Emerson Fisher 8532 User manual

www.Fisher.com
D101550X012
Type 8532 High Performance Butterfly Valve
Contents
Introduction 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Scope of Manual 1. . . . . . . . . . . . . . . . . . . . . . . . .
Description 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Specifications 2. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Installation 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Valve Orientation 5. . . . . . . . . . . . . . . . . . . . . . . . .
Before Installing the Valve 5. . . . . . . . . . . . . . . . .
Adjusting the Actuator Travel Stops
or Travel 7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Installing the Valve 7. . . . . . . . . . . . . . . . . . . . . . . .
Packing Adjustment and Shaft Bonding 8. . . .
Maintenance 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Removing and Replacing the Actuator 10. . . . . .
Packing Maintenance 10. . . . . . . . . . . . . . . . . . . .
Removing the Valve 12. . . . . . . . . . . . . . . . . . . . .
Seal Maintenance 12. . . . . . . . . . . . . . . . . . . . . . .
PTFE Seals 13. . . . . . . . . . . . . . . . . . . . . . . . . . . .
NOVEX, Phoenix III and/or
Phoenix III Fire-Tested Seals 14. . . . . . . . . .
Anti-Blowout Design, Packing, Valve Shaft,
Disc, and Bearing Maintenance 14. . . . . . . . .
Installing the Two-Piece Shaft 16. . . . . . . . . . . .
Gasket Retainer 17. . . . . . . . . . . . . . . . . . . . . . . . .
Parts Ordering 18. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Parts List 19. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Introduction
Scope of Manual
This instruction manual includes installation,
maintenance, and parts ordering information for
NPS 14 through 24, Type 8532 High-Performance
Butterfly Valves (see figure 1). Refer to separate
instruction manuals for information covering the
actuator and accessories.
Do not install, operate, or maintain a Type 8532
valve without first Dbeing fully trained and qualified
in valve, actuator, and accessory installation,
operation, and maintenance, and Dcarefully reading
and understanding the contents of this manual. If
you have any questions about these instructions,
contact your Emerson Process Managementtsales
office before proceeding.
Figure 1. Type 8532 Valve with Type 1061 Actuator and
DVC6020 Digital Valve Controller
W9138-1
Unless otherwise noted, all NACE references are to
NACE MR0175-2002.
Note
Neither Emerson, Emerson Process
Management, nor any of their affiliated
entities assumes responsibility for the
selection, use and maintenance of any
product. Responsibility for the
selection, use, and maintenance of any
product remains with the purchaser
and end-user.
Description
The valve is available in either a flangeless wafer
body or a single-flange (lugged) body design, with a
variety of seals and internal components. The
pressure-assisted seal provides tight shutoff. The
upper (splined) shaft combines with a variety of
pneumatic piston or spring-and-diaphragm
actuators. Maximum inlet pressure/temperature
ratings are consistent with CL150 and CL300.
Instruction Manual
Form 5288
November 2007 8532 Valve

8532 Valve
Instruction Manual
Form 5288
November 2007
2
Table 1. Specifications
Valve Size and End Connection Styles
JNPS 14, J16, J18, J20, or J24 valves, in
Jwafer-style (flangeless) or Jsingle-flange
(lugged) with raised-face flanges, CL150 or
CL300
Maximum Pressure Drop(1)
Consistent with CL150 and CL300
pressure/temperature ratings per ASME B16.34
unless further restricted by values given in
figure 2
Shutoff Classification Per ANSI/FCI 70-2 and IEC
60534-4
Standard Soft Seal: Bidirectional shutoff Class VI
(bubble-tight)
NOVEX Seal: Unidirectional shutoff Class V
(reverse flow direction only)
Phoenix III Seal: Bidirectional shutoff Class VI
(bubble-tight)
Phoenix III Seal for Fire-Tested Applications:
Unidirectional shutoff Class VI (reverse flow
direction only) (bubble-tight). Fire Tested per API
607 Rev. 4. For cryogenic seal applications,
consult your Emerson Process Management
sales office
Available Seal Configurations
Standard Constructions
See figure 3 and table 2
Standard Construction Materials
See table 2
Flow Characteristic
Modified equal percentage
Flow Coefficients
See Catalog 12 and bulletin 51.6:8532
Flow Coefficient Ratio(2)
100 to 1
Noise Levels
See Catalog 12 for sound/pressure level
prediction
Valve In-Line Position
Shaft horizontal. See figure 4
Valve/Actuator Action
With diaphragm or piston rotary actuator,
field-reversible between:
Jpush-down-to-close (extending actuator rod
closes valve) and
Jpush-down-to-open (extending actuator rod
opens valve)
Valve Body Classification
Face-to-face dimensions are in compliance with
MSS SP68 and API 609 standards. Valve bodies
are designed for installation between ASME
B16.5 CL150 and CL300 raised-face flanges
Disc Rotation
Clockwise to close (when viewing from the drive
shaft end) through 90 degrees rotation
Shaft Diameter and Approximate Weight
See tables 3 and 4
ENVIRO-SEALrPacking
This optional packing system provides improved
sealing, guiding, and transmission of loading force
to control liquid and gas emissions. Contact your
Emerson Process Management sales office for
availability of ENVIRO-SEAL packing
1. The pressure/temperature limits in this manual, and any applicable code or standard limitation should not be exceeded.
2. Ratio of maximum flow coefficient to minimum usable flow coefficient may also be called rangeability.

8532 Valve
Instruction Manual
Form 5288
November 2007
3
Figure 2. Maximum Pressure/Temperature Ratings
B2335–2/IL
TEMPERATURE LIMITATIONS DO NOT ACCOUNT FOR THE
ADDITIONAL LIMITATIONS IMPOSED BY THE BACKUP RING
USED WITH THIS SEAL. TO DETERMINE THE EFFECTIVE
TEMPERATURE LIMITATION OF THE APPROPRIATE SEAL/
BACKUP RING COMBINATION, REFER TO TABLE 2.
NOTE:
BECAUSE OF POTENTIAL EROSIVE EFFECTS AND
PREMATURE SEAL FAILURE THAT CAN OCCUR, THROTTLING
PTFE SEALS AT DIFFERENTIAL PRESSURES GREATER THAN
20.7 BAR (300 PSID) AT DISC ANGLES LESS THAN 20_OPEN IS
NOT RECOMMENDED.
2
1
S21800

