EXPANSION JOINT CATALOG

FMH EXPANSION JOINTS

IFC

❑ Radiography

❑ Liquid Penetrant and Magnetic Particle

❑ Mass Spectrometer Leak Detection

❑ Hydro and Pneumatic Testing

❑ Movement and Spring Rate Testing

❑ Hardness Testing

❑ Cycle Life Testing

❑ Burst Testing

❑ Chemical Analysis

❑ Charpy Impact Testing

❑ Ultrasonic Testing

❑ Shock & Vibration Testing

FACILITY

DELIVERY

QUALITY ASSURANCE

FACILITYFMH Expansion Joints occupies a large manufacturing facility in the metro Atlanta, Georgia area, with a strongnetwork of local suppliers and subcontractors. FMH Expansion Joints is one of the only American owned andmanaged expansion joint manufacturers in the United States. We are dedicated to providing the best service andquality expansion joints in the business.

DELIVERYIf you have an urgent need for an Expansion Joint call FMH Expansion Joints and allow us to show you the bestservice in the industry. FMH Expansion Joints offers SAME DAY shipments as well as NEXT DAY and TWO-DAYservice. This type of performance is routine at FMH Expansion Joints as well as our Standard Delivery, which istypically offered at one to two weeks after authorization to proceed.

QUALITY ASSURANCEFMH Expansion Joints can provide units designed, fabricated and tested in accordance with the following codesand standards:

EJMA

ASME B31.1

ASME B31.3

ASME Section VIII, Div. I

ASME Section IX

ASME Section II

ASME Section V

MIL-E-17813

USCG CG115

American Bureau of Shipping

FMH Expansion Joints can provide the following nondestructive examination and testing procedures:


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Table of ContentsFACILITY AND QUALITY ASSURANCE ................................................IFCTABLE OF CONTENTS ..............................................................................1INTRODUCTION AND QUALITY STATEMENT ..........................................2DESIGN OF BELLOWS ..............................................................................3BELLOWS SQUIRM ....................................................................................4BELLOWS PRESSURE THRUST AND RESTRAINT ................................4PIPE GUIDE RECOMMENDATIONS ..........................................................5BELLOWS DEFLECTIONS ........................................................................6

AXIALLATERALANGULARTORSIONCONCURRENTVIBRATIONINSTALLATION MISALIGNMENT

EXPANSION JOINT TYPES ....................................................................6-8SINGLE UNRESTRAINEDSINGLE TIEDHINGEDSLOTTED HINGEDGIMBALUNIVERSALTIED UNIVERSALPRESSURE BALANCEDIN-LINE PRESSURE BALANCED

EXPANSION JOINT ACCESSORIES ......................................................8-9INTERNAL FLOW LINERSEXTERNAL PROTECTIVE COVERS

WARRANTY STATEMENT ..........................................................................9SINGLE EXPANSION JOINTS ..............................................................10HOW TO GENERATE A SINGLE EXPANSION JOINT PART NUMBER ..10SINGLE EXPANSION JOINT DESIGN TABLES ..................................11-35UNIVERSAL EXPANSION JOINTS..................................................36-37HOW TO GENERATE A UNIVERSAL EXPANSION JOINTPART NUMBER ........................................................................................38UNIVERSAL EXPANSION JOINT DESIGN TABLES ..........................39-63EXTERNALLY PRESSURIZED EXPANSION JOINTS (FX)..........64-65HOW TO GENERATE AN EXTERNALLY PRESSURIZEDEXPANSION JOINT PART NUMBER........................................................66EXTERNALLY PRESSURIZED EXPANSION JOINT DESIGN TABLES ..67-73ANCHOR SPECIFICATIONS..................................................................74ENGINEERING DATA

GENERAL CONVERSION FACTORS....................................75THERMAL EXPANSION DATA ..............................................76TEMPERATURE CONVERSIONS ..........................................77NOTES ............................................................................78-80EXPANSION JOINT SPECIFICATION SHEET ....................IBC


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INTRODUCTION / COMPANY HISTORY

COMPLETE QUALITY COMMITMENT

INTRODUCTION / COMPANY HISTORY

FMH Expansion Joints, a division of Flexible Metal Hose Co.,Tucker, Georgia, began fabricating bellows type expansionjoints in 1972. This product fit very well with the initial metalcorrugated hose products Flexible Metal Hose Co. had beenfabricating and manufacturing since 1954. This was a naturalprogression based on the application of these products andthe related customer base. Over the years Flexible MetalHose Co. has manufactured a number of Expansion Jointsranging from 1" in diameter to 120" diameter. TheseExpansion Joints have been utilized in high pressure as wellas high vacuum service. The applications range from very lowcryogenics, to very high elevated temperatures, in a widerange of industries, such as, Marine, Power, Petrochemical,Pulp and Paper and HVAC, just to name a few. In order tofocus efforts in the expansion joint industry, Flexible Metal

Hose Co. has created a new division, FMH Expansion Joints. This new division provides a clearer definition ofour products along with an enhanced ability to service our customers. This new definition will continue toenhance Flexible Metal Hose Co's position as the leader in designing solutions for flexibility, vibration absorp-tion, expansion compensation and corrosion in piping systems. As always, our constant objective is customerservice and 100% satisfaction with no sacrifice to product quality and reliability.Flexible Metal Hose Co., as the leader in the metal hose and expansion joint industry, was the first metal hoseand expansion joint manufacturer to be certified to the ISO 9001 Quality Standard. This internationally recognizedquality standard assures our customers of our, “Complete Quality Commitment”, as independently verified by anoutside auditor and registrar.

COMPLETE QUALITY COMMITMENTFLEXIBLE METAL HOSE COMPANY AND ITS EMPLOYEESSTRIVE FOR CONTINUING QUALITY, PROCESS AND PRODUCT IMPROVEMENT. WE WILL MEET ISO 9001 QUALITY STANDARDS WITH FULL EMPLOYEE PARTICIPATION, AND SUPPLY THE HIGHEST QUALITYFLEXIBLE METAL HOSE AND BELLOWS PRODUCTS.

Flexible Metal Hose Company strives for continuing qualityand product improvements. From aerospace to industrial,government contract to standard catalog items, FlexibleMetal Hose Company's primary goal is to supply only thehighest quality flexible hose and bellows products possible.


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FMH Expansion Joints

DESIGN OF BELLOWSDESIGN OF BELLOWSThe bellows is the flexible element of an expansion joint consisting of one or more convolutions and the end tan-gents. This element is designed to absorb thermal movements that result from a change in temperature in apiping system. A bellows may also be designed to absorb mechanical movements. The number of convolutionsin a bellows is a direct relationship to the amount of thermal or mechanical movement in the piping system,and/or the force necessary to achieve this deflection.

The bellows is a very unique component of a piping system. It must be designed strong enough to accommo-date the system design pressure, as well as, flexible enough to accept the design deflections for a calculatednumber of occurrences, with a minimum resistive force.

The system pressure and deflection create the major stresses in a bellows. Typically the deflection stresses arehigher than the pressure stresses and are meridional or longitudinal in direction. These stresses are calculatedand evaluated in the Standards of the Expansion Joint Manufacturers Association, Inc. or EJMA.

The pressure stresses include circumferential (hoop) stress in the bellows tangent as well as the convolutions.EJMA defines the bellows tangent membrane stress due to pressure as S1. The bellows circumferential mem-brane stress due to pressure is designated as S2 in the EJMA calculations. The tangent stress (S1) andcircumferential bellows stress (S2) must not exceed the maximum allowable stress, which is set by code or thecustomer’s specification.

There are also meridional pressure stresses that are evaluated in the design of a bellows. The bellows meridion-al membrane stress due to pressure is designated as S3 in the EJMA calculations. The other meridional stressthat is evaluated in EJMA is the bellows meridional bending stress due to pressure, or S4. If these meridionalstresses are exceeded, the convolution sidewall will be overstressed and this will lead to bellows failure.

EJMA uses a “Combined Stresses” technique to evaluate the approximate cycle life of a bellows. The stressesinvolved are recorded in EJMA as S5, S6 & St. A cycle is defined as one complete movement, at pressure and tem-perature, from the initial position of the bellows, to the operating position, and back to the initial position. Factorsthat affect the fatigue life of a bellows are, operating pressure, operating temperature, bellows material, move-ment per convolution, bellows thickness, convolution pitch, convolution height and shape, and bellows heattreatment. Based on the evaluation techniques in EJMA, it is possible to predict the cycle life of a bellows ratherthan cycling to failure.

Utilizing the above stresses and evaluation techniques, it is possible for the bellows designer to provide the opti-mum bellows design that will handle the system pressure, remain stable, and provide a satisfactory service life.

4


BELLOWS SQUIRM

BELLOWS PRESSURE THRUST

PRESSURE THRUST RESTRAINT DEVICES

ANCHORS

HARDWARE

BELLOWS SQUIRMA bellows that is subjected to increasing internal pressure will reach a critical pressure at which the bellowsbecomes unstable or squirms. This condition is very detrimental to the bellows function and can in some caseslead to catastrophic failure. It is the bellows designer's duty to design a bellows that will remain stable underdesign conditions as well as test conditions. An expansion joint can be pressure tested to assure that the unitwill not squirm in service. The standard pressure test is performed at one and a half times the operating pres-sure. This pressure test is not mandatory per EJMA, therefore, the customer must specify if this test is required.There are two types of squirm, column squirm and in-plane squirm. It is the responsibility of the piping systemdesigner to provide adequate anchoring, supporting, and guiding of the system in accordance with EJMA stan-dards and good engineering practice. This will assure stability of the piping system including the bellows.

Column squirm is the condition in which a bellows exhibits an arch or curvature in its centerline. This conditionis mainly associated with bellows that have a relatively large length-to-diameter ratio. This condition can also beexaggerated by a bellows that is subjected to lateral offset or angulation. This type of squirm is somewhat simi-lar to the buckling of a loaded column. The EJMA calculation for squirm is based on the ends of the pipe runbeing rigidly anchored and the piping being properly guided per EJMA.

In-plane squirm is the condition that occurs when one or more individual convolutions of a bellows shift or rotateout of the plane perpendicular to the bellows longitudinal axis. This condition may seem like a tilting or warpingof one or more convolutions. This squirm condition is mainly associated with high meridional bending stresses.

BELLOWS PRESSURE THRUSTPressure thrust is an often misunderstood characteristic of applying a bellows to a piping system. The pressurethrust force is the result of the internal system pressure multiplied by the bellows effective area. This catalog pro-vides the effective area for each bellows design. The system designer must account for the pressure thrust force,and in the case where an expansion joint is to be installed in the piping system, this pressure thrust force war-rants special consideration. The main concern is the fact that the bellows is a flexible component of the system.Because of this flexibility, the bellows has a tendency to elongate as the pressure is increased, unless the pipingis anchored and guided properly. If the ends of the expansion joint are not restrained, this force is only resistedby the bellows spring rate. In most applications, the bellows spring force is considerably less than the thrustforce. This can be visualized by capping the ends of the bellows and pressurizing the inside. In order to restrainthe bellows from extending due to the internal pressure, the piping system must be anchored at the ends or ifthere is a change of direction, at the elbow. This analogy applies to a simple straight pipe run with a SingleExpansion Joint. In the case of more complicated piping layouts where it is not practical to separate the pipinginto simple straight runs, the expansion joint can be designed with restraint hardware such as tie rods, hinges,or gimbal rings. These hardware items restrain the pressure thrust force. Unless an In-Line Pressure BalancedExpansion Joint is used, this hardware will also restrict the bellows from accepting axial movement. In the caseof an expansion joint that is specified with tie rods and axial compression, this pressure thrust force must beovercome before the bellows will compress, and as the bellows compresses the unit is no longer tied orrestrained.

PRESSURE THRUST RESTRAINT DEVICES

ANCHORSIn order to properly restrain the pressure thrust loads of a piping system with an expansion joint installed, a num-ber of devices may be used. The most basic is the main anchor of the piping system. The pipe anchor is used todivide a pipe line into individual expanding sections. These pipe anchors limit and control the amount of move-ment that an expansion joint must absorb. Major equipment such as turbines, pumps, compressors, heatexchangers, and reactors may function as anchors, but the equipment design must consider all loading. Otherpipe anchors are typically located at valves, changes in direction of the pipe, blind ends of the pipe, and at majorbranch connections. In some cases, a directional anchor may be used in a pipe run to restrain the piping in a par-ticular direction, but allow the pipe to deflect in another direction.

HARDWAREAnother method of restraining pressure thrust is to add hardware to the expansion joint. This can be done with anumber of different devices, the most common being Tie Rods or Limit Rods. Tie rods and Limit Rods aredesigned to restrain pressure thrust forces in Single, as well as, Universal Expansion Joints. They are also usedin special cases such as Pressure Balanced Expansion Joints. Other restraint devices include Hinge and Gimbalhardware. All these hardware items can be used in a variety of different applications and each has its own limi-tations. Please review “Expansion Joint Types”, on pages 6 thru 8 for further discussion on these devices andhow they are applied to an expansion joint.

PIPE GUIDES


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PIPE GUIDESProper alignment of the adjoining pipe is of essential importance to the correct functioning of an expansion joint.In order for the expansion joint to provide the expected service, the pipe line must have the recommended num-ber of guides and should be anchored and supported in accordance with good engineering practice. Pipe guidesare required to insure proper application of movement to the expansion joint and to prevent buckling of the line.Planar pipe guides may be used in situations where the pipe should be allowed to deflect in a particular direc-tion but the thermal growth should still be directed into the expansion joint. The first two pipe alignment guidesadjacent to the expansion joint should be circumferential to the pipe.

For applications involving axial movement only, it is typically recommended that the expansion joint be locatedclose to the anchor and that the first pipe guide be located a maximum distance of four (4) pipe diameters fromthe end of the bellows. The second pipe guide must be located a maximum of fourteen (14) pipe diameters fromthe first pipe guide. The recommended maximum spacing of intermediate pipe guides along the balance of astandard weight, carbon steel pipe line, can be determined by the chart below.

Maximum intermediate guide spacing for any pipe material or thickness can be calculated using the followingformula:

L = 0.131 EI(ft)

PA + xR

L = Maximum intermediate guide spacing (ft).

E = Modulus of elasticity of pipe material (psi).

I = Moment of inertia of pipe (In4).

P = Design pressure (psig).

