Emerson Fisher Posi Seal A31D Instruction Manual

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FisherrPOSI-SEAL™ A31D Double-Flange

High-Performance Butterfly Valve

Contents

Introduction 1.................................

Scope of Manual 1.............................

Description 2.................................

A31D Valve Specifications and Materials

of Construction 2...........................

Educational Services 2.........................

Installation 3..................................

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 11........................

Removing the Valve 11.........................

Seal Maintenance 12...........................

PTFE Seals 12.............................

NOVEX, Phoenix III and/or

Phoenix III Fire-Tested Seals 14............

Anti-Blowout Design, Packing, Valve Shaft,

Disk, and Bearing Maintenance 17.............

Installing the Two-Piece Shaft 20.............

Gasket Retainer 22............................

Parts Ordering 23...............................

Parts List 25...................................

Figure 1. Fisher A31D Valve with 2052 Actuator

X0704

Introduction

Scope of Manual

This instruction manual includes installation, maintenance, and parts ordering information for Fisher POSI-SEAL A31D

double-flange 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 an A31D valve without being fully trained and qualified in valve, actuator, and

accessory installation, operation, and maintenance. To avoid personal injury or property damage, it is important to

carefully read, understand, and follow all the contents of this manual, including all safety cautions and warnings. If you

have any questions about these instructions, contact your Emerson Process Management sales office before

proceeding.

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A31D Valve Specifications and Materials of Construction

Table 1. Fisher A31D Valve Specifications

SPECIFICATION

Valve Body Size NPS 3, 4, 6, 8, 10, 12, 14, 16, 18, 20, and 24

Pressure Rating Consistent with CL150 and 300 per ASME B16.34

Valve Body Materials WCC Steel

CF8M Stainless Steel

Disk Materials CF8M Stainless Steel

End Connections Mates with RF flanges per ASME B16.5

Valve Body Style Double Flange

Shaft Connection Spline (standard)

Keyed (optional)

Face-to-Face Dimensions CL150: ISO 5752 Butterfly Valve Short Series

CL300: ISO 5752 Butterfly Valve Long Series

Shutoff

Soft Seal: Bidirectional ANSI/FCI 70-2 Class VI

NOVEX Seal: Unidirectional MSS SP-61(1)

Phoenix III Seal: ANSI/FCI 70-2 Class VI

Flow Direction Reverse (flow direction is into the shaft side of the disk)

Flow Characteristic Approximately Linear

Disk Rotation Clockwise (CW) to close

1, 0.1 scfh per unit of NPS at 80 psi.

Description

The valve is available in a doubleflanged valve body design, with a variety of seals and internal components. The

pressureassisted seal provides tight shutoff against the full classpressurerangeforthespecifictype.Thesplinedshaft

combines with a variety of Fisher springanddiaphragm or pneumatic double-acting or spring-return piston actuators.

Maximum inlet pressure/temperature ratings are consistent with ASME CL150 and CL300.

Educational Services

For information on available courses for the Fisher POSI-SEAL A31D valve, as well as a variety of other products,

contact:

Emerson Process Management

Educational Services - Registration

P.O. Box 190

Marshalltown, IA 50158-2823

Phone: 800-338-8158 or 641-754-3771

FAX: 641-754-3431

e-mail: education@emerson.com

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Installation

Recommended or ”preferred” installation for the A31D valve is with the flow into the shaft side of the disk (retaining

ring downstream from the high pressure side of the valve).

The standard soft seal and standard Phoenix III seal offer ANSI/FCI 70-2 Class VI, bidirectional shutoff. The Phoenix III

seal for fire-tested applications must be installed in the preferred direction. The Novex seal is unidirectional and should

be installed in the preferred direction. See table 3.

For assistance in selecting the appropriate combination of actuator action and open valve position, consult your

Emerson Process Management sales office.

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 operations to avoid personal

injury.

DDo not install the valve assembly where service conditions could exceed the limits given in this manual or on the

nameplates.

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 additional measures that must be taken to protect against 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 rests solely with the purchaser and end-user. Since some body/trim material combinations are limited in their

pressure drop and temperature range capabilities, do not apply any other conditions to the valve without first contacting

your Emerson Process Management sales office.

1. Isolatethecontrolvalvefromthelinepressure,releasepressure 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.

WARNING

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.

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CAUTION

Damage to the disk will occur if any pipe flanges or piping connected to the valve interfere with the disk rotation path. If

piping flange has a smaller inner diameter than specified for schedule 80 piping, measure carefully to be certain the disk

rotates without interference before placing the valve into operation.

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.

Installing Double-Flange Valves

WARNING

The edges of a rotating valve disk have a shearing effect that may result in personal injury. To avoid personal injury, keep

clear of the disk edges when rotating the disk.

CAUTION

To avoid damage to the valve disk during installation, the valve must be in the fully closed position. If the A31D 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 ensure that the actuator does not cause the valve to open

during installation.

1. See table 2 for flange bolt specifications.

2. Properly orient the valve according to the specific application. For optimum performance, install the valve so that

the shaft will be on the high pressure side of the valve at shutoff.

3. Position the valve between the flanges. Be sure to leave enough room for the flange gaskets. Install the lower flange

bolts.

4. Select the appropriate gaskets for the application. Flat sheet, spiral wound, or other gasket types, made to the

ASME B16.5 group standard or user's standard, can be used on the valve depending on the service conditions of the

application. Install the gaskets and align the valve and the gaskets.

5. Install the remaining bolts.

6. Tighten the flange bolts in an alternating criss-cross fashion to a torque value of one-forth of the final bolting

torque. Repeat this procedure several times increasing the torque value each time by a forth of the final desired

torque. When the final torque value has been applied, tighten each flange bolt again to allow for gasket

compression.

WARNING

An A31D valve body is not grounded when installed in a pipeline. To avoid personal injury or property damage, always

make sure that the valve body is grounded to the pipeline before putting the valve assembly into operation in a flammable

or hazardous atmosphere. To provide shaft and disk-to-body grounding, attach a grounding strap to the shaft with a clamp

and connect the other end of the grounding strap assembly to the valve body.

7. If necessary, attach a grounding strap from the valve body or pipeline to the valve shaft. For additional information

on grounding procedures, contact your Emerson Process Management sales office.