8532 Valve
Instruction Manual
Form 5288
November 2007
4
Table 2. Material Temperature Ratings
COMPONENT AND MATERIAL OF CONSTRUCTION(1)
TEMPERATURE RANGE
COMPONENT AND MATERIAL OF CONSTRUCTION
(1)
_C_F
Body
Carbon Steel (WCC or SA 516–70)(5)
CF8M (316 SST) CL150
CF8M FMS 20B16 (0.04% min carbon) CL300
–29 to 427
–198 to 538
–198 to 816
–20 to 800
–325 to 1000
–325 to 1500
Disc
CF8M (316 SST) w/ or w/o Hard coating
CF8M with CoCr-A edge (Alloy 6)
–198 to 538
–198 to 538
–325 to 1000
–325 to 1000
Shaft
S20910
S17400 (17-4 PH 1025)
S17400 (17-4 PH H1150M)
–198 to 538
–73 to 454
–196 to 454
–325 to 1000
–100 to 850
–320 to 850
Bearings
PEEK(2) (standard)
S31600(3)
–73 to 260
–198 to 816
–100 to 500
–325 to 1500
Packing
PTFE Packing and PTFE ENVIRO-SEAL Packing
Graphite packing
Graphite packing with oxidizing media
–54 to 232
–198 to 916
–198 to 538
–65 to 450
–325 to 1500
–325 to 1000
PTFE Seal Ring
NBR (Nitrile) Backup O-Ring
CR (chloroprene) Backup O-Ring
EPR Backup O-Ring
Fluorocarbon Backup O-Ring
PTFE Backup O-Ring
–29 to 93
–43 to 149
–54 to 182
–29 to 204
–73 to 204
–20 to 200
–45 to 300
–65 to 360
–20 to 400
–100 to 400
Seal Ring and
Backup Ring
UHMWPE(4) Seal Ring (CL150 Only)
NBR Backup O-Ring
CR Backup O-Ring
EPR Backup O-Ring
Fluorocarbon Backup O-Ring
PTFE Backup O-Ring
–29 to 93
–43 to 93
–54 to 93
–29 to 93
–73 to 93
–20 to 200
–45 to 200
–65 to 200
–20 to 200
–100 to 200
Phoenix III and/or Fire Tested Construction
S31600 and PTFE Seal Ring with NBR Backup O-Ring
CR Backup O-Ring
EPR Backup O-Ring
Fluorocarbon Backup O-Ring
–40 to 149
–54 to 149
–62 to 204
–40 to 232
–40 to 300
–65 to 300
–80 to 400
–40 to 450
Seal Ring
NOVEX S31600 Seal(3) Ring (CL150)
NOVEX S31600 Seal(3) Ring (CL300)
NOVEX S21800 Seal Ring (CL300)
–29 to 538
–29 to 816
–29 to 816
–20 to 1000
–20 to 1500
–20 to 1500
Cryogenic Seal Ring Contact your Emerson Process Management sales office
1. NACE trim constructions are available; consult your Emerson Process Management sales office.
2. PEEK stands for poly-ether-ether-ketone.
3. For a complete material description, contact your Emerson Process Management sales office.
4. UHMWPE stands for ultra high molecular weight polyethylene.
5. Cast or wrought /plate grades used interchangeably, depending upon availability – unless specified by customer.
Installation
The valve is normally shipped as part of a control
valve assembly, with the power actuator mounted on
the valve. If the valve or actuator has been
purchased separately, or if the actuator has been
removed for maintenance, mount the actuator on the
valve, and adjust actuator travel before installing the
valve into the line. This is necessary due to the
measurements that must be made during the
actuator calibration adjustment process. Refer to the
Actuator Mounting section of this manual and to the
separate actuator instruction manual for mounting
and adjusting instructions before proceeding.
WARNING
To avoid personal injury or property
damage resulting from the sudden
release of pressure:
DAlways wear protective gloves,
clothing, and eyewear when
performing any maintenance
operation.
DDo not install the valve assembly
where service conditions could exceed
the limits given in this manual or on
the nameplates.

8532 Valve
Instruction Manual
Form 5288
November 2007
5
DUse pressure-relieving devices as
required by government or accepted
industry codes and good engineering
practices to protect from
over-pressurizing the system.
DCheck with your process or safety
engineer for any other hazards that
may be present from exposure to
process media.
DIf installing into an existing
application, also refer to the WARNING
at the beginning of the Maintenance
section in this instruction manual.
CAUTION
When ordered, the valve configuration
and construction materials were
selected to meet particular pressure,
temperature, pressure drop, and
controlled fluid conditions.
Responsibility for the safety of
process media and compatibility of
valve materials with process media
rests solely with the purchaser and
end-user. Since some body/trim
material combinations are limited in
their pressure drop and temperature
ranges, do not apply any other
conditions to the valve without first
contacting your Emerson Process
Management sales office.
1. Isolate the control valve from the line pressure,
release pressure from both sides of the valve body,
and drain the process media from both sides of the
valve. If using a power actuator, shut off all pressure
lines to the power actuator, release pressure from
the actuator, and disconnect the pressure lines from
the actuator. Use lock-out procedures to be sure that
the above measures stay in effect while you are
working on the equipment.
See the WARNING at the beginning of the
Maintenance section for more information before
removing the valve from the pipeline.
2. Install a three-valve bypass around the control
valve assembly if continuous operation is necessary
during inspection and maintenance of the valve.
3. Inspect the valve to be certain that it is free of
foreign material.
4. Be certain that adjacent pipelines are free of any
foreign material, such as pipe scale or welding slag,
that could damage the valve sealing surfaces.
CAUTION
Damage to the disc will occur if any
pipe flanges or piping connected to
the valve interfere with the disc
rotation path. If the piping flange has a
smaller inner diameter than specified
for schedule 80 piping, measure
carefully to be certain the disc rotates
without interference before placing the
valve into operation. Minimum inside
diameters for flanges or pipe mating
with valves are shown in tables 3
and 4.
Valve Orientation
The valve can be installed in any orientation,
however it is recommended that the valve drive shaft
be horizontal and the actuator vertical as shown in
figure 4.
Install the valve with the high-pressure shutoff side
in the direction noted by the flow arrow for proper
installation, and see figure 4 for more information.
Before Installing the Valve
WARNING
The edges of a rotating valve disc
(key 2, figure 9) close with a shearing,
cutting motion. To avoid personal
injury, keep hands, tools, and other
objects away from the disc while
stroking the valve.
If the Type 8532 valve is equipped with
a fail-open actuator, cycle the valve
into the fully closed position. Ensure
the valve cannot open during
installation by using travel stops, a
manual actuator, a constant supply
pressure to the pneumatic actuator, or
other steps as necessary.