A = Bellows Effective Area (In2).

x = Axial movement of Expansion Joint (in).

R = Axial Spring Rate of Bellows (lb/in).

Note: When a bellows is compressed in operation use (+) x R; when extended, use (-) x R.

3"

4"

5"

6"

8"

10"

12"

14"

16"

18"

20"

24"

30"

36"

42"

48"

54"

60"

66"

72"


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BELLOWS DEFLECTIONS

AXIAL

LATERAL

ANGULAR

TORSION

CONCURRENT

VIBRATION

INSTALLATION MISALIGNMENT

EXPANSION JOINT TYPES

SINGLE UNRESTRAINED EXPANSIONJOINT

BELLOWS DEFLECTIONSThe bellows, as stated previously, is a flexible element designed toabsorb deflections in piping systems. These deflections may be aresult of thermal expansion, or movements and vibrations of equipment and structures. With the proper placement of anchorsand supports in a piping system, the application of expansion joints can be evaluated, and the types of deflections specified to the manufacturer.

AXIALThis is the most common type of bellows deflection and is simply thedimensional change of the bellows along its longitudinal axis. Thisaxial movement is typically a shortening of the bellows or COM-PRESSION. This compression of the bellows would occur as thepiping heats up and expands. Another type of axial movement in abellows is the elongation of the bellows or EXTENSION. Extensionwould occur for example in a cryogenic system in which the pipingwould contract as the temperature drops.

LATERALThis type of bellows deflection is the relative displacement of thebellows ends perpendicular to its longitudinal axis. This type of dis-placement occurs with the bellows ends remaining parallel to eachother and can occur in more than one plane. If lateral deflection doesoccur in more than one plane, a resultant is calculated and used inthe bellows evaluation. This movement in multiple planes should beevaluated with respect to cycle life and hardware orientation. PARALLEL OFFSET and TRANSVERSE are other common terms forlateral deflection.

ANGULARThis type of bellows deflection is the displacement of the longitudi-nal axis of the bellows into a circular arc about its center and at itsmidpoint. This deflection may also occur in a number of planes andshould be properly evaluated with respect to cycle life and hardwareorientation. ROTATIONAL MOVEMENT is another term for angulardeflection or rotation. This is not to be confused with torsional rota-tion.

TORSIONThis type of bellows deflection is the twisting of one end of the bel-lows with respect to the other end, about the bellows centerline.Due to the extremely high shear stresses produced by this type ofdeflection, it is usually advisable to provide the piping system orexpansion joint with restraints or hardware that will relieve the bel-lows of this torsional load.

CONCURRENTThe movements shown in this catalog are based on any one type ofmovement occurring alone. This movement condition is known asnon-concurrent or rated movements. In most expansion joint appli-cations there can be a combination of movements that occursimultaneously or concurrently. This could be an expansion joint thatis subjected to axial movement in combination with a lateral offset.In this case, the selection of the proper expansion joint can be bestdetermined by the bellows designer who can evaluate the effect ofthese movements and provide the optimum bellows design.

VIBRATION Metallic bellows can be designed to accommodate system vibrationas a result of pumps, fans, or other rotating equipment. If the rota-tional speeds or frequencies of the equipment are specified, thebellows designer can evaluate the bellows and assure that it doesnot have a resonant or harmonic frequency that is in a range that willcause premature bellows failure.

INSTALLATION MISALIGNMENTExpansion Joints can be designed with an installation misalignmentincluded. This type of movement is typically a one-time occurrenceat installation of the unit and can be a combination of any of the pre-vious types. If a misalignment is not included in the expansion jointdesign or evaluated by the manufacturer, the expansion joint shouldnot be used to make up forimperfections in the pipingand equipment locations.All expansion joints areshipped with rigid restraintsfor shipping and installationpurposes. If the expansionjoint is required and speci-fied to accept someinstallation misalignment,devices such as limit rodscan be installed to allowadjustment. A unit can alsobe preset at the factory toaccommodate a specifiedmisalignment.

EXPANSION JOINT TYPES

SINGLE UNRESTRAINED EXPANSIONJOINT

This is the simplest expansion joint avail-able and consists of a single bellowselement and end connections. Thisexpansion joint will deflect in any modelisted under Bellows Deflections, andis usually the first considered in systemdesign. The Single UnrestrainedExpansion Joint will require the mostcontrol of the adjacent piping withrespect to anchors and guiding. TheSingle Unrestrained Expansion Jointwill not control the movement of the

piping in any direction. Proper anchoring and guiding must be usedto control the piping and restrict the movement to only that specifiedfor the expansion joint design. This expansion joint will not resistdeflections with any force other than the spring force of the bellows.This expansion joint will not resist the pressure thrust force along theaxis of the bellows. This force must be handled by the use of mainand directional anchors.


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EXPANSION JOINT TYPES (cont.)SINGLE TIED EXPANSION JOINT

HINGED EXPANSION JOINT

SLOTTED HINGED EXPANSION JOINT

GIMBAL EXPANSION JOINT

UNIVERSAL EXPANSION JOINT

TIED UNIVERSAL EXPANSION JOINT

PRESSURE BALANCED (ELBOW) EXPANSION JOINT

SINGLE TIED EXPANSION JOINTThis expansion joint type has thesame characteristics of the SingleUnrestrained Expansion Joint exceptthe tie rod hardware has been added.The tie rods are designed to restrainthe system pressure thrust and pre-vent the bellows from over-extending.This expansion joint is not usuallydesigned to allow axial movement. Inthe case of a tied unit with axial move-ment, the rods function as limit rodswith the stops set to allow axial move-

ment of the bellows within a specified limit. The Single TiedExpansion Joint can be designed to accept lateral movement in anyplane, as well as, angular in a single plane. The angular deflectioncan be accommodated with a two tie rod design.

HINGED EXPANSION JOINTThis expansion joint contains asingle bellows element and isdesigned to permit angular rota-tion in one plane only, by utilizinga pair of pins through hingeplates that are attached to theexpansion joint ends. The hingehardware is designed to restrainthe pressure thrust load, as wellas, any additional customer spec-

ified external loads. The hinge hardware is rigid in the axial direction,therefore, the expansion joint is not able to accept axial movement.In a piping system application, the Hinged Expansion Joint is typi-cally used in pairs or threes, or in combination with the GimbalExpansion Joint. With the hardware restraining the pressure thrustloads, the anchor and support requirements are greatly reducedfrom the requirements for the Single Unrestrained Expansion Joint.

SLOTTED HINGED EXPANSION JOINTThis expansion joint is identical to the Hinged Expansion Jointexcept that it is designed to allow a specified amount of axial travel.This axial movement is accommodated by a slotted hole in the hingeplate, which allows a limited amount of compression and or exten-sion of the bellows. The Slotted Hinged Expansion Joint, of course,does not restrain the pressure thrust forces while it is allowed tomove axially. Only after the pin has reached its maximum and bot-tomed out will the pressure thrust be restrained, therefore, thesystem must be properly anchored and supported.

GIMBAL EXPANSION JOINTThis expansion joint contains asingle bellows element and isdesigned to permit angular rota-tion in any plane, by utilizing twopairs of hinges connected to acommon central floating ring orbox. The Gimbal Expansion Jointprovides the same restraint toaxial deflection and pressurethrust as the Hinged ExpansionJoint. This expansion joint func-tions in much the same fashion

as the drive shaft universal joint on most automobiles. The GimbalExpansion Joint is typically used in pairs or threes, or in combinationwith the Hinged Expansion Joint.

UNIVERSAL EXPANSION JOINTThis expansion joint con-tains two bellows elementsseparated by a centerpipe section or spool.This type of arrangementprovides a design thatcan accommodate large amounts of lateral deflection. The amountof lateral deflection is dependent on the amount of angulation eachelement can absorb and the distance between the bellows. TheUniversal Expansion Joint can also accept axial and angular move-ments in addition to the lateral. This expansion joint does not haverestraint hardware to resist pressure thrust, and must be treated sim-ilar to the Single Expansion Joint and properly anchored andsupported. The Universal Expansion Joint design should also con-sider the thermal movement of the center pipe section.

TIED UNIVERSAL EXPANSION JOINTThis expansion joint hasthe same characteris-tics of the UniversalExpansion Joint exceptthe tie rod hardware hasbeen added. With the addition of the tie rods to restrain pressurethrust, the expansion joint will not accept external axial movementwithout overcoming this pressure thrust force. However, the thermalexpansion between the tie rods (within the expansion joint) shall beaccommodated by the bellows elements. If more than two tie rodsare used to restrain pressure thrust, the unit will not accept angularrotation. If only two tie rods are used at 180 degrees apart, the unitcan deflect angularly as well as laterally. In many cases, the TiedUniversal Expansion Joint is installed between two elbows in a pip-ing system. In order to minimize the effect of deflection of theelbows, the tie rods are often installed on the elbow centerlines.

PRESSURE BALANCED (ELBOW) EXPANSION JOINTThis expansion joint isa unique design thatnot only restrains thepressure thrust, butalso balances thisthrust force so thatmain anchoring of thepipe and adjacent equipment is not necessary. The result is that theforces and moments on the nozzle connections of delicate equip-ment such as pumps and turbines are kept below the allowableloads. This expansion joint is used in cases where a Tied ExpansionJoint is required to accept axial movement while restraining pressurethrust. The Pressure Balanced Expansion Joint can be designed asa single, or a universal if large amounts of lateral movement arerequired. The Pressure Balanced Expansion Joint is normally used ata change of direction in the piping, and the elbow is mountedbetween the line or flow bellows and the balancing bellows. The linebellows and balancing bellows have the same cross-sectional areaand are connected by tie rods that restrain the pressure thrust. Asthe line bellows compresses, the tie rods force the balancing bel-lows to extend an equal amount and the elbow between the two isfree to move axially with only the resistance of the spring rates of thebellows. The axial spring rate of the expansion joint is the sum of thespring rate of the line bellows and the balancing bellows. However,the lateral deflection and spring force of the expansion joint is onlya function of the line bellows, whether it is a single or universal, andthe balancing bellows is not subject to the lateral deflection.

EXPANSION JOINT TYPES (cont.)

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IN-LINE PRESSURE BALANCEDEXPANSION JOINT

EXPANSION JOINT ACCESSORIES

INTERNAL FLOW LINERS (L)

EXPANSION JOINT ACCESSORIESThe standard expansion joints listed in this catalog are designed to meet the requirements of most expansion joint applications, however,there are a number of accessories that are available that provide essential, as well as, recommended protection of the bellows. These acces-sories may be applied to both the Single as well as the Universal type expansion joints listed in this catalog and should be added to the partnumber when selecting the proper expansion joint.

INTERNAL FLOW LINERS (L)Internal flow liners are devices that protect the internal surface of the bellows. In order to properly size a liner, the expected lateral and angu-lar movement should be provided. In cases where a liner is required and the unit has different end fittings, the direction of flow should bespecified. In applications that require a heavy liner, the designation HL should be used in the expansion joint part number. Internal flow lin-ers are necessary in expansion joint applications where the bellows are exposed to the following conditions:

• Smooth flow conditions are required to minimize friction losses or pressure drop.

• Flow velocities exceed the following values:

Air, Steam and other gases:Up to 6" diameter - 4 ft./sec./inch of diameterOver 6" diameter - 25 ft./sec.

Water and other liquids:Up to 6" diameter - 2 ft./sec./inch of diameterOver 6" diameter - 10 ft./sec.

• Turbulent flow is generated within ten pipe diameters of the expansion joint by changes in flow direc-tion, valves, tee or elbow sections or cyclonic devices. A heavy wall liner is required for this condition.

• Erosion is possible due to particles in the flow such as catalyst or ash. A heavy wall liner is required forthis condition.

• If the flow is reversible a heavy wall liner is required.

• For high temperature applications, an internal liner can lower the operating temperature of the bellowsand provide better material characteristics. In order to further enhance this benefit, the expansion jointshould not be externally insulated, however, insulation or purging may also be applied between the linerand bellows.

IN-LINE PRESSURE BALANCEDEXPANSION JOINT

This expansion joint isanother unique designthat absorbs axial, lateraland angular movementswhile eliminating pres-sure thrust loads on thepiping and without achange in direction of thepiping. Through the useof a balancing bellows

and a tie rod linkage arrangement, the pressure thrust forces areeliminated. The larger balancing bellows must have a cross-section-al area twice that of the line bellows. The tie rod linkage functions inmuch the same way as in the Elbow Pressure Balanced ExpansionJoint and will cause the larger balancing bellows to extend as theline bellows compresses and vice-versa. The spring forces aredetermined in much the same way as the Elbow Pressure BalancedExpansion Joint. These expansion joints are used in cases wheremain anchoring is not practical or pressure thrust loads are too highfor delicate equipment such as turbines or pumps. These expansionjoints are also used in straight pipe runs such as a short run betweentwo vessels.


9

EXPANSION JOINT ACCESSORIES (cont.)EXTERNAL PROTECTIVE COVERS (C)Covers are recommended for external protection of the bellows. FMH Expansion Joints offers a standard cover that is removable for easyinspection of the bellows. In some cases, the cover may need to be of heavy construction for extra protection. In these cases, the heavycover is typically of welded construction (non-removable) with end rings. If a heavy cover is required, the designation HC should be used inthe expansion joint part number. Covers should be specified under the following conditions:

• Protection of the bellows is required for shipping, installation, or while in service. The cover protects the bellows from accidental damage from foreign objects such as tools and debris.

• When there is a possibility of damage due to field welding in close proximity to the bellows and there is the chance of weld spatter or arc strikes hitting the bellows.

• When high flow velocities external to the bellows are present such as steam extraction applications. These applications typically require a heavy cover.

• When there is a need for very limited protection of personnel. For increased personnel protection a heavy cover may be beneficial. The cover will assist in personnel protection in some cases but should not be a substitute for safe practices.

• If the expansion joint is to be externally insulated, a cover should be provided in order to prevent the insulation from restricting the movement of the convolutions. The insulation should be free from any substance that is harmful to the bellows material in the event leaching may occur.

WARRANTY

FMH Expansion Joints warrants that all products furnished shall be free from defects in material and workman-ship. FMH Expansion Joints shall repair or replace any defects that occur within one year from the date of instal-lation or eighteen months from the date of the shipment, whichever occurs first.If the purchaser believes a product is defective the purchaser shall immediately:

(a) Notify FMH Expansion Joints; state the alleged defect and request permission to return the product.

