GAS PRESSURE REGULATORS CATALOG...2 2020 Maitrol Copay ll Rights Resere Gas Pressure Regulators For Industrial Engines and Generator Sets Service and installation must be performed

GAS PRESSURE REGULATORS CATALOGFor Industrial Engines and Generator Sets2nd Edition

© 2020, Maxitrol Company. All Rights Reserved.2

Gas Pressure RegulatorsFor Industrial Engines and Generator Sets

Service and installation must be performed by a trained/experienced service technician.

All products used with combustible gas must be installed and used strictly in accordance with the instructions of the Original Equipment Manufacturer (OEM) and with all applicable government codes and regulations, e.g. plumbing, mechanical, and electrical codes and practices. Maxitrol products should be installed and operated in accordance with Maxitrol Safety Warning Instructions.

Maxitrol Company is NOT responsible for any errors or omissions in reliance by anyone of any information set forth in this catalog without additional reference to local requirements and applicable ordinances or codes.

Other worldwide approvals and certifications available upon inquiry.

© 2020, Maxitrol Company. All Rights Reserved. 3

Table of ContentsRV Series – Straight-Thru-Flow Design

Description and Specifications .................................................................................. 4 Certifications ............................................................................................................................ 5 Pressure Tap Identification Numbers and Capacities................... 6 Spring Selection Charts .................................................................................................... 7 Dimensions ............................................................................................................................... 8 Cutaway w/Callouts ........................................................................................................ 9 Pressure Drop Chart ......................................................................................................... 26

R/RS Series – Balanced Valve Design

Description and Specifications................................................................................10 Certifications ............................................................................................................................ 11 Pressure Tap Identification Numbers and Capacities ..................... 12 Spring Selection Charts.................................................................................................13 Dimensions...........................................................................................................................14 Cutaway w/Callouts ....................................................................................................... 15 Pressure Drop Chart ............................................................................................... 27

210 Series – Balanced Valve Design

Description and Specifications ................................................................................16 Certifications ...........................................................................................................................17 Pressure Tap Identification Numbers and Capacities ...........................18 Spring Selection Charts .................................................................................................19 Dimensions ............................................................................................................................20 Cutaway w/Callouts ...........................................................................................................21 Pressure Drop Chart ........................................................................................................28

HF2000 Series – Gas Filters

Description and Specifications ...............................................................................22 Dimensions .............................................................................................................................23 Pressure Drop Chart ........................................................................................................29

GF1000 Series – Gas Filters

Description and Specifications ...............................................................................24 Dimensions .............................................................................................................................25 Pressure Drop Chart ........................................................................................................30


RV SeriesStraight-Thru-Flow Design

Model Designations

Models having a suffix letter or a combination of suffix letters listed below indicates the design modifications described.

F .................................... Factory-set; fixed/non-adjustable regulator. Welch plug replaces seal cap.

M .................................. B.S.P. - PL parallel thread - conforms to ISO 7-1, where pressure tight joints are made on the threads.

Specifications

Maxitrol’s original straight-thru-flow (STF) design regulators are

non-lockup type regulators for high capacities at low inlet pressures.

The difference between STF design and other type regulators is the

conical valve. The cone principal permits gas to flow straight through

the regulator without changing directions. Frictional flow resistance

is reduced, resulting in greater capacity. An improved flow pattern

provides accurate, sensitive regulation at extremely low pressure

differentials. Typical applications include residential, commercial,

and industrial gas-fired appliances and equipment used on low or

medium pressure gas supplies.RV81

Pipe Sizes .................................. 1/2” to 3” threaded connections with NPT threads or ISO7-Rp threads. 4” Flange only.

RV52(M)(F): 1/2” x 1/2”, 3/4” x 3/4”

RV53(M)(F): 3/4” x 3/4”, 1” x 1”

RV61(M)(F): 1” x 1”, 1 1/4” x 1 1/4”

RV81(M)(F): 1 1/4” x 1 1/4”, 1 1/2” x 1 1/2”

RV91(M)(F): 2” x 2”, 2 1/2” x 2 1/2”

RV111(M)(F): 2 1/2” x 2 1/2”, 3” x 3”

RV131(M): 4” x 4”

Housing Material ...................... Aluminum or cast iron (RV131 only).

Mounting .................................. RV52(M)(F), RV53(M)(F), RV61(M)(F) are suitable for multi-positional mounting. If a

® or ® is installed, mount in an upright position only. RV81(M)(F),

RV91(M)(F) (12A04 or 12A34), RV111(M)(F), RV131(M), mount in upright position only.

Install with gas flowing as indicated by the arrow on bottom casting.

NOTE: All Maxitrol gas pressure regulators should be installed and operated in accordance

with Maxitrol’s Safety Warning Instructions (GPR_MI_EN.ES or GPR_CSA_MI_EN.FR).