8532 Valve
Instruction Manual
Form 5288
November 2007
6
Table 3. Valve Body Data, CL150
VALVE SIZE, NPS
SHAFT DIA. AT YOKE
BEARING
FACE-TO-FACE
DIMENSION(1) MINIMUM I.D.(2) APPROXIMATE WEIGHT, KILOGRAMS
VALVE
SIZE
,
NPS
mm Wafer Single-Flange
14 30.2 92.1 331.2 71.7 94.8
16 31.75 101.6 375.2 93.9 137.9
18 38.1 114.3 418.8 139.3 178.3
20 44.45 127.0 464.1 166.9 223.6
24 57.15 154.0 580.9 255.4 350.6
VALVE SIZE, NPS
SHAFT DIA. AT YOKE
BEARING
FACE-TO-FACE
DIMENSION(1) MINIMUM I.D.(2) APPROXIMATE WEIGHT, POUNDS
VALVE
SIZE
,
NPS
Inches Wafer Single-Flange
14 1-3/16 3.625 13.04 158 209
16 1-1/4 4 14.77 207 304
18 1/2 4.5 16.49 307 393
20 1-3/4 5 18.27 368 493
24 2-1/4 6.0625 22.87 563 773
1. Face-to-face dimensions are in compliance with MSS SP68 and API 609 specifications.
2. Minimum I.D. is the minimum pipe or flange I.D. required for disc swing clearance.
Table 4. Valve Body Data, Wafer-Style Valves, CL300
VALVE SIZE, NPS
SHAFT DIA. AT YOKE
BEARING
FACE-TO-FACE
DIMENSION(1) MINIMUM I.D.(2) APPROXIMATE WEIGHT, KILOGRAMS
VALVE
SIZE
,
NPS
mm Wafer Single-Flange
14 44.45 117.5 304.3 125.2 231.3
16 44.45 133.4 346.2 189.2 300.7
18 57.15 149.2 389.4 237.7 411.4
20 69.9 155.6 442.0 370.6 551.1
24 69.9 181.0 523.2 477.2 828.7
VALVE SIZE, NPS
SHAFT DIA. AT YOKE
BEARING
FACE-TO-FACE
DIMENSION(1) MINIMUM I.D.(2) APPROXIMATE WEIGHT, POUNDS
VALVE
SIZE
,
NPS
Inches Wafer Single-Flange
14 1-3/4 4.625 11.98 276 510
16 1-3/4 5.25 13.63 417 663
18 2-1/4 5.875 15.32 524 907
20 2-3/4 6.125 17.40 817 1215
24 2-3/4 7.125 20.59 1052 1827
1. Face-to-face dimensions are in compliance with MSS SP68 and API 609 specifications.
2. Minimum I.D. is the minimum pipe or flange I.D. required for disc swing clearance.
CAUTION
When using an actuator, the actuator
travel stop (or actuator travel, for
actuators without adjustable stops)
must be adjusted so the disc stop in
the valve does not absorb the output
of the actuator. Failure to limit the
actuator travel as described in the
Adjusting the Actuator Travel Stops or
Travel steps can result in damage to
the valve, shaft(s), or other valve
components.
A Type 8532 valve is normally shipped as part of an
assembly with an actuator and other accessories
such as a valve positioner. If the valve and actuator
have been purchased separately or if the actuator
has been removed for maintenance, properly mount
the actuator and adjust valve/actuator travel and all
travel stops before inserting the valve into the line.
CAUTION
Damage to the disc will occur if any
pipe flanges or piping connected to
the valve interfere with the disc
rotation path. Be certain to align the
valve accurately to avoid contact
between the disc (key 2) and the
flanges.

8532 Valve
Instruction Manual
Form 5288
November 2007
7
Figure 3. Available Seal Configurations
B2313–3/IL
GRAPHITE
GASKET
Adjusting the Actuator Travel Stops or
Travel
Key number locations are shown in figure 9, unless
otherwise noted.
1. Refer to the actuator instruction manual to locate
the actuator travel stop that controls the closed
position of the valve disc (key 2). When adjusting the
travel stop or travel, make sure that the disc is from
0 to 0.76 mm (0 to 0.030 inch) away from the
internal stop in the valve body (see figure 5). This
adjustment is necessary to be certain that the
actuator output torque is fully absorbed by the
actuator travel stop or by the actuator. The internal
travel stop in the valve body should not absorb any
of the actuator torque.
2. Before installing the valve/actuator assembly in
the process line, cycle the valve several times to be
sure the valve disc returns to the proper position.
Installing the Valve
The maximum allowable inlet pressures for Type
8532 valves are consistent with the applicable
ASME pressure/temperature ratings except where
limited by the material capabilities as shown in
table 2 or figure 3.
Refer to table 5 for the quantity and size of line
bolting required to install the valve in the pipeline.
CAUTION
To avoid damage to the valve disc
during installation, the valve must be
in the fully closed position. If the Type
8532 valve is equipped with a fail-open
actuator, remove the actuator before
installing the valve/actuator assembly
or cycle the valve into the fully closed
position. Then, take appropriate steps
to be sure that the actuator does not
cause the valve to open during
installation.

8532 Valve
Instruction Manual
Form 5288
November 2007
8
Table 5. Hex Head Screw, Stud Bolt and Cap Screw Data(1)
VALVE
SIZE NPS
NO. OF CAP SCREWS NO. OF STUD BOLTS SIZE-DIA. INCH & THREAD LENGTH OF CAP
SCREWS, INCH
LENGTH OF STUD BOLTS,
INCH
SIZE, NPS CL150 CL300 CL150 CL300 CL150 CL300 CL150 CL300 CL150 CL300
Single-Flange Style(2)
14 24 40 - - - - - - 1-8 1-1/8-8 2.75 3.5 - - - - - -
16 32 40 - - - - - - 1-8 1-1/4-8 3 3.75 - - - - - -
18 32 48 - - - - - - 1-1/8-8 1-1/4-8 3.25 4 - - - - - -
20 40 48 - - - - - - 1-1/8-8 1-1/4-8 3.5 4 - - - - - -
24 40 48 - - - - - - 1-1/4-8 1–1/2-8 3.5 4.5 - - - - - -
Wafer-Style
14 - - - 8 12 16 1-8 1-1/8-8 - - - 3.5 9.5 12
16 - - - 8 16 16 1-8 1-1/8-8 - - - 3.75 10 13.5
18 - - - 8 16 16 1-1/8-8 1-1/4-8 - - - 4 11 13.75
20 - - - 8 20 20 1-1/8-8 1-1/4-8 - - - 4 12 14.5
24 - - - 8 20 20 1-1/4-8 1-1/2-8 - - - 4.5 14 16.5
1. Thread engagement in accordance with ASME B31.3 “Chemical Plant and Petroleum Refinery Piping”.
2. Bolting lengths are based on installation of valve between standard raised face flanges and utilizing flange gaskets with a final compression thickness of 0.125 inch. When gaskets
used have a final compression thickness of less than 0.125 inch, reduce bolting lengths shown by 0.25 inch.
Figure 4. Installation of Wafer-Style Valves
A5557/IL
1. See figure 4 for recommended valve orientation.
DFor Wafer-Style Valves: Install the lower
flange bolts first to form a cradle for the valve (see
figure 5). See table 5 for flange bolt specifications.
DFor Single-Flange Valves: Position the valve
between the flanges. Be sure to leave enough room
for the flange gaskets. Install the lower flange bolts.
2. For all Valves: Select the appropriate gaskets for
the application. Flat sheet, spiral wound, or other
gasket types, made to the ASME B16.5 standard or
user’s standard, can be used on Type 8532 valves
depending on the service conditions of the
application.
3. For Wafer-Style Valves: Properly orient the
valve according to the specific application. Place the
valve in the line so the flow properly enters the valve
as indicated by the flow tag. Then, install the valve
and the gaskets between the flanges into the cradle
formed by the flange bolts.
4. Install the remaining flange bolts.
DFor Wafer-Style Valves: Make sure the
gaskets are centered on the gasket sealing surfaces
of the flange and body.
5. For all Valves: Tighten the flange bolts in an
alternating criss-cross fashion to a torque value of
one-fourth of the final bolting torque. Repeat this
procedure several times, increasing the torque value
each time by a fourth of the final desired torque.
After applying the final torque value, tighten each
flange bolt again to allow for gasket compression.
Packing Adjustment and Shaft Bonding
WARNING
Personal injury could result from
packing leakage. Valve packing was
tightened before shipment; however,
the packing might require some
readjustment to meet specific service
conditions. Check with your process
or safety engineer for any other
hazards that may be present from
exposure to process media.

