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MCK2141Manual R600 and HSRL Series LP -Gas Regulators
March 2006
R600 and HSRL Series Instruction Manual
W WARNING
Failure to follow these instructions or to
properly install and maintain this equipment
could result in an explosion and/or fire
causing property damage and personal
injury4s death.
Fisher equipment must be installed,
operated, and maintained in accordance
with federal, state, and local codes and
Fisher instructions. The Installation in
most states must also comply with NFPA
No. 54 and 58 standards.
Only personnel trained in the proper
procedures, codes, standards, and
regulations of the LP -gas industry should
install and service this equipment.
U
Things to tell the gas customer:
1. Show the customer the vent or vent assembly
or vent tube. Stress that this opening must remain
unobstructed at all times. Tell the customer to check the
vent opening after a freezing rain, sleet storm, or snow
to make sure ice has not formed in the vent.
2. Show the customer the shutoff valve on the container. TYPEHSRL
The customer should close this valve immediately if gas Figure 1. Types R622, R642 and HSRL
is smelled, appliance pCt lights fail to stay on or appear
higher than usual or any other abnormal situation occurs.
2 psi (0,14 bar) service regulators used on LP -Gas
3. Tell the customer to.call your company to service the vapor service applications. They are not to be used
regulator if the regulator vents gas or a leak develops on liquid service.
in the system,„Only a qualified gas service person
should Insrlgfi;' or service the regulator.
Description
Introduction Second Stage Low Pressure Regulators,
Scope of Manual
This instruction manual covers Installation and
Maintenance for the R600 and HSRL Series regulators,
which includes first stage, second stage, integral and
The Types R622, R642, R652, and HSRL Series
regulators provide low pressure, inches of water
column, delivery pressures. They are normally set at
11-inches water column (27 mbar) pressure. They have
high capacity internal relief valve construction. The
regulators are normally painted PALM GREEN. The
units differ in construction and.,capacity rating.
FISHER'
[www.FISHERregulators.com/l-pi
i
EMERSON..
Process Management
R600 and HSRL Series LP -Gas Regulators
Specifications
Pressure Taps Size Restriction
R600 Series: 1/8 NPT: #54 (0.055 inch (1,40 mm))
Drill on outlet and inlet
HSRL Series: None
Orifice Sizes
R600 Series: 7/32-inch (5,55 mm)
HSRL Series: 3/8-inch (9,5 mm)
Wide Open C. for Relief Sizing
R600 Series: 38
HSRL Series: 105
Maximum Allowable Inlet Pressure
Types R622H, R632: 250 psig (17,24 bar)
Types R622E, R652E: 10 psig (0,69 bar)
Types R622, R642, R652, and HSRL Series:
10 psig (0,69 bar)
Maximum Emergency Inlet Pressure
Types R622H, R632: 250 psig (17,24 bar)
Types R622E, R652E: 15 psig (1,03 bar)
Types R622, R642, R652, and HSRL Series:
15 psig (1,03 bar)
Temperature Capabilities
-20' to 160°F (-29° to 71 °C)
Pressure Registration
Internal
Integral Two -stage Regulator
The Type R632 integral two -stage regulator contains
anon -adjustable first stage regulator on the inlet. The
second stage provides 11-inches water column (27 mbar)
outlet pressure. The second stage portion has a high
capacity internal relief valve construction. The first stage
does not have an internal relief valve. The regulators are
normally painted GRAY.
First Stage and 2 PSI (0,14 bar) Service. Regulators
Outlet Pressure Standard Set Point
Types R622, R642, R652, and HSRL Series:
11-inches w.c. (27 mbar)
Type R632:
First Stage: approximately 10 psi (0,69 bar)
Second Stage: 11-inches w.c. (27 mbar)
Types R622E, R652E: 2 psi (0,14 bar)
Type R622H: 10 psi (0,69 bar), 5 psi (0,35 bar)
Outlet Pressure Spring Range
Types R622, R642, R652: 7.5 to 9.5-inches w.c.