C US

®

Certifications

UL CSA CE

Standard//Directive: ANSI/UL 842 ANSI Z21.18/CSA 6.3 EN 88 and GAD 2009/142/EEC

Gas Types:

Suitable for natural, manufactured,

mixed gases, liquified petroleum

gases, and LP gas-air mixtures.


mixed gases, liquified petroleum

gases, and LP gas-air mixtures.

Gas Families 1, 2, and 3 according to

EN437.

Maximum Inlet

Pressure:

RV52(M)(F), RV53(M)(F),

RV61(M)(F): 1/2 psi (3.4 kPa)

RV52(F), RV53(F), RV61(F),

RV81(F), RV91(F), RV111(F):

1/2 psi (3.4 kPa)

RV52(M)(F): 1.45 psi (10 kPa)

RV53(M)(F), RV61(M)(F), RV81(M)(F),

RV91(M)(F), RV111(M)(F):

2.9 psi (20 kPa)

Outlet Pressure:

RV52(M)(F), RV53(M)(F):

3” to 12” w.c. (0.75 to 3.0 kPa)

RV61(M)(F):

1” to 6” w.c. (0.25 to 0.75 kPa)

RV52(F), RV53(F), RV81(F),

RV91(F), RV111(F):

3” to 12” w.c. (0.75 to 3.0 kPa)

RV61(F):

2” to 12” w.c. (0.50 to 3.0 kPa)

RV52(M)(F):

1” to 22” w.c. (0.25 to 5.5 kPa)

RV53(M)(F), RV61(M)(F):

1” to 30” w.c. (0.25 to 7.5 kPa)

RV81(M)(F), RV91(M)(F), RV111(M)(F):

1” to 42” w.c. (0.25 to 10.5 kPa)

Ambient Temperature

Ranges:---

RV52(F), RV53(F), RV61(F),

RV81(F), RV91(F), RV111(F):

-40° to 205°F (-40° to 96°C)

All Models: 5° to 176°F (-15° to 80°C)

Vibration Resistant

Adjusting Screw:RV81(M)(F): R8111-001 RV91(M)(F): R9111-001

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. RV52M)



Pressure Tap Identification Numbers

Capacities: Expressed in CFH (m3/h) @ 0.64 sp gr gas

Model Inlet Outlet Flow - UL Max Flow - CSA Max

RV52(M)(F)2 1

450 CFH 450 CFH

RV53(M)(F) 690 CFH 690 CFH

RV61(M)(F)

1 2

900 CFH 900 CFH

RV81(M)(F) --- 2500 CFH

RV91(M)(F) --- 3275 CFH

RV111(M)(F)--- ---

--- 7500 CFH

RV131(M) --- ---

Model

Pressure Drop** – inches water column (kPa)

0.1(0.02)

0.2(0.04)

0.3(0.07)

0.4(0.10)

0.5(0.12)

0.6(0.15)

0.7(0.17)

0.8(0.20)

0.9(0.22)

1.0(0.25)

RV52(M)(F)151(4.2)

214(6.1)

262(7.4)

302(8.5)

338(9.5)

370(10.5)

400(11.3)

427(12.1)

453(12.8)

478(13.5)

RV53(M)(F)217(6.1)

306(8.6)

375(10.6)

433(12.2)

484(13.7)

530(15)

573(16.2)

612(17.3)

650(18.4)

684(19.3)

RV61(M)(F)379

(10.7)536

(15.1)675

(19.1)759

(21.5)848(24)

929(26.3)

1004(28.4)

1073(30.4)

1138(32.2)

1200(34.0)

RV81(M)(F)780

(22.1)1102(31.2)

1350(38.2)

1559(44.1)

1743(49.5)

1909(54)

2062(58.4)

2204(62.4)

2339(66.2)

2465(69.8)

RV91(M)(F)1212(34.3)

1714(48.5)

2100(59.4)

2424(68.6)

2711(76.7)

2969(84.1)

3208(90.8)

3429(97.1)

3637(103)

3834(108)

RV111(M)(F)2472(78)

3878(110)

4750(134)

5485(155)

6132(175)

6718(190)

7256(205)

7757(219)

8227(233)

8572(243)

RV131(M)4734(134)

6695(190)

8200(232)

9468(268)

10586(300)

11596(328)

12525(354)

13390(380)

14202(402)

14971(424)


NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. RV52M)**See page 22 for pressure drop chart.


Spring Selection Charts

UL Certified Springs

Model Expressed in inches water column (kPa)

RV52(M)(F)---

3 to 6 (0.75 to 1.5) 4 to 8 (1 to 2) 5 to 12 (1.25 to 3)RV53(M)(F)

RV61(M)(F) 2 to 5 (0.5 to 1.25)


CSA Certified Springs


RV52(M)(F) ---

3 to 6 (0.75 to 1.5) 4 to 8 (1 to 2) 5 to 12 (1.25 to 3)

RV53(M)(F) ---

RV61(M)(F) 2 to 5 (0.5 to 1.25)

RV81(M)(F) ---

RV91(M)(F) ---

RV111(M)(F) ---

CE Certified Springs


RV52(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

--- ---

RV53(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.75 to 7.5)