ABA

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Table 2. Stud Bolt and Cap Screw Chart for Double-Flange Valves

VALVE SIZE, NPS A31D, CL150, ISO 5752 BUTTERFLY SHORT SERIES

346810 12 14 16 18 20 24

No. of Through Holes 888816 16 16 24 24 32 32

No. of Tapped Holes --- 8 8 8 8 8 8 8 8 8 8

Size-Dia. Inch & Thread 5/8 - 11 5/8 - 11 3/4 - 10 3/4 - 10 7/8 - 9 7/8 - 9 1-8 1-8 1-1/8 1-1/8 1-1/4 - 8

No. of Stud Bolts 888816 16 16 24 24 32 32

A-Length of Stud Bolts(1),Inch 44-1/2 4-3/4 4-3/4 5-1/2 5-1/2 5-3/4 5-3/4 6-1/4 6-1/2 7-3/8

No. of Cap Screws --- 8 8 8 8 8 8 8 8 8 8

B-Length of Cap Screws(2),Inch --- 2-1/2 2-1/2 2-3/4 3 3 2-3/4 33-1/4 3-1/4 3-3/4

No. of Heavy Hex Nuts 16 16 16 16 32 32 32 48 48 64 64

VALVE SIZE, NPS A31D, CL300, ISO 5752 BUTTERFLY LONG SERIES

346810 12 14 16 18 20 24

No. of Through Holes 16 16 24 24 32 24 32 32 40 40 40

No. of Tapped Holes --- --- --- --- --- 8 8 8 8 8 8

Size-Dia. Inch & Thread 3/4 - 10 3/4 - 10 3/4 - 10 7/8 - 9 1-8 1-1/8 - 8 1-1/8 - 8 1-1/4 - 8 1-1/4 - 8 1-1/4 - 8 1-1/2 - 8

No. of Stud Bolts 16 16 24 24 32 24 32 32 40 40 40

A-Length of Stud Bolts(1),Inch 4-1/2 55-1/4 66-3/4 7-1/4 7-1/2 88-1/2 8-3/4 9-3/4

No. of Cap Screws --- --- --- --- --- 8 8 8 8 8 8

B-Length of Cap Screws(2),Inch --- --- --- --- --- 4-3/4 4-3/4 4-1/4 4-1/4 4-1/2 5

No. of Heavy Hex Nuts 32 32 48 48 64 48 64 64 80 80 80

1. Based on

1/8-inch gasket

2. Optional Alternative for Cap Screws

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.

Before Installing the Valve

WARNING

The edges of a rotating valve disk (key 2, figure 9, 10, or 11) close with a shearing, cutting motion. To avoid personal injury,

keep hands, tools, and other objects away from the disk while stroking the valve.

If the A31D 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.

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Figure 2. Available Seal Configurations

NOTE:

FOR OPTIMUM SEAL PERFORMANCE, THE PREFERRED VALVE ORIENTATION AT SHUTOFF IS WITH THE RETAINING RING DOWNSTREAM FROM THE HIGH PRESSURE SIDE OF THE VALVE.

1

PHOENIX III

FIRE-TESTED SEAL

NOVEX SEAL SOFT SEAL WITH

BACKUP O-RING

BACKUP

RING

BACKUP

RING

SEAL RING

RETAINING

RING

RETAINING

RING

RETAINING

RING

HIGH PRESSURE

AT SHUTOFF

HIGH PRESSURE

AT SHUTOFF

HIGH PRESSURE

AT SHUTOFF

METAL

SEAL

RING

RESILIENT INSERT

NOVEX

SEAL RING

VALVE DISK

VALVE DISK

VALVE DISK

BODY

BODY

BODY

1

1

1

Table 3. Valve Orientation forOptimalSealPerformance

SEAL TYPE SHUTOFF DIRECTION INSTALLED ORIENTATION

Standard soft seal Bidirectional Preferred

Novex seal Unidirectional Preferred only

Phoenix III seal Bidirectional Non Fire-Tested

Preferred

Unidirectional Fire-Tested Preferred

Recommended or ”preferred” installation for the A31D valve is with the flow into the shaft side of the disk (retaining ring downstream from the high pressure side of the valve).

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Table 4. Valve Weights

SIZE CL150 CL300

NPS kg lb kg lb

315 33 28 63

425 56 35 77

634 76 65 143

854 118 156 343

10 81 178 176 388

12 110 243 294 649

14 152 335 345 760

16 201 443 563 1240

18 243 535 591 1303

20 277 611 706 1556

24 434 956 1307 2881

An A31D 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 disk will occur if any pipe flanges or piping connected to the valve interfere with the disk rotation path. Be

certain to align the valve accurately to avoid contact between the disk (key 2) and the flanges.

Adjusting the Actuator Travel Stops or Travel

Key number locations are shown in figure 9, 10, or 11, unless otherwise noted.

1. Refer to the actuator instruction manual to locate the actuator travel stop that controls the closed position of the

valve disk (key 2). When adjusting the travel stop or travel, make sure that the disk is from 0.25 to 0.76 mm (0.010

to0.030inch)awayfromtheinternalstopinthevalvebody(seefigure5).Thisadjustmentisnecessarytobe

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.

CAUTION

When using an actuator, the actuator travel stop (or actuator travel, for actuators without adjustable stops) must be

adjusted so the disk 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.

2. Before installing the valve/actuator assembly in the process line, cycle the valve several times to be sure the valve

disk returns to the proper position.

Installing the Valve

The maximum allowable inlet pressures for A31D valves are consistent with the applicable ASME

pressure/temperature ratings except where limited by the material capabilities.

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Refer to table 2 for the quantity and size of line bolting required to install the valve in the pipeline.

CAUTION

To avoid damage to the valve disk during installation, the valve must be in the fully closed position. If the A31D 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.

Figure 3. Properly Installed Valve

GE62595-A

1. Seefigure3forrecommendedvalveorientation.

2. Position the valve between the flanges. Be sure to leave enough room for the flange gaskets. Install the lower flange

bolts.

3. 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 A31D valves depending on the service conditions of the

application.

4. Install the remaining flange bolts.

5. 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 thetorquevalueeachtimebyafourthofthefinaldesired

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 of safety engineer for any

additional measures that must be taken to protect against process media.

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.

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Figure 4. Optional Shaft-to-Valve Body Bonding Strap Assembly

VALVE BODY ACTUATOR

A

A

VIEW A-A

37A6528-A

A3143-2

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.

2. ENVIRO-SEAL Packing Systems: will not require this initial re-adjustment. Refer to the separate instruction manual,

Fisher ENVIRO-SEAL Packing System for Rotary Valves (D101643X012), 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.

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.

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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 electrically bond the shaft to the valve (see the following

step).

4. Attach the bonding strap assembly (key 131, figure 4) to the shaft with the clamp (key 130, figure 4).

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, 10, or 11 unless otherwise indicated.

