Honeywell HON 5020 Operating instructions

HON 5020
gas pressure regulator
with HON 630 pilot
User and maintenance manual
Spare parts

Contents
HON 5020 gas pressure regulator with HON 630 pilot 2
Contents
1General considerations 4
1.1 About this user manual 4
1.2 About the safety notices 5
2Description 7
2.1 Intended use 7
2.2 Device models 8
2.3 Labels/Markings 9
2.4 Identifying the device 10
2.5 Layout and operation 12
2.6 Technical specifications 16
3Safety 23
3.1 Basic safety rules 23
3.2 Requirements concerning the workforce, personal protective gear, workplaces 24
4Basics for installing the device in a pipe 27
4.1 Installation examples 27
4.2 Alternative application example: Active monitor regulator 29
4.3 Meter run characteristics 30
4.4 Operating and measuring lines 31
5Transport and installation 33
5.1 Transporting the gas pressure regulator 33
5.2 Installing the gas pressure regulator 35
5.3 Installing the device connections 36
5.4 Checking the system for leaks 37
6Adjusting the settings of the device 39
6.1 Adjusting the loading pressure 39
6.2 Adjusting the control stage setpoint 40
6.3 Adjusting the amplifying valve 41
7Malfunctions 43
7.1 Malfunctions 43
8Maintenance 45
8.1 Maintenance schedule 45
8.2 Preparing for the maintenance 46
8.3 Starting maintenance 47
8.4 Maintaining the actuator assembly 50
8.4.1 Maintaining the actuator assembly 50
8.5 Maintaining the pilot 53
8.5.1 Disassembling the pilot and maintaining the base plate 53
8.5.2 Maintaining the control stage with a diaphragm assembly 56
8.5.3 Maintaining the control stage with a metal bellows assembly 63
8.5.4 Maintaining the control stage with a larger diaphragm assembly 72
8.5.5 Maintaining the load limiting stage 82

Contents
HON 5020 gas pressure regulator with HON 630 pilot 3
8.5.6 Maintaining the fine mesh filter 85
8.5.7 Reassembling the pilot 87
8.6 Completing the maintenance 88
9Storage, removal, and disposal 89
9.1 Storing the device 89
9.2 Disassembling the device 89
9.3 Disposing of the device 91
10 Appendix 92
10.1 Additional information regarding spare parts 92
10.2 Spare parts for the HON 5020 actuator assembly 94
10.3 Spare parts for two-stage HON 630 pilot 98
10.4 Spare parts for load limiting stage 103
10.5 Spare parts for control stage 105
10.6 Spare parts for fine mesh filter 111
10.7 Spare parts for travel indication option 112
10.8 Lubricants, threadlockers, and special tools 113

General considerations
HON 5020 gas pressure regulator with HON 630 pilot 4
1General considerations
Topic Page
About this user manual 4
About the safety notices 5
1.1 About this user manual
This user manual applies to HON 5020 gas pressure regulators featuring an HON 630 pilot.
This user manual provides all individuals with the information required for the safe handling
in connection with the following tasks:
Transport
Installation
Start-up
Set-up
Maintenance
Decommissioning, disassembly, renewed start-up, storage and disposal
This user manual is intended for anyone working with the product:
Transportation personnel
Installation personnel
Set-up and operating personnel
Maintenance and service personnel
Honeywell offers products with identical functions in a number of different sizes. For this
reason, we are unable to guarantee that illustrations in this user manual coincide with the
dimensions of your product. In these cases, the illustrations should be viewed as a concept
sketch.
Failing to observe the information provided in this document may lead to injuries, including
death and material damages.
To ensure the safety, any persons handling the product must have read and understood the
following parts of this document before they start with any work involving it:
the chapter entitled Safety
the chapters that describe the work to be done
Unless explicitly permitted, the disclosure as well as duplication of this document, the exploi-
tation and communication of its contents are prohibited. Any breach or infringement will
result in liability for damages. All rights reserved in the event of patent, utility model or
registered design registration.
Contents
Validity and purpose
Target group
Illustration
Safety
Copyright notice

