ..
`2 CHECK FOR' UNDERGROUND `.UTIUTIES PRIOR TO ANCHOR INSTALLATION
LOCATION OF TANK REIATIVE„TO ADJACENT STRUCTURES AND FEATURES ARE DEPENDENT UPON LOCAL CODES AND IS THE
=RESPONSIBILITY OF OTHERS.
'_4'' ; THE _T'ANK .AS SHOWN HAS. BEEN DESIGNED TO PREVENT FLOTATION, COLLAPSE, OR LATERAL MOVEMENT DURING THE BASE
FLOQb. EVET T
0 COPYRIGHT 2016 — FARLEY ENGINEERING, LLC
PAYEEDAT f AMERIGAS Consulting Engineer 140ill — CA28108