WARNING

The valve closes with a shearing action. To avoid personal injury, keep hands, tools, and other objects away from the valve

while its being stroked.

Avoid personal injury from sudden release of process pressure. Before performing any maintenance operations:

DDo not remove the actuator from the valve while the valve is still pressurized.

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 lock-out 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 additional measures that must be taken to protect against 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 stop, for actuators without adjustable stops) must be

adjusted so the disk 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.

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Packing Maintenance

TheA31Dvalveisdesignedsothepackingcanbereplacedwithoutremovingthevalvefromtheprocesspipeline.

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 12) while the valve is in the pipeline. However, if leakage continues, the packing must be replaced.

For PTFE ENVIRO-SEAL packing system, refer to instruction manual, Fisher ENVIRO-SEAL Packing System for Rotary

Valves (D101643X012) (see figure 8).

CAUTION

Never use a wrench or pliers on the drive shaft (key 3). A 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 12).

2. Remove the hex jam nuts (key 17) and the anti-blowout flange (key 10). Remove the packing follower (key 12).

Refer to figure 6 for details of the anti-blowout protection 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 drive shaft (key 3) or inside diameter of the packing bore might

cause leakage.

4. Before installing new packing, clean the packing box.

5. Install new packing one ring at a time, using the packing follower as a driver. If using split-ring packing, stagger the

splitsintheringstoavoidcreatingaleakpath.

6. Reinstall the packing parts. Refer to figure8forthesequenceofpackingparts.

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.

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CAUTION

Damage to the valve disk can occur if the disk is not closed when the valve is being removed from the pipeline. If necessary,

stroke the actuator to place the disk 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 disk is closed. Removing the valve with the disk

open could cause damage to the disk, 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, 10, or 11 unless otherwise indicated.

1. After removing the valve from the pipeline, remove the manual or power actuator. Manually rotate the drive shaft

(key 3) counterclockwise until the disk 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 into 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 A31D is available with different seal designs and components. See figure 2 to identify the specific seal design.

4. Insert a regular screwdriver or other similar tool under the top edge of 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 disk (key 2) thoroughly.

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To install a new seal, O-ring (key 6), and retaining ring gasket, follow the appropriate instructions given below.

Table 5. Torque Values for Retaining Ring Screws

ASME CLASS AND VALVE SIZE, NPS RETAINING RING SCREWS

Fastener Nominal Size N•m Lbf•in

CL150: NPS 3, 4, 8, and 10; NPS 3 and 4 #10 4.6 41

CL150: NPS 6 and 12; CL300:NPS 6, 8, 10, and 12 1/4 11 100

CL150: NPS 14, 16, 18, 20, and 24; CL300: NPS 14 and 16 5/16 25 220

CL300: NPS 18 and 20 3/8 45 400

CL300: NPS 24 1/2 112 996

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.

Table 6. Torque Values for Gasket Retainer Bolts

ASME CLASS AND VALVE SIZE, NPS GASKET RETAINER BOLTS

Fastener Nominal Size N•m Lbf•in

CL150: NPS 3 and 10; NPS 3 5/16 19 167

CL150: NPS 4, 6, 8, 12, 14, 16, 18, 20, 24; CL300:NPS 4, 6, 8, 10, 12, 14 3/8 33 295

CL300: NPS 16 and 18 1/2 80 708

CL300: NPS 20 and 24 5/8 161 1428

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.

Figure 5. Typical Seal Installation

INTERNAL TRAVEL STOP

LARGEST OUTSIDE

DIAMETER (KEY 5)

CCW DISK

ROTATION

TO OPEN

ACTUATOR END

OF SHAFT

POSITION INDICATION MARK

INDICATES APPROXIMATE

DISK POSITION

GE62591-A

0.25 TO 0.76

(0.010 TO 0.030)

mm

(inch)

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

andnarroweracrosstheotheredgediameterasshowninfigure5.Aroundtheoutsidecircumferenceisonewide

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 5.

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2. Install the seal ring and O-ring assembly in the valve body. The wider outside diameter of the seal ring, as marked in

figure 5, goes into the T-slot area of the body. Start the edge with the wider diameter into the T-slot of the valve

body using a blunt-end tool.

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 screws at this time. Final tightening of screws is accomplished in step 7 of this

procedure.

6. Manually rotate the drive shaft clockwise 180 degrees to return the disk (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 5. The

seal is now fully installed. Refer to the Installation procedures in this manual.

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

andnarroweracrosstheotheredgediameterasshowninfigure5.Aroundtheoutsidecircumferenceisonewide

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 2.

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 tool. Do not use the 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.

CAUTION

The retaining ring gasket is a thin graphite material. When you punch one initial screw hole through the gasket for

alignment, be 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.

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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.

Ifaviseorotherclampsarebeingused,besuretonotdamagetheflangegasketsealingareaofthevalvebody.

7. Manually rotate the drive shaft (key 3) to turn the disk clockwise to meet the seal.

8. Tap the disk with a rubber mallet to drive it against the internal travel stop. When the disk makes contact with the

stop, manually rotate the disk 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 disk is not in contact with the valve internal travel stop (see figure

5). The valve disk should be positioned from 0.25 to 0.76 mm (0.010 to 0.030 inch) away from the internal stop in the valve body

(see figure 5).

9. Use an appropriate tool (such as a feeler gauge) to position the disk (key 2) from 0.25 to 0.76 mm (0.010 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.

CAUTION

When using an actuator, the actuator travel stop (or actuator travel, for actuators without adjustable stops) must be

adjusted so the disk 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.