General considerations
HON 5020 gas pressure regulator with HON 630 pilot 5
© Copyright 2020 by
Honeywell Process Solutions
Honeywell Gas Technologies GmbH
Osterholzstraße 45
34123 Kassel
GERMANY
Tel: [phone]
Phone number for service: [phone]
Fax: [phone]
Fax number for service: [phone]
E-mail: [e-mail]
Website:
www.honeywellprocess.com
www.hongastec.de
Printed in Germany
The manufacturer is not liable for damages and malfunctions arising from non-observance of
this user manual and the other applicable documents.
The written approval from Honeywell Gas Technologies GmbH, Kassel, is required for any
modifications and additions to the product. Any violation will void the legal liability for con-
sequences arising thereof.
1.2 About the safety notices
The information contained in the safety notices is intended to prevent personal injury. Safety
notices contain the following information:
Nature and source of the danger
Possible consequences associated with the non-observance of the notice
Procedures for the prevention of personal injury
This document contains the following types of safety notices:
Type of safety notice
Description
Sign
Basic safety notices
Superordinate safety notices not relating to a
specific task:
They contain a summarized description of
hazards, risks and safety procedures associ-
ated with the handling of the device.
Their purpose is to inform and educate the
user about an existing danger and about
practicing behavioral safety.
They are suitable as safety instruction for all
employees handling the device.
Recognizable by the heading
of the chapter
Instruction-related
safety notices
Safety notices containing specific instructions
relating to the entire manual or a group of
manuals
Copyright
Details about the manu-
facturer’s liability
Constructive changes
Meaning
Types of safety
notices

General considerations
HON 5020 gas pressure regulator with HON 630 pilot 6
Type of safety notice
Description
Sign
Step-related safety
notices
Safety notices containing specific instructions
relating only to the step
DANGER
WARNING
CAUTION
Additional safety
notice
Instruction to observe certain safety notices
with reference to a location in the document
where safety notices containing specific
information about dangers, risks and specific
instructions for safety procedures can be found
The safety notices containing specific instructions are identified with a signal word. The signal
word represents a certain danger level:
Danger level
If you fail to follow the instruction, then …
And the consequence is …
DANGER
an accident will happen
serious bodily injury or
death.
WARNING
an accident may happen
possible serious bodily
injury or death.
CAUTION
an accident may or will happen.
minor or moderate bodily
injury.
Warnings about possible material damages are identified with the word Attention in this
document.
Danger levels
Warnings about material
damages

Description
HON 5020 gas pressure regulator with HON 630 pilot 7
2Description
Topic Page
Intended use 7
Device models 8
Labels/Markings 9
Identifying the device 10
Layout and operation 12
Technical specifications 16
2.1 Intended use
HON 5020 gas pressure regulators featuring an HON 630 pilot can be used to maintain the
outlet pressure of a gas constant within a regulating line regardless of the influence of dis-
turbance variables such as inlet pressure changes and/or discharge changes. These devices
are also characterized by high accuracy even in the event of large inlet pressure changes. It
can be used in transfer stations of gas transportation networks, in power plants and industrial
plants. HON 5020 gas pressure regulators featuring an HON 630 pilot are suitable for use with
natural gas or dry, non-aggressive industrial gases.
Note: The utilization limits of the device with regard to the medium, operating pressure and
operating temperature can be gathered from the type plate attached on the device or the
technical specifications.
The use under different operating conditions must be coordinated in consultation with the
manufacturer.
Please observe the following limitations of use:
Do not use the device for any media other than those mentioned in the intended use or
those discussed with and approved by the manufacturer.
Do not use the device in any installation position other than the one documented in
this user manual.
Do not use the device against the direction of flow specified on the device and in the
user manual.
When replacing defective parts, only use original spare parts or manufacturer-approved
standard parts.
Do not attempt to modify or remodel the device on your own.
Contents
Intended use
Limitations of use