(b) If permission is granted, return the product with transportation prepaid.

If the product is accepted for return and found to be defective, FMH Expansion Joints will, at its discretion,either,repair, replace the product F.O.B. factory within a reasonable time, or refund the purchase price.

Purchaser shall be responsible for proper application and installation of the product and maintaining operationwithin the design limits stated. FMH Expansion Joints shall not be responsible for corrosion or vibration failures.

Other than to repair, replace or refund as described above, purchaser agrees that FMH Expansion Joints shall notbe liable for any loss, costs, expenses or damages of any kind arising out of the product, its use, installation orreplacement, labeling, instructions, information or technical data of any kind, description of product or use, sam-ples or model, warnings or lack of any of the foregoing. FMH Expansion Joints shall have no liability whatsoeverfor payment of direct, incidental or consequential damages, including without limitation, installation cost and damages for personal injury and property.

No other warranties , written or oral, expressed or implied, including the warranties of fitness for a particular pur-pose and merchantability, are made or authorized. No affirmation of fact, promise, description of product or useof sample or model shall create any warranty from manufacturer, unless signed by the president of manufacturing.These products are not manufactured, sold or intended for personal, family or household purposes.


10

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

* LAIXA.PMOC

DNESGNITTIF

RENIL/W

L'TAM

REVOC/W

L'TAM

** LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

Single Expansion JointsHow to Generate a Single Expansion Joint Part Number

FMH EXPANSION JOINTS 1-800-359-4673 • (770) 493-1100 • Fax: (770) 493-1410 • E-mail: [email protected]

3 S 0 150 1.03 FR FR L3 C3 73/4" B3 E33-S0-150-1.03-FR-FR-L3C3-73/4-B3E3

This expansion joint is a single unrestrainedunit with a 3" NOM. DIA; A240 T316 stainlesssteel bellows; 73/4" overall length Unrestrained; 150 psig design pressure.1.03" Axial Compression (see Axial Comp. column).A182 F316 Fixed RFSO Flanges, T316 Liner & T316Cover.

*Axial Compression for units with Limit Rods or Control Rods; Lateral Offset forunits with Tie Rods; Angular for Hinged or Gimbal Units.

**Overall Lengths in this catalog are shown as decimals but should be specifiedas fractions in the part number.

**Standard Bellows Material is A240 T321. Other materials are available but mayhave different movement and spring rate values than those listed. Please consult the factory.

**Banded Bellows are I.D. Attached to the bands.

**Standard Angle Flange Material is carbon steel. Please consult factory fordimensions. The maximum design pressure for Angle Flange Units is 5 psig.

UNIT TYPECODE DESCRIPTION

S SINGLE

UNIT STYLECODE DESCRIPTION

B BELLOWS ONLYO UNRESTRAINEDT TIE RODS/LIMIT RODS/

CONTROL RODSH HINGEG GIMBAL

END FITTINGSCODE DESCRIPTION

BB BANDED BELLOWSFA FIXED ANGLE FLANGEFP FIXED PLATE FLANGEFR FIXED RFSO/FFSO FORGED FLANGEVP VANSTONE PLATE FLANGEVR VANSTONE RFSO/FFSO FORGED FLG.WS WELD END STD. WT. PIPEWH WELD END SCH. E.H. or 80s PIPE

LINER MATERIAL LISTINGCODE DESCRIPTION

L1 T304 (STANDARD)L2 T304LL3 T316L4 T316LL5 T321L15 A-36L20 OTHER

COVER MATERIAL LISTINGCODE DESCRIPTION

C1 T304C2 T304LC3 T316C4 T316LC5 T321C15 A-36 (STANDARD)C20 OTHER

BELLOWS MATERIAL LISTINGCODE DESCRIPTION

B1 A240 / T304B2 A240 / T304LB3 A240 / T316B4 A240 / T316LB5 A240 / T321 (STANDARD)B6 B162 / (NICKEL) ALLOY 200B7 B127 / (MONEL) ALLOY 400B8 B168 / ALLOY 600B9 B443 / ALLOY 625B20 OTHER

END MATERIAL LISTINGCODE DESCRIPTION

E1 304 (A240 T / A182 F / A312 TP) E2 304L (A240 T / A182 F / A312 TP) E3 316 (A240 T / A182 F / A312 TP) E4 316L (A240 T / A182 F / A312 TP) E5 321 (A240 T / A182 F / A312 TP) E10 A105 (STANDARD FORGED FLG.)E11 A53 - GR.B (STANDARD PIPE)E12 A106 - GR.BE13 A285 - GR.CE14 A516 - 70E15 A - 36 (STANDARD PLATE FLG. & BANDS)E20 OTHER

Note: Specific movements must be provided to properly size liner.

Flow direction should be specified on combination ends.

Add 1/8" to unit overall length for vanstone liner.

3"Single Expansion Joints


Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 25 to 150 psig; 150# ANSI B16.5 RFSO (A105).

300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 5/8" thick; 150# ANSI B16.5 drilling (A-36).Pipe: Standard Wt. (A53-B/A106-B).

*Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).

• Maximum Test Pressure is 1.5 X Rated Pressure.• Pressure Rating is based on a design temperature of

-20˚ F to 600˚ F. If forged flanged ends are specified, themaximum temperature rating for 150 psig design is 500˚F.

• Consult factory for temperature rating of plate flanges.• Maximum Axial Extension is 15% of Axial Compression

Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.

* To obtain Bellows Only Overall Length, subtract 6" fromWS - WS length and add neck lengths.

* To obtain Banded Bellows Overall Length, subtract 31/2"from WS - WS length.

* Additional length is required for units with hardwareattached to weld ends (please consult factory).

PART NUMBER EXAMPLE:

This part number describes the unit pictured above.

STNEMEVOM)seerged()sehcni()sehcni(

SETARGNIRPS)ni/sbl()ni/sbl( )ged/bl.ni(

"8/1±SHTGNELLLAREVO*)sehcni(

LAIXA.PMOC LARETAL RALUGNA LAIXA LARETAL RALUGNA

RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

84.0 50.0 01.41 046 0819 02 57.3 05.2 52.7 05.5 00.559.0 12.0 00.51 023 0511 01 00.5 57.3 05.8 57.6 52.6

34.1 64.0 00.51 012 043 01 52.6 00.5 57.9 00.8 05.7

07.11 20.2 39.0 00.51 051 021 01> 57.7 57.6 05.11 05.9 00.9

05gisp

63.0 40.0 86.01 057 00901 03 57.3 05.2 52.7 05.5 00.536.0 21.0 00.51 034 0302 01 57.4 05.3 52.8 05.6 00.6

19.0 42.0 00.51 003 007 01 05.5 05.4 52.9 05.7 57.6

78.11 81.1 14.0 00.51 032 023 01 05.6 05.5 52.01 52.8 57.7

051gisp

43.0 40.0 68.9 0461 06932 05 57.3 05.2 52.7 05.5 00.557.0 81.0 00.51 037 0012 02 52.5 52.4 00.9 00.7 05.6

97.0 72.0 00.51 0221 0961 04 05.6 05.5 52.01 52.8 57.7

99.11 30.1 74.0 00.51 039 067 03 57.7 57.6 05.11 05.9 00.9

003gisp

82.0 40.0 13.8 0023 08523 011 00.5 05.7 52.654.0 90.0 42.31 0102 0418 07 57.5 05.8 52.7

26.0 71.0 00.51 0641 0713 05 57.6 52.9 00.8

99.11 87.0 62.0 00.51 0511 0561 04 05.7 00.01 57.8

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -3 S 0 150 0.79 FR FR 61/2" B8

Nominal Diameter

UNIT TYPES = SINGLE

UNIT STYLEB = BELLOWS ONLYO = UNRESTRAINEDT = TIE RODS/LIMIT RODS/

CONTROL RODSH = HINGEG = GIMBAL

➢

➢

*

11

Single Expansion Joints

UNIT TYPES = SINGLE















4"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

76.0 80.0 00.51 073 0944 02 05.4 00.3 57.7 52.6 05.500.1 81.0 00.51 052 0331 01 52.5 00.4 57.8 00.7 52.6

05.1 93.0 00.51 061 093 01 57.6 52.5 00.01 52.8 57.7

25.91 38.1 95.0 00.51 031 022 01 05.7 52.6 00.11 52.9 05.8

05gisp

16.0 70.0 96.31 007 0778 04 05.4 00.3 57.7 52.6 05.512.1 82.0 00.51 053 0011 02 52.6 57.4 05.9 00.8 52.7

08.1 26.0 00.51 005 017 03 00.8 05.6 52.11 57.9 00.9

83.02 52.2 79.0 00.51 004 063 02 52.9 00.8 57.21 00.11 52.01

051gisp

34.0 50.0 27.9 0431 04961 08 05.4 00.3 57.7 52.6 05.557.0 51.0 00.51 077 0613 04 57.5 05.4 52.9 05.7 57.6

01.1 13.0 00.51 0811 0142 07 00.7 57.5 05.01 57.8 00.8

54.02 23.1 54.0 00.51 089 0041 06 00.8 05.6 52.11 57.9 00.9

003gisp

34.0 60.0 96.9 0314 08913 042 00.6 52.8 52.706.0 21.0 15.31 0692 06811 071 00.7 52.9 00.8

77.0 02.0 00.51 0032 0365 031 57.7 00.01 00.9

15.02 40.1 73.0 00.51 0271 0822 001 52.9 05.11 05.01

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


4 S 0 150 1.10 WS WS 101/2" B1 E1

Nominal Diameter

➢

➢

*

12



















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

67.0 80.0 81.41 094 0786 04 00.5 05.3 00.8 05.6 57.533.1 52.0 00.51 082 0821 02 05.6 00.5 05.9 00.8 52.7

09.1 25.0 00.51 091 044 02 00.8 05.6 00.11 05.9 57.8

66.92 82.2 47.0 00.51 061 052 01 00.9 05.7 00.21 05.01 57.9

05gisp

95.0 60.0 69.01 0021 04371 101 00.5 05.3 00.8 05.6 57.540.1 02.0 00.51 686 5323 85 05.6 00.5 05.9 00.8 52.7

84.1 04.0 00.51 084 0111 04 00.8 05.6 00.11 05.9 57.8

72.03 39.1 76.0 00.51 963 505 13 05.9 00.8 05.21 00.11 52.01

051gisp

54.0 50.0 42.8 7502 96792 371 00.5 05.3 00.8 05.6 57.598.0 91.0 00.51 9201 1273 78 00.7 05.5 00.01 05.8 57.7

43.1 34.0 00.51 4251 9642 921 00.9 05.7 00.21 05.01 57.9

45.03 86.1 76.0 00.51 9121 4621 301 05.01 00.9 05.31 00.21 52.11

003gisp

35.0 70.0 07.9 7563 62143 013 05.6 05.8 05.747.0 41.0 85.31 2162 63421 222 05.7 05.9 05.8

59.0 32.0 00.51 2302 1585 271 05.8 05.01 05.9

45.03 61.1 43.0 00.51 2661 5023 141 05.9 05.11 05.01

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -5 S 0 050 1.04 VP VP 5" B4

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

13


UNIT TYPES = SINGLE















6"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

67.0 70.0 90.21 055 06601 06 52.5 05.3 00.9 52.7 52.633.1 22.0 00.51 013 0991 04 57.6 00.5 05.01 57.8 57.7

09.1 44.0 00.51 022 086 02 52.8 05.6 00.21 52.01 52.9

08.04 82.2 36.0 00.51 081 093 02 52.9 05.7 00.31 52.11 52.01

05gisp

85.0 50.0 80.9 0141 05972 061 52.5 05.3 00.9 52.7 52.610.1 61.0 00.51 018 0225 09 57.6 00.5 05.01 57.8 57.7

85.1 04.0 00.51 015 0431 06 57.8 00.7 05.21 57.01 57.9

15.14 20.2 56.0 00.51 004 056 05 52.01 05.8 00.41 52.21 52.11

051gisp

44.0 40.0 19.6 0142 09384 082 52.5 05.3 00.9 52.7 52.688.0 61.0 28.31 0221 0506 041 52.7 05.5 00.11 52.9 52.8

23.1 63.0 00.51 018 0971 09 52.9 05.7 00.31 52.11 52.01

38.14 67.1 46.0 00.51 0631 0961 061 52.11 05.9 00.51 52.31 52.21

003gisp

74.0 60.0 43.7 0193 05543 054 52.7 00.01 57.807.0 41.0 00.11 0162 04201 003 57.8 05.11 52.01

39.0 62.0 76.41 0691 0234 032 52.01 00.31 57.11

56.14 90.1 53.0 00.51 0861 0272 091 52.11 00.41 57.21

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


6 S 0 050 1.58 FP VP 7"

Nominal Diameter

➢

➢*

14

15

*




300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 1" thick; 150# ANSI B16.5 drilling (A-36).Pipe: Standard Wt. (A53-B/A106-B).