10. The final seating of the retaining ring screws can now be done. For the screw torque values, refer to table 5.

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Figure 6. Anti-Blowout Design Details

PACKING

FLANGE

ANTI-BLOWOUT

FLANGE

SHAFT

SHOULDER

SHAFT

HEX NUT

STUD

PACKING

FOLLOWER

HEX NUT

TYPICAL PTFE V-RING

PACKING

HEX NUT

PACKING

FLANGE

SHAFT

SHOULDER

STUD

HEX NUT

ANTI-BLOWOUT

FLANGE

SPRING PACK

ASSEMBLY

PACKING

SET

ANTI-EXTRUSION

RING

PACKING

BOX RING

LUBRICANT

A7090

STANDARD PACKING ARRANGEMENT

CUTAWAY, NPS 14 THROUGH 24

ENVIRO-SEAL ARRANGEMENT (PTFE SHOWN)

NPS 14 THROUGH 24

STANDARD PACKING ARRANGEMENT

CUTAWAY, NPS 3 THROUGH 12

ENVIRO-SEAL ARRANGEMENT (PTFE SHOWN)

NPS 3 THROUGH 12

PACKING

FLANGE

ANTI-

BLOWOUT

FLANGE

ANTI-

BLOWOUT

RING

PACKING

FOLLOWER

TYPICAL

PACKING

VALVE

BODY

C0766

PACKING

FLANGE

SPRING PACK

ASSEMBLY

ANTI-BLOWOUT

RING

TYPICAL

PACKING

STUD AND

HEX NUT

HEX JAM

NUT

ANTI-BLOWOUT

FLANGE

VALVE BODY

B2449

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Anti-Blowout Protection, Packing, Valve Shaft(s), Disk, and Bearing

Maintenance

Removal

Note

NPS 3 through 8 valves (CL150) and NPS 3 through 6 valves (CL300) have a bearing stop pressed into the bearing bore

immediately after the packing box.

Do not attempt to remove the bearing stop which is found in the drive shaft bearing bore immediately after the packing box. The

bearing stop is pressed into the bearing bore. If the bearing stop needs replacement, contact your Emerson Process Management

sales office for more information.

Note

The A31D valve has a two-piece shaft. In these procedures, the drive shaft is key 3. The shaft opposite the drive shaft is called the

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 disk 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, 10, or 11 unless otherwise indicated.

1. Remove the valve from the pipeline. Remove the actuator from the valve.

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.

CAUTION

Never use a wrench, pliers, or similar tool to turn the drive shaft. A damaged shaft can cut the packing and allow leakage.

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Note

It is not necessary to remove the retaining ring and valve seal when removing the shaft(s) and disk.

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 flange (key 11). Remove the

hex jam nuts (key 17) and the anti-blowout flange (key 10). Remove the packing follower (key 12). For NPS 3

through 12, remove the anti-blowout ring (key 16), see figure 6.

b. For ENVIRO-SEAL Packing System: Remove the hex nuts (key 101), the packing flange (key 102), jam nuts (key

17), anti-blowout flange (key 10), and the spring pack assembly (key 103). For NPS 3 through 12, remove the

anti-blowout ring (key 16), see figures 6 and 8.

4. Remove the packing from around the drive shaft.

Note

Different valves require slightly different procedures because different valve sizes/ pressure classes have different methods of

connecting the disk and shaft(s). To identify the proper procedures, refer to the list below.

DCL150, NPS 3 through 8: One-piece shaft with 1 taper key, (see figure 9).

DCL150, NPS 10 and 12: Two-piece shaft. 1 taper key in the drive shaft; 1 tangential pin in the follower shaft, (see figure 10).

DCL150, NPS 14 through 24: Two-piece shaft with 2 tangential pins in the drive shaft; 1 tangential pin in the follower shaft,

(see figure 11).

DCL300, NPS 3 through 6: One-piece shaft with 1 taper key, (see figure 9).

DCL300, NPS 8 and 10: Two-piece shaft. 1 taper key in the drive shaft; 1 tangential pin in the follower shaft, (see figure 10).

DCL300, NPS 12 through 24: Two-piece shaft with 2 tangential pins in the drive shaft; 1 in the follower shaft, (see figure 11).

5. Proceed as appropriate, using the following instructions.

For valves with taper key, locate the taper key (key 9, figure 7) which runs through the drive shaft boss on the back of

the valve disk. Using a pin punch on the smaller end of the key, drive it out of the disk and shaft. Driving a taper key in

the wrong direction will tighten it.

Note

Certain valve sizes may have a taper key that is arc spot welded in place. To remove the key, use a punch on the smaller end of the

taperkeyanddriveitoutofthediskandshaft,breakingtheweld.

For valves with tangential pins, locate the tangential pins (key 25) in the drive shaft (key 3) and the tangential pin

(key 25) in the follower shaft (key 4).

a. Use a threaded rod with an appropriate spacer and nut as an extractor tool to remove the tangential pins. If using

a threaded rod, choose a rod with threads that fit the inside thread of the pins. The rod should extend several

inches above the disk when it is screwed into a pin.

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b. After screwing the rod into the pin, slide the spacer over the rod and pin. Thread the nut onto the rod and tighten

it. As the nut is tightened, the nut will drive the spacer against the disk. The increasing force will draw the pin

from the disk.

1. Valves with a two-piece shaft have a gasket retainer and gasket (keys 20 and 21) on the follower shaft side of the

valve. Remove the hex head bolts and lockwashers (keys 23 and 22) from the gasket retainer and remove the gasket

retainer and gasket to expose the end of the follower shaft.

2. Support the valve disk properly, and remove the follower shaft. Pull the follower shaft from the valve body. Use a

shaft extractor screwed into the puller hole in the end of the follower shaft.

3. Support the valve disk properly, and remove the drive shaft. Pull out the drive 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 disk, seal ring, and T-slot area, do not force the disk past the seal or T-slot area. Remove the disk

from the opposite side of the valve body.

4. After removing the shaft(s), remove the disk and the thrust bearings. Do not force the disk past the seal ring or

T-slot area.

5. Remove the journal bearings (key 7). Using a suitable punch or puller, drive or pull the journal bearing(s) into the

valvebodyborefromthedriveshaftbearingbore.Donotattempttoremovethebearingstop(key8).Removethe

journal bearing from the follower shaft bearing bore.

6. Inspect the valve body bore, bearings, bearing bores, and packing box for damage.

Installing a One-Piece Shaft

Unless otherwise indicated, key numbers and part names are listed in figure 7.

1. Secure the valve in an upright position. Allow for easy access to the valve body bore. Allow for easy access to the

drive shaft bearing bore.

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.

CAUTION

Premature valve failure and loss of process control may result if bearings are improperly installed or are damaged during

installation.

3. Using caution to prevent damage to the bearing, insert one journal bearing (key 7) from the valve body bore into

the drive shaft bearing bore until it hits the bearing stop (key 8). When properly installed, a portion of the journal

bearing will extend into the valve body bore.

4. Insertonejournalbearingfromthevalvebodyboreintotheshaftbearingboreoppositethejournalbearing

installed in step 3. When correctly installed, this journal bearing will be flush with the valve body bore.

5. Installthevalvediskbyplacingthediskintothevalvebodyboresothecurvedsideofthediskpassesthroughthe

end of the valve body that does not contain the T-slot. Align the shaft bore in the disk with the bearing bores.