8532 Valve
Instruction Manual
Form 5288
November 2007
9
Figure 5. Proper Installation Steps
B2263-1/IL
CAUTION
For non-ENVIRO-SEAL packing:
Tighten the packing follower nuts only
enough to prevent shaft leakage.
Excessive tightening will accelerate
wear of the packing and could produce
higher friction loads on the valve stem.
1. For PTFE or graphite packing: Tighten
standard packing follower nuts only enough to
prevent shaft leakage. Excessive tightening of
packing will accelerate wear and could produce
higher rotating friction loads on the valve stem. If
necessary, refer to the Packing Maintenance
section.
2. The ENVIRO-SEAL Packing Systems will not
require this initial re-adjustment. Refer to the
separate instruction manual ENVIRO-SEAL Packing
System for Rotary Valves, Form 5305, for repair and
adjustment procedures.
3. For hazardous atmosphere or oxygen service
valves, read the following Warning, and provide the
bonding strap assembly mentioned below if the
valve is used in an explosive atmosphere.
Figure 6. Optional Shaft-to-Valve Body
Bonding Strap Assembly
VALVE BODY ACTUATOR
A
AVIEW A-A
37A6528-A
A3143-2/IL
WARNING
The valve shaft is not necessarily
grounded when installed in a pipeline
unless the shaft is electrically bonded
to the valve.
To avoid personal injury or property
damage resulting from the effects of a
static electricity discharge from valve
components in a hazardous
atmosphere or where the process fluid
is combustible, electrically bond the
drive shaft (key 3) to the valve
according to the following step.
Note
Standard PTFE packing is composed
of a partially conductive carbon-filled
PTFE female adaptor with PTFE V-ring
packing. Standard graphite packing is
composed of all conductive graphite
ribbon packing. Alternate
shaft-to-valve body bonding is
available for hazardous service areas
where the standard packing is not
sufficient to bond the shaft to the
valve (see the following step).
For oxygen service applications,
provide alternate shaft-to-valve body
bonding according to the following
step.

8532 Valve
Instruction Manual
Form 5288
November 2007
10
4. Attach the bonding strap assembly (key 131,
figure 6) to the shaft with the clamp (key 130,
figure 6).
5. Connect the other end of the bonding strap
assembly to the valve flange cap screws.
6. For more information, refer to the Packing
Maintenance section below.
Maintenance
Valve parts are subject to normal wear and must be
inspected and replaced as necessary. The
frequency of inspection and replacement depends
upon the severity of service conditions.
Key numbers in this procedure are shown in figure 9
unless otherwise indicated.
WARNING
Avoid personal injury from sudden
release of process pressure. Before
performing any maintenance
operations:
DAlways wear protective gloves,
clothing, and eyewear when
performing any maintenance
operations to avoid personal injury.
DDisconnect any operating lines
providing air pressure, electric power,
or a control signal to the actuator. Be
sure the actuator cannot suddenly
open or close the valve.
DUse bypass valves or completely
shut off the process to isolate the
valve from process pressure. Relieve
process pressure on both sides of the
valve. Drain the process media from
both sides of the valve.
DVent the power actuator loading
pressure.
DUse lockout procedures to be
sure that the above measures stay in
effect while you work on the
equipment.
DThe valve packing box may
contain process fluids that are
pressurized, even when the valve has
been removed from the pipeline.
Process fluids may spray out under
pressure when removing the packing
hardware or packing rings, or when
loosening the packing box pipe plug.
DCheck with your process or safety
engineer for any other hazards that
may be present from exposure to
process media.
Removing and Replacing the Actuator
Refer to the appropriate actuator instruction manual
for actuator removal and replacement procedures.
The actuator stops or travel stops must limit the
rotation of the valve shaft. See the CAUTION below.
CAUTION
When using an actuator, the actuator
travel stop (or actuator travel, for
actuators without adjustable stops)
must be adjusted so the disc stop in
the valve does not absorb the output
of the actuator. Failure to limit the
actuator travel can result in damage to
the valve, shaft(s), or other valve
components.
Packing Maintenance
The Type 8532 control valve is designed so the
packing can be replaced without removing the valve
from the process pipeline.
CAUTION
For non-ENVIRO-SEAL packing:
Tighten the packing follower nuts only
enough to prevent shaft leakage.
Excessive tightening will accelerate
wear of the packing and could produce
higher friction loads on the valve stem.
Usually, packing leakage can be eliminated by
merely tightening the hex nuts (key 15) located
above the packing follower (key 11) while the valve
is in the pipeline. However, if leakage continues, the
packing must be replaced.
For PTFE ENVIRO-SEAL packing systems, refer to
the separate instruction manual, ENVIRO-SEAL
Packing System for Rotary Valves, Form 5305, (see
figure 10).
CAUTION
Never use a wrench or pliers on the
splined (upper) shaft (key 3). A

8532 Valve
Instruction Manual
Form 5288
November 2007
11
Figure 7. Anti-Blowout Design Details
C0758-1/IL CUTAWAY, INTERNAL DETAILS
damaged shaft could cut the packing
and allow leakage.
1. Before loosening any parts on the valve, release
the pressure from the pipeline. Then, remove the
hex nuts (key 15) and lift off the packing follower
(key 11).
2. Remove the hex jam nuts (key 17) and the
anti-blowout flange (key 10). Remove the packing
follower (key 12). Refer to figure 7 for details of the
anti-blowout design parts.
The packing is now accessible.
3. Use a packing extractor to remove packing. Insert
the corkscrew-like end of the tool into the first piece
of packing and pull firmly to remove the packing.
Repeat this process until all packing parts have been
removed.
CAUTION
Be careful when cleaning the packing
box. Scratches to the upper shaft
(key 3) or inside diameter of the
packing bore might cause leakage.
4. Before installing new packing, clean the packing
box.