Description
HON 5020 gas pressure regulator with HON 630 pilot 8
2.2 Device models
Gas pressure regulators consisting of an HON 5020 regulator unit combined with an HON 630
pilot are available in a number of versions. These versions are derived from the various
possible combinations between the various pilot and actuator assembly versions.
The following table shows which models are available:
Nominal diameters of 1" (DN 25); 2" (DN 50); 3" (DN 80); 4" (DN 100), and 6" (DN 150) with
Flange facing as de-
fined by standard
Pressure rating
Maximum operating
pressure
[bar]
Flange facing
ASME B16.5
Class 150
20
Raised face;
ring joint
Class 300
51
Class 600
102
DIN EN 1759-1
Class 150
20
Bflange;
Jflange
Class 300
51
Class 600
102
DIN EN 1092-1
PN 16
16
Bflange
PN 25
25
PN 40
40
The HON 630 pilot features a number of individual expansion options.
The following individual components are always part of the device:
HON 905 fine mesh filter
Inlet pressure gauge
Amplifying valve
Control stage, including spring adjuster and base plate
The following individual components are optional expansions:
Load limiting stage, including spring adjuster and loading pressure gauge
Outlet pressure gauge
With HON 925 protection against overpressure for setpoint ranges Wdof 0.3
to 20 bar
Without protection against overpressure for setpoint ranges Wdof 10 to 40
bar
HON 915 vent valve
Electrical remote setpoint adjustment for control stage and/or load limiting stage
The standard HON 630 pilot version features two stages, i.e., it includes both a load limiting
stage and a control stage.
The manufacturer uses designation HON 630-1 for the single-stage pilot version featuring a
control stage but no load limiting stage.
Gas pressure regulator
versions
HON 5020 actuator
assembly models
HON 630 pilot models

Description
HON 5020 gas pressure regulator with HON 630 pilot 9
There are three different versions of the individual control stage component installed in the
HON 630 pilot, with the specific version used depending on the control stage’s setpoint range
(Wd):
Setpoint range Wd
Design
0.3 to 1 bar
With larger diaphragm assembly
0.5 to 40 bar
With diaphragm assembly
10 to 90 bar
With metal bellows assembly
The optional load limiting stage for the HON 630 pilot always features a diaphragm assembly
regardless of the control stage’s setpoint range (Wd).
The technical specifications and the Maintenance section, as well as the spare parts lists and
spare parts drawings in the appendix, describe all the gas pressure regulator versions and all
the models corresponding to the standard for this device type. Special-purpose versions are
identified with “SO” in the inspection certificate, which is included with the gas pressure
regulator.
The remaining sections in this user manual mostly use the version with the two-stage pilot
with a diaphragm assembly as a reference. However, other versions and models will be
covered specifically as well when there are important differences that need to be pointed
out.
If you have trouble understanding the information in this documentation, contact the manu-
facturer without fail before starting any work on the device.
2.3 Labels/Markings
Illegible information on the device poses a risk of injury due to resulting erroneous opera-
tion, use, or installation.
Labels, as well as inscriptions and stamping on the device, can eventually become soiled or
otherwise unrecognizable to such an extent that users will not be warned effectively of
hazards and may be unable to follow required operating instructions. This will pose a risk of
injury.
Make sure to always keep all relevant labels in good condition so that they will be easily
legible.
Immediately replace damaged and missing labels.
The following labels/markings can be found on the actuator assembly’s casing:
Figure
No.
Meaning
1
Nameplate
2
Body part number
3
Batch number
Foundry code
4
CE PIN
(only if the unit has been granted a CE type
approval)
5
Body nominal size
6
Arrow indicating the direction of flow
Control stage models
Models for the optional
load limiting stage
Versions and designs in
this user manual
Illegible labels
Labels on the HON 5020
actuator assembly