---

RV61(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)5 to 12

(1.25 to 3)10 to 22

(2.5 to 5.5)15 to 30

(3.75 to 7.5)---

RV81(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.75 to 7.5)

20 to 42(5 to 10.5)

RV91(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.75 to 7.5)

20 to 42(5 to 10.5)

RV111(M)(F)1 to 3.5

(0.25 to 0.9)2 to 5

(0.5 to 1.25)3 to 8

(0.75 to 2)4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.75 to 7.5)

20 to 42(5 to 10.5)

RV131(M)2 to 5

(0.5 to 1.3)---

3 to 8(0.75 to 2)

4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.75 to 7.5)

20 to 42(5 to 10.5)



Dimensions

Model Vent Swing RadiusDimensions

A B C D

RV52(M)(F) 1/8” NPT 3.6” (91 mm) 4.9” (124 mm) 1.25” (32 mm) 3.2” (81 mm) 3.25” (83 mm)



RV81(M)(F) 3/8” NPT 6.4” (162 mm) 8.4” (213 mm) 2” (51 mm) 6” (153 mm) 7” (178 mm)

RV91(M)(F)

2” pipe

1/2” NPT8.5” (216 mm) 10.8” (275 mm) 2.3” (60 mm) 6.5” (165 mm) 9.1” (232 mm)

M: 1/2 ISO7

RV91(M)(F)

2 1/2” pipe

1/4” NPT8.3” (212 mm) 10.5” (267 mm) 2.4” (62 mm) 7.1” (181 mm) 9.1” (232 mm)

M: 3/4 ISO7

RV111(M)(F)3/4” NPT

11.5” (284 mm) 15.1” (373 mm) 3.5” (89 mm) 9” (229 mm) 13.4” (324 mm)M: 3/4 ISO7

RV131(M)3/4” NPT

18.2” (462 mm) 23.3” (592 mm) 5.1” (130 mm) 13.9” (353 mm) 18” (457 mm)M: 3/4 ISO7


A

D

A

D

A

D

A

D

RV81(M), RV91(M)

RV61(M)RV52(M), RV53(M)

RV111(M)

RV131(M)

A

D

NOTE: Dimensions are maximums and to be used only as an aid in designing clearance for the valve. Actual production dimensions may vary somewhat from those shown.


1 Welch Plug or Seal Cap

2 Vibration Resistant Adjusting Screw

3 Top Housing

4 Diaphragm

5 Stem

6 Bottom Housing

7 Seal Cap Gasket

8 Stack

9 Spring

10 Vent Connection

11 Diaphragm Plates

12 Sensing Hole

13 Valve

14 Bottom Plate Gasket

15 Bottom Plate

1

27

3

4

5

6 13

14

15

11

10

9

8

NOTE: Diagrams are graphical representations only and may differ from actual product.

Straight-Thru-Flow Design

12


R/RS SeriesBalanced Valve Design

Specifications

The R & RS regulators are ideal for industrial applications,

capable of controlling pressure at extremely low flows. The

double diaphragm balanced valve design makes it possible

to build a regulator that is physically small yet has good

capacity characteristics. They are able to maintain steady

outlet pressure control with widely varying inlet pressures.

Zero governor models available.

Pipe Sizes .................................. 3/8” to 1” threaded connections with NPT threads or ISO7-Rp threads.

R400(S)(Z)(L,R,B)(F)(M): 3/8” x 3/8”, 1/2” x 1/2”

R500(S)(Z)(L,R,B)(F)(M): 1/2” x 1/2”, 3/4” x 3/4”

R600(S)(Z)(L,R,B)(F)(M): 3/4” x 3/4”, 1” x 1”

Housing Material ...................... Aluminum

Venting ...................................... 1/8” NPT

Mounting .................................. R400(Z)(L,R,B)(F)(M) mount in an upright position only. R400(S)(L,R,B)(F)(M), R500(S)(Z)

(L,R,B)(F)(M), R600(S)(Z)(L,R,B)(F)(M) suitable for multi-positional mounting. If a ®

or ® is installed, mount in an upright position only. Install with gas flowing as

indicated by the arrow on bottom casting.


with Maxitrol Safety Warning Instructions (see GPR_MI_EN.ES or GPR_CSA_MI_EN.FR).

Low-Fire Bypass ........................ With the main valve closed, an adjustable bypass provides a minimum firing rate. Add suffix

“L” (left side), “R” (right side), or “B” (both sides) when ordering.

Optional Fixed Outlet Pressure Setting........Factory-set; fixed/non-adjustable regulator. Welch plug replaces seal cap.