8532 Valve
Instruction Manual
Form 5288
November 2007
12
5. Install new packing one ring at a time, using the
packing follower as a driver. If using split-ring
packing, stagger the splits in the rings to avoid
creating a leak path.
6. Reinstall packing parts. Refer to figure 9 for
sequence of packing parts.
Removing the Valve
1. Disconnect any operating lines providing air
pressure, electric power, or a control signal to the
actuator. Be sure the actuator cannot suddenly open
the valve. Vent the power actuator loading pressure.
2. Use bypass valves or completely shut off the
process to isolate the valve from process pressure.
Relieve process pressure on both sides of the valve.
Drain the process media from either side of the
valve.
CAUTION
Damage to the valve disc can occur if
the disc is not closed when the valve
is being removed from the pipeline. If
necessary, stroke the actuator to place
the disc in the closed position while
removing the valve from the pipeline.
3. Loosen the flange bolting that holds the valve.
Make sure the valve cannot slip or twist while
loosening and removing the bolting.
4. Before removing the valve from the pipeline,
make sure the valve disc is closed. Removing the
valve with the disc open could cause damage to the
disc, piping, or pipe flanges.
5. After removing the valve from the pipeline, move
the valve to an appropriate work area. Always
support the valve properly.
6. When valve maintenance is complete, refer to the
Installation procedures in this manual.
Seal Maintenance
Note
For larger valves, it is possible to
replace the seal (key 5) while the
actuator is mounted to the valve and
can be accomplished by cycling the
valve to 90 degrees open.
Key numbers in this procedure are shown in figure 9
unless otherwise indicated.
1. After removing the valve from the pipeline,
remove the manual or power actuator. Manually
rotate the upper shaft (key 3) counterclockwise until
the disc has moved a full 180 degrees away from the
closed position.
WARNING
Avoid personal injury or property
damage caused by the impact of a
falling or tipping of a large valve.
Support large valves during
maintenance.
2. Lay the valve flat on a work bench in a secure
position with the retaining ring (key 18) and retaining
ring screws (key 19) facing up. Properly secure the
valve on a suitable worktable so it cannot slip, twist,
or fall during maintenance. Remove all retaining ring
screws.
3. Remove the retaining ring by placing a socket
head cap screw from the retaining ring in each of the
two retaining ring jacking screw holes. Slowly turn
the screws until the retaining ring has been lifted
from the valve body. Remove the retaining ring to
expose the seal in the T-slot area of the valve body.
Note
The Type 8532 valve is available with
different seal designs and
components. See figure 3 to identify
the specific seal design.
CAUTION
In the following procedure, take care
not to damage the seal or T-slot area
of the valve body during removal of
the seal.
4. Insert a regular screwdriver or other similar tool
under the top edge of the seal and gently pry the
seal out of the T-slot area in the valve body. Take
care not to damage the seal or T-slot area of the
valve body. After the seal has been removed, clean
the T-slot area, retaining ring and, if required, polish
the disc (key 2) thoroughly with fine steel wool or
other appropriate material.
To install a new seal, O-ring (key 6), and retaining
ring gasket, follow the appropriate instructions given
below.

8532 Valve
Instruction Manual
Form 5288
November 2007
13
Table 6. Torque Values for Fasteners
FASTENER NOMINAL RETAINING RING SCREWS GASKET RETAINING BOLTS
FASTENER
NOMINAL
SIZE NSm InSlbs NSm InSlbs
#10 4.6 41 4.0 35
1/4 11 100 9.2 81
5/16 25 220 19 167
3/8 45 400 33 295
NSm ftSlbs NSm ftSlbs
7/16 72 53 53 39
1/2 112 83 80 59
9/16 161 119 117 86
5/8 225 166 161 119
3/4 401 296 286 210
7/8 651 480 447 330
1 976 720 651 480
1-1/8 1356 1000 837 617
Note: These values are based upon standard materials, S66286/N07718 screws and ASTM A193GRB6 bolts. For other special fastener materials, please contact your Emerson
Process Management sales office.
PTFE Seals
1. Locate the replacement seal ring (key 5) and note
the shape of the ring. The ring is wider across one
edge diameter and narrower across the other edge
diameter. Around the outside circumference is one
wide groove.
Before installing the seal ring into the valve body,
place the O-ring (key 6) into the wide, outer groove
of the seal ring. Refer to figure 8.
2. Install the seal ring and O-ring assembly in the
valve body. The wider outside diameter of the seal
ring goes into the T-slot area of the body (see
figure 5). Start the edge with the wider diameter into
the T-slot of the valve body using a blunt-end
screwdriver. If you have a maintenance kit, use the
seal installation tools.
3. Carefully tuck the O-ring downward into the body
T-slot until the seal ring is completely entrapped in
the body T-slot, and it completely covers the backup
O-ring.
4. Re-install the retaining ring and the socket head
cap screws. Tighten the cap screws just enough to
eliminate any movement of the retaining ring. Do not
over-tighten the retaining ring screws. Using a
blunt-end tool, carefully tuck the lip of the seal ring
under the retaining ring.
5. When the seal is under the lip of the retaining
ring, continue to tighten the cap screws according to
standard procedures. Do not fully torque the screws
A5251-1*/IL
Figure 8. Typical Seal Installation
INTERNAL
TRAVEL STOP
at this time. Final tightening of the screws is
accomplished in step 7 of this procedure.
6. Manually rotate the upper shaft clockwise 180
degrees to return the disc (key 2) to its closed
position.
7. The final seating of the retaining ring cap screws
can now be done. For the screw torque values, refer
to table 6. The seal is now fully installed. Refer to the
Installation procedures in this manual.