Description
HON 5020 gas pressure regulator with HON 630 pilot 10
For the location of the nameplates, as well as a detailed list of the information on them and
what it means, please refer to:
Identifying the device (see page 10)
Small labels must be used to color-code and explicitly name the gas pressure regulator’s
connection lines (measuring impulse lines and operating lines) based on what the lines are
intended for and their minimum nominal size.
2.4 Identifying the device
Make sure you have the right manual for your gas pressure regulator.
Use the nameplates to identify the gas pressure regulator.
Make sure that the on-site conditions match the information on the nameplates and the
technical specifications.
Technical specifications (see page 16)
The type plate of the actuator assembly can be found here:
Figure
No.
Meaning
1
Front of the actuator assembly
For actuator assembly models that use the metric system, the information on the name-
plate will be as follows:
Figure
No.
Meaning
1
Model name
2
Manufacturer
3
Nominal size
4
Serial number of the device
5
Valve seat diameter
6
Device version
(IS = version with integral overpressure
protection)
7
Standard (EN 334)
8
Manufacturing date (month/year)
9
Connection
10
Temperature range
11
Failure function (fail-open)
12
Maximum allowable pressure
13
Maximum allowable inlet pressure
Nameplates
Labels on connection
lines
Identifying the gas pres-
sure regulator
Verifying the technical
specifications
Locating the type plate of
the actuator assembly
Interpreting the type
plate of the actuator
assembly

Description
HON 5020 gas pressure regulator with HON 630 pilot 11
For actuator assembly models that use the imperial system, the information on the name-
plate will be as follows:
Figure
No.
Meaning
1
Model name
2
Manufacturer
3
Nominal size
4
Nominal pressure / Flange standard
5
Tightening torque
6
Manufacturing date (month/year)
7
Customer reference number
8
Serial number
9
Differential pressure
10
Temperature range (-40° to 175° F)
11
Maximum allowable inlet pressure
The type plate of the pilot can be found here:
Figure
No.
Description
1
Front of control stage
The details on the type plate have the following meaning:
Figure
No.
Meaning
1
Name of the device
2
Serial number
3
Maximum allowable pressure
4
Controlled variable
5
Specific set range
6
Setpoint
Locating the type plate of
the pilot
Interpreting the type
plate of the pilot

Description
HON 5020 gas pressure regulator with HON 630 pilot 12
2.5 Layout and operation
The gas pressure regulator is made up of the following assemblies:
Figure
No.
Description
1
HON 630 pilot
2
HON 5020 actuator assembly
Gas pressure regulators consisting of an HON 5020 actuator assembly combined with
an HON 630 pilot can be used to maintain the outlet pressure of a gas constant within
set limits within a regulating line regardless of the influence of disturbance variables
such as inlet pressure changes and/or discharge changes.
The pressure that needs to be regulated is fed to the pilot via the measuring line. The
diaphragm system in the pilot determines the pressure actual value as a force on the
measuring diaphragm and compares it with the force of the pilot spring, which is used
as reference variable. If control deviations are detected based on the results from this
comparison, the opening position of the actuator assembly’s regulating diaphragm will
be changed by adjusting the motorization pressure so that the pressure being regulated
(actual value) will change to match the setpoint. When there is zero pressure flow, the
device seals tightly.
Actuator assembly configuration:
Figure
No.
Meaning
1
Actuator body
2
Diaphragm assembly
3
Flow restrictor
4
Noise reduction element
5
Support disc
6
Inlet pressure
7
Outlet pressure
8
Motorization pressure
Figure
How it works
Actuator assembly con-
figuration

Description
HON 5020 gas pressure regulator with HON 630 pilot 13
Actuator assembly connection lines:
Figure
No.
Connection
Front:
1
Inlet pressure
2
Motorization pressure
3
Outlet pressure / feedback
Back:
4
Outlet pressure
5
Inlet pressure
The actuator assembly’s connections have the following dimensions:
M14 x1.5 if the pilot being connected uses the metric system
3/8 NPT if the pilot being connected uses the imperial system
The pilot is made up of the following individual components:
Figure
No.
Description
1
Load limiting stage (optional)
2
Control stage
3
Control stage spring adjuster
4
Load limiting stage spring adjuster
5
HON 905 fine mesh filter
6
Inlet pressure gauge
7
Amplifying valve
8
Load limiting stage pressure gauge
Actuator assembly
connection lines
Pilot components