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. R400SM)

RV400


Certifications

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. RV400SM)

UL CSA CE

Standard/Directive: ANSI/UL 842 ANSI Z21.18/CSA 6.3 EN 88 and GAD 2009/142/EEC

Gas types:


mixed gases, liquefied petroleum

gases, and LP gas-air mixtures




Gas Families 1, 2, and 3 according

to EN437

Maximum Inlet

Pressure:

R400(S)(Z)(L,R,B)(F), R500(S)(Z)

(L,R,B)(F), R600(S)(Z)(L,R,B)(F):

1 psi (6.9 kPa)

R400(S)(Z)(F), R500(S)(Z)(F),

R600(S)(Z)(F):

1/2 psi (3.45 kPa)

R400(S)M, R500(S)M, R600(S)M:

5.2 psi (36 kPa)

R400ZM, R500ZM, R600ZM:

1.4 psi (10 kPa)

Maximum Air

Loading Pressure:

R400(Z)(L,R,B)(F), R500(Z)(L,R,B)(F),

R600(Z)(L,R,B)(F):

2 psi (13.8 kPa)

--- ---

Outlet Pressure:

R400(S)(F), R500(S)(F), R600(S)(F):

1” to 22” w.c. (0.25 to 5.5 kPa)

R400Z(L,R,B)(F):

-1.5” to 1” w.c. (-0.37 to 0.25 kPa)

R500Z(L,R,B)(F), R600Z(L,R,B)(F):

-1” to 2.5” w.c. (-0.25 to 0.62 kPa)

R400(S)(F), R500(S)(F), R600(S)(F):

3” to 12” w.c. (0.75 to 12 kPa)

R400Z(F):

1.5” to 1” w.c. (- 0.25 to 0.35 kPa)

R500Z(F):

-1” to 2.5” w.c. (-0.25 to 0.62 kPa)

R600Z(F):

-1” to 1.5” w.c. (-0.25 to 0.37 kPa)

R400(S)M, R500(S)M:

1” to 22” w.c. (0.25 to 5.5 kPa)

R600(S)M

1” to 30” w.c. (0.25 to 7.5 kPa)

Z Models:

-1” to 1.5” w.c. (-0.25 to 0.35 kPa)

Ambient

Temperature Ranges:---

R400(S)(Z), R500(S), R600(S):

-40° to 205°F (-40° to 96°C)

R500(S)Z:

32° to 205°F (0° to 96°C)

All Models:

5° to 176°F (-15° to 80°C)

C US

®


R/RSBalanced Valve Design


Model Inlet Outlet

R400(S)(Z) L,R,B)(F)(M) NA

1 & 2R500(S)(Z) L,R,B)(F)(M)3 & 4

R600(S)(Z) L,R,B)(F)(M)


Model


0.2(0.05)

0.4(0.10)

0.6(0.15)

0.8(0.20)

1.0(0.25)

1.5(0.37)

2.0(0.50)

2.5(0.62)

3.0(0.75)

3.5(0.87)

4.0(1.0)

Bypass

R400(S)(Z)

L,R,B)(F)(M)86

(2.4)121(3.4)

148(4.1)

172(4.8)

192(5.4)

235(6.8)

271(7.6)

303(8.5)

--- --- ---5 - 90

(0.14 - 2.5)

R500(S)(Z)

L,R,B)(F)(M)196(5.5)

277(7.8)

340(9.5)

392(11.0)

438(12.3)

537(15.0)

620(17.4)

693(19.4)

760(21.3)

820(23.0)

876(24.5)

10 - 185(0.28 - 5.2)

R600(S)(Z)

L,R,B)(F)(M)330(9.2)

468(13.1)

572(16.0)

661(18.2)

739(20.7)

906(25.4)

1046(29.3)

1169(32.7)

1280(35.8)

1380(38.6)

1480(41.4)

10 - 330(0.28 - 9.3)

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. RV400SM).

See page 23 for pressure drop chart.





R400(S)(F)

1 to 3.5(0.25 to 0.9)

2 to 5(0.5 to 1.25)

3 to 6(0.75 to 1.5)

3 to 8(0.75 to 2)

4 to 12(1 to 3)

5 to 12(1.25 to 3)

10 to 22(2.5 to 5.5)

R500(S)(F)

R600(S)(F)

“Z” Models R400Z(L,R,B)(F): -1.5 to 1 (-0.37 to 0.25); R500Z(L,R,B)(F), R600Z(L,R,B)(F): -1 to 2.5 (-0.25 to 0.62)



R400SM

1 to 3.5(0.25 to 0.9)

2 to 5(0.5 to 1.25)

3 to 8(0.75 to 2)

4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

---

R500SM ---

R600SM15 to 30

(3.75 to 7.5)

“Z” Models R400ZM, R500ZM, R600ZM: -1 to 1.4 (-0.25 to 0.35)

CSA Certified Springs


R400(S)(F)

3 to 6(0.75 to 1.5)

---

5 to 12(1.25 to 3)

R500(S)(F)4 to 8(1 to 2)R600(S)(F)

“Z” Models R400Z(F): -1.5 to 1 (-0.37 to 0.25); R500Z(F): -1 to 2.5 (-0.25 to 0.62); R600Z(F): -1 to 1.5 (-0.25 to 0.37)



R/RS SeriesBalanced Valve Design

Dimensions

Model Swing RadiusDimensions

A B C D

R400(S)(Z) (L,R,B)(F)(M) 2.38” (60 mm) 3.25” (83 mm) 0.94” (24 mm) 2” (51 mm) 2” (51 mm)

R500(S)(Z) (L,R,B)(F)(M) 3.56” (90 mm) 4.69” (119 mm) 1.19” (30 mm) 3” (76 mm) 3.13” (79 mm)

R600(S)(Z) (L,R,B)(F)(M) 4.32” (110 mm) 5.68” (145 mm) 1.46” (38 mm) 4.03” (103 mm) 3.88” (99 mm)


A

D

A

D

R500(S), R600(S)R400(S)

NOTE: Dimensions are to be used only as an aid in designing clearance for the valve.Actual production dimensions may vary somewhat from those shown.