8532 Valve
Instruction Manual
Form 5288
November 2007
14
NOVEX, Phoenix III and/or Phoenix III
Fire-Tested Seals
1. Locate the replacement seal ring (key 5) and note
the shape of the ring. The ring is wider across one
edge diameter and narrower across the other edge
diameter as shown in figure 8. Around the outside
circumference is one wide groove.
Install the seal ring (key 5) in the valve body by first
placing the wider outside diameter of the seal ring
into the T-slot area of the valve body which is shown
in figure 3.
The backup O-ring (key 6) for the Phoenix III seal
will have to be installed after placement of the seal
ring in the valve body using a blunt-end screwdriver
or the seal installation tool in the maintenance kit. Do
not use the screwdriver or seal tool directly on the
metal seat. Use tools on the O-ring only.
2. With the seal ring inserted all the way around the
body T-slot now lay the O-ring into the opening
between the valve body and the seal ring. Use the
seal tool to apply pressure to the O-ring and
carefully tuck the O-ring down into the T-slot
between the valve body and the seal ring.
Note
On larger valves, it may be more
efficient to have someone hold down
the seal ring while you push the O-ring
into the T-slot.
3. Once the seal ring and backup O-ring have been
fully installed into the body T-slot, the retaining ring
gasket can be installed. This gasket is a thin
graphite material. Punch one initial screw hole
through the gasket for alignment, being careful not to
cause additional damage to the gasket.
4. Install the retaining ring and align the screw holes
in the retaining ring with the holes in the valve body.
Install the first retaining ring screw through the
punched hole in the ring gasket. Install the other ring
screws by pushing the screws through the graphite
gasket and threading them into the valve body.
5. Tighten the retaining ring socket head cap screws
just enough to eliminate any movement of the
retaining ring. Do not over-tighten the retaining ring
screws.
WARNING
Avoid personal injury or property
damage caused by the impact of a
falling or tipping of a large valve.
Support large valves during
maintenance.
6. To complete this step, stand the valve up.
Support the valve securely using methods
appropriate for the valve size. If a vise or other
clamps are being used, be sure to not damage the
flange gasket sealing area of the valve body.
7. Manually rotate the upper shaft (key 3) to turn the
disc clockwise to meet the seal.
8. Tap the disc with a rubber mallet to drive it
against the internal travel stop. When the disc
makes contact with the stop, manually rotate the
disc counterclockwise back out of the seal to a
90-degree open position. Repeat steps 7 and 8 three
times.
Note
When attaching the actuator to the
valve, make sure the valve disc is not
in contact with the valve internal travel
stop (see figure 8). The valve disc
should be positioned from 0 to 0.76
mm (0 to 0.030 inch) away from the
internal stop in the valve body (see
figure 8).
9. Use an appropriate tool (such as a feeler gauge)
to position the disc (key 2) from 0 to 0.76 mm (0 to
0.030 inch) away from the internal stop in the valve
body.
This adjustment is necessary to be certain that the
actuator output torque is fully absorbed by the
actuator travel stop or by the actuator. The
internal travel stop in the valve body should not
absorb any of the actuator torque.
10. The final seating of the retaining ring screws can
now be done. For the screw torque values, refer to
table 6.
Anti-Blowout Design, Packing, Valve
Shaft, Disc, and Bearing Maintenance
Note
The 8532 valve has a two-piece shaft.
In these procedures, the shaft (with

8532 Valve
Instruction Manual
Form 5288
November 2007
15
the splined end) is called the upper
shaft (key 3). The shaft opposite the
upper shaft is called the lower
(follower) shaft (key 4).
CAUTION
When using an actuator, the actuator
travel stop (or actuator travel
adjustment, for actuators without
adjustable stops) must be adjusted so
the disc stop in the valve does not
absorb the output of the actuator.
Failure to limit the actuator travel as
described in the next step can result in
damage to the valve, shaft(s), or other
valve components.
CAUTION
When removing the actuator from the
valve, do not use a hammer or similar
tool to drive the lever off the valve
shaft. Driving the lever or actuator off
the valve shaft could damage the valve
internal parts.
If necessary, use a wheel puller to
remove the lever or actuator from the
valve shaft. It is okay to tap the wheel
puller screw lightly to loosen the lever
or actuator, but hitting the screw with
excessive force could also damage
internal valve parts.
Key numbers in this procedure are shown in figure 9
unless otherwise indicated.
1. Remove the valve from the pipeline. Remove the
actuator from the valve.
CAUTION
Never use a wrench, pliers, or similar
tool to turn the upper shaft. A
damaged shaft can cut the packing
and allow leakage.
Note
It is not necessary to remove the
retaining ring and valve seal when
removing the shaft(s) and disc.
WARNING
Avoid personal injury or property
damage caused by the impact of a
falling or tipping of a large valve.
Support large valves during
maintenance.
2. Properly secure the valve on a suitable worktable
so it cannot slip, twist, or fall during maintenance.
3. Removing the Anti-Blowout Design:
a. For PTFE or Graphite Packing: Remove the
hex nuts (key 15) and pull off the packing follower
(key 11). Remove the hex jam nuts (key 17) and
the anti-blowout flange (key 10). Remove the
anti-blowout gland (key 12). See figure 7.
b. For ENVIRO-SEAL Packing System:
Remove the hex nuts (key 101), the packing
follower (key 102), jam nuts (key 17),
anti-blowout flange (key 10), and the spring pack
assembly (key 103). See figure 10.
4. Remove the packing from around the upper shaft.
5. Remove the tangential pins or disc pins. Locate
the pins (key 9) in the upper shaft (key 3) and the pin
in the lower shaft (key 4), if the valve has a
two-piece shaft.
a. If a maintenance kit is available, use the pin
extractor to remove the disc pins. Select the
correct size pin extractor tip with screws of proper
thread size to match the thread size in the disc
pins. If you do not have a kit, see steps c and d
below.
b. Screw the pin extractor tip into the pin as far
as possible. With an upward, straight sliding
motion, pull out the pin. Repeat the same
procedure for the other pins.
c. You can use a threaded rod with an
appropriate spacer (tube) and nut as an extractor
tool. If you use a threaded rod, choose a rod with
threads that fit the inside thread of the pins. The
rod should extend several inches above the disc
when it is screwed into a pin.
d. After screwing the rod into the pin, slide the
spacer over the rod and pin. Thread a nut onto
the rod and tighten it. As you tighten the nut, the
nut will drive the spacer against the disc. The
increasing force will draw the pin from the disc.
6. The gasket retainer (key 20) on the side of the
valve opposite the upper shaft must be removed
before removing the lower shaft.