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

69.0 90.0 57.11 063 0067 07 00.6 05.4 05.9 57.7 00.734.1 91.0 00.51 042 0522 05 52.7 57.5 57.01 00.9 52.8

51.2 34.0 00.51 061 076 03 52.9 57.7 57.21 00.11 52.01

58.86 26.2 46.0 00.51 031 073 03 05.01 00.9 00.41 52.21 05.11

05gisp

69.0 80.0 26.11 058 05281 071 00.6 05.4 05.9 57.7 00.744.1 91.0 00.51 075 0145 011 52.7 57.5 57.01 00.9 52.8

29.1 43.0 00.51 034 0822 08 05.8 00.7 00.21 52.01 05.9

52.07 04.2 35.0 00.51 043 0711 07 57.9 52.8 52.31 05.11 57.01

051gisp

55.0 50.0 26.6 0643 03447 086 00.6 05.4 05.9 57.7 00.769.0 51.0 95.11 0891 09831 093 00.8 05.6 05.11 57.9 00.9

73.1 03.0 00.51 0831 0674 072 57.9 52.8 52.31 05.11 57.01

34.07 87.1 15.0 00.51 0601 0712 012 57.11 52.01 52.51 05.31 57.21

003gisp

56.0 70.0 97.7 0716 00558 0121 00.8 52.01 52.930.1 81.0 64.21 0583 07802 067 00.01 00.21 00.11

24.1 43.0 00.51 0082 0308 055 57.11 00.41 00.31

09.07 18.1 55.0 00.51 0022 0093 034 57.31 57.51 57.41

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -8 S T 050 1.44 FP FP 53/4"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢


UNIT TYPES = SINGLE















10"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

69.0 70.0 75.9 024 04231 021 05.6 05.4 05.9 00.8 00.734.1 61.0 03.41 082 0293 08 57.7 57.5 57.01 52.9 52.8

19.1 82.0 00.51 012 0561 06 00.9 00.7 00.21 05.01 05.9

76.301 83.2 34.0 00.51 071 058 05 52.01 52.8 52.31 57.11 57.01

05gisp

87.0 60.0 07.7 0081 05875 035 05.6 05.4 05.9 00.8 00.763.1 71.0 84.31 0301 09701 003 52.8 05.6 05.11 00.01 00.9

59.1 53.0 00.51 027 0073 012 52.01 52.8 52.31 57.11 57.01

44.501 37.2 96.0 00.51 015 0531 051 57.21 57.01 57.51 52.41 52.31

051gisp

45.0 40.0 13.5 0924 063831 0621 05.6 05.4 05.9 00.8 00.749.0 21.0 92.9 0542 02852 027 52.8 05.6 05.11 00.01 00.9

84.1 92.0 06.41 0651 0566 064 57.01 00.9 00.41 05.21 05.11

85.501 10.2 45.0 00.51 0411 0262 043 52.31 05.11 05.61 00.51 00.41

003gisp

17.0 60.0 79.6 0616 083921 0481 05.8 52.01 05.999.0 21.0 57.9 0044 05174 0131 57.9 05.11 57.01

24.1 52.0 39.31 0803 07161 029 05.11 52.31 05.21

13.701 58.1 34.0 00.51 0732 0637 017 05.31 52.51 05.41

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


10 S 0 150 1.48 FR FR L C 103/4"

Nominal Diameter

➢

➢

*

16

Flow



















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

41.1 80.0 36.9 035 08361 012 05.7 00.5 00.11 52.9 00.827.1 91.0 44.41 053 0584 041 00.9 05.6 05.21 57.01 05.9

92.2 43.0 00.51 062 0502 011 05.01 00.8 00.41 52.21 00.11

56.541 68.2 25.0 00.51 012 0501 09 00.21 05.9 05.51 57.31 05.21

05gisp

40.1 80.0 27.8 0831 03134 065 05.7 00.5 00.11 52.9 00.838.1 32.0 00.51 097 0508 023 57.9 52.7 52.31 05.11 52.01

16.2 84.0 00.51 055 0672 032 00.21 05.9 05.51 57.31 05.21

66.741 31.3 86.0 00.51 064 0061 091 05.31 00.11 00.71 52.51 00.41

051gisp

85.0 40.0 88.4 0246 017102 0462 05.7 00.5 00.11 52.9 00.871.1 71.0 57.9 0123 01252 0231 05.01 00.8 00.41 52.21 00.11

57.1 83.0 36.41 0412 0747 088 05.31 00.11 00.71 52.51 00.41

00.841 43.2 86.0 00.51 0161 0513 066 05.61 00.41 00.02 52.81 00.71

003gisp

86.0 60.0 07.5 06511 026332 0874 05.9 57.11 57.0132.1 02.0 52.01 0246 06004 0562 05.21 57.41 57.31

87.1 24.0 18.41 0444 09231 0481 05.51 57.71 57.61

78.841 91.2 46.0 00.51 0163 0317 0941 57.71 00.02 00.91

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -12 S T 150 1.75 WS WS 22"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

17


UNIT TYPES = SINGLE















14"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

41.1 80.0 67.8 0711 09234 075 05.7 00.5 00.11 52.9 00.882.2 13.0 00.51 085 0145 082 05.01 00.8 00.41 52.21 00.11

24.3 96.0 00.51 093 0061 091 05.31 00.11 00.71 52.51 00.41

35.471 82.4 80.1 00.51 013 028 051 57.51 52.31 52.91 05.71 52.61

05gisp

30.1 70.0 29.7 0051 01165 037 05.7 00.5 00.11 52.9 00.818.1 12.0 58.31 068 07401 024 57.9 52.7 52.31 05.11 52.01

85.2 34.0 00.51 006 0953 092 00.21 05.9 05.51 57.31 05.21

18.571 01.3 26.0 00.51 005 0802 042 05.31 00.11 00.71 52.51 00.41

051gisp

06.0 40.0 16.4 0986 073912 0733 57.7 52.5 52.11 05.9 52.812.1 71.0 22.9 0443 02472 0961 00.11 05.8 05.41 57.21 05.11

18.1 93.0 38.31 0032 0218 0211 52.41 57.11 57.71 00.61 57.41

91.671 14.2 07.0 00.51 0271 0343 048 05.71 00.51 00.12 52.91 00.81

003gisp

86.0 60.0 91.5 06621 094403 0326 57.9 57.11 57.0122.1 81.0 43.9 0307 01225 0643 57.21 57.41 57.31

36.1 33.0 54.21 0725 03022 0952 00.51 00.71 00.61

31.771 71.2 85.0 00.51 0693 0929 0591 00.81 00.02 00.91

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


14 S 0 300 1.22 FR WS L2 133/4" B2 E2

Nominal Diameter

➢

➢

*

18

Flow



















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

33.1 90.0 59.8 019 03223 075 05.8 05.5 05.11 00.01 05.833.2 82.0 00.51 025 0106 033 52.11 52.8 52.41 57.21 52.11

33.3 75.0 00.51 063 0602 032 57.31 57.01 57.61 52.51 57.31

48.722 99.3 28.0 00.51 003 0911 091 05.51 05.21 05.81 00.71 05.51

05gisp

11.1 80.0 34.7 0832 02658 0351 05.8 05.5 05.11 00.01 05.859.1 32.0 10.31 0631 08951 078 52.11 52.8 52.41 57.21 52.11

87.2 74.0 00.51 059 0845 016 57.31 57.01 57.61 52.51 57.31

91.132 26.3 08.0 00.51 037 0942 074 05.61 05.31 05.91 00.81 05.61

051gisp

30.1 70.0 58.6 0315 096581 0133 05.8 05.5 05.11 00.01 05.808.1 12.0 99.11 0392 05643 0981 52.11 52.8 52.41 57.21 52.11

75.2 44.0 00.51 0502 08811 0231 57.31 57.01 57.61 52.51 57.31

60.232 43.3 47.0 00.51 0851 0145 0201 05.61 05.31 05.91 00.81 05.61

003gisp

69.0 80.0 24.6 0128 084091 0035 00.11 05.21 57.1153.1 61.0 89.8 0785 02496 0973 57.21 52.41 05.31

39.1 33.0 38.21 0114 01832 0562 52.51 57.61 00.61

94.232 05.2 55.0 00.51 0613 04801 0402 00.81 05.91 57.81

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -16 S B 025 2.33 75/8"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

19


UNIT TYPES = SINGLE










* To obtain Bellows Only Overall Length, subtract 10"from WS - WS length and add neck lengths.





18"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

33.1 80.0 10.8 0001 04444 097 00.9 57.5 05.31 52.11 05.933.2 52.0 20.41 075 0928 054 05.11 05.8 52.61 00.41 52.21

33.3 15.0 00.51 004 0482 023 52.41 00.11 57.81 05.61 57.41

94.482 23.4 68.0 00.51 013 0921 042 57.61 57.31 05.12 52.91 05.71

05gisp

01.1 70.0 06.6 0662 075911 0312 00.9 57.5 05.31 52.11 05.939.1 12.0 45.11 0251 01322 0221 05.11 05.8 52.61 00.41 52.21

67.2 24.0 00.51 0601 0567 058 52.41 00.11 57.81 05.61 52.41

32.882 85.3 17.0 00.51 028 0843 066 57.61 57.31 05.12 52.91 05.71

051gisp

20.1 60.0 90.6 0575 002952 0264 00.9 00.6 05.31 52.11 05.997.1 91.0 76.01 0923 06384 0462 05.11 57.8 52.61 00.41 52.21

55.2 93.0 00.51 0032 09561 0581 52.41 52.11 57.81 05.61 57.41

02.982 60.3 65.0 00.51 0291 0069 0451 00.61 00.31 05.02 52.81 05.61

003gisp

69.0 70.0 07.5 0129 001662 0147 05.11 05.41 00.3143.1 41.0 89.7 0856 08969 0925 52.31 52.61 57.41

19.1 92.0 04.11 0064 06233 0073 57.51 57.81 52.71

86.982 84.2 94.0 28.41 0453 04151 0582 05.81 05.12 00.02

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


18 S 0 150 1.79 WS WS L4 C 161/4" B4

Nominal Diameter

➢

➢

*

20

Flow

21

*



















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 01.0 82.8 0112 09678 0402 57.9 52.6 00.41 00.21 52.0166.2 03.0 94.41 0121 06361 0711 57.21 52.9 00.71 00.51 52.31

08.3 06.0 00.51 058 0165 028 57.51 52.21 00.02 00.81 52.61

86.743 49.4 20.1 00.51 056 0552 036 57.81 52.51 00.32 00.12 52.91

05gisp

73.1 90.0 04.7 0412 05909 0212 57.9 52.6 00.41 00.21 52.0104.2 62.0 49.21 0221 07961 0121 57.21 52.9 00.71 00.51 52.31

34.3 45.0 00.51 068 0285 058 57.51 52.21 00.02 00.81 52.61

37.553 21.4 77.0 00.51 017 0733 017 57.71 52.41 00.22 00.02 52.81

051gisp

62.1 80.0 08.6 0954 025591 0554 57.9 52.6 00.41 00.21 52.0112.2 42.0 09.11 0262 08463 0062 57.21 52.9 00.71 00.51 52.31

61.3 94.0 00.51 0481 01521 0281 57.51 52.21 00.02 00.81 52.61

08.653 97.3 17.0 00.51 0351 0427 0251 57.71 52.41 00.22 00.02 52.81

003gisp

69.0 80.0 71.5 01741 003204 03641 05.21 00.51 57.3153.1 51.0 42.7 01501 016641 05401 05.41 00.71 57.51

39.1 03.0 53.01 0537 09205 0137 05.71 00.02 57.81

00.853 13.2 34.0 24.21 0316 00192 0906 05.91 00.22 57.02

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -20 S T 150 2.21 FR FR 123/4"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢


UNIT TYPES = SINGLE




300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 13/16" thick. 150# ANSI B16.5 drilling (A-36).Pipe: 25 to 150 psig; Std. Wt. pipe (A53-B/A106-B).

300 psig; 0.5" wall (A106-B/A516-70).*Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).










22"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 90.0 25.7 0561 09728 0391 52.01 05.6 00.41 52.21 52.0166.2 72.0 61.31 049 05451 0011 52.31 05.9 00.71 52.51 52.31

08.3 55.0 00.51 0601 0658 0421 52.61 05.21 00.02 52.81 52.61

64.124 49.4 29.0 00.51 015 0142 095 52.91 05.51 00.32 52.12 52.91

05gisp

63.1 80.0 17.6 0532 032911 0772 52.01 05.6 00.41 52.21 52.0193.2 42.0 57.11 0431 05222 0951 52.31 05.9 00.71 52.51 52.31

14.3 94.0 00.51 049 0367 0111 52.61 05.21 00.02 52.81 52.61

37.524 90.4 07.0 00.51 087 0244 029 52.81 05.41 00.22 52.02 52.81

051gisp

62.1 70.0 71.6 0305 052652 0695 52.01 05.6 00.41 52.21 52.0102.2 22.0 08.01 0782 01874 0143 52.31 05.9 00.71 52.51 52.31

41.3 54.0 00.51 0102 00461 0932 52.61 05.21 00.02 52.81 52.61

09.624 77.3 56.0 00.51 0861 0949 0991 52.81 05.41 00.22 52.02 52.81

003gisp

69.0 70.0 07.4 04161 019725 00291 00.31 00.51 00.4143.1 31.0 85.6 03511 093291 01731 00.51 00.71 00.61

29.1 72.0 04.9 0708 09956 0069 00.81 00.02 00.91

22.824 03.2 93.0 82.11 0276 09183 0008 00.02 00.22 00.12

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


22 S O 150 2.20 FP FP 91/2"

Nominal Diameter

➢

➢

*

22

23

*




300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 11/4" thick. 150# ANSI B16.5 drilling (A-36).Pipe: 25 to 150 psig; Std. Wt. pipe (A53-B/A106-B).

300 psig; 0.5" wall (A106-B/A516-70).*Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).














RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 80.0 98.6 0231 02497 0581 05.01 05.6 00.41 52.21 52.0166.2 52.0 50.21 067 02841 0601 05.31 05.9 00.71 52.51 52.31

08.3 05.0 00.51 035 0805 047 05.61 05.21 00.02 52.81 52.61

33.205 49.4 58.0 00.51 055 0113 067 05.91 05.51 00.32 52.12 52.91

05gisp

63.1 70.0 41.6 0552 018251 0653 05.01 05.6 00.41 52.21 52.0173.2 22.0 57.01 0641 01582 0302 05.31 05.9 00.71 52.51 52.31

93.3 54.0 00.51 0201 0879 0241 05.61 05.21 00.02 52.81 52.61

10.205 70.4 46.0 00.51 058 0665 0911 05.81 05.41 00.22 52.02 52.81

051gisp

52.1 70.0 56.5 0745 033823 0467 05.01 05.6 00.41 52.21 52.0181.2 02.0 88.9 0213 06216 0734 05.31 05.9 00.71 52.51 52.31

21.3 14.0 11.41 0912 01012 0603 05.61 05.21 00.02 52.81 52.61

82.305 47.3 95.0 00.51 0281 06121 0552 05.81 05.41 00.22 52.02 52.81

003gisp

59.0 60.0 13.4 06571 061776 02642 05.31 00.51 52.4133.1 21.0 30.6 04521 087642 09571 05.51 00.71 52.61

19.1 52.0 16.8 0878 04648 01321 05.81 00.02 52.91

27.405 92.2 63.0 33.01 0237 08984 06201 05.02 00.22 52.12

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -24 S O 150 2.18 VR VR 131/2"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢


UNIT TYPES = SINGLE



Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 25 & 50 psig; 125# LW F.F.S.O. (A105).

Customer to advise flange specification for 150 psig design.

Plate Flanges: Are available upon request and withdimensional information provided by customer.

Pipe: 25 to 150 psig; Std. Wt.(3/8" wall)(A53-B/A106-B/A-36/A516-70).