Balanced Valve Design



3 Top Housing

4 Regulating Diaphragm

5 Stem & Valve

6 Bottom Housing

7 Seal Cap Gasket

8 Stack

9 Spring

10 Vent Connection

11 Balancing Diaphragm

12 Sensing Hole


14 Bottom Plate

4

1

2

3

6

5

9

10

7

8

11

13

14

12



210 SeriesBalanced Valve Design

Specifications

The 210 series is a lock-up type regulator. The balanced valve

design eliminates the inlet pressure affect acting on the valve.

Regulating stability is improved and hunting tendencies are

reduced by the use of dampening mechanisms in both the

breather outlet and the sensing tube. The 210 series provides

precise regulation over a wide range of pressures and flow rates.

Zero governor models available.

Pipe Sizes .................................. 1” to 3” threaded connections with NPT threads or ISO7-Rp threads. 4” Flange only.

210D(Z)(L)(R)(F)(M): 1” x 1”, 1 1/4” x 1 1/4”, 1 1/2” x 1 1/2”

210E(Z)(L)(R)(F)(M): 1 1/2” x 1 1/2”, 2” x 2”

210G(Z)(R)(F)(M): 2 1/2” x 2 1/2”, 3” x 3”

210J(Z)(M): 4” x 4”, 125lb flange connection or DN100 flange according to ISO 7005-2 PN 16 (CE)

Housing Material ...................... Aluminum

Mounting .................................. Mount in an upright position only. Install with gas flowing as indicated by the arrow on

the bottom casting.


with Maxitrol Safety Warning Instructions (see GPR_MI_EN.ES or GPR_CSA_MI_EN.FR).

Remote Sensing ......................... 210D(Z)(L)(R)(F)(M), 210E(Z)(L)(R)(F)(M), 210G(Z)(L)(R)(F)(M): Add suffix “R” to model

number when ordering.

Vibration Resistant Screw ......... 210D(Z)(L)(R)(F)(M): R8111-001, 210E(Z)(L)(R)(F)(M): R9111-001

Low-Fire Bypass ........................ With the main valve closed, an adjustable bypass provides a minimum firing rate. Add suffix

“L” (left side), to model when ordering.

Optional Fixed Outlet Pressure Setting........ Factory-set; fixed/non-adjustable regulator. Welch plug replaces seal cap.

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. 210DM)

210E


Certifications

UL CSA CE

Standard/Directive: ANSI/UL 842 ANSI Z21.18/CSA 6.3 EN 88 and GAD 2009/142/EEC

Gas types:







Gas Families 1, 2, and 3 according

to EN437

Maximum Inlet

Pressure:

210D(Z)(F)(M), 210E(Z)(F)(M),

210G(Z)(F)(M): 5 psi (34.5 kPa)

210D(Z)(R)(F), 210E(Z)(R)(F),

210G(Z)(F)(M): 10 psi (69 kPa)

210DM, 210EM, 210GM:

12.3 psi (85 kPa)

Z models: 5.2 psi (36 kPa)

Maximum Air

Loading Pressure:

210D(Z)(F)(M), 210E(Z)(F)(M),

210G(Z)(F)(M): 6 psi (41.4 kPa)--- ---

Outlet Pressure:

210D(F)(M), 210E(F)(M), 210G(F)

(M): 1” to 42” w.c. (0.25 to 10.5

kPa)

Z models:

-1” to 1.5” w.c. (-0.25 to 0.35 kPa)

210D(R)(F), 210E(R)(F), 210G(R): 1”

to 30” w.c. (0.25 to 7.5 kPa)

Z models:

-1” to 1.5” w.c. (-0.25 to 0.35 kPa)

210DM, 210EM, 210GM:

1” to 30” w.c. (0.25 to 7.5 kPa)

210JM:

2” to 42” w.c. (0.5 to 10.5 kPa)

Z models:

-1” to 1.4” w.c. (-0.25 to 0.35 kPa)

C US

®


210 SeriesBalanced Valve Design



Model Inlet Outlet Remote Sensing

210D(Z)(R)(F)(M)

3 & 4 1 & 2 5 & 6210E(Z)(R)(F)(M)

210G(Z)(R)(F)(M)

210J(Z)(R)(F)(M)

Model Pipe Sizes


0.1(0.02)

0.3(0.07)

0.5(0.12)

1.0(0.25)