(19 to 24 mbar), 9 to 13-inches w.c. (22 to 32 mbar),
13 to 20-inches w.c. (32 to 50 mbar),
16 to 40-inches w.c. (40 to 99 mbar)
Type R632:
First Stage: non-adjustable
Second Stage: 9 to 13-inches w.c. (22 to 32 mbar)
Types R622E, R652E: 1 to 2.2 psi
(0,069 to 0,15 bar)
Type R622H: 8 to 12 psi (0,55 to 0,83 bar),
4 to 6 psi (0,28 to 0,41 bar)
HSRL Series: 9 to 13-inches w.c. (22 to 32 mbar)
Approximate Weight
Types R622H, R632 with POL Inlet:
1.7 pounds (771 grams)
All Other R600 Series: 1.4 pounds (635 grams)
HSRL Series: 4.5 pounds (2,04 kg)
Specifications
Specifications section, Tables 1 and 2 list the
specifications for these regulators. Contact the factory
if the regulator is to be used on any service other than
LP -gas, natural gas, or air. The following information is
located on the spring case: Type number, orifice size,
spring range, and date of manufacture.
Installation
The Types R622H, R622E and R652E regulators are
designed for high pressure (pounds per square inch) I
vapor service. These regulators have high capacity
I WARNING
internal relief valves.
When used on first stage service, the Type R622H
regulator reduces container pressure to 10 psig
(0,69 bar) for a second stage regulator. On final stage
service the regulator reduces container pressure for a high
pressure burner. The regulator is normally painted RED.
The Type R622E or R652E standard outlet pressure
setting is 2 psig (0,14 bar). The regulator is painted
PALM GREEN with a WHITE CAP. It is an intermediate
stage regulator that reduces 10 psig (0,69 bar) first stage
pressure to 2 psig (0,14 bar). They are used on 2 psig
(0,14 bar) pressure systems. The Types R622E and
R652E are not suitable for first stage service.
All vents should be kept open to permit
free flow of air in and out of the regulator.
Protect vent openings against the entrance
of rain, snow, ice formation,.paint, mud,
insects, or any other foreign material that
could plug the vent or vent line.
LP -gas may discharge to the atmosphere
through the vent. An obstructed vent
which limits air or gas flow can cause
abnormally high pressure that could
result in personal injury or property
damage. Failure to use a vent line on
R600 and HSRL Series LP -Gas Regulators
Table 1, Relief Valve Specifications
TYPE
TYPICAL SET POINT
NOMINALRELIEF VALVE
MAXIMUM INLET PRESSURE TO NOT EXCEED OUTLET
PRESSURE WITH DISC REMOVED
START DISCHARGE
Inlet Pressure
Maximum Outlet Pressure
HSRL
11-inches w.c. (27 mbar)
1 psi (0,069 bar)
15 psig (1,03 bar)
2 psig (0,14 bar)
R622, R642
50 psig (3,4 bar)
R652
R632
250 psig (17,2 bar))
R622E
2 psi (0,14 bar)
3.5 psi (0,24 bar)
50 psig (3,4 bar)
5 psig (0,34 bar)
R652E
R622H
10 psi (0,69 bar)
20 psi (1,37 bar)
Not Applicable
Table Z Capacity, Connection Sizes, and Vent Orientation
REGULATOR
APPLICATION
TYPETPCROPANE("
NUMBERBTU
APACITY
INLET
.CONNECTION
OUTLET
CONNECTION
OUTLET
PRESSURE
SETTING
3/4-INCH NPT
SCREENED
VENTSTANDARD
LOCATION
R622-BCF
675,000
1/2-I1ch FNPT
1/2-inch FNPT
R642-DFF
900,000
3/4-inch FNPT
11-Inches w.c.
R652-DFF
1,000,000
Second Stage
3/4-Inch FNPT
(27 mbar)
Over Inlet
R622-CFF
1,400,000
1/2-Inch FNPT
�R622-DFF
'
3/4'-inch FNPT
R622-CFGXA
1,125,000
1/2-Inch FNPT
18-inches w.c.
inch FNPT
(45 mbar)
HSRL-BFCI'1
2,100,000
3/4-Inch FNPT
11-inches w.c.