6. Insertthedriveshaftendoppositethesplinedendintothevalvebodythroughthepackingbox.Pushtheshaft

through the bearing stop. Taking care not to dislodge the journal bearing, push the shaft through the journal

bearing and the valve disk and into the bore on the opposite side of the valve body.

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CAUTION

To avoid damage to the taper key, tangential pins, valve disk, or shaft(s) resulting from the application of excessive force,

use appropriate care when driving the key or pins into the disk hub and shaft(s). Use the right tool. Do not use excessive

force.

7. Be sure the taper key disk shaft joint is free of oil or grease. If necessary, remove any excess welding material from

the taper key.

8. Alignthetaperkeyholeintheshaftwiththeholesintheshaftbossonthedisk.Insertthetaperkey.Useaflat-end

punch to drive the taper key until solid contact is felt. Measure the depth of the taper key head for a reference

during the following steps.

a. Drive the taper key in farther as follows:

VALVE SIZE, NPS MINIMUM DEPTH TO DRIVE TAPER KEY AFTER INITIAL SOLID CONTACT

CL150 and 300, NPS 3, 4, 6 valves, & NPS 8 CL150 valves 5 mm (0.188 INCHES)

b. The disk shaft, and taper key assembly must be inspected to verify that the taper key spans the entire shaft flat

width. If so, this procedure is complete. If not, the taper key must be driven in farther until this condition is

satisfied. However, do not exceed the following depth limits:

VALVE SIZE, NPS MAXIMUM ALLOWABLE DEPTH TO DRIVE TAPER KEY AFTER INITIAL SOLID CONTACT

NPS 3 and 4 CL150/300 7 mm (0.281 INCHES)

NPS 6 CL300, and NPS 8 CL150 8 mm (0.312 INCHES)

9. After driving the taper key in place, arc spot weld the head of the taper key to the disk as shown in figure 7. For NPS

3, 4, and 6 valves, use an arc spot weld bead of 1/8-inch diameter. For NPS 8, 10,and12valves,useanarcspotweld

bead of 3/16-inch diameter.

10. Install the packing as described in the Packing Replacement section or in the ENVIRO-SEAL Rotary Packing

Instruction Manual (D101643X012).

Figure 7. Fisher A31D Taper Key Weld Location

A5947

WELD LOCATION

WELD

LOCATION

TAPER KEY

SHAFT

DISK

MINIMUM TAPER KEY ENGAGEMENT MAXIMUM TAPERKEYENGAGEMENT

VIEW A

TAPER KEY WELD LOCATION

Installing the Two-Piece Shaft

Note

In these instructions, the drive shaft (with splined or keyed end) is key 3. The shaft opposite the drive shaft is called the follower

shaft (key 4).

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Key numbers in this procedure are shown in figure 9, 10, or 11 unless otherwise indicated.

1. Properly secure the valve on a suitable worktable so it cannot slip, twist, or fall during maintenance. Be prepared to

support the valve disk. Allow for easy access to the valve body bore, drive shaft bearing bore and follower shaft

bearing bore.

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.

Note

Replacementdiskandshaftsareprovidedasamatchedsetandbothshouldbereplacedatthesametime.

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 follower 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 drive

shaft and two bearings in the follower shaft. If using an NPS 14 CL150 valve with metal bearings, four bearings in the

drive and four in the follower shaft will be required.

4. Hold the follower shaft thrust bearing (key 24) in the valve body bore against the counterbore of the follower shaft

bearing bore. Push the follower 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 drive shaft from the body bore into

the bearing bore below the packing box. Use caution to prevent damage to the bearing.

CAUTION

Use caution to prevent damage to the bearing when installing the upper bearing in the previous step.

6. Holdthedriveshaftthrustbearing(key24)inthevalvebodyboreagainstthecounterboreofthedriveshaft

bearingbore.Pushthedriveshaftthroughthepackingboxsideintothebearingborejustenoughtoholdthethrust

bearing.

CAUTION

To avoid damage to the disk, seal, and T-slot area, do not force the disk past the seal or T-slot area. Install the disk from the

opposite side of the valve body.

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7. Place the flat side of the disk on a flat surface and insert wooden blocks to raise the disk approximately 50.8 mm (2

inches) from the worktable surface. Then, suspend the valve body over the disk so the seal/T-slot area is facing up.

Align the shaft bores through the disk with the drive shaft and follower shaft bores. Lower the valve body over the

disk using caution not to dislodge or damage the thrust bearings placed on the ends of the shafts.

8. With the disk (key 2) properly positioned in the valve body (key 1), push the drive shaft and follower shaft the rest of

the way through the thrust bearings and into the shaft bores in the valve disk.

9. Align the holes in the shafts with the holes in the disk.

CAUTION

To avoid damage to the taper key, tangential pins, valve disk, or shaft(s) resulting from the application of excessive force,

use appropriate care when driving the key or pins into the disk hub and shaft(s). Use the correct tool, and do not use

excessive force.

10. Beforeinstallingthetaperkey,besurethetaperkeydiskshaft joint is free of oil or grease. If necessary, remove any

excess welding material from the taper key.

11. Install the appropriate taper key and tangential pins.

12. Install the taper key by aligning the taper key hole in the shaft with the holes in the shaft boss on the disk. Insert

the taper key. Use a pin punch to drive the taper key until solid contact is felt. Measure the depth of the taper key

head for a reference during the following steps.

a. Drive the taper key in farther as follows:

VALVE SIZE, NPS MINIMUM DEPTH TO DRIVE TAPER KEY AFTER INITIAL SOLID CONTACT

NPS 8 CL300, NPS 10 and 12 CL150, & NPS 10 CL300 valves 6 mm (0.219 INCHES)

b. The disk shaft, and taper key assembly must be inspected to verify that the taper key spans the entire shaft flat

width. If so, this procedure is complete. If not, the taper key must be driven in farther until this condition is

satisfied. However, do not exceed the following depth limits:

VALVE SIZE, NPS MAXIMUM ALLOWABLE DEPTH TO DRIVE TAPER KEY AFTER INITIAL SOLID CONTACT

NPS 8 CL300, and NPS 10 and 12 CL150 10 mm (0.375 INCHES)

NPS 10 CL300 11 mm (0.406 INCHES)

13. After driving the taper key in place, arc spot weld the head of the taper key to the disk as shown in figure 7. For NPS

10 and 12 valves, use an arc spot weld bead of 3/16-inch in diameter.

14. Refer to Packing Maintenance and the Anti-Blowout Design 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 follower 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 reassembling the valve, use a new gasket.