Description
HON 5020 gas pressure regulator with HON 630 pilot 14
The pilot features the following fittings:
Figure
No.
Description
1
Port for inlet pressure line
Ø10, M 14 x 1.5
2
Inlet pressure gauge fitting
3
Loading pressure gauge fitting
4
Port for outlet pressure sensing line
Ø12, M 14 x 1.5
Optionally with pressure gauge for
outlet pressure and protection against
overpressure
5
Port for outlet pressure process line
6
Vent line connection
Ø12, M 14 x 1.5 (ambient pressure com-
pensation)
7
Inlet pressure fitting
Figure
Color
Meaning
Inlet pressure
Loading
pressure
Motorization
pressure
Outlet pres-
sure
Atmospheric
pressure
The inlet pressure is conveyed into the load limiting stage via the fine mesh filter.
The outlet pressure is conveyed into the control stage and produces a force component
that acts on the double diaphragm system from above.
The pilot’s set screw is used to tighten the pilot spring, producing a force component
that acts on the control stage’s double diaphragm system from below.
The force components being exerted on the double diaphragm system are used by the
system in order to compare the setpoint and the process value. Depending on the out-
let pressure and on the set setpoint, a small/large gap relative to the load limiting stage
will be cleared. This, in turn, will result in an accordingly low/high loading pressure be-
ing passed on to the load limiting stage.
Inside the load limiting stage, the double diaphragm system (much like the control
stage) performs a setpoint/process value comparison between the loading pressure
acting from above and the outlet pressure acting from below.
Pilot connection lines
Pilot pressure
sections
How the pilot works

Description
HON 5020 gas pressure regulator with HON 630 pilot 15
The HON 630 pilot delivers a motorization pressure to the actuator assembly that, as a
function of the outlet pressure and the set setpoint, will result in an opening or closing
operation in the actuator assembly.
The start-up valve is needed exclusively to start the regulating line and is closed during
normal operation.
The pilot’s amplifying valve is used to set the speed of the motorization pressure
changes.
The load limiting stage guarantees high accuracy even in the event of large inlet pres-
sure changes.
The numbers have the following meaning:
Figure
No.
Description
1
Optical travel indicator
2
Optical travel indicator with remote control
Optical travel indicator
The regulator is in the closed position when the magnet is located completely behind
the diffuse surface.
When the travel position is in the open position, this is not a position indicator, but only
shows that the regulator is in operation.
Optical travel indicator with remote control
The optical travel indication can also be equipped with a remote indication.
The positions open and closed are switched by means of a reed contact.
The remote indication is also not a position indicator, but only shows
whether or not the regulator is in operation.
Travel indication
option
How the travel indication
option works

Description
HON 5020 gas pressure regulator with HON 630 pilot 16
2.6 Technical specifications
Criterion
Value
Actuator assembly materials
Case: Steel
Internal parts: Steel
Diaphragm: Elastomer
Gaskets: Elastomer
Pilot materials
Case: Aluminum alloy
Internal parts: Aluminum alloy/steel
Diaphragms: NBR
Gaskets: NBR
Criterion
Value
Temperature range
-20 to +60 °C
(-4 to +140 °F)
There are various flange facings for the nominal diameters of 1" (DN 25); 2" (DN 50);
3" (DN 80); 4" (DN 100), and 6" (DN 150), as specified in the following standards:
ASME B16.5
Pressure rating as per Class 150; 300; 600 / Class 150 =20 bar; Class 300 =51 bar;
Class 600 =102 bar
Flange facing: Raised face; ring joint
DIN EN 1759-1
Pressure rating as per Class 150; 300; 600 / Class 150 =20 bar; Class 300 =51 bar;
Class 600 =102 bar
Flange facing: B flange; J flange
DIN EN 1092-1
Pressure rating as per PN 16; 25; 40 / PN 16 =16 bar; PN 25 =25 bar; PN 40 =40 bar
Flange facing: B flange
Size
PN
Class
1
inch (mm)
2
inch (mm)
3
inch (mm)
4
inch (mm)
5
inch (mm)
Weight*
lbs (kg)
1″(DN 25)
16
150
7.24 (184)
2.83 (72)
5.95 (151)
6.46 (164)
6.54 (166)
29.8 (13.7)
1″(DN 25)
25 / 40
300
7.76 (197)
2.83 (72)
6.93 (176)
6.46 (164)
6.54 (166)
32.8 (14.9)
1″(DN 25)
600
8.27 (210)
2.83 (72)
6.93 (176)
6.46 (164)
6.54 (166)
33.6 (15.4)
2″(DN 50)
16
150
10.00 (254)
3.23 (82)
7.32 (186)
7.17 (182)
7.32 (186)
47.6 (21.6)
2″(DN 50)
25 / 40
300
10.51 (267)
3.23 (82)
7.32 (186)
7.17 (182)
7.32 (186)
52.9 (24.0)
2″(DN 50)
600
11.26 (286)
3.98 (101)
8.03 (204)
7.17 (182)
6.54 (166)
63.5 (28.8)
Materials
Environmental
conditions
Nominal pressure rating
and flange facing stand-
ards
HON 5020 dimensions
and weights when using
HON 640a pilot as an
example