(27 mbar)
HSRL-CFCI4
1-Inch FNPT
1-Inch FNPT
Integral
Two -Stage
R632-13CF
700,000
1/4-inch FNPT
1/2-Inch FNPT
11inches
( (27 mbar)
First Stage:
Down
Second Stage;
Over Inlet
R632-HCF
FPOL
R632-CFF
750,000
1/4-inch FNPT
3/4-Inch FNPT
Rfi32JFF
FPOL
2 PSI rybar)
Service
R622E-BCH
L250,000
1l2-inch FNPT
1/2-inch FNPT
2 psig
(0,14 bar)
Over Inlet
R622E-DCH
1,500,000
3/4-Inch FNPT
314-inch FNPT
R652E-DFH
1,400,c00
R622H-BGK
2.000,000
1/2-inch FNPT
5 psig (0,35 bar)
-
R622H-BGJ
.aK
2.100,000
1/2-inch FNPT
10 psig (0,69 bar)
- R622HHGJ
R622H-HGJKA
First Stage""'
FPOL
Over Outlet
R622H-JGK
2,250,000
314-Inch FNPT
5 psig (0,35 bar)
R622H-JGJ
10 psig (0,69 bar)
R622H-OGJ
2,40g000
3l4-inch FNPT
1. Capacities Based on:
Second Stage: 10 psig (0,69 bar) Inlet pressure and 2-Inches w.c. (5 mbar) droop.
Integral Two Stage: 30 psig (2,07 bar) and 24nches we. (5 mbar) droop.
2 PSI (0,14 bar) Service: 10 psig (0,69 bar) inlet pressure and 20%droop.
First Stage: 30 psig (2,07 bar) Inlet pressure and 20%droop.
2. Straight globe valve body conllgumtion.
R600 and HSRL Series LP -Gas Regulators
Installation Location
• The installed regulator should be adequately
protected from vehicular traffic and damage from other
external sources.
- Install the regulator with the vent pointed
vertically down, see Figure 2. If the vent cannot be
installed in a vertically down position, the regulator must
VENT POINTED DOWN be installed under a separate protective cover. Installing
the regulator with the vent down allows condensation to
drain, minimizes the entry of water or other debris from
entering the vent, and minimizes vent blockage from
freezing precipitation.
Figure 2. Regulator with Vent Pointed Down
Indoor Installations can cause a hazardous
accumulation of gas which could result in
personal injury or property damage.
Never use a Type R622H, R622E or R652E
(pounds to pounds) regulator on low
pressure (inches of water column) service
because personal injury or property
damage could occur. The Types R622E
and R652E are not suitable for use as a
"first stage" regulator.
General Installation Instructions
Before installing the regulator,
• Check for damage, which might have occurred
in shipment.
• Check for and remove any dirt or foreign material,
which may have accumulated in the regulator body.
• Replace old pigtails. Blow out any debris, dirt or
copper sulfate in the copper tubing and the pipeline.
- Apply pipe compound to the male threads of the pipe
before installing the regulator.
- Make sure gas flow through the regulator is in the
same direction as the arrow on the body. "Inlet' and
"Outlet" connections are clearly marked.
- Do not install the regulator in a location where
there can be excessive water accumulation or ice
formation, such as directly beneath a down spout, gutter,
or roof line of building. Even a protective hood may not
provide adequate protection in these instances.
• Install the regulator so that any gas discharge through
the vent or vent assembly is over 3 feet (0,91 meters)
horizontally from any building opening below the level
of discharge.
- Install the regulator high enough above ground level
at least 18-inches (45 cm) - so that rain splatter cannot
freeze in the vent.
Regulators Subjected to Heavy
Snow Conditions
Some installations, such as in areas with heavy snowfall,
may require a hood or enclosure to protect the regulator
from snow load and vent freeze over.
Horizontally Installed Regulators
Horizontally mounted regulators, such as found in
single cylinder installations and ASME tanks, must
be installed beneath a protective cover or under
the ASME tank dome, refer to Figure 3. If possible,
slope or turn the vent down sufficiently to allow any
condensation to drain out of the spring case.:. Be careful
that the slot in the tank dome or protective cover for the
regulator's outlet piping does not expose the vent to the
elements. The first stage vent on the Type R632 should
be pointed down.
Meter Installations
Type R642 regulators have an angle body that makes it
easy to install on to a gas meter instead of piping leading
directly into a building.
Meter and Type R642 with vent over regulator inlet:
Install the regulator per instructions given in the previous
section "Installation Location".
R600 and HSRL Series LP -Gas Regulators
Figure 3. Tank Installation
Meter and Type 11642;with vent over the regulator
outlet and installed over the top of the meter: This
installation orientation will put the Type R642 regulator
vent in a vertical down position, but very close to the
top of the gas meter. The regulator vent may become
blocked during a freezing rain storm or heavy snows.