Be sure to center the gasket over the follower shaft bore before retighteningbolts.Tightendownboltsevenlyina

crossoverorstarpattern.

Refer to table 6.

Installing the Gasket Retainer

All A31D valves use a gasket retainer and gasket to cover the follower shaft opening in the valve body.

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1. Replace the gasket (key 21) and gasket retainer (key 20) over the end of the follower shaft. Use a new gasket.

2. Replace the four hex head bolts (key 23) and lockwashers (key 22) to hold the gasket retainer in place.

3. Be sure to center the gasket over the follower shaft bore before retightening the bolts. Tighten down the bolts

evenly in a crossover or star pattern. Refer to table 6 for proper torque values.

Parts Ordering

When replacement parts are required, always use genuine Fisher parts.

Typical parts are shown in figure 9, 10, or 11.

When corresponding with your Emerson Process Management sales office about an A31D valve, please identify the

valve as an A31D 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 Fisher replacement parts. Components that are not supplied by Emerson Process Management should

not, under any circumstances, be used in any Fisher valve, because they may void your warranty, might adversely affect the

performance of the valve, and could cause personal injury and property damage.

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 included

parts.

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.

See table 8 for retrofit kit part numbers.

Table 7. Retrofit Kit Included Parts

Key Description Quantity

10 Anti-blowout follower 1

17 Jam nut 1

100 Packing stud 2

101 Packing nut 2

102 Packing flange 1

103 Spring pack assembly 1

105 Packing Set 1

106 Anti-extrusion washer 2(1)

107 Packing box ring 2(2)

111 Tag 1

112 Cable 1

1. Not included in graphite packing kit.

2. Only 1 req'd for NPS 18 CL300, NPS 20 CL150 and NPS 24 CL150.

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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 8 for PTFE repair kit part numbers.

Table 8. Retrofit and Repair Kit Part Numbers

VALVE SIZE, NPS PRESSURE RATING

SHAFT

DIAMETER(1),

mm (Inch)

RETROFIT KITS REPAIR KITS

PTFE PTFE

3CL150 14.3 (9/16) --- RRTYX000112

CL300 14.3 (9/16) --- RRTYX000112

4CL150 17.5 (11/16) RRTYXRT0212 RRTYX000122

CL300 17.5 (11/16) RRTYXRT0212 RRTYX000122

6CL150 23.8 (15/16) RRTYXRT0222 RRTYX000132

CL300 23.8 (15/16) RRTYXRT0222 RRTYX000132

8CL150 23.8 (15/16) RRTYXRT0232 RRTYX000132

CL300 31.8 (1-1/4) RRTYXRT0242 RRTYX000142

10 CL150 28.6 (1-1/8) RRTYXRT0252 RRTYX000092

CL300 41.3 (1-5/8) (2) RRTYX000152

12 CL150 31.8 (1-1/4) RRTYXRT0262 RRTYX000142

CL300 47.6 (1-7/8) (2) RRTYX000162

14 CL150 34.9 (1-3/8)

(2)

RRTYX000172

CL300 50.8 (2) RRTYX000182

16 CL150 38.1 (1-1/2) RRTYX000192

CL300 57.2 (2-1/4) RRTYX000202

18 CL150 44.5 (1-3/4) RRTYX000212

CL300 63.5 (2-1/2) RRTYX000222

20 CL150 50.8 (2) RRTYX000182

24 CL150 63.5 (2-1/2) RRTYX000222

1. Shaft diameter: Diameter through the packing box.

2. Contact your Emerson Process Management sales office.

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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

1ValveBody

If you need a valve body as a replacement part, order the

valve size, ASME rating and desired material. Contact your

Emerson Process Management sales office.

2Disk

3 Drive Shaft

4 Follower Shaft

5* Seal Ring (See following table)

6* Backup Ring (See following table)

7* Bearing (See following table)

8BearingStop

9* Taper Key

NPS 3 11B0674X012

NPS 4 11B0674X012

NPS 6 11B0695X012

NPS 8 11B0695X012

NPS 10 11B0722X012

NPS 12 11B0722X012

CL300

NPS 3 11B0674X012

NPS 4 11B0674X012

NPS 6 11B0695X012

NPS 8 11B0722X012

NPS 10 11B4684X012

10 Anti-Blowout Flange

11 Packing Flange

12 Packing Follower

13* Packing Set

PTFE, V-Ring

CL150

NPS 3 V110247X012

NPS 4 V143725X012

NPS 6 V143726X012

NPS 8 V143726X012

NPS 10 V110259X012

NPS 12 V110262X012

NPS 14 V111433X012

NPS 16 V167865X012

NPS 18 V110460X012

NPS 20 V111437X012

NPS 24 V111699X012

CL300

NPS 3 V110247X012

NPS 4 V143725X012

NPS 6 V143726X012

NPS 8 V110262X012

NPS 10 V143727X012

NPS 12 V146281X012

NPS 14 V111437X012

NPS 16 V110631X012

NPS 18 V111699X012

Key Description Part Number

NPS 20 V111704X012

NPS 24 V111708X012

Graphite

CL150

NPS 3 V111021X012

NPS 4 V143697X012

NPS 6 V143698X012

NPS 8 V143698X012

NPS 10 V111025X012

NPS 12 V111026X012

NPS 14 V111434X012

NPS 16 V167864X012

NPS 18 V111028X012

NPS 20 V111438X012

NPS 24 V111442X012

CL300

NPS 3 V111021X012

NPS 4 V143697X012

NPS 6 V143698X012

NPS 8 V111026X012

NPS 10 V143832X012

NPS 12 V146282X012

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)

16 Anti-blowout ring

17 HexJamNut(2req'd)

18 Retaining Ring

19 Retaining Ring Screw

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)

25 Tangential Pin

26* Retaining Ring Gasket

NOVEX and Phoenix III Seal

CL150

NPS 3 16B0749X012

NPS 4 16B0668X012

NPS 6 16B0738X012

NPS 8 16B0669X012

NPS 10 16B0740X012

NPS 12 16B0670X012

NPS 14 V161467X012

NPS 16 V161468X012

NPS 18 V161469X012

NPS 20 V112062X012

NPS 24 V161471X012

CL300

NPS 3 16B0749X012

NPS 4 16B0668X012

NPS 6 16B0738X012

NPS 8 16B0739X012

NPS 10 16B0680X012

NPS 12 16B0741X012

NPS 14 V113741X012

NPS 16 V112064X012

NPS 18 V161469X012

NPS 20 V112062X012

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

26

Key Description Part Number

NPS 24 V124867X012

27 Cap Screw - Actuator (4 req'd) (not shown)

28 Hex Nut - Actuator (4 req'd) (not shown)

29 Nameplate (not shown)

30 Drive Screw (2 req'd) (not shown)

31 Key

33 Flow Direction Arrow (not shown)

34 Packing Box Ring

35 Disk/Shaft/Pin Assembly (not shown)

ENVIRO-SEAL Packing System

(See figure 8)