3.00.75)

5.0(1.25)

7.0(1.75)

1/2 psi(3.4)

3/4 psi(5.2)

1 psi(7.0)

1.5 psi(10.3)

210D(Z)(L)

(R)(F)(M)

1” x 1”

--- -- --

900(25.5)

1600(45.3)

2,000(56.6)

2400(68.0)

3300(93.5)

4100(116.1)

4750(134.5)

5800(164.2)

1100(31.2)

1900(53.8)

2500(70.8)

2900(82.1)

4100(116.1)

5,000(141.6)

5850(165.7)

7150(202.5)1 1/4” x 1 1/4”

1200(34.0)

2100(59.5)

2700(76.5)

3200(90.6)

4500(127.4)

5500(155.7)

6350(179.8)

7750(219.5)1 1/2” x 1 1/2”

210E(Z)(L)

(R)(F)(M)

1 1/2” x 1 1/2”

---

1050(29.7)

1350(38.2)

1915(54.2)

3315(93.9)

4280(121.2)

5065(143.4)

7125(201.8)

8725(247.1)

10075(285.3)

12340(349.4)

2” x 2”1210(34.3)

1560(44.2)

2210(62.6)

3825(108.3)

4940(139.9)

5845(165.5)

8225(233.0)

10070(285.2)

11630(329.3)

14245(403.4)

210G(Z)(L)

(R)(F)(M)

2 1/2” x 2 1/2”1410(39.9)

2450(69.4)

3160(89.5)

4470(126.6)

7740(219.2)

9995(283.0)

11825(334.9)

16635(471.0)

20375(577.0)

23525(666.2)

28810(815.8)

3” x 3”1555(44.0)

2695(76.3)

3475(98.4)

4920(139.3)

8520(241.3)

11,000(311.5)

13020(368.7)

18310(518.5)

22425(635.0)

25890(733.1)

31710(897.9

210J(Z)(L)(R)

(F)(M)4” x 4”

2700(76.5)

4700(133.1)

6,000(169.9)

8600(243.5)

15,000(424.8)

19,000(538.0)

23,000(651.3)

32,000(906.1)

40,000(1132.7)

45,000(1274.3)

55700(1577.3)

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. 210DM).*See page 24 for pressure drop chart.





210D(F)

1 to 3.5(0.25 to 0.87)

4 to 8(1 to 2)

5 to 15(1.25 to 3.74)

2 to 5(0.5 to 1.25)

3 to 6(0.75 to 1.5)

3 to 8(0.75 to 2)

4 to 12(1 to 3)

5 to 12(1.25 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.74 to 7.5)

20 to 42(5 to 10.5)

210E(F)

210G(F)

210J --- --- --- --- --- --- --- --- --- --- ---

“Z” Models -1.0 to 1.5 (-0.25 to 0.37)



210D(R)(F)1 to 3.5

(0.25 to 0.87)4 to 8(1 to 2)

5 to 15(1.25 to 3.74)

2 to 5(0.5 to 1.25)

3 to 8(0.75 to 2)

4 to 12(1 to 3)

5.5 to 12(1.37 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.74 to 7.5)

210E(R)(F)

210G(R)(F)

210J --- --- --- --- --- --- --- --- ---

“Z” Models -1.0 to 1.5 (-0.25 to 0.37)



210D(M)1 to 3.5

(0.25 to 0.9) 2 to 5(0.5 to 1.25)

4 to 12(1 to 3)

10 to 22(2.5 to 5.5)

15 to 30(3.8 to 7.5)

20 to 42(5 to 10.5)

210E(M)

210G(M)

210J(M) ---

“Z” Models -1.0 to 1.4 (-0.25 to 0.35)



210 SeriesBalanced Valve

Dimensions

Model Swing RadiusDimensions

A B C D

210D(Z)(R)(F)(M) 5.44” (138 mm) 9” (228 mm) 2.44” (62 mm) 5.5” (140 mm) 7” (178 mm)

210E(Z)(R)(F)(M) 8.31” (211 mm) 11.25” (286 mm) 2.31” (59 mm) 7.63” (194 mm) 9.12” (232 mm)

210G(Z)(R)(F)(M) 11.88” (302 mm) 16.06” (408 mm) 4.25” (107 mm) 10.38” (264 mm) 13.44” (341 mm)

210J(Z)(M) 18” (457 mm) 24.25” (616 mm) 5.44” (138 mm) 13.75” (349 mm) 18” (457 mm)


NOTE: Dimensions are to be used only as an aid in designing clearance for the valve.Actual production dimensions may vary somewhat from those shown.

A

D

A

D

210J210D, 210E, 210G


210 Balanced Valve Design



3 Top Housing

4 Regulating Diaphragm

5 Stem & Valve

6 Bottom Housing

7 Seal Cap Gasket

8 Stack

9 Spring

10 Vent Connection

11 Diaphragm Plates

12 Balancing Diaphragm

13 Sensing Tube


15 Bottom Plate

1

2

3

4

5

6

9

10

11

7

8

12

13

14

15



Pipe Sizes ....................................... 1/2” to 2” threaded connections with NPT or ISO7-1 threads.