Therefore, some type of protective cover should be
installed over the regulator and meter or vent piping
should be installed so that the vent remains open.
Meter and Type R642 Regulator Installed Indoors:
Pipe the regulator vent per the section,"Indoor Installations
Indoor Installations
By code, regulators installed indoors have limited inlet
pressure, and they require a vent line to the outside of
the building, see Figure 4. A vent assembly, such as
Fisher Y602 Series, should be used on the end of the
vent line. The same installation precautions, previously
discussed throughout this manual for the regulator vent,
apply to the end of the vent tube assembly. Vent lines
must not restrict the gas flow from the regulator's internal
relief valve. Vent lines should be at least 3/4-inch NPT
pipe or 3/4-inch NPT size, Gray PVC Schedule 40 Rigid
Non-metallic Electrical Conduit for above Ground Service,
per UL 651. To install the vent line, remove the vent
screen and apply a good grade of pipe dope to the male
threads of the line. Vent lines should be as straight as
possible with a minimum number of bends.
To
APPLIANCE
VENT LINE
BASEMENT
FROM FIRST -
STAGE REGULATOR
VENTASSEMBLY
VENT OPENING
MUST BE AT LEAST
3 FEET (0,91 meters)
HORIZONTALLY FROM
ANY BUILDING OPENING
BELOW IT
Figure 4. Basement Installation
R600 and HSRL Series LP -Gas Regulators
END OF REGULATOR VENT TUBE
GRADE GROUND DOWNWARD AND LOCATED AT TOP INSIDE OF
HOUSING DOME COVER.
SLOPING AWAY FROM HOUSING DOME.
THIS PREVENTS WATER COLLECTING -
AND RUNNING INTO OR STANDING
AROUND HOUSING DOME.
2-INCHES (50,8 mm)
MINIMUM
REGULATOR ADJUSTMENT CLOSURE
CAP MUST BE TIGHT
WATER MARK LEFT IN HOUSING DOME AT LEVEL Y /
ABOVE REGULATOR VENT, OR END OF VENT TUBE
REQUIRES REPLACEMENT OF REGULATOR. THEN
CORRECT INSTALLATION.
Figure 5. Underground Installation
Underground Installations
Type R632 integral regulators require 2
vent tubes, one on the first stage vent
and one on the second stage vent, when
installed on underground tanks. Failure
to use 2 separate vent tubes can result
in early regulator failure and/or over
pressuring Ufa second stage that could
result in fires`ar personal injury.
Regulators installed in the dome of an underground
container require a vent tube to prevent water from
entering the regulator spring case, see Figure 5.
Note: Type R632 integral regulators installed on
underground tanks require the use of 2 vent tubes,
one for the first stage vent and the other for the
second stage vent of the regulator. Remove the
vent screen and install a vent tube. The vent tube must
be run from the regulator vent to above the maximum
water table. The vent tube opening must terminate at
the extreme top inside of the dome cover. Make sure
the regulator's closing cap is on tightly, and maintain
drainage away from the dome at all times. For further
information on Underground Installations, contact Aero
Fulfillment Services at phone number 866-840-1075 and
ask for Item number 000412 "Installation of Underground
LP -Gas Systems: Suggested Installation, Inspection,".
Adjustment
Each regulator is factory set. If it becomes necessary to
increase the outlet pressure, remove the closing cap and
turn the adjustment screw clockwise. Turn the adjusting
screw counterclockwise to decrease the outlet pressure.
The first stage portion of the Type R632 integral
regulator is non-adjustable. The outlet pressure plug
may be removed using a 7/16-inch (11,1 mm) hexagon
wrench. The pressure tap is restricted, so the plug can
be removed with pressure on the outlet of the regulator.
Install a pressure gauge to determine the regulator's
outlet setting during adjustment, (Actual pressure at the
second stage regulator may be less due to line loss.)
After setting, reinstall the pipe plug and replace the
closing cap. Check the plug for leakage.
Inlet pressure may be checked using the inlet pressure
gauge tap and a pressure gauge. Remove the plug
using a 7/16-inch (11,1 mm) wrench. The pressure tap is
restricted, so the plug can be removed with pressure on
the inlet of the regulator.
Overpressure Protection
00 WARNING
Some type of overpressure protection is
needed if actual inlet pressure can exceed
the outlet pressure rating. Overpressuring
any portion of this equipment above the
R600 and HSRL Series LP -Gas Regulators
limits shown in the Specifications section
may cause damage to regulator parts,
leaks in the regulator, or personal injury
due to bursting of pressure -containing
parts or explosion of accumulated gas.