10 Anti-Blow Flange

17 HexJamNut(4req'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 3 12B9122X012

NPS 4 12B9236X012

NPS 6 12B9245X012

NPS 8 12B9245X012

NPS 10 12B9078X012

NPS 12 12B9258X012

NPS 14 14B3490X012

NPS 16 14B3495X012

NPS 18 13B9155X012

NPS 20 13B9164X012

NPS 24 12B7782X012

CL300

NPS 3 12B9122X012

NPS 4 12B9236X012

NPS 6 12B9245X012

NPS 8 12B9258X012

NPS 10 13B9272X012

NPS 12 13B9273X012

NPS 14 13B1964X012

NPS 16 14B3647X012

NPS 18 12B7782X012

NPS 20 13B9164X012

NPS 24 14B5730X012

Use with Graphite packing

CL150

NPS3 ---

Key Description Part Number

NPS 4 13B8816X042

NPS 6 13B8816X082

NPS 8 13B8816X082

NPS 10 13B8816X102

NPS 12 13B8816X122

NPS 14 14B3541X112

NPS 16 14B3541X122

NPS 18 14B3541X032

NPS 20 14B3541X082

NPS 24 14B3541X042

CL300

NPS 3 - - -

NPS 4 13B8816X042

NPS 6 13B8816X042

NPS 8 13B8816X122

NPS 10 14B3541X012

NPS 12 14B3541X092

NPS 14 14B3541X082

NPS 16 14B3541X052

NPS 18 14B3541X042

NPS 20 14B3541X062

NPS 24 14B3541X072

106* Anti-Extrusion Ring, Composition/graphite

filled PEEK (2 req'd)

Single PTFE packing w/std packing box

CL150

NPS 3 12B9121X012

NPS 4 12B9235X012

NPS 6 12B9244X012

NPS 8 12B9244X012

NPS 10 12B9084X012

NPS 12 12B9257X012

NPS 14 14B3489X012

NPS 16 14B3494X012

NPS 18 13B9159X012

NPS 20 13B9168X012

NPS 24 12B7783X012

CL300

NPS 3 12B9121X012

NPS 4 12B9235X012

NPS 6 12B9244X012

NPS 8 12B9257X012

NPS 10 14B3372X012

NPS 12 14B3530X012

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

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

27

Figure 8. ENVIRO-SEAL Packing Systems

PTFE PACKING SYSTEM

34B7524-B STACKING ORDER OF

PTFE PACKING RINGS

14B0095-A

1

14B0086-A

34B7524-B

GRAPHITE PACKING SYSTEM

STACKING ORDER OF

GRAPHITE PACKING RINGS

NOTE:

VALVES WITH SHAFTS LARGER THAN 38.1 mm (1-1/2 INCH) USE GRAPHITE RINGS

Instruction Manual

D500248X012

A31D Valve

April 2014

28

Key 5* Seal Ring

VALVE SIZE, NPS SOFT SEAL PHOENIX III SEAL METAL SEAL

PTFE UHWMPE S31600/PTFE NOVEX

CL150 S31600

3V143521X012 V143521X022 V143525X012 V158982X042

4V143539X012 V143539X022 V143490X012 V158984X042

6V143443X012 V143443X022 V143456X012 V158987X042

8V143645X012 V143645X022 V143648X012 V158992X022

10 V149969X012 V149969X022 V150256X012 V158989X032

12 V149970X012 V149970X022 V150022X012 V158991X012

14 V168932X012 V168932X022 V140831X012 V159013X012

16 V111337X012 V111337X022 V140857X012 V159014X022

18 V111340X012 V111340X022 V114458X012 V159026X022

20 V111343X012 V111343X022 V142359X012 V159044X022

24 V111349X012 V111349X022 V142384X012 V159146X022

CL300 S21800

3V143521X012 --- V143525X012 V158982X052

4V143539X012 --- V143490X012 V158984X052

6V143443X012 --- V143456X012 V158987X052

8V110421X012 --- V142381X012 V163822X052

10 V143588X012 --- V143580X012 V166480X052

12 V146274X012 --- V146278X012 V162052X052

14 V111626X012 --- V142584X012 V164731X022

16 V111629X012 --- V140837X012 V168015X032

18 V111632X012 --- V114459X012 V167979X022

20 V111635X012 --- V114462X012 V167658X022

24 V111638X012 --- V142372X012 V164730X022

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

29

Key 6* Backup RIng

VALVE SIZE, NPS FKM NITRILE EPR CHLOROPRENE

Soft Seal PTFE / UHMWPE CL150

3V143826X012 V143826X022 V143826X032 V143826X042

4V110183X012 V110183X022 V110183X032 V110183X042

6V110190X022 V110190X012 V110190X032 V110190X042

8V110195X012 V110195X022 V110195X032 V110195X042

10 V110199X012 V110199X022 V110199X032 V110199X042

12 V110203X012 V110203X022 V110203X032 V110203X042

14 V111360X012 V111360X022 V111360X032 V111360X042

16 V111365X012 V111365X022 V111365X032 V111365X042

18 V111370X012 V111370X022 V111370X032 V111370X042

20 V111375X012 V111375X022 V111375X032 V111375X042

24 V111385X012 V111385X022 V111385X032 V111385X042

Soft Seal PTFE CL300

3V143826X012 V143826X022 V143826X032 V143826X042

4V110183X012 V110183X022 V110183X032 V110183X042

6V110190X022 V110190X012 V110190X032 V110190X042

8V110428X012 V110428X062 V110428X032 V110428X042

10 V115324X012 V115324X022 V115324X032 V115324X042

12 V110436X012 V110436X052 V110436X062 V110436X032

14 V111648X012 V111648X022 V111648X032 V111648X042

16 V111653X012 V111653X022 V111653X032 V111653X042

18 V111370X012 V111370X022 V111370X032 V111370X042

20 V111375X012 V111375X022 V111375X032 V111275X042

24 V111658X012 V111658X022 V111658X032 V111658X042

Phoenix III 316/PTFE CL150

3V151078X012 --- V151078X062 ---

4V110689X012 --- V110689X062 ---

6V151079X012 --- V151079X062 ---

8V143629X012 --- V143629X062 ---

10 V110432X012 --- V110432X062 ---

12 V110436X012 --- V110436X062 ---

14 V111647X012 --- V111648X032 ---

16 V111360X012 --- V111360X032 ---

18 V111365X012 --- V111365X032 ---

20 V111375X012 --- V111375X032 ---

24 V111385X012 --- V111385X032 ---

Phoenix III 316/PTFE CL300

3V151078X012 --- V151078X062 ---

4V110689X012 --- V110689X062 ---

6V151079X012 --- V151079X062 ---

8V110428X012 --- V110428X032 ---

10 V128394X012 --- V128394X062 ---

12 V110436X012 --- V110436X062 ---

14 V110203X012 --- V110203X032 ---

16 V111360X012 --- V111360X032 ---

18 V111365X012 --- V111365X032 ---

20 V111370X012 --- V111370X032 ---

24 V111375X012 --- V111375X032 ---

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

30

Key 7* Bearing

VALVE SIZE, NPS QUANTITY NEEDED PEEK 316 / NITRIDE

CL150

3 2 V166262X012 V166484X012

4 2 V166300X012 V166485X012

6 2 V166284X012 V166462X012

8 2 V166285X012 V167379X012

10 6V166266X012 V167380X012

12 4V166267X012 V166460X012

14

3(1)

2(2)

7(3)

---

---

V157057X012

V161474X022

V111398X032

---

16 4(3) V157058X012 V161472X022

18 4(3) V157059X012 V131700X022

20 4(3) V157060X012 V169414X012

24 4(3) V157061X012 V127742X032

CL300

3 2 V166262X012 V166484X012

4 2 V166300X012 V166485X012

6 2 V166284X012 V166462X012

8 4 V166418X012 V166460X012

10 4V166419X012 V159619X012

12 4V166420X012 V166487X012

14 4(3) V168185X012 V168528X022

16 4(3) V168186X012 V128066X032

18 4(3) V168187X012 V170455X012

20 4(3) V168188X012 V131699X042

24 4(3) V168189X012 V131703X042

1. Upper bearing

2. Lower bearing

3. Both upper and lower bearings

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

31

Key 21* Gasket

VALVE SIZE, NPS SOFT SEAL METAL / PHOENIX III

Standard and NACE Standard

CL150

316B0782X022 16B0782X012

4V165568X022 V165568X012

6V165568X022 V165568X012

8V165568X022 V165568X012

10 V124605X022 V124605X012

12 V165568X022 V165568X012

14 V125000X022 V125000X012

16 V125001X012 V125001X012

18 V125002X022 V125002X012

20 V124604X022 V124604X022

24 V124603X022 V124603X012

CL300

316B0782X022 16B0782X012

4V165568X022 V165568X012

6V165568X022 V165568X012

8V124605X022 V124605X012

10 V148921X022 V148921X012

12 V135209X022 V135209X012

14 V124604X022 V124604X012

16 V139033X022 V139033X012

18 V139502X022 V139502X012

20 V139619X022 V139619X012

24 V135138X022 V135138X012

Key 24* Thrust Bearing

VALVE SIZE, NPS QUANTITY NEEDED PEEK 316/NITRIDE

CL150

3--- --- ---

4--- --- ---

6--- --- ---

8--- --- ---

10 2V166264X012 V167381X012

12 2V166265X012 V167382X012

14 2V159686X012 V169332X022

16 2V159687X012 V168511X022

18 2V159688X012 V131701X022

20 2V159689X012 V111417X022

24 2V159690X012 V127739X032

CL300

3--- --- ---

4--- --- ---

6--- --- ---

8 2 V166421X012 V166461X012

10 2V166422X012 V159620X012

12 2V166423X012 V166489X012

14 2V168180X012 V168530X022

16 2V168181X012 V131681X022

18 2V168182X012 V131702X022

20 2V168183X012 V128345X022

24 2V168184X012 V152839X012

*Recommended spare parts

Instruction Manual

D500248X012

A31D Valve

April 2014

32

Figure 9. Fisher A31D Valve Body Assembly, NPS 3-8 CL150 and NPS 3-6 CL300

GE57850-A

USE ONLY WITH SOFT SEAL AND PHOENIX III SEAL

1

1

2

2USE WITH NOVEX SEAL, PHOENIX III SEAL, AND

CRYOGENIC VALVES

NOT SHOWN: KEYS 27, 28, 32, 33, 111, 112, 113

Instruction Manual

D500248X012

A31D Valve

April 2014

33

Figure 10. Fisher A31D Valve Body Assembly, NPS 10-12 CL150 and NPS 8-12 CL300

GE57889-A

USE ONLY WITH SOFT SEAL AND PHOENIX III SEAL

1

1

2

2USE WITH NOVEX SEAL, PHOENIX III SEAL, AND CRYOGENIC VALVES

NOT SHOWN: KEYS 27, 28, 32, 33, 111, 112, 113

3INCLUDED IN FIND NUMBER 35 (DISK SHAFT ASSEMBLY NPS 12 CL300)

3

3

3

3

Instruction Manual

D500248X012

A31D Valve

April 2014

34

Figure 11. Fisher A31D Valve Body Assembly, NPS 14-24 CL150 and CL300

GE62596-A PARTS NOT SHOWN: KEYS 26, 29, 32, 33, 38, 111, 112, 113

1

1

USE ONLY WITH SOFT SEAL AND PHOENIX III SEAL

Instruction Manual

D500248X012

A31D Valve

April 2014

35

Instruction Manual

D500248X012

A31D Valve

April 2014

36

Emerson Process Management

Marshalltown, Iowa 50158 USA

Sorocaba, 18087 Brazil

Chatham, Kent ME4 4QZ UK

Dubai, United Arab Emirates

Singapore 128461 Singapore

www.Fisher.com

The contents of this publication are presented for informational purposes only, and while every effort has been made to ensure their accuracy, they arenot

to be construed as warranties or guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are

governed by our terms and conditions, which are available upon request. We reserve the right to modify or improve the designs or specifications of such

products at any time without notice.

E2013, 2014 Fisher Controls International LLC. All rights reserved.

Fisher, POSI-SEAL, and ENVIRO-SEAL are marks owned by one of the companies in the Emerson Process Management business unit of Emerson Electric Co.

Emerson Process Management, Emerson, and the Emerson logo are trademarks and service marks of Emerson Electric Co. All other marks are the property

of their respective owners.

Neither Emerson, Emerson Process Management, nor any of their affiliated entities assumes responsibility for the selection, use or maintenance

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