Housing Material ........................... GF40, GF60, GF80: aluminum.

Filter Mat Material ......................... Polypropylene fleece

Mounting Position .......................... Suitable for multi-positional mounting, preferably with lid facing down or to the side to facilitate removal of debris during maintenance.

NOTE: All Maxitrol gas filters should be installed and operated in accordance with Maxitrol Safety Warning Instructions (see GF_IO_EN_HF2000).

Approvals ......................................... CE

Construction and Design ................. Function according to DIN 3386, Gas Appliances Regulation 2016/426/EU and Pressure Equipment Directive 97/23/EEC.

Gas Types ....................................... Suitable for natural, manufactured, mixed gases, liquefied petroleum gases, LP gas-air mixtures, sewer gas, and air.

Pressure Tap Connector .................. Optional: Pressure tap (PF10) connections inlet and/or outlet side.

Maximum Inlet Pressure ................ 60 psi (400 kPa)

Maximum Pressure Drop ............... 1 kPa (10 mbar) (from this value, the filter mat must be changed). For more information see pressure drop chart, page 29.

Ambient Temperature Ranges ......... -4 to 175°F (-20 to 80°C)

Storage and Transport Temp ........... -58 to 175°F (-50 to 80°C)

Filter Replacement ......................... GF40 Models: KIT-GF40, GF60 Models: KIT-GF60, GF80 Models: KIT-GF80

(Incl. Insert, Gasket, and Screws)

Gas and air filters protect downstream controls (regulators, automatic shut-off valves) from particulate contamination. Recommended for use upstream of fittings, regulators, and controls. Applications for the residential, commercial cooking, process heating, and industrial burner industries. The unique filter mat material will not allow particle infiltration over 0.05mm (50 microns).

GF60

HF2000 SERIESGas and Air Filters

Specifications

Gas Filter Service Kit

Model Service Kit Number Min. Order Quantity

GF40M-44... KIT-GF40M

10

GF60M-66...KIT-GF60M

GF60M-88...

GF80M-1010...

KIT-GF80MGF80M-1212...

GF80M-1616...


NPT Model ISO 7-1 Model Pipe Size Pressure

GF40-44 GF40M-44 1/2” 100 kPa, 400 kPa

GF60-66 GF60M-66 3/4” 100 kPa, 400 kPa

GF60-88 GF60M-88 1” 100 kPa, 400 kPa

GF80-1010 GF80M-1010 1 1/4” 100 kPa, 400 kPa

GF80-1212 GF80M-1212 1 1/2” 100 kPa, 400 kPa

GF80-1616 GF80M-1616 2” 100 kPa, 400 kPa

Outer Dimensions

Model Swing Radius A B C

GF40 1.6” (41 mm) 2.1” (53 mm) 2.7” (69 mm) 2.3” (58 mm)

GF60 2.6” (66 mm) 3.7” (94 mm) 4.3” (109 mm) 3.7” (94 mm)

GF80 4” (102 mm) 6.2” (158 mm) 6.2” (163 mm) 6.4” (163 mm)

GF40 GF60

AA

Dimensions

GF80

A


Pipe Sizes ....................................... DN40, DN50, DN65. (ASME/ANSI Class 125, 1 1/2” to 2 1/2” flanged. Contact Maxitrol Company for availability.)

Housing Material ........................... Aluminum.

Filter Mat Material ......................... Polypropylene fleece

Mounting Position ........................... Suitable for multi-positional mounting, preferably with lid facing down or to the side to facilitate removal of debris during maintenance.

NOTE: All Maxitrol gas filters should be installed and operated in accordance with Maxitrol Safety Warning Instructions (see GF_IO_EN_GF1000).

Approvals ......................................... CE

Construction and Design ................. Function according to DIN 3386, Gas Appliances Regulation 2016/426/EU and Pressure Equipment Directive 97/23/EEC.

Gas Types ....................................... Suitable for natural, manufactured, mixed gases, liquefied petroleum gases, LP gas-air mixtures, sewer gas, and air.

Pressure Tap Connector .................. Optional: Pressure tap (PF10) connections inlet and/or outlet side.

Maximum Inlet Pressure ................ 87 psi (600 kPa)

Maximum Pressure Drop ............... 1 kPa (10 mbar) (from this value, the filter mat must be changed). For more information see pressure drop chart, page 30.

Ambient Temperature Ranges ......... -4 to 175°F (-20 to 80°C)

Storage and Transport Temp ........... -58 to 175°F (-50 to 80°C)

Filter Replacement Kit .................... KT-GF1000MF

Gas and air filters protect downstream controls (regulators, automatic shut-off valves) from particulate contamination. Recommended for use upstream of fittings, regulators, and controls. Applications for the residential, commercial cooking, process heating, and industrial burner industries. The unique filter mat material will not allow particle infiltration over 0.05mm (50 microns).