If any portion of the regulator is exposed
to an overpressure condition that exceeds
the limits in the Specifications section, it
must be inspected for damage that may
have occurred.
Large volumes of gas may discharge
through the regulator vent during internal
relief valve operation, which can, if not
controlled, result In fire or explosion from
accumulated gas.
The R600 and HSRL Series regulators, except for the
first stage of the Type R632, contain internal relief
valves. The Internal relief valve in all units will give
overpressure protection against excessive build-up
resulting from seat leakage due to worn parts or chips
or foreign materia1`6n'2the orifice. The amount of internal
relief protection,, provided varies with the regulator
type and the cause for' the overpressure relief valve
operation. When the internal relief valve opens, gas
escapes to the atmosphere through the regulator's vent.
Some type of additional external overpressure
protection must be provided if the outlet pressure in an
overpressure condition exceeds the inlet pressure rating
of the gas system or downstream equipment. Common
methods of external overpressure protection include
relief valves, monitoring regulators, shutoff devices, and
series regulation.
Maintenance
To avoid personal injury or equipment
damage, do not attempt any maintenance
or disassembly without first isolating
the regulator from system pressure and
relieving all internal pressure.
Regulators that have been disassembled
for repair must be tested for proper
operation before being returned to service.
Only parts manufactured by Fisher should
be used for repairing Fisher regulators.
Relight pilot lights according to normal
startup procedures.
Due to normal wear or damage that
may occur from external sources,
these regulators must be inspected and
maintained periodically. The frequency
of inspection and replacement of the
regulators depends upon the severity of
service conditions or the requirements of
local, state, and federal regulations. Even
under ideal conditions, these regulators
should be replaced after 20 years from
date of manufacture or sooner should
inspection reveal the need.
Visually inspect the regulator each time a gas
delivery is made for:
• Improper installation, vent not pointed vertically down
or under a cover; no vent tube on underground systems.
• Plugged or frozen vent.
• Wrong regulator or no regulator in the system.
• Internal or external corrosion.'
• Flooded Regulator; water in spring case; regulator
submersed on underground tanks
• Regulator age.
• Any other condition that could cause the uncontrolled
escape of gas.
Failure to do the above could result in personal injury
or property damage.
Vent Opening
Make sure the regulator vent, vent assembly, or vent tube
does not become plugged by mud, insects, ice, snow,
paint, etc. The vent screen aids in keeping the vent from
becoming plugged, and the screen should be clean and
Properly installed.
Water inside Regulators from
Floods, Weather or Water Table on
Underground Systems
Replace any regulator that has peen flooded or has been
submersed below the water table of an underground tank,
have had water in their spring case or show evidence
of external or internal corrosion. Checking for internal
corrosion can be done by removing the closing cap and
with the aid of a flashlight observing the condition of the
relief valve spring, main spring, and internal spring barrel
area. A more detailed examination will require shutting
R600 and HSRL Series LP -Gas Reaulators
down of the gas system and the complete removal of the
adjusting screw. Closely examine regulators installed
with their vent horizontal for signs of corrosion. Correct
any improper installations.
Regulator Replacement
Older regulators are more likely to catastrophically fail
because of worn or corroded parts. Replace R600
and HSRL Series regulators over 20 years of age.
Other service or environmental conditions may dictate
replacement of the regulator before it becomes
20 years old. Regulators that are installed on
underground systems and In areas that are subject to sea
salt (coastal) atmospheres should be inspected annually
for external and Internal corrosion and may require
replacement sooner. Refer to Fisher Bulletin LP-32 for
additional information.
Regulator Repair
Regulators that have been disassembled for repair
must be tested for proper operation before being
returned to service. Only parts manufactured by Fisher
should be used to repair Fisher regulators. Be sure to
give the complete type number of the regulator when
corresponding with the factory.
The type number, orifice size, and spring range are
on a label attached to the spring barrel. The date of
manufacture is stamped on the regulator. Always provide
this information in any correspondence with your Fisher
Distributor regarding replacement parts or technical
assistance. If construction changes are made in
the field, be sure that the regulator marking is also
changed to reflect the most recent construction.