-20˚ F to 600˚ F. If flanged ends are required, please consult factory for maximum temperature rating.

• Maximum Axial Extension is 15% of Axial CompressionValue shown above.

• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.• 300 psig designs can be provided upon request.






26"


SETARGNIRPS)ged/bl.ni()ni/sbl()ni/sbl(



RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 70.0 83.6 0642 015171 0993 05.7 00.61 57.11

66.2 32.0 71.11 0041 00023 0822 05.01 00.91 57.41

08.3 64.0 00.51 089 08901 0061 05.31 00.22 57.71

72.585 49.4 87.0 00.51 067 0005 0321 05.61 00.52 57.02

05gisp

53.1 70.0 66.5 0572 031291 0744 05.7 00.61 57.11

63.2 02.0 09.9 0751 05853 0552 05.01 00.91 57.41

73.3 14.0 51.41 0011 00321 0971 05.31 00.22 57.71

85.485 40.4 95.0 00.51 029 0217 0941 05.51 00.42 57.91

051gisp

42.1 60.0 02.5 0095 027214 0069 00.61

71.2 91.0 11.9 0733 01077 0945 00.91

01.3 83.0 10.31 0632 01462 0483 00.22

59.585 27.3 45.0 00.51 0791 09251 0023 00.42

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


26 S O 050 2.36 FR FR 101/2"

Nominal Diameter

➢

➢

*

24

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions





















RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 70.0 59.5 0362 049112 0394 05.7 00.61 57.11

66.2 12.0 04.01 0051 05593 0282 05.01 00.91 57.41

08.3 34.0 68.41 0501 06531 0791 05.31 00.22 57.71

71.476 49.4 37.0 00.51 018 0716 0251 05.61 00.52 57.02

05gisp

43.1 60.0 52.5 0692 046732 0355 05.7 00.61 57.11

53.2 91.0 81.9 0961 04344 0613 05.01 00.91 57.41

53.3 83.0 21.31 0811 01251 0122 05.31 00.22 57.71

34.376 20.4 55.0 00.51 099 0088 0481 05.51 00.42 57.91

051gisp

32.1 60.0 28.4 0436 093015 08811 57.71

61.2 71.0 44.8 0263 03259 0976 57.02

90.3 53.0 60.21 0352 06623 0574 57.32

09.476 07.3 15.0 74.41 0112 00981 0693 57.52

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -28 S O 050 2.35 WS WS L 19" B3

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

25

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions

Flow


UNIT TYPES = SINGLE

















30"





RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 60.0 75.5 0182 032852 0106 05.7 00.61 57.11

66.2 02.0 47.9 0161 08184 0343 05.01 00.91 57.41

08.3 04.0 19.31 0211 03561 0042 05.31 00.22 57.71

72.585 49.4 86.0 00.51 078 0257 0581 05.61 00.52 57.02

05gisp

33.1 60.0 98.4 0613 097982 0476 05.7 00.61 57.11

43.2 71.0 65.8 0181 07045 0583 05.01 00.91 57.41

43.3 63.0 32.21 0621 05581 0072 05.31 00.22 57.71

85.485 00.4 15.0 76.41 0501 03701 0522 05.51 00.42 57.91

051gisp

32.1 50.0 05.4 0776 082226 08441 00.61

51.2 61.0 78.7 0783 011611 0728 00.91

70.3 33.0 42.11 0172 03893 0975 00.22

59.585 96.3 74.0 94.31 0622 05032 0384 00.42

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


30 S O 025 2.66 BB BB 91/2"

Nominal Diameter

➢

➢

*

26

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions

Customer

to advise

Flange

Specification

Customer

to specify

Plate Flange

Dimensions

32" and 34"Single Expansion Joints


Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 25 & 50 psig; 125# LW F.F.S.O. (A105).Plate Flanges: Are available upon request and with

dimensional information provided by customer.Pipe: 25 & 50 psig; Std. Wt.(3/8" wall)

(A53-B/A106-B/A-36/A516-70).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).




• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.• 150 and 300 psig designs can be provided upon request






"23STNEMEVOM

)seerged()sehcni()sehcni(SETARGNIRPS

)ged/bl.ni()ni/sbl()ni/sbl("8/1±SHTGNELLLAREVO*

)sehcni(LAIXA.PMOC LARETAL RALUGNA LAIXA LARETAL RALUGNA

RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

25.1 60.0 32.5 0992 077013 0327 05.7 00.61 57.1166.2 91.0 51.9 0171 09975 0314 05.01 00.91 57.4108.3 83.0 80.31 0021 09891 0982 05.31 00.22 57.71

28.078 49.4 46.0 00.51 029 0509 0322 05.61 00.52 57.02

05gisp

33.1 50.0 85.4 0633 020943 0218 05.7 00.61 57.1133.2 61.0 10.8 0291 02156 0464 05.01 00.91 57.4123.3 33.0 54.11 0431 04322 0523 05.31 00.22 57.71

89.968 99.3 84.0 37.31 0211 03921 0172 05.51 00.42 57.91

"43

52gisp

25.1 60.0 39.4 0713 069963 0168 05.7 00.61 57.1166.2 81.0 46.8 0181 03096 0294 05.01 00.91 57.4108.3 63.0 43.21 0721 08632 0443 05.31 00.22 57.71

75.879 49.4 16.0 00.51 079 08701 0562 05.61 00.52 57.02

05gisp

23.1 50.0 03.4 0653 087514 0869 05.7 00.61 57.1123.2 51.0 35.7 0402 08577 0355 05.01 00.91 57.4113.3 13.0 67.01 0341 01662 0783 05.31 00.22 57.71

86.779 13.4 35.0 99.31 0011 01121 0892 05.61 00.52 57.02

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -34 S O 025 2.66 FR WS L4 143/4"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

27

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Flow


UNIT TYPES = SINGLE









• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.• 150 and 300 psig designs can be provided upon request.






36" and 38"

"63STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

66.1 60.0 90.5 0252 066672 0077 00.8 05.61 52.2159.2 02.0 20.9 0441 04205 0934 52.11 57.91 05.5181.4 14.0 08.21 0101 08471 0803 05.41 00.32 57.81

49.9901 40.5 95.0 00.51 048 03001 0652 57.61 52.52 00.12

05gisp

82.1 50.0 19.3 0165 028156 02171 57.7 52.61 00.2182.2 61.0 79.6 0713 087011 0869 52.11 57.91 05.5142.3 23.0 39.9 0222 06583 0976 05.41 00.32 57.81

74.9901 09.3 64.0 39.11 0581 02122 0565 57.61 52.52 00.12

"83

52gisp

26.1 60.0 96.4 0762 038443 0609 57.7 52.61 00.2159.2 91.0 65.8 0151 08685 0315 52.11 57.91 05.5181.4 93.0 51.21 0601 02402 0953 05.41 00.32 57.81

56.0221 40.5 65.0 46.41 088 02711 0992 57.61 52.52 00.12

05gisp

82.1 50.0 17.3 0985 025067 08991 57.7 52.61 00.2172.2 51.0 06.6 0433 025921 01311 52.11 57.91 05.5132.3 03.0 93.9 0432 09054 0497 05.41 00.32 57.81

51.0221 88.3 44.0 92.11 0591 07852 0166 57.61 52.52 00.12

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


38 S O 050 2.27 WS WS 193/4"

Nominal Diameter

➢

➢

*

28

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

40" and 42"Single Expansion Joints














"04STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

26.1 60.0 74.4 0182 087993 00501 57.7 52.61 00.2159.2 81.0 51.8 0951 02086 0495 52.11 57.91 05.5181.4 73.0 65.11 0111 07632 0714 05.41 00.32 57.81

46.7431 40.5 45.0 39.31 039 08531 0743 57.61 52.52 00.12

05gisp

72.1 40.0 35.3 0816 006088 03132 57.7 52.61 00.2162.2 41.0 62.6 0053 021051 01131 52.11 57.91 05.5121.3 52.0 26.8 0052 09346 0639 05.31 00.22 57.71

21.7431 88.3 14.0 37.01 0502 08992 0567 57.61 52.52 00.12

"24

52gisp

26.1 50.0 62.4 0492 062064 09021 57.7 52.61 00.2159.2 81.0 77.7 0661 09287 0486 52.11 57.91 05.5181.4 53.0 30.11 0711 05272 0084 05.41 00.32 57.81

29.0841 40.5 15.0 92.31 079 03651 0993 57.61 52.52 00.12

05gisp

72.1 40.0 63.3 0746 0162101 00662 57.7 52.61 00.2162.2 31.0 79.5 0763 076271 08051 52.11 57.91 05.5122.3 72.0 15.8 0752 08006 07501 05.41 00.32 57.81

73.0841 78.3 93.0 22.01 0412 08443 0088 57.61 52.52 00.12

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -42 S O 025 1.62 FR FR L 73/4"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

29

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Flow


UNIT TYPES = SINGLE















44" and 46"

"44STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

26.1 50.0 70.4 0703 015625 03831 57.8 52.61 05.2159.2 71.0 34.7 0471 04598 0287 52.21 57.91 00.6181.4 43.0 55.01 0221 06113 0845 05.51 00.32 52.91

84.0261 40.5 94.0 07.21 0101 08871 0754 57.71 52.52 05.12

05gisp

72.1 40.0 12.3 0676 0217511 00403 57.8 52.61 05.2162.2 31.0 07.5 0383 053791 04271 52.21 57.91 00.6122.3 62.0 31.8 0962 06686 08021 05.51 00.32 52.91

09.9161 78.3 83.0 77.9 0422 01493 06001 57.71 52.52 05.12

"64

52gisp

26.1 50.0 09.3 0123 008895 03751 57.8 52.61 05.2159.2 61.0 21.7 0181 028101 0988 52.21 57.91 00.6181.4 23.0 01.01 0721 04453 0426 05.51 00.32 52.91

23.6671 40.5 74.0 71.21 0601 03302 0915 57.71 52.52 05.12

05gisp

72.1 40.0 70.3 0407 0764131 04543 57.8 52.61 05.2162.2 21.0 64.5 0993 072422 09591 52.21 57.91 00.6122.3 52.0 87.7 0082 02087 03731 05.51 00.32 52.91

27.5671 78.3 63.0 53.9 0332 08744 03411 57.71 52.52 05.12

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


44 S O 050 2.26 WS WS 193/4"

Nominal Diameter

➢

➢

*

30

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

48", 50" & 52"Single Expansion Joints


Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 125# LW F.F.S.O. (A105).Plate Flanges: Are available upon request and with

dimensional information provided by customer.Pipe: Std. Wt. (3/8" Wall) (A53-B/A106-B/A-36/A516-70).











"84STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

16.1 50.0 47.3 0208 0918261 07724 52.9 52.61 57.2178.2 51.0 56.6 0454 002772 02242 57.21 57.91 52.61

90.4 03.0 74.9 0813 00569 08961 00.61 00.32 05.91

96.9191 19.4 44.0 83.11 0562 06355 04141 52.81 52.52 57.12

"05

52gisp

16.1 40.0 95.3 0338 0850381 09084 52.9 52.61 57.2168.2 41.0 83.6 0274 088113 05272 57.21 57.91 52.61

80.4 92.0 90.9 0133 035801 00191 00.61 00.32 05.91

51.8702 09.4 24.0 39.01 0572 08226 00951 52.81 52.52 57.12

"25

52gisp

17.1 50.0 36.3 0254 093379 07682 05.9 05.61 00.3158.2 31.0 50.6 0172 052012 00271 05.21 05.91 00.61

99.3 62.0 84.8 0491 02667 09221 05.51 05.22 00.91

50.5822 31.5 34.0 09.01 0151 05063 0659 05.81 05.52 00.22

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -50 S O 025 2.86 FR FR 123/4"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

31

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions


UNIT TYPES = SINGLE



Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 125# LW F.F.S.O. (54" Nom. Dia. Only) (A105).Plate Flanges: Are available upon request and with

dimensional information provided by customer.Pipe: 3/8" Wall (A-36/A516-70).











54",56" & 58"

"45STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

17.1 50.0 05.3 0864 0605801 06913 05.9 05.61 00.3158.2 31.0 48.5 0182 073432 07191 05.21 05.91 00.61

99.3 52.0 71.8 0102 01458 00731 05.51 05.22 00.91

56.7542 31.5 14.0 15.01 0651 09104 05601 05.81 05.52 00.22

"65

52gisp

17.1 40.0 83.3 0584 0194021 09453 05.6158.2 21.0 46.5 0192 062062 09212 05.91

99.3 42.0 98.7 0802 05849 01251 05.22

35.6362 31.5 04.0 51.01 0261 03644 03811 05.52

"85

52gisp

17.1 40.0 72.3 0105 0323331 07293 05.6158.2 21.0 54.5 0103 089782 06532 05.91

99.3 32.0 36.7 0512 059401 03861 05.22

96.1282 31.5 93.0 18.9 0761 08394 09031 05.52

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


58 S O 025 1.71 WS WS 161/2"

Nominal Diameter

➢

➢

*

32

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

60",66" & 72"Single Expansion Joints


Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Flanges: 125# LW F.F.S.O. (A105).Plate Flanges: Are available upon request and with












"06STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

17.1 40.0 61.3 0715 0130741 00334 00.01 05.61 52.3158.2 21.0 72.5 0013 095713 08952 00.31 05.91 52.61

99.3 32.0 83.7 0222 047511 06581 00.61 05.22 52.91

41.3103 31.5 73.0 94.9 0271 06445 03441 00.91 05.52 52.22

"66

52gisp

17.1 40.0 88.2 0765 0496391 05075 00.01 05.61 52.3158.2 01.0 18.4 0043 083814 03243 00.31 05.91 52.61

99.3 12.0 37.6 0342 074251 05442 00.61 05.22 52.91

81.5263 31.5 43.0 56.8 0981 04717 02091 00.91 05.52 52.22

"27

52gisp

17.1 30.0 56.2 0616 0262942 01437 00.01 05.61 52.3158.2 01.0 24.4 0963 014835 05044 00.31 05.91 52.61

99.3 91.0 81.6 0462 012691 06413 00.61 05.22 52.91

67.3924 31.5 13.0 59.7 0502 02329 07442 00.91 05.52 52.22

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -60 S O 025 1.71 BB BB 7"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

33

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions


UNIT TYPES = SINGLE















78",84" & 90"