8532 Valve
Instruction Manual
Form 5288
November 2007
16
Remove the hex head bolts (key 23) and
lockwashers (key 22) from the gasket retainer and
remove the gasket retainer and gasket (key 21) to
expose the end of the lower shaft.
7. Before removing the lower shaft (key 4), be sure
the valve disc is properly supported. Pull the lower
shaft from the valve body. Use a shaft extractor
screwed into the puller hole in the end of the lower
shaft.
8. Before removing the upper shaft (key 3), be sure
the valve disc is properly supported. Pull out the
upper shaft (key 3) by hand-pulling or by using a
shaft extractor screwed into the end of the shaft.
CAUTION
To avoid damage to the disc, seal, and
T-slot area, do not force the disc past
the seal or T-slot area. Remove the
disc from the opposite side of the
valve body.
Note
Both the upper shaft and the lower
shaft have a thrust bearing (key 24)
between the disc and the bearings
(key 7). The thrust bearing is located
outside of the bearing bore which
holds the bearings. Use care when
removing the valve disc to avoid loss
of or damage to the thrust bearings.
9. After removing the shaft(s), remove the disc. Do
not force the disc past the seal or T-slot area. Collect
the thrust bearings.
10. Remove the bearings (key 7). Using a suitable
punch or puller, drive or pull the bearings into the
valve body bore from the upper shaft bearing bore.
Remove the bearing from the lower shaft bearing
bore.
11. Inspect the valve body bore, bearings, bearing
bores, and packing box for damage.
Note
In these instructions, the drive shaft
(with splined end) is called the upper
shaft (key 3). The shaft opposite the
upper shaft is called the lower
(follower) shaft (key 4).
Installing the Two-Piece Shaft
Key numbers in this procedure are shown in figure 9
unless otherwise indicated.
WARNING
Avoid personal injury or property
damage caused by the impact of a
falling or tipping of a large valve.
Support large valves during
maintenance.
1. Properly secure the valve on a suitable worktable
so it cannot slip, twist, or fall during maintenance. Be
prepared to support the valve disc.
Note
Replacement disc and shafts are
provided as a matched set and both
should be replaced at the same time.
2. Inspect all parts removed from the valve for wear
or damage. Replace any worn or damaged parts.
Clean the valve body and all parts to be installed
with an appropriate solvent or degreaser.
Note
When installing the bearings, apply
lubricant to the outside diameter of the
bearing for ease of installation.
CAUTION
Premature valve failure and loss of
process control may result if bearings
are improperly installed or are
damaged during installation.
3. When installing the lower bearings (key 4), insert
one or more bearings into the lower shaft bearing
bore so it is flush with the body bore.
The number of bearings required changes with valve
size and construction. Two bearings are required in
the upper shaft and two bearings in the lower shaft.
If using an NPS 14 CL150 valve with metal bearings,
four bearings in the upper and four in the lower shaft
will be required.
4. Hold the lower shaft thrust bearing (key 24) in the
valve body bore against the counterbore of the lower
shaft bearing bore. Push the lower shaft into the
bearing bore just enough to hold the thrust bearing.
5. When installing the upper bearing (key 7), insert
one or more bearings into the upper shaft from the

8532 Valve
Instruction Manual
Form 5288
November 2007
17
body bore into the bearing bore below the packing
box. Use caution to prevent damage to the bearing.
6. Hold the upper shaft thrust bearing (key 24) in the
valve body bore against the counterbore of the
upper shaft bearing bore. Push the upper shaft
through the packing box side into the bearing bore
just enough to hold the thrust bearing.
7. When installing the lower bearing (key 4), insert
one or more bearings into the lower shaft bearing
bore so it is flush with the body bore.
8. Insert the lower shaft through the bore in the
valve body uncovered by removal of the gasket
retainer. Hold the lower shaft thrust bearing (key 24)
in the valve body bore against the counterbore of the
lower shaft bearing bore. Push the lower shaft into
the bearing bore just enough to hold the thrust
bearing.
CAUTION
To avoid damage to the disc, seal, and
T-slot area, do not force the disc past
the seal or T-slot area. Install the disc
from the opposite side of the valve
body.
9. Place the flat side of the disc on a flat surface
and insert wooden blocks to raise the disc
approximately 51 mm (2 inches) from the worktable
surface. Then, suspend the valve body over the disc
so the seal/T-slot area is facing up. Align the shaft
bores through the disc with the upper shaft and
lower shaft bores. Lower the valve body over the
disc using caution not to dislodge or damage the
thrust bearings placed on the ends of the shafts.
10. With the disc (key 2) properly positioned in the
valve body (key 1), push the upper shaft and lower
shaft the rest of the way through the thrust bearings
and into the shaft bores in the valve disc.
11. Align the holes in the shafts with the holes in the
disc.
CAUTION
To avoid damage to the tangential
pins, disc pins, valve disc, or shaft(s)
resulting from the application of
excessive force, use appropriate care
when driving the pins into the disc hub
and shaft(s). Use the right tool. Do not
use excessive force.
12. Install the appropriate tangential pins, and disc
pins. Use 2 tangential pins that will go through the
upper shaft and 1 disc pin that will go through the
lower shaft.
13. Refer to the Anti-Blowout Design, Packing,
Valve Shaft, Disc and Bearing Maintenance
procedures in this manual to re-install the packing
and anti-blowout design.
Gasket Retainer
Valves with a two-piece shaft use a gasket retainer
and gasket (keys 20 and 21) to cover the lower shaft
opening in the valve body. The gasket is held in
place by the gasket retainer and four hex head bolts
and lockwashers (keys 23 and 22). When
re-assembling the valve, use a new gasket.
Be sure to center the gasket over the lower shaft
bore before retightening bolts. Tighten down bolts
evenly in a crossover or star pattern.
Refer to table 6 for proper torque values.

8532 Valve
Instruction Manual
Form 5288
November 2007
18
Parts Ordering
Typical parts are shown in figure 9.
When corresponding with your Emerson Process
Management sales office about a Type 8532 valve,
identify the valve as a Type 8532 and provide the
valve serial number. For valve/actuator combinations
assembled at the factory, the valve serial number is
stamped on the nameplate attached to the actuator.
WARNING
Use only genuine Fisherrreplacement
parts. Components that are not
supplied by Emerson Process
Management should not, under any
circumstances, be used in any Fisher
valve, because they will void your
warranty, might adversely affect the
performance of the valve, and could
give rise to personal injury and
property damage.
Note
Neither Emerson, Emerson Process
Management, nor any of their affiliated
entities assumes responsibility for the
selection, use and maintenance of any
product. Responsibility for the
selection, use, and maintenance of any
product remains with the purchaser
and end-user.
Retrofit Kits
Retrofit kits include all parts required for installation
of the ENVIRO-SEAL packing system into existing
high-performance butterfly valves. Retrofit kits are
available for single PTFE packing.
See table 7 for retrofit kit part numbers.
Retrofit Kit Included Parts
Key Description Quantity
10
17
100
101
102
103
105
106
107
111
112
Anti-blowout follower
Jam nut
Packing stud
Packing nut
Packing flange
Spring pack assembly
Packing Set
Anti-extrusion washer
Packing box ring
Tag
Cable
1
1
2
2
1
1
1
2(1)
2(2)
1
1
1. Not included in graphite packing kit.
2. Only 1 req’d for NPS 18 CL300, NPS 20 CL150 and NPS 24 CL150.
Note: Key 103, the spring pack assembly, is made
up of the packing spring stack held in place by an
O-ring on the packing follower.
Repair Kits
PTFE Repair kits include a single PTFE packing set
and anti-extrusion washers. Graphite packing sets
include graphite packing rings and carbon
anti-extrusion rings. See table 7 for PTFE repair kit
part numbers.
Table 7. Retrofit and Repair Kit Part Numbers
VALVE SIZE NPS
PRESSURE RATING
SHAFT
DIAMETER(1)(2)
RETROFIT KITS REPAIR KITS
VALVE SIZE, NPS PRESSURE RATING DIAMETER
(1)(2)
,
mm (Inch) PTFE PTFE
14
CL150 34.9 (1-3/8) RRTYXRT0592 RRTYX000172
14 CL300 50.8 (2) RRTYXRT0602 RRTYX000182
16
CL150 38.1 (1-1/2) RRTYXRT0612 RRTYX000192
16 CL300 57.2 (2-1/4) RRTYXRT0622 RRTYX000202
18
CL150 44.5 (1-3/4) RRTYXRT0632 RRTYX000212
18 CL300 63.5 (2-1/2) RRTYXRT0642 RRTYX000222
20 CL150 50.8 (2) RRTYXRT0652 RRTYX000182
24 CL150 63.5 (2-1/2) RRTYXRT0662 RRTYX000222
1. Shaft diameter: Diameter through the packing box.
2. For larger shaft sizes, consult your Emerson Process Management sales office.