EM
Fisher and Fisher Regulators are marks owned by Fisher Controls International, LLC, The Emerson logo Is a trademark and service mark of Emerson Electric Co. All other marks are the
property of their respective owners.
The contents ofthlspublMatlon arepmsentedforinformationalpurposes only, andwhile eveiveflodhas Issueless to ensure Ihelraccuracy,theyerenotto bec'onsfruedas wermntles orgua2ntees, expressed
or Implied, regarding the products or servlcas described herein or their use or applicability, We reserve the right to modify orlmprove the designs or specifications of such products at any time
without notice.
Fisher does not assume responsibility for the selection, use or maintenance of any product. Responslbllity for proper selection, use and maintenance of any Fisher product remains solely with
the purchaser.
Emerson Process Management
Fisher Controls International, LLC.
P.O. Box 8004
McKinney, Texas 75070, USA
Telephone: 1 (800) 588-5853�
Telephone:1 (469)293-4201 EMERSON..
®Fisher Controls International, LLC., 2001, 2006; All Rights Reserved , Process Management
GAS PIPING INSTALLATIONS
TABLE 402.4(28)
SCHEDULE 40 METALLIC PIPE
Gas
Undiluted Propane
Inlet Pressure no
In. w.0.
Pressure Drop
10.5
Specific Gravity
1.50
INTENDED USE Pipe sizing between single -or second -stage (low pressure) regulator and appliance.
PIPE SIZE (inch)
Nominal
'/z -
'14
1
1'/4
1'12
2
2'/z
3
4
Actual ID
0.622
0.824
1.049
1.380
1,610
2.067
2.469
3.068
4.026
Length (ft)
Capacity In
Thousands of
Btu per Hour
10
291
608
1,150
2,350
3,520
6,790
10,800
19,100
39,000
20
200
418
787
1,620
2,420.
4,660
7,430
13,100
26,800
30
t60
336
632
1,300
1,940
3,750
5,970
10,600
21,500
40
137
287
541
1,110
1,660
3,210
5,110
9,030
18,400
50
122
255
480
985
1,480
2,840
4,530
8,000
16,300
60
110
231
434
892
1,340
2,570
4,100
7,250
14,800
80
101
212
400
821
1,230
2,370
3,770
6,670
13,600
100
94
197
372
763
1,140
2,200
3,510
6,210
12,700
125
89
185
349
716
1,070
2,070
3,290
5,820
11,900
150
84
175
330
677
1,010
1,950
3,110
5,500
11,200
175
74
155
292
600
899
1,730
2,760
4,880
9,950
200
67
140
265
543
814
1,570
2,500
4,420
9,010
250
62
129
243
500
749
1,440
2,300
4,060
8,290
300
58
120
227
465
697
1,340
2,140
3,780
7,710
350
51
107
201
412
618
1,190
1,900
3,350
6,840
400
46
97
1.82
373
560
1,080
1,720
3,040
6,190
450
42
89
167
344
515
991
1,580
2,790
5,700
500
40
83
156
320
479
922
1,470
2,600
5,300
550
37
78
146
300
449
865
1,380
2,440
4,970
600
35
73
138
283
424
817
1,300
2,300
4,700
650
33
70
131
269
403
776
1,240
2,190
4,460
700
32
66
125
257
385
741
1,180
2,090
4,260
750
30
64
120
246
368
709
1,130
2,000
4,080
800
29
61
115
236
354
681
- 1,090
1,920
3,920
850
28
59
Ill
227
341
656
1,050
1,850
3,770
900
27
57
107
220
329
634
1,010
1,790
3,640
950
26
55
104
213
319
613
978
1,730
3,530
1,000
25
53
100
206
309
595
948
1,680
3,420
1,100
25
52
97
200
300
578
921
1,630
3,320
1,200
24
50
95
195
292
562
895
1,580
3,230
1.,300
23
48
90
185
277
534
850
1,500
3,070
1,400
22
46
86
176
264
509
811
1,430
2,930
1,500
21
44
82
169
253
487
777
1,370
2,800
1,600
20
42
79
162
243
468
746
1,320
2,690
1,700
19
40
76
156
234
451
719
1,270
2,590
1,800
19
39
74
151
226
436
694
1,230
2,500
1,900
18
38
71
146
219
422
672
1,190
2,420
2,000
18
37
69
142
212
409
652
1,150
2,350
For SI: 1 inch = 25.4 mm, 1 foot= 304.8 mm, 1 pound per square inch = 6.895 kPa, 1-inch water column = 0.2488 kPa,
I British rlrermal unit per hour= 0,2931 W, 1 cubic foot per hour =0,0283 ms/h, I degree = 0.01745 rid.