Description
HON 5020 gas pressure regulator with HON 630 pilot 17
Size
PN
Class
1
inch (mm)
2
inch (mm)
3
inch (mm)
4
inch (mm)
5
inch (mm)
Weight*
lbs (kg)
3″(DN 80)
16
150
11.73 (298)
4.80 (122)
8.58 (218)
8.70 (221)
7.80 (198)
95.7 (43.4)
3″(DN 80)
25 / 40
300
12.48 (317)
4.80 (122)
9.06 (230)
8.70 (221)
7.80 (198)
105.8 (48.0)
3″(DN 80)
600
13.27 (337)
5.00 (127)
9.06 (230)
8.70 (221)
7.80 (198)
148.6 (67.4)
4″(DN 100)
16
150
13.86 (352)
5.71 (145)
9.84 (250)
10.04 (255)
8.98 (228)
151.0 (68.5)
4″(DN 100)
25 / 40
300
14.49 (368)
5.71 (145)
9.84 (250)
10.04 (255)
8.98 (228)
170.0 (77.1)
4″(DN 100)
600
15.51 (394)
5.71 (145)
9.84 (250)
10.04 (255)
8.98 (228)
205.0 (93.0)
6″(DN 150)
16
150
17.76 (451)
7.56 (192)
11.61 (295)
11.85 (301)
10.59 (269)
286.6 (130.0)
6″(DN 150)
25 / 40
300
18.62 (473)
7.56 (192)
11.97 (304)
11.69 (297)
10.59 (269)
324.1 (147.0)
6″(DN 150)
600
20.00 (508)
7.91 (201)
11.97 (304)
11.89 (302)
10.59 (269)
425.5 (193.0)
*The HON 640a pilot used in this example weighs: 4.19 lbs (1.9 kg)
Size
PN
Class
A
inches (mm)
B
inches (mm)
C
inches (mm)
D
inches (mm)
E
inches (mm)
Weight*
lbs (kg)
1''-2"
16 /
25 /
40
247
164
240
165
144
31.5 (14.3)
33.7 (15.3)
33.7 (15.3)
1''-2"
150
239
150
31.1 (14.1)
1''-2"
300
247
165
33.7 (15.3)
1''-2"
600
247
165
36.6 (16.6)
Dimensions and weights
for a HON 5020 body
with expander as exam-
ple