"87STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

17.1 30.0 54.2 0466 0605413 03629 05.6158.2 90.0 90.4 0993 033976 08555 05.91

99.3 71.0 27.5 0582 075742 00793 05.22

09.8105 31.5 92.0 53.7 0122 084611 08803 05.52

"48

52gisp

17.1 30.0 82.2 0317 0191093 029411 05.01 05.61 05.3158.2 80.0 08.3 0824 018248 05986 05.31 05.91 05.61

99.3 61.0 23.5 0603 051703 05294 05.61 05.22 05.91

85.0085 31.5 72.0 48.6 0832 025441 01383 05.91 05.52 05.22

"09

52gisp

17.1 30.0 31.2 0267 0650774 005041 05.6158.2 80.0 55.3 0754 0440301 00348 05.91

99.3 51.0 79.4 0723 025573 02206 05.22

18.8366 31.5 52.0 93.6 0452 096671 03864 05.52

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -


84 S O 025 2.85 FR WS 161/2" B9

Nominal Diameter

➢

➢

*

34

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

96", 102" &120"Single Expansion Joints














"69STNEMEVOM




RF-RFRV-RV

PF-PFPV-PV SW-SW

SW-RFSW-RV

SW-PFSW-PV

52gisp

17.1 30.0 00.2 0908 0307475 062961 00.11 05.61 57.3158.2 70.0 33.3 0584 0631421 065101 00.41 05.91 57.61

99.3 41.0 76.4 0743 093254 04527 00.71 05.22 57.91

95.3357 31.5 42.0 00.6 0072 058212 02465 00.02 05.52 57.22

"201

52gisp

17.1 20.0 98.1 0658 0167486 086102 05.6158.2 70.0 41.3 0315 0809741 010121 05.91

99.3 31.0 04.4 0763 030935 03468 05.22

29.4848 31.5 22.0 66.5 0582 026352 03276 05.52

"021

52gisp

17.1 20.0 06.1 0225 0721975 075071 05.6158.2 60.0 76.2 0313 0190521 043201 05.91

00.4 11.0 47.3 0422 078554 00137 05.22

71.47711 41.5 91.0 18.4 0471 094412 06865 05.52

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LAIXA.PMOC

DNESGNITTIF

)01egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -102 S O 025 3.99 WS WS 221/2"

Nominal Diameter

UNIT TYPES = SINGLE



➢

➢

*

35

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

125# LW

Flanges are

not available

in this size

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions

Customer

to specify

Plate Flange

Dimensions


UNIVERSAL EXPANSION JOINTS

Piping systems that produce large amounts of lateral movement and/or require low lateral forces, are prime can-didates for application of the FMH Universal Expansion Joint. The following catalog section is dedicated to thestandard FMH Universal Expansion Joint. These standard parts are designed utilizing two standard single bel-lows designs from the previous section, which are separated by a center pipe spool. All these designs are basedon the stated full rated movement in one direction for a minimum of 3000 EJMA cycles.

FMH Universal Expansion Joints may be specified with flanges, weld ends, elbows or any combination of theseitems. They can be specified unrestrained, or fully restrained, utilizing tie rods, hinges or gimbals to withstand thepressure thrust forces. The system design and piping layout will determine the optimum expansion joint appli-cation.

The axial thermal movement of the center pipe section between the bellows must be accounted for in the tiedexpansion joint design. If the expansion joint is a Universal Hinged or Gimbal type, the piping system must bedesigned to accept this thermal movement between the two units. Please see, “Expansion Joint Types” onpages 6 thru 8 of this catalog for further information on these units.

The standard universal designs in this catalog section are based on bellows manufactured with our standardA240 T321 stainless steel material. Other materials are available upon request, but may have different movementand spring rate values. Please consult the factory for details.

The FMH Universal Expansion Joint can be specified with any of the standard accessories listed on pages 8 & 9of this catalog.

FMH EXPANSION JOINTSFMH EXPANSION JOINTS

38

Universal Expansion JointsHow to Generate a Universal Expansion Joint Part Number


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETAL*TNEMEVOM

DNESGNITTIF

)82egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVO**HTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -3 U O 150 4.21 FR FR L3 C3 203/8" B3 E33-UO-150-4.21-FR-FR-L3C3-203/8"-B3E3

UNIT TYPECODE DESCRIPTION

U UNIVERSAL*D DUAL

UNIT STYLECODE DESCRIPTION

O UNRESTRAINEDT TIE RODS/LIMIT RODS/

CONTROL RODSH HINGEG GIMBAL


BB BANDED BELLOWSFA FIXED ANGLE FLANGEFP FIXED PLATE FLANGEFR FIXED RFSO/FFSO FORGED FLANGEVP VANSTONE PLATE FLANGEVR VANSTONE RFSO/FFSO FORGED FLG.WS WELD END STD. WT. PIPEWH WELD END SCH. E.H. or 80s PIPEEL ELBOW STD. WT. 90˚ L.R.

LINER MATERIAL LISTINGCODE DESCRIPTION

L1 T304 (STANDARD)L2 T304LL3 T316L4 T316LL5 T321L15 A-36L20 OTHER

COVER MATERIAL LISTINGCODE DESCRIPTION

C1 T304C2 T304LC3 T316C4 T316LC5 T321C15 A-36 (STANDARD)C20 OTHER


B1 A240 / T304B2 A240 / T304LB3 A240 / T316B4 A240 / T316LB5 A240 / T321 (STANDARD)B6 B162 / (NICKEL) ALLOY 200B7 B127 / (MONEL) ALLOY 400B8 B168 / ALLOY 600B9 B443 / ALLOY 625B20 OTHER


E1 304 (A240 T / A182 F / A312 TP) E2 304L (A240 T / A182 F / A312 TP) E3 316 (A240 T / A182 F / A312 TP) E4 316L (A240 T / A182 F / A312 TP) E5 321 (A240 T / A182 F / A312 TP) E10 A105 (STANDARD FORGED FLG.)E11 A53 - GR.B (STANDARD PIPE)E12 A106 - GR.BE13 A285 - GR.CE14 A516 - 70E15 A - 36 (STANDARD PLATE FLG. & BANDS)E20 OTHER

Note:Specific movements must be provided to properly size liner.Flow direction should be specified on combination ends. Add 1/8" to unit overall length for vanstone liner.

This expansion joint is a universal unrestrained unit with a 3" NOM. DIA; A240 T316 bellows; 203/8" overall length Unrestrained; 150 psig design pressure.4.21" Lateral Movement (see Lateral Column).A182 F316 Fixed RFSO Flanges, T316 Liner & T316 Cover.

*For dual units with centerspool fixed, total axial compression should be listed instead of lateral movement. Lateral movement for dual design should be based on a single bellows.

**Overall Lengths in this catalog are shown as decimals but should be specified as fractions inthe part number.

**Standard Bellows Material is A240 T321. Other materials are available but may have differentmovement and spring rate values than those listed. Please consult the factory.

**Banded Bellows are I.D. Attached to the bands. Add 21/2" to Universal Length to obtainBanded Bellows overall length.

**Standard Angle Flange Material is carbon steel. Please consult factory for dimensions.The maximum design pressure for Angle Flange Units is 5 psig.

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

3"Universal Expansion Joints



3 U O 300 4.02 WS WS L 32" B2 E2

SETARGNIRPS&STNEMEVOM)ni/sbl()sehcni()ni/sbl()sehcni(

LASREVINUHTGNEL

NIATBOOTHTGNELLASREVINUOTDDA)sehcni(HTGNELLLAREVO .TF3EVOBA"4/1±;"8/1±

LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

15.3 01 66.1 081 00.21 00.4 05.4

00.6 01 66.1 081 00.81 00.4 05.4

75.8 01< 66.1 081 00.42 00.4 05.4

07.11 07.31 01< 66.1 081 00.63 00.4 05.4

05gisp

24.2 02 90.1 052 00.21 00.4 05.4

60.4 01 90.1 052 00.81 00.4 05.4

27.5 01< 90.1 052 00.42 00.4 05.4

78.11 60.9 01< 90.1 052 00.63 00.4 05.4

051gisp

64.2 04 71.1 074 00.21 00.4 05.4

12.4 01 71.1 074 00.81 00.4 05.4

99.5 01 71.1 074 00.42 00.4 05.4

49.11 85.9 01< 71.1 074 00.63

)PV&PF(ETALPEGNALF

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0 00.4 05.4

003gisp

86.1 09 87.0 0611 00.21 00.4 05.4

48.2 03 87.0 0611 00.81 00.4 05.4

20.4 02 87.0 0611 00.42 00.4 05.4

99.11 93.6 01 87.0 0611 00.63

)RV&RF(DEGROFEGNALF

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5786.1

5786.1

5786.1

5786.1 00.4 05.4


Nominal Diameter

➢

➢

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).Flanges: 25 to 150 psig; 150# ANSI B16.5 RFSO (A105)

300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 5/8" thick; 150# ANSI B16.5 drilling (A-36).Pipe: Standard Wt. (A53-B/A106-B).Elbow: Standard Wt. 90˚ L.R. (A234 WPB).

• Maximum Test Pressure is 1.5 X Rated Pressure.• Pressure Rating is based on a design temperature of -20˚ F to 600˚ F.

If forged flanged ends are specified, the maximum temperature rating for150 psig design is 500˚F.

• Consult factory for temperature rating of plate flanges.• Maximum Axial Extension is 15% of Axial Compression Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.

UNIT TYPEU = UNIVERSALD = DUAL

UNIT STYLEO = UNRESTRAINEDT =TIE RODS/LIMIT RODS


39

Flow

40


UNIT STYLEO = UNRESTRAINEDT = TIE RODS/LIMIT RODS/


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

Universal Expansion Joints


This part number describes the unit pictured above.SETARGNIRPS&STNEMEVOM

)ni/sbl()sehcni()ni/sbl()sehcni(LASREVINU

HTGNELNIATBOOTHTGNELLASREVINUOTDDA

)sehcni(HTGNELLLAREVO .TF3EVOBA"4/1±;"8/1±

LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

27.2 02 66.1 051 00.21 00.4 00.6

66.4 01 66.1 051 00.81 00.4 00.6

36.6 01< 66.1 051 00.42 00.4 00.6

25.91 16.01 01< 66.1 051 00.63 00.4 00.6

05gisp

00.2 04 25.1 082 00.21 00.4 00.6

00.4 01 25.1 082 00.81 00.4 00.6

49.5 01 25.1 082 00.42 00.4 00.6

62.02 05.9 01< 25.1 082 00.63 00.4 00.6

051gisp

19.1 06 92.1 054 00.21 00.4 00.6

83.3 02 92.1 054 00.81 00.4 00.6

78.4 01 92.1 054 00.42 00.4 00.6

92.02 09.7 01 92.1 054 00.63

)PV&PF(ETALPEGNALF

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0

526.0 00.4 00.6

003gisp

05.1 052 20.1 0371 00.21 00.4 00.6

56.2 09 20.1 0371 00.81 00.4 00.6

38.3 05 20.1 0371 00.42 00.4 00.6

15.02 12.6 02 20.1 0371 00.63

)RV&RF(DEGROFEGNALF

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

5213.1

578.1

578.1

578.1

578.1 00.4 00.6

4 D O 050 1.52 FP FP 191/4"


Nominal Diameter

➢

➢






4"

TOTALAXIAL

COMPRESSION

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

41




5 U T 150 7.41 FR FR 387/8"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

06.2 04 82.2 061 00.21 00.4 05.7

07.4 01 82.2 061 00.81 00.4 05.7

68.6 01 82.2 061 00.42 00.4 05.7

66.92 52.11 01< 82.2 061 00.63 00.4 05.7

05gisp

00.2 09 87.1 004 00.21 00.4 05.7

36.3 03 87.1 004 00.81 00.4 05.7

13.5 02 87.1 004 00.42 00.4 05.7

62.03 07.8 01 87.1 004 00.63 00.4 05.7

051gisp

06.1 051 65.1 095 00.21 00.4 05.7

99.2 05 65.1 095 00.81 00.4 05.7

54.4 03 65.1 095 00.42 00.4 05.7

03.03 14.7 01 65.1 095 00.63

)PV&PF(ETALPEGNALF

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0 00.4 05.7

003gisp

24.1 053 72.1 0351 00.21 00.4 05.7

75.2 031 72.1 0351 00.81 00.4 05.7

67.3 07 72.1 0351 00.42 00.4 05.7

45.03 61.6 03 72.1 0351 00.63

)RV&RF(DEGROFEGNALF

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

5734.1

00.2

00.2

00.2

00.2 00.4 05.7


Nominal Diameter

➢

➢






5"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

42







LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

12.2 06 82.2 081 00.21 00.5 00.9

10.4 02 82.2 081 00.81 00.5 00.9

58.5 01 82.2 081 00.42 00.5 00.9

08.04 06.9 01< 82.2 081 00.63 00.5 00.9

05gisp

66.1 051 37.1 074 00.21 00.5 00.9

00.3 05 37.1 074 00.81 00.5 00.9

04.4 03 37.1 074 00.42 00.5 00.9

15.14 12.7 01 37.1 074 00.63 00.5 00.9

051gisp

43.1 042 35.1 007 00.21 00.5 00.9

15.2 09 35.1 007 00.81 00.5 00.9

37.3 04 35.1 007 00.42 00.5 00.9

65.14 22.6 02 35.1 007 00.63

P)V&PF(ETALPEGNALF

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0

57.0 00.5 00.9

003gisp

99.0 065 42.1 0741 00.21 00.5 00.9

19.1 091 42.1 0741 00.81 00.5 00.9

98.2 001 42.1 0741 00.42 00.5 00.9

56.14 88.4 04 42.1 0741 00.63

)RV&RF(DEGROFEGNALF

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5265.1

5260.2

5260.2

5260.2

5260.2 00.5 00.9

6 U T 300 1.91 FR EL 291/16"


Nominal Diameter

➢

➢






6"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

43




8 U T 150 2.16 VP VP 20"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

65.1 09 09.1 081 00.21 00.6 00.21

37.2 03 09.1 081 00.81 00.6 00.21

39.3 02 09.1 081 00.42 00.6 00.21

58.86 43.6 01 09.1 081 00.63 00.6 00.21

05gisp

38.1 071 58.2 082 00.21 00.6 00.21

00.3 06 58.2 082 00.81 00.6 00.21

00.5 03 58.2 082 00.42 00.6 00.21

52.07 57.8 01 58.2 082 00.63 00.6 00.21

051gisp

00.1 096 29.1 099 00.21 00.6 00.21

61.2 032 29.1 099 00.81 00.6 00.21

03.3 011 29.1 099 00.42 00.6 00.21

34.07 56.5 04 29.1 099 00.63

)PV&PF(ETALPEGNALF

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1 00.6 00.21

003gisp

00.1 0251 70.2 0391 00.21 00.6 00.21

41.2 094 70.2 0391 00.81 00.6 00.21

53.3 042 70.2 0391 00.42 00.6 00.21

09.07 58.5 09 70.2 0391 00.63 00.6 00.21

)RV&RF(DEGROFEGNALF

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

5734.2

5734.2

5734.2

57342.