Note: All Cable entries have been rounded Co three significant digits.
FLORIDA BUILDING CODE - FUEL GAS, 7th EDITION (2020) 53
58-116 LIQUEFIED PETROLEUM GAS CODE -
4 Table 16.1 (n) Polyethylene Plastic Pipe —IPS
Undiluted
Gas:
Propane
Inlet Pressure:
10.0 psig
Pressure Drop:
1.0 psig
-
Specific Gravity:
1.52
Plastic Pipe
- -
•-
Length
r/2 in. SDR 9.33
3/4 in. SDR 11
1 in. SDR 11
1%, in. SDR 11
I'/2 in. SDR 11
2 in. SDR 11
(fft)
(0.660)
(0.860)
(1.007)
(1.328)
(1.554)
(1.943)
LVTENDED USE: SizingBetween Pirsf Stage Pressure Regidator
and SecondStage (Lgw;Pressttre)Regrdattir'-
30
'•2140
2390
7740
13420
20301
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
80
1260
2530
4560
7890
11900
21400
90
1180
2370
4270
7400
11200
20100
100
1120
2240
4040
6990
1Q600
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
1220Q
250
681
681
2460
4260 _
6430
11600
275
646
646
2340
4050
6110
11000
300
617
617
2230
3860
5830
10476
350
567
567
20503550
5360
9640
400
528
528
1910
3300
4990
8970
450
495
495
992
3100
4680
8410
500
468
468
937
2930
4420
7950
600
700
424
396
424
-390
849
781
2650
2440
4010
-3690
7200
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.
1383
3750
lFd: Iron Yipe Size,
SDR: Standard Dimension Ratio
Notes:
(1) Capacities are in 1000 Btu/hr.
(2) Dimensions in parentheses are inside diameter.
i
2020 Edition
Shaded teat= Revisions. �'= Textdeletions and figure/[able revisions. •'= Section de,telions. W = New material.
Asa �noi
�v— MagnesiUMTM L��]�
Soil Anodes
High Potential Magnesium
SuperMag High Potential Magnesium An-
odes from Galvotec Alloys, Inc. offers typi-
cal high workingldriving potentials of -1.70
volts or better vs. coppericopper sulfate ref-
erence electrode, providing more current
output per pound than AZ- 63 alloy magne-
sium anodes. This alloy is the best choice
for engineered systems in high resistivity
soils.
Laboratory- Testing
Our modern laboratory is equipped with the
best state of the art equipment available.
Our technicians and inspectors are well
trained and experienced. AChemical Analy-
sis is provided for every heat. Each heat is
analyzed throughout production to insure
consistency. Electrochemical testing is per-
formed routinely on randomly selected heats
as a quality assurance procedure, utilizing
the ASTM-G-97 test method.
Production - Quality Control
Our production facilities offer the best pos-
sible working environment available in the
industry. Our personnel are experienced in
all phases of the foundry operation. Quality
Control in our foundry begins on the foundry
floor, where the first line of inspection is the
casting and molding crew, our lab techni-
cians, inspectors and managers completes
the quality team. Our quality control staff
carefully monitors raw material, core mate-
rials, packaging and all aspects of produc-
tion. Laboratory and field investigations
prove that Galvotec SuperMag anodes per-
form consistently.
Packaging- Availability
Anodes are supplied in backfill to meet the
customers' specifications. The typical back -
fill material consists of 75% gypsum, 20%
bentonite and 5% sodium sulfate. Standard
sizes and shapes are warehoused. Anodes
are available packaged and unpackaged
with or without leads as per customers'
specifications.
Nominal weights and dimensions Rev ovos
SO 9UUI
G �\ Magnesium
�
H-1 Soil Anodes
ReGI5TCR611 FIRM
Galvotec Alloys produces the H-1 Alloys, ASTM AZ63.
The standard sizes can be found in the following chart.
E2
PRODUCT
Weight
Anode Dimensions
NO.
BARE
PKDG.