Description
HON 5020 gas pressure regulator with HON 630 pilot 18
Size
PN
Class
A
inches (mm)
B
inches (mm)
C
inches (mm)
D
inches (mm)
E
inches (mm)
Weight*
lbs (kg)
2''-4"
16
292
182
310
220
164
52.9 (24)
2''-4"
25 / 40
300
235
59.5 (27)
59.5 (27)
2''-4"
150
297
230
56.2 (25.5)
2''-4"
300
310
255
67.3 (30.5)
2''-4"
600
320
275
205
88.2 (40)
3''-6"
16
377
234
400
285
254
122.6 (55.6)
3''-6"
25 / 40
384
300
134.1 (60.8)
3''-6"
150
374
280
121.7 (55.2)
3''-6"
300
394
320
144.9 (65.7)
3''-6"
600
412
355
211.2 (95.8)
4''-8"
16
536
306
430
460
294
225.1 (102.1)
4''-8"
25
549
485
246.5 (111.8)
4''-8"
40
564
515
253.4 (114.9)
4''-8"
150
549
485
228.0 (103.4)
4''-8"
300
566
520
256.7 (116.4)
4''-8"
600
586
560
310.0 (140.6)
6''-12''
16
611
381
570
460
385
402.0 (182.3)
6''-12''
25
624
485
454.0 (205.9)
6''-12''
40
639
515
481.1 (218.2)
6''-12''
150
624
485
423.6 (192.1)
6''-12''
300
641
520
479.1 (217.3)
6''-12''
600
657
377
560
403
703.0 (318.8)

Description
HON 5020 gas pressure regulator with HON 630 pilot 19
The figure below shows the dimensions for the pilot with a control stage for a setpoint range
Wd=0.3 –1bar:
Without pressure gauge for outlet pressure
The figure below shows the dimensions for the pilot with the control stages for setpoint
ranges Wd=0.5 –90 bar:
Without pressure gauge for outlet pressure
With outlet pressure gauge
pd1-20 bar
With outlet pressure gauge
pd10 -90 bar
Pilot dimensions and
weights

Description
HON 5020 gas pressure regulator with HON 630 pilot 20
Metric system:
Outlet pressure area pd
range
[bar]
Weight
[kg]
A
[mm]
B
[mm]
C
[mm]
D
[mm]
E
[mm]
F
[mm]
0.3 –1
6.0
195
101
67
101
26
127
0.5 –40
5.0
195
101
67
101
26
127
10 –90
6.5
315
101
67
101
26
127
Outlet pressure area pd
range
[bar]
G
[mm]
H
[mm]
I
[mm]
J
[mm]
K
[mm]
L
[mm]
M
[mm]
N
[mm]
O
[mm]
0.3 –1
225
93
42
56
88
230
132
90
24
0.5 –40
191
36
42
56
68
209
156
-
-
10 –90
191
36
42
32
75
202
156
-
-
Imperial system:
Outlet pressure area pd
range
[bar]
Weight
[lbs]
A
[in]
B
[in]
C
[in]
D
[in]
E
[in]
F
[in]
0.3 –1
13.5
7.7
4.0
2.6
4.0
1.0
5.0
0.5 –40
11.0
7.7
4.0
2.6
4.0
1.0
5.0
10 –90
14.5
12.4
4.0
2.6
4.0
1.0
5.0
Outlet pressure area pd
range
[bar]
G
[in]
H
[in]
I
[in]
J
[in]
K
[in]
L
[in]
M
[in]
N
[in]
O
[in]
0.3 –1
8.9
3.7
1.7
2.2
3.5
9.1
5.2
3.5
0.9
0.5 –40
7.5
1.4
1.7
2.2
2.7
8.2
6.1
-
-
10 –90
7.5
1.4
1.7
1.3
3.0
8.0
6.1
-
-
Criterion
Value
Nominal diameter
1″(DN 25), 2″(DN 50), 3″(DN 80), 4″(DN 100), 6″
(DN 150)
Maximum operating pressure
285 psi (19.65 bar)
Criterion
Value
Nominal diameter
1″(DN 25), 2″(DN 50), 3″(DN 80), 4″(DN 100), 6″
(DN 150)
Maximum operating pressure
740 psi (51 bar)
Criterion
Value
Nominal diameter
1″(DN 25), 2″(DN 50), 3″(DN 80), 4″(DN 100), 6″
(DN 150)
Maximum operating pressure
1480 psi (102 bar)
Operating pressure,
Class 150
Operating pressure,
Class 300
Operating pressure,
Class 600