Nominal Diameter

➢

➢


300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 1" thick; 150# ANSI B16.5 drilling (A-36).Pipe: Standard Wt. (A53-B/A106-B).Elbow: Standard Wt. 90˚ L.R. (A234 WPB).



• Consult factory for temperature rating of plate flanges..• Maximum Axial Extension is 15% of Axial Compression Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.

8"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

44







LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

14.1 031 73.2 071 00.21 00.6 00.51

85.2 05 73.2 071 00.81 00.6 00.51

87.3 03 73.2 071 00.42 00.6 00.51

76.301 22.6 01 73.2 071 00.63 00.6 00.51

05gisp

00.1 035 37.2 015 00.21 00.6 00.51

15.2 081 37.2 015 00.81 00.6 00.51

48.3 09 37.2 015 00.42 00.6 00.51

44.501 85.6 03 37.2 015 00.63 00.6 00.51

051gisp

78.0 0821 88.1 0321 00.21 00.6 00.51

37.1 034 88.1 0321 00.81 00.6 00.51

56.2 012 88.1 0321 00.42 00.6 00.51

85.501 45.4 08 88.1 0321 00.63

)PV&PF(ETALPEGNALF

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1 00.6 00.51

003gisp

29.0 0332 99.1 0022 00.21 00.6 00.51

28.1 087 99.1 0022 00.81 00.6 00.51

87.2 083 99.1 0022 00.42 00.6 00.51

13.701 67.4 051 99.1 0022 00.63

)RV&RF(DEGROFEGNALF

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

5739.1

526.2

526.2

526.2

526.2 00.6 00.51

10 U T 150 1.73 EL EL 48"


Nominal Diameter

➢

➢






10"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

45




12 U O 300 1.93 WS WS 40"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)RV&RF(DEGROFEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

72.1 072 58.2 012 00.21 5781.2 00.8 00.81

24.2 09 58.2 012 00.81 5781.2 00.8 00.81

26.3 05 58.2 012 00.42 5781.2 00.8 00.81

56.541 70.6 02 58.2 012 00.63 5781.2 00.8 00.81

05gisp

00.1 086 41.3 064 00.21 5781.2 00.8 00.81

00.2 032 41.3 064 00.81 5781.2 00.8 00.81

96.3 011 41.3 064 00.42 5781.2 00.8 00.81

66.741 63.6 04 41.3 064 00.63 5781.2 00.8 00.81

051gisp

76.0 0023 67.1 0412 00.21 5781.2 00.8 00.81

53.1 0701 67.1 0412 00.81 5781.2 00.8 00.81

70.2 025 67.1 0412 00.42 5781.2 00.8 00.81

00.841 65.3 002 67.1 0412 00.63

)PV&PF(ETALPEGNALF

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.15781.2 00.8 00.81

003gisp

36.0 0427 56.1 0184 00.21 578.2 00.8 00.81

62.1 0142 56.1 0184 00.81 578.2 00.8 00.81

39.1 0811 56.1 0184 00.42 578.2 00.8 00.81

78.841 23.3 064 56.1 0184 00.63 578.2 00.8 00.81


Nominal Diameter

➢

➢





• Consult factory for temperature rating of plate flanges..• Maximum Axial Extension is 15% of Axial Compression Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.

12"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

46










LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

55.2 022 99.3 033 00.81 00.8 00.12

20.4 001 99.3 033 00.42 00.8 00.12

01.7 04 99.3 033 00.63 00.8 00.12

35.471 42.01 02 99.3 033 00.84 00.8 00.12

05gisp

00.2 082 36.3 034 00.81 00.8 00.12

56.3 031 36.3 034 00.42 00.8 00.12

44.6 05 36.3 034 00.63 00.8 00.12

18.571 92.9 03 36.3 034 00.84 00.8 00.12

051gisp

13.1 0231 24.2 0271 00.81 00.8 00.12

61.2 006 24.2 0271 00.42 00.8 00.12

79.3 022 24.2 0271 00.63 00.8 00.12

91.671 58.5 011 24.2 0271 00.84

)PV&PF(ETALPEGNALF

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1 00.8 00.12

003gisp

92.1 0082 64.2 0253 00.81 00.8 00.12

31.2 0721 64.2 0253 00.42 00.8 00.12

69.3 064 64.2 0253 00.63 00.8 00.12

31.771 58.5 032 64.2 0253 00.84

)RV&RF(DEGROFEGNALF

52.2

52.2

52.2

52.2

52.2

52.2

52.2

52.2

52.2

52.2

52.2

52.2

00.3

00.3

00.3

00.3 00.8 00.12

14 U O 150 2.16 FR FR L 281/2"


Nominal Diameter

➢

➢






14"

Flow

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

47




16 U T 050 3.00 FP FP 26"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

42.2 062 99.3 003 00.81 00.8 00.42

25.3 021 99.3 003 00.42 00.8 00.42

12.6 05 99.3 003 00.63 00.8 00.42

48.722 69.8 02 99.3 003 00.84 00.8 00.42

05gisp

49.1 056 19.3 086 00.81 00.8 00.42

00.3 003 19.3 086 00.42 00.8 00.42

37.5 011 19.3 086 00.63 00.8 00.42

91.132 93.8 06 19.3 086 00.84 00.8 00.42

051gisp

97.1 0141 16.3 0741 00.81 00.8 00.42

19.2 056 16.3 0741 00.42 00.8 00.42

82.5 042 16.3 0741 00.63 00.8 00.42

60.232 37.7 021 16.3 0741 00.84

)PV&PF(ETALPEGNALF

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1

00.1 00.8 00.42

003gisp

43.1 0382 07.2 0392 00.81 00.8 00.42

71.2 0131 07.2 0392 00.42 00.8 00.42

59.3 084 07.2 0392 00.63 00.8 00.42

94.232 87.5 052 07.2 0392 00.84

)RV&RF(DEGROFEGNALF

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

52.3

52.3

52.3

52.3 00.8 00.42


Nominal Diameter

➢

➢






16"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

48










LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

00.2 053 99.3 033 00.81 00.8 00.72

51.3 071 99.3 033 00.42 00.8 00.72

65.5 06 99.3 033 00.63 00.8 00.72

94.482 20.8 03 99.3 033 00.84 00.8 00.72

05gisp

37.1 019 78.3 067 00.81 00.8 00.72

08.2 024 78.3 067 00.42 00.8 00.72

90.5 051 78.3 067 00.63 00.8 00.72

32.882 44.7 08 78.3 067 00.84 00.8 00.72

051gisp

35.1 0212 34.3 0871 00.81 00.8 00.72

74.2 089 34.3 0871 00.42 00.8 00.72

05.4 063 34.3 0871 00.63 00.8 00.72

62.882 85.6 081 34.3 0871 00.84

)PV&PF(ETALPEGNALF

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1

5260.1 00.8 00.72

003gisp

91.1 0593 86.2 0923 00.81 00.8 00.72

39.1 0381 86.2 0923 00.42 00.8 00.72

15.3 076 86.2 0923 00.63 00.8 00.72

86.982 31.5 043 86.2 0923 00.84

)RV&RF(DEGROFEGNALF

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

5786.2

05.3

05.3

05.3

05.3 00.8 00.72

18 U T 050 2.80 FR EL 5311/16"


Nominal Diameter

➢

➢






18"

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

49




20 U T 150 2.65 FR FR 293/4"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

39.1 079 23.5 006 00.81 00.8 00.03

00.3 044 23.5 006 00.42 00.8 00.03

20.6 061 23.5 006 00.63 00.8 00.03

86.743 49.8 08 23.5 006 00.84 00.8 00.03

05gisp

00.1 0101 28.4 016 00.81 00.8 00.03

88.2 054 28.4 016 00.42 00.8 00.03

00.5 061 28.4 016 00.63 00.8 00.03

37.553 00.8 08 28.4 016 00.84 00.8 00.03

051gisp

00.1 0712 34.4 0131 00.81 00.8 00.03

56.2 089 34.4 0131 00.42 00.8 00.03

59.4 053 34.4 0131 00.63 00.8 00.03

08.653 53.7 081 34.4 0131 00.84

)PV&PF(ETALPEGNALF

521.1

521.1

521.1

521.1

521.1

521.1

521.1

521.1

521.1

521.1

521.1

521.1 00.8 00.03

003gisp

79.0 0278 07.2 0525 00.81 00.01 00.03

16.1 0293 07.2 0525 00.42 00.01 00.03

20.3 0041 07.2 0525 00.63 00.01 00.03

00.853 84.4 017 07.2 0525 00.84

)RV&RF(DEGROFEGNALF

578.2

578.2

578.2

578.2

578.2

578.2

578.2

578.2

578.2

578.2

578.2

578.2

57.3

57.3

57.3

57.3 00.01 00.03


Nominal Diameter

➢

➢


300 psig; 300# ANSI B16.5 RFSO (A105).Plate Flanges: 11/8" thick; 150# ANSI B16.5 drilling (A-36).

Standard materials (Cont.)Pipe: Standard Wt. (A53-B/A106-B).Elbow: Standard Wt. 90˚ L.R. (A234 WPB).


-20˚ F to 600˚ F. If forged flanged ends are specified, the maximum temperature rating for 150 psig design is 500˚F.



20"




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

50










LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)RV&RF(DEGROFEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

57.1 029 23.5 074 00.81 521.3 00.8 00.33

29.2 014 23.5 074 00.42 521.3 00.8 00.33

74.5 051 23.5 074 00.63 521.3 00.8 00.33

64.124 21.8 07 23.5 074 00.84 521.3 00.8 00.33

05gisp

00.1 0231 87.4 076 00.81 521.3 00.8 00.33

00.2 006 87.4 076 00.42 521.3 00.8 00.33

98.4 012 87.4 076 00.63 521.3 00.8 00.33

37.524 62.7 011 87.4 076 00.84 521.3 00.8 00.33

051gisp

00.1 0482 04.4 0441 00.81 521.3 00.8 00.33

00.2 0821 04.4 0441 00.42 521.3 00.8 00.33

94.4 064 04.4 0441 00.63 521.3 00.8 00.33

09.624 76.6 032 04.4 0441 00.84

)PV&PF(ETALPEGNALF

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1

5781.1521.3 00.8 00.33

003gisp

88.0 04411 96.2 0675 00.81 00.4 00.01 00.33

64.1 0515 96.2 0675 00.42 00.4 00.01 00.33

47.2 0381 96.2 0675 00.63 00.4 00.01 00.33

22.824 70.4 039 96.2 0675 00.84 00.4 00.01 00.33

22 U T 150 2.00 WS WS L C 40"


Nominal Diameter

➢

➢



Standard materials (Cont.)Pipe: 25 to 150 psig; Standard Wt. (A53-B/A106-B)

300 psig; SCH. 80s (0.5" Wall) (A106-B/A516-70).Elbow: 25 to 150 psig; Standard Wt. 90˚ L.R. (A234 WPB)

300 psig; SCH. 80s (0.5" Wall) 90˚ L.R. (A234 WPB).



• Consult factory for temperature rating of plate flanges.• Maximum Axial Extension is 15% of Axial

Compression Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.

22"

Flow

MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

51




24 U T 150 2.00 EL EL L2 C2 96" B2 E2


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni( )SW(

DNEDLEW)LE(WOBLE

52gisp

65.1 019 65.4 044 00.81 00.01 00.63

25.2 024 65.4 044 00.42 00.01 00.63

75.4 051 65.4 044 00.63 00.01 00.63

33.205 76.6 08 65.4 044 00.84 00.01 00.63

05gisp

00.1 0471 70.4 058 00.81 00.01 00.63

00.2 018 70.4 058 00.42 00.01 00.63

00.4 003 70.4 058 00.63 00.01 00.63

10.205 69.5 051 70.4 058 00.84 00.01 00.63

051gisp

00.1 0473 57.3 0281 00.81 00.01 00.63

00.2 0471 57.3 0281 00.42 00.01 00.63

57.3 046 57.3 0281 00.63 00.01 00.63

82.305 84.5 033 57.3 0281 00.84

)PV&PF(ETALPEGNALF

52.1

52.1

52.1

52.1

52.1

52.1

52.1

52.1

52.1

52.1

52.1

52.1 00.01 00.63

003gisp

87.0 07051 92.2 0237 00.81 00.01 00.63

62.1 0007 92.2 0237 00.42 00.01 00.63

92.2 0852 92.2 0237 00.63 00.01 00.63

27.405 43.3 0231 92.2 0237 00.84

)RV&RF(DEGROFEGNALF

52.3

52.3

52.3

52.3

52.3

52.3

52.3

52.3

52.3

52.3

52.3

52.3

5781.4

5781.4

5781.4

5781.4 00.01 00.63


Nominal Diameter

➢

➢

24"



Standard materials (Cont.)Pipe: 25 to 150 psig; Standard Wt. (A53-B/A106-B)

300 psig; SCH.80s (0.5" Wall) (A106-B/A516-70).Elbow: 25 to 150 psig; Standard Wt. 90˚ L.R. (A234 WPB)

300 psig; SCH. 80s (0.5" Wall) 90˚ L.R. (A234 WPB).


-20˚ F to 600˚ F. If forged flanged ends are specified, the maximum temperature rating for 150 psig design is 500˚ F.