Width
(W)
Height
(H)
Length
(L)
Diameter
(D)
Overall Length
(OIL)
Ibs
kg
Ibs
kg
in
mm
in
mm
In
mm
In
mm
in
mm
GA-MG-3 H-1
3
1.4
8
3.6
3
76
3
76
5.0
127
5.25
133
8.00
203
GA-MG-5 H-1
5
2.3
13
5.9
3
76
3
76
8.0
229
5.25
133
11.25
286
GA-MG-9 H-1
9
4.1
27
12.2
3
76
3
76
14.0
336
5.25
133
20.00
508
GA-MG-12 H-1
12
5.4
32
14.5
4
102
4
102
12.0
305
7.50
191
18.00
457
GA-MG-17 H-1
17
7.7
45
29.4
4
102
4
102
17.0
432
7.50
191
24.00
610
GA-MG-32 H-1
32
14.5
68
30.8
5
127
5
127
20.5
521
8.50
216
28.00
711
GA-MG-50 H-1
1 50
22.7
100
45.4
1 7
178
7
178
1 16.0
406
1 10.00
254
24.00
610
Other shapes, sizes and weights available on request.
H
i
L ♦ W
Backfill Leatl Wire-�
tiOtt®11
Bag
OL -
Alloy Compositions
Grade "A"
Grade "B"
Grade "C
Element
%
%
Aluminum
5.3-6.7
5.3-6.7
5.0-7.0
Zinc
2.5-3.5
2.5-3.5
2.0-4.0
Manganese (Min)
0.15
0.15
0.10
Impurities
Iron (Max.)
0.003
0.003
0,003
Nickel (Max.)
0,002
0.003
0.003
Copper (Max.)
0.02
0.05
0.10
Silicon (Max.)
0.10
0.30
0.30
Other (Max.)
0.30
0.30
0,30
Magnesium
Balance
Balance
Balance
Packaged Anc
are prepack it
either bags or
cardboard
cartons in low
resistivity,
quick
wetting,
prepared
backfill
consisting
of 75%
hydratred
gypsum,
20% bentonite,
sodium sulphate.
and 5%
Connecting Wire: Standard
10 feet of solid or stranded
#12 AWG Copper Lead
Wire/THWN/THNN.
Typical Electrochemical Properties
Amps/Hrs./Lb.
500-540
Efficiency
50-54%
Closed Circuit Potential
-1.45 to -1.55v
(Copper/Copper Sulfate)
Open Circuit Potential
-1.50 to -1.60v
(Copper/Copper Sulfate)
NOTE: While statements contained herein are believed to be accurate, they are offered as suggestions only and no warranty
or representation is intended. Galvotec Alloys products are sold subject to the terms and conditions appearing on our printed
order acknowledgment. _
Nominal weights and dimensions REV 02103
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I
UNDERGROUND L.P.G_ STORAGE 'TANK
TYPfC AL ANCHORING 3T&1dDRRD
G
GAS
D[VISIp N
[. Whcn rlc sar- to prevent f%oaratiml, or w['-n mgeC £, UndcrgmmaA t.,l^ ;::. snail bc
anc ared uss�g 4 - ° 4° auger &mhors and 'io° sty[ cable. Cab[c r;i ail inscrtcd [!'i
'A' PE mbiftg to PTOCOV Lk tahk CMul dhtct conracc vn'U� the caU[e.
2. LOCMf cable sppmxsmately 14' hiw.74d of wcldcd s . on [ oyl cads ark Use 4
gafvalftd 9 cAbl,c damps Eo mmm caU1c ta. titc for,
3 _ I-fer Ea SLanda d 6.6 for cRnk Iocadoa, coateng z�7d bsaffjEf..
ANNEX I
58-149
For SI units, 1 ft = 0.3048'm. �� Nearest line of adjoining property that can be
/ built upon
Notes:
(1) The rellef valve, filling connection, and fixed': maximum liquid level gauge vent connection at the container must be at least 10 ft from any exterior
source of ignition, openings into direct -vent appliances, or mech2nical ventilation air intakes. [later to 6.4.4.4.
(2) No part of an underground container can be less than 10 it from an important building or line of adjoining property that can be built upon.
Refer to Table 6.4.1,1, T,WFIGURE I.I (c) Underground ASME Containers. (Figure for illustrative,purposes only; code cormpliaiwe required.)
ShlrlollleXi=Revisions. 2o=Teztdeletions and Figure/table revisions. •=Sec[iondeletions. iltl=New material.
2020 Edition