GF1000 SERIESGas and Air Filters

GF1000MF40

Model Service Kit Number Min. Order Quantity

GF1000MF40...

KIT-GF1000MF Upon requestGF1000MF50...

GF1000MF65...

(Incl. Insert, Gasket, and Screws)

Gas Filter Service Kit

Specifications


Model Pipe Size Pressure

GF1000MF40 DN40 100 kPa, 400 kPa, 600 kPa



GF1000F40 1 1/2” 100 kPa, 400 kPa, 600 kPa

GF1000F50 2” 100 kPa, 400 kPa, 600 kPa

GF1000F65 2 1/2” 100 kPa, 400 kPa, 600 kPa

Outer Dimensions

Model A B C

GF1000MF40, GF1000F40 6.2” (157 mm) 9.2” (234 mm) 6.1” (155 mm)

GF1000MF50, GF1000F50 6.6” (168 mm) 9.2” (234 mm) 6.1” (155 mm)

GF1000MF65, GF1000F65 7.4” (188 mm) 9.2” (234 mm) 6.1” (155 mm)

GF1000MF40 GF1000MF50

GF1000MF65

Dimensions

AA

A


Pressure Drop Charts

2 4 8 40 50 60 80 100 200 300 800 10006 10 20 30 400 600

10

5

4

32,5

0,5

0,4

0,30,25

0,2

0,15

0,1

0,05

2

1,5

1

2,5 5,0 9,9 49,6 62 74,4 99,2 124 248 372 990 12407,4 12,4 24,8 27,2 496 744

1,6 3,2 6,4 32 40 48 64 80 160 240 640 8004,8 8 16 24 320 480

RV6

1(M

)

RV52

(M)

RV11

1(M)

RV11

1(M

)

= Air dv = 1.00 f = 1.00

= Natural Gas dv = 0.64 f = 1.24

= LPG dv = 1.56 f = 0.80

dv = ρgas

ρ airVgas = f Vair• •

•

3

f = ρairρgas

NOTE: Values below apply to all pressure drop charts on pages 26-28.

1 2

1

2

3

Range of regulationEXAMPLE

Pre

ssur

e D

rop

Δp

kPa

Flow Rate Q (Air) m³/h

Flow Rate Q (Natural Gas) m³/h

Flow Rate Q (LPG) m³/hMinimum range of regulation

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. RV52M).

RV Series Pressure Drop Chart


R/RS Series Pressure Drop Chart

25

20

15

10

5

2,5

2

1,5

1

0,5

0,4

0,3

4

3

0,251 104 6 20 30 40 60 80 1002 3 8

1,2 12,45,5 7,4 24,8 37,2 49,6 74,4 92,2 1242,5 3,7 9,9

0,8 8,03,2 4,8 16 24 32 48 64 801,6 2,4 6,4

R600

S(Z)

(M)

R600

R500

R400

S(Z)

(M)

R600

S(Z)

(M)

R500

S(Z)

(M)

1

2

3


Pre

ssur

e D

rop

Δp

kPa


NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. R400SM).



50

40

30

20

15

10

5

4

3

2,5

2

1,5

1

0,5

0,4

0,3

0,258 9 10 20 30 40 50 60 80 100 200 300 400 500 600 800 1000

9,9 11,2 14,4 24,8 27,2 49,6 62 74,4 99,2 124 248 372 496 620 744 922 1240

6,4 7,2 8 16 24 32 40 48 64 80 160 240 320 400 480 640 800

210D

(M)

210D

M21

0D(M

)

210E

(M)

210G

(M)

1

2

3


Pre

ssur

e D

rop

Δp

kPa

Flow Rate Q (Air) m³/h


Flow Rate Q (LPG) m³/h

NOTE: Models with ISO7-Rp threads are designated by the suffix “M” (e.g. 210DM).

210 Series Pressure Drop Chart


0.10

1.00

10 100 1000 10000 100000

HF2000 Series

Pres

sure

Dro

p - i

nche

s w

.c.

Flow Rate (Air) CFH

GF4

0 GF6

0 - 6

6 GF6

0 - 8

8

GF8

0 - 1

010 GF8

0 - 1

212

GF8

0 - 1

616

HF2000 Series Pressure Drop Chart



GF1000 Series Pressure Drop Chart

0.10

1.00

1.00 1000 10000

Pres

sure

Dro

p - i

nche

s w

.c.

Flow Rate (Air) CFH

GF1000 Series

GF40M

F

GF50M

F

GF65M

F


Notes

© 2020, Maxitrol Company. All Rights Reserved.

GPR_GEN_MS_EN_04.2020

Exclusive Distributor North Americafor Mertik Maxitrol

Maxitrol Company, Inc.23555 Telegraph Rd., PO Box 2230Southfield, MI 48037-2230USATel: +1 248-356-1400Fax: +1 248-356-0829www.maxitrol.com

Documents

GAS PRESSURE REGULATORS CATALOG...2 2020 Maitrol Copay ll Rights Resere Gas Pressure Regulators For Industrial Engines and Generator Sets Service and installation must be performed