8532 Valve
Instruction Manual
Form 5288
November 2007
19
Parts List
Note
Part numbers are shown for recommended spares
only. For part numbers not shown, contact your
Emerson Process Management sales office.
Key Description Part Number
1 Valve Body
If you need a valve body as a replacement part, order the
valve size, Class and desired material. Contact your
Emerson Process Management sales office.
2 Disc
3 Drive Shaft
4 Follower Shaft
5* Seal Ring (See following table)
6* Backup Ring (See following table)
7* Bearing (See following table)
8 Bearing Stop
9 Tangential Pin / Disc Pin
10 Anti-Blowout Flange
11 Packing Flange
12 Packing Follower
13* Packing Set
PTFE, V-Ring
CL150
NPS 14 V111433X012
NPS 16 V167865X012
NPS 18 V110460X012
NPS 20 V111437X012
NPS 24 V111699X012
CL300
NPS 14 V111437X012
NPS 16 V110631X012
NPS 18 V111699X012
NPS 20 V111704X012
NPS 24 V111708X012
Graphite
CL150
NPS 14 V111434X012
NPS 16 V167864X012
NPS 18 V111028X012
NPS 20 V111438X012
NPS 24 V111442X012
CL300
NPS 14 V111438X012
NPS 16 V111696X012
NPS 18 V111442X012
NPS 20 V111705X012
NPS 24 V111709X012
14 Stud (2 req’d)
15 Hex nut (2 req’d)
17 Hex Jam Nut (2 req’d)
18 Retaining Ring
19 Retaining Ring Screw (8 req’d)
20 Gasket Retainer
21* Gasket (See following table)
22 Lockwasher (4 req’d)
23 Cap Screw (4 req’d)
24* Thrust Bearing (See following table)
Key Description Part Number
26* Retaining Ring Gasket
NOVEX and Phoenix III Seal
Standard & NACE
CL150
NPS 14 V161467X012
NPS 16 V161468X012
NPS 18 V161469X012
NPS 20 V112062X012
NPS 24 V161471X012
CL300
NPS 14 V113741X012
NPS 16 V112064X012
NPS 18 V161469X012
NPS 20 V112062X012
NPS 24 V124867X012
Oxygen Service
CL150
NPS 14 V161467X022
NPS 16 V161468X022
NPS 18 V161469X022
NPS 20 V169962X012
NPS 24 V161471X022
CL300
NPS 14 V113741X022
NPS 16 V112064X022
NPS 18 V161469X022
NPS 20 V112062X022
NPS 24 V124687X022
27 Cap Screw – Actuator (4 req’d) (not shown)
28 Hex Nut – Actuator (4 req’d) (not shown)
29 Nameplate (not shown)
32 Drive Screw (2 req’d)
33 Flow Direction Arrow (not shown)
34 Packing Box Ring
35 Disc/Shaft/Pin Assembly (not shown)
ENVIRO-SEALrPacking System
(See figure 10)
10 Anti-Blow Flange
17 Hex Jam Nut (4 req’d)
100 Packing Flange Stud (4 req’d)
101 Packing Flange Nut (4 req’d)
102 Packing Flange, SST
103 Spring Pack Assembly
105* Packing Set
Use with PTFE packing
CL150
NPS 14 14B3490X012
NPS 16 14B3495X012
NPS 18 13B9155X012
NPS 20 13B9164X012
NPS 24 12B7782X012
CL300
NPS 14 13B1964X012
NPS 16 14B3647X012
NPS 18 12B7782X012
NPS 20 13B9164X012
NPS 24 14B5730X012
*Recommended spare parts

8532 Valve
Instruction Manual
Form 5288
November 2007
20
Key Description Part Number
105* Packing Set (continued)
Use with Graphite packing
CL150
NPS 14 14B3541X112
NPS 16 14B3541X122
NPS 18 14B3541X032
NPS 20 14B3541X082
NPS 24 14B3541X042
CL300
NPS 14 14B3541X082
NPS 16 14B3541X052
NPS 18 14B3541X042
NPS 20 14B3541X062
NPS 24 14B3541X072
Key Description Part Number
106* Anti-Extrusion Ring, Composition/graphite
filled PEEK (2 req’d)
Single PTFE packing w/std packing box
CL150
NPS 14 14B3489X012
NPS 16 14B3494X012
NPS 18 13B9159X012
NPS 20 13B9168X012
NPS 24 12B7783X012
CL300
NPS 14 13B9168X012
NPS 16 14B3642X012
NPS 18 12B7783X012
NPS 20 13B9168X012
NPS 24 14B5734X012
107 Packing Box Ring
111 Tag (not shown)
112 Cable Tie (not shown)
113 Lubricant
Key 5* Seal Ring
VALVE SIZE, NPS SOFT SEAL PHOENIX III SEAL METAL SEAL
PTFE(1) UHWMPE(2) PTFE ETFE PTFE for oxygen
service NOVEX
CL150
14 V168932X012 V168932X022 V140831X012 V140831X022 V140831X032 V159013X012
16 V111337X012 V111337X022 V140857X012 V140857X022 V140857X032 V159014X022
18 V111340X012 V111340X022 V114458X012 V114458X022 V114458X032 V159026X022
20 V111343X012 V111343X022 V142359X012 V142359X022 V142359X022 V159044X022
24 V111349X012 V111349X022 V142384X012 V142384X022 V142384X032 V159146X022
CL300
14 V111626X012 V111626X022 V142584X012 V142584X022 V142584X032 V164731X022
16 V111629X012 V111629X022 V140837X012 V140837X022 V140837X032 V168015X032
18 V111632X012 V111632X022 V114459X012 V114459X022 V114459X032 V167979X022
20 V111635X012 V149634X012 V114462X012 V114462X022 V114462X032 V167658X022
24 V111638X012 V111638X012 V142372X012 V142372X022 V142372X032 V164730X022
1. Includes FKM (fluorocarbon), NBR, EPR, CR, and PTFE
2. Includes FKM, NBR, EPR, and CR
*Recommended spare parts