Flow




MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

52





LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0591 65.4 028 00.81 00.01 00.93

43.2 019 65.4 028 00.42 00.01 00.93

32.4 033 65.4 028 00.63 00.01 00.93

72.585 81.6 071 65.4 028 00.84 00.01 00.93

05gisp

00.1 0912 50.4 029 00.81 00.01 00.93

00.2 0201 50.4 029 00.42 00.01 00.93

67.3 073 50.4 029 00.63 00.01 00.93

85.485 94.5 091 50.4 029 00.84

)RV&RF(DEGROFEGNALF

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1 00.01 00.93

051gisp

00.1 0074 37.3 0791 00.81 00.01 00.93

19.1 0812 37.3 0791 00.42 00.01 00.93

64.3 008 37.3 0791 00.63 00.01 00.93

59.585 50.5 014 37.3 0791 00.84 00.01 00.93

26 U O 150 3.46 WS WS 56"


Nominal Diameter

➢

➢

26"

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).Flanges: 25 & 50 psig designs; 125# LW F.F.S.O. (A105).

Customer to advise flange specification for 150 psig design.Plate Flanges: Available upon request and with dimensional

information provided by customer.Pipe: 25 to 150 psig; Standard Wt. (3/8" Wall)(A53-B/A106-B/A-36/A516-70).Elbow: Standard Wt. (3/8" wall) 90˚ L.R.

(A234 WPB/A-36/A516-70/A53-B/A106-B).

• Maximum Test Pressure is 1.5 X Rated Pressure.

• Pressure Rating is based on a design temperature of -20˚ F to 600˚ F.If flanged ends are required, please consult factory for maximum temperature rating.

• Maximum Axial Extension is 15% of Axial Compression Value shown above.

• Cycle Life = 3,000 minimum (EJMA).

• Movements are non-concurrent.

• 300 psig designs can be provided upon request.

Customer to

advise

Flange Specification.




Customer to specify

Plate FlangeDimensions

Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

53




28 U T 025 3.94 EL EL 120"


Nominal Diameter

➢

➢




(A234 WPB/A-36/A516-70/A53-B/A106-B).


• Pressure Rating is based on a design temperature of -20˚ F to 600˚ F. If flanged ends are required, please consult factory for maximum temperature rating.





28"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0242 65.4 088 00.81 00.01 00.24

00.2 0211 65.4 088 00.42 00.01 00.24

49.3 014 65.4 088 00.63 00.01 00.24

71.476 67.5 012 65.4 088 00.84 00.01 00.24

05gisp

00.1 0172 30.4 099 00.81 00.01 00.24

39.1 0621 30.4 099 00.42 00.01 00.24

00.3 064 30.4 099 00.63 00.01 00.24

34.376 00.5 042 30.4 099 00.84

)RV&RF(DEGROFEGNALF

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1 00.01 00.24

051gisp

00.1 0907 96.3 0622 00.81 00.01 00.24

56.1 0923 96.3 0622 00.42 00.01 00.24

99.2 0121 96.3 0622 00.63 00.01 00.24

09.476 63.4 026 96.3 0622 00.84 00.01 00.24




Customer to

advise


Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

54




30 U O 050 3.00 WS WS L 56" B4 E4


Nominal Diameter

➢

➢

30"


LASREVINUHTGNEL


LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)RV&RF(DEGROFEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0492 65.4 049 00.81 57.1 00.01 00.54

00.2 0731 65.4 049 00.42 57.1 00.01 00.54

96.3 005 65.4 049 00.63 57.1 00.01 00.54

53.967 93.5 062 65.4 049 00.84 57.1 00.01 00.54

05gisp

00.1 0033 10.4 0501 00.81 57.1 00.01 00.54

08.1 0351 10.4 0501 00.42 57.1 00.01 00.54

00.3 065 10.4 0501 00.63 57.1 00.01 00.54

65.867 47.4 092 10.4 0501 00.84 57.1 00.01 00.54

051gisp

00.1 0907 96.3 0622 00.81 00.01 00.54

56.1 0923 96.3 0622 00.42 00.01 00.54

99.2 0121 96.3 0622 00.63 00.01 00.54

41.077 63.4 026 96.3 0622 00.84 00.01 00.54




(A234 WPB/A-36/A516-70/A53-B/A106-B).







Flow




Customer to

advise


Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

55




34 U T 050 2.86 WS WS L C 56"


Nominal Diameter

➢

➢

32" and 34"

"23SETARGNIRPS&STNEMEVOM



).ni(HTGNELLLAREVO .TF21EVOBA"8/3±;.TF3EVOBA"4/1±;"8/1±

LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0453 65.4 0001 00.81 00.01 00.8429.1 0461 65.4 0001 00.42 00.01 00.84

74.3 016 65.4 0001 00.63 00.01 00.84

28.078 70.5 013 65.4 0001 00.84 00.01 00.84

05gisp

00.1 0893 00.4 0211 00.81 00.01 00.8400.1 0581 00.4 0211 00.42 00.01 00.84

00.3 086 00.4 0211 00.63 00.01 00.84

69.968 44.4 053 00.4 0211 00.84 00.01 00.84

"43

52gisp

00.1 0224 65.4 0601 00.81 00.01 00.1518.1 0691 65.4 0601 00.42 00.01 00.15

72.3 027 65.4 0601 00.63 00.01 00.15

75.879 87.4 073 65.4 0601 00.84 00.01 00.15

05gisp

89.0 0474 89.3 0911 00.81 00.01 00.1500.1 0022 89.3 0911 00.42 00.01 00.15

68.2 018 89.3 0911 00.63 00.01 00.15

86.779 00.4 024 89.3 0911 00.84

)RV&RF(DEGROFEGNALF

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1 00.01 00.15

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).Flanges: 25 & 50 psig designs; 125# LW F.F.S.O. (A105).Plate Flanges: Available upon request and with dimensional

information provided by customer.Pipe: 25 & 50 psig; Standard Wt. (3/8" Wall)(A53-B/A106-B/A-36/A516-70).Elbow: Standard Wt. (3/8" wall) 90˚ L.R. (A234 WPB/A-36/A516-70/A53-B/A106-B).






• 150 & 300 psig designs can be provided upon request.

Customer to specify


Flow




Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

56








LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

68.1 0771 98.5 027 00.42 00.01 00.4585.3 016 98.5 027 00.63 00.01 00.45

83.5 013 98.5 027 00.84 00.01 00.45

49.9901 12.7 081 98.5 027 00.06 00.01 00.45

05gisp

00.1 0093 65.4 0851 00.42 00.01 00.4577.2 0631 65.4 0851 00.63 00.01 00.45

61.4 086 65.4 0851 00.84 00.01 00.45

74.9901 85.5 004 65.4 0851 00.06 00.01 00.45

"83

52gisp

77.1 0702 98.5 067 00.42 00.01 00.7504.3 027 98.5 067 00.63 00.01 00.75

01.5 063 98.5 067 00.84 00.01 00.75

56.0221 58.6 012 98.5 067 00.06 00.01 00.75

05gisp

00.1 0654 45.4 0761 00.42 00.01 00.7526.2 0851 45.4 0761 00.63 00.01 00.75

49.3 097 45.4 0761 00.84 00.01 00.75

51.0221 82.5 074 45.4 0761 00.06

)RV&RF(DEGROFEGNALF

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1 00.01 00.75

36 U T 050 2.77 FR FR 391/2"


Nominal Diameter

➢

➢

36" and 38"




If flanged ends are required, please consult factory for maximum temperature rating.

• Maximum Axial Extension is 15% of Axial Compression Value shown above.• Cycle Life = 3,000 minimum (EJMA).• Movements are non-concurrent.• 150 & 300 psig designs can be provided upon request.




Customer to specify


Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

57




40 U T 050 2.49 FR EL 973/4"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

86.1 0042 98.5 097 00.42 00.01 00.0632.3 038 98.5 097 00.63 00.01 00.06

68.4 024 98.5 097 00.84 00.01 00.06

46.7431 25.6 052 98.5 097 00.06 00.01 00.06

05gisp

00.1 0925 35.4 0571 00.42 00.01 00.0694.2 0481 35.4 0571 00.63 00.01 00.06

47.3 029 35.4 0571 00.84 00.01 00.06

21.7431 20.5 055 35.4 0571 00.06 00.01 00.06

"24

52gisp

16.1 0672 98.5 038 00.42 00.01 00.3680.3 069 98.5 038 00.63 00.01 00.36

36.4 084 98.5 038 00.84 00.01 00.36

29.0841 22.6 082 98.5 038 00.06 00.01 00.36

05gisp

00.1 0806 35.4 0381 00.42 00.01 00.3673.2 0112 35.4 0381 00.63 00.01 00.36

75.3 0501 35.4 0381 00.84 00.01 00.36

73.0841 87.4 036 35.4 0381 00.06

)RV&RF(DEGROFEGNALF

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1

57.157.1

57.1

57.1 00.01 00.36


Nominal Diameter

➢

➢

40" and 42"












Customer to specify


Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

58




46 U O 050 2.00 WS WS L 56"


Nominal Diameter

➢

➢

44" and 46"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

35.1 0613 98.5 078 00.42 00.01 00.6659.2 0011 98.5 078 00.63 00.01 00.66

34.4 055 98.5 078 00.84 00.01 00.66

84.0261 49.5 033 98.5 078 00.06 00.01 00.66

05gisp

00.1 0596 35.4 0291 00.42 00.01 00.6600.2 0142 35.4 0291 00.63 00.01 00.66

14.3 0021 35.4 0291 00.84 00.01 00.66

09.9161 75.4 027 35.4 0291 00.06 00.01 00.66

"64

52gisp

74.1 0953 98.5 019 00.42 00.01 00.9628.2 0521 98.5 019 00.63 00.01 00.96

42.4 026 98.5 019 00.84 00.01 00.96

23.6671 96.5 073 98.5 019 00.06 00.01 00.96

05gisp

00.1 0097 25.4 0002 00.42 00.01 00.9600.2 0472 25.4 0002 00.63 00.01 00.96

62.3 0731 25.4 0002 00.84 00.01 00.96

27.5671 73.4 028 25.4 0002 00.06

)RV&RF(DEGROFEGNALF

52.252.2

52.2

52.2

52.252.2

52.2

52.2

52.252.2

52.2

52.2

52.252.2

52.2

52.2 00.01 00.96


information provided by customer.Pipe: 25 & 50 psig; Standard Wt. (3/8" wall) (A53-B/A106-B/A-36/A516-70).Elbow: Standard Wt. (3/8" wall) 90˚ L.R. (Fabricated with pipe & mitered).







Flow




Customer to specify


Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

59




52 U T 025 2.44 FR FR 41"


Nominal Diameter

➢

➢

48", 50" & 52"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0779 47.5 0722 00.42 00.8 00.27

00.2 0933 47.5 0722 00.63 00.8 00.27

79.3 0961 47.5 0722 00.84 00.8 00.27

96.9191 00.5 0101 47.5 0722 00.06 00.8 00.27

"05

52gisp

00.1 09901 47.5 0632 00.42 00.8 00.57

00.2 0283 47.5 0632 00.63 00.8 00.57

18.3 0091 47.5 0632 00.84 00.8 00.57

51.8702 00.5 0411 47.5 0632 00.06 00.8 00.57

"25

52gisp

00.1 0776 07.5 0531 00.42 00.8 00.87

44.2 0732 07.5 0531 00.63 00.8 00.87

56.3 0911 07.5 0531 00.84 00.8 00.87

50.5822 98.4 017 07.5 0531 00.06

)RV&RF(DEGROFEGNALF

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2

05.2 00.8 00.87

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals).Flanges: 125# LW F.F.S.O. (A105).Plate Flanges: Available upon request and with dimensional

information provided by customer.Pipe: Standard Wt. (3/8" wall) (A53-B/A106-B/A-36/A516-70).Elbow: Standard Wt. (3/8" wall) 90˚ L.R.

(Fabricated with pipe & mitered).






• 50, 150 & 300 psig designs can be provided for 48" Dia. upon request.

• 50 & 150 psig designs can be provided for 50" & 52" Dia. upon request.




Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

60




56 U T 025 2.27 WS WS L C 56"


Nominal Diameter

➢

➢

54",56" & 58"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 0557 07.5 0041 00.42 00.01 00.18

53.2 0462 07.5 0041 00.63 00.01 00.18

25.3 0231 07.5 0041 00.84 00.01 00.18

56.7542 17.4 097 07.5 0041 00.06

)RV&RF(DEGROFEGNALF

05.2

05.2

05.2

05.2 00.01 00.18

"65

52gisp

00.1 0838 07.5 0541 00.42 00.01 00.48

72.2 0492 07.5 0541 00.63 00.01 00.48

04.3 0741 07.5 0541 00.84 00.01 00.48

35.6362 55.4 088 07.5 0541 00.06 00.01 00.48

"85

52gisp

00.1 0829 07.5 0051 00.42 00.01 00.78

02.2 0523 07.5 0051 00.63 00.01 00.78

92.3 0361 07.5 0051 00.84 00.01 00.78

96.1282 04.4 079 07.5 0051 00.06 00.01 00.78

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals) .Flanges: 125# LW F.F.S.O. (A105); (54" Dia. only).Plate Flanges: Available upon request and with dimensional

information provided by customer.Pipe: 3/8" wall (A-36/A516-70)Elbow: 3/8" wall; 90˚ L.R. (Fabricated with pipe & mitered).







125# LW

Flanges are

not available

in this size.

125# LW

Flanges are

not available

in this size.

Flow




Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

61




66 U O 025 1.00 WS WS 44"


Nominal Diameter

➢

➢

60",66" & 72"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

00.1 03201 07.5 0551 00.42 00.01 00.09

21.2 0853 07.5 0551 00.63 00.01 00.09

81.3 0971 07.5 0551 00.84 00.01 00.09

41.3103 62.4 0701 07.5 0551 00.06 00.01 00.09

"66

52gisp

00.1 08431 07.5 0071 00.42 00.01 00.99

49.1 0274 07.5 0071 00.63 00.01 00.99

09.2 0632 07.5 0071 00.84 00.01 00.99

81.5263 88.3 0141 07.5 0071 00.06 00.01 00.99

"27

52gisp

39.0 05371 07.5 0581 00.42 00.01 00.801

87.1 0706 07.5 0581 00.63 00.01 00.801

66.2 0403 07.5 0581 00.84 00.01 00.801

67.3924 75.3 0281 07.5 0581 00.06

)RV&RF(DEGROFEGNALF

57.2

57.2

57.2

57.2

57.2

57.2

57.2

57.2

57.2

57.2

57.2

57.2 00.01 00.801

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals) .Flanges: 125# LW F.F.S.O. (A105).Plate Flanges: Available upon request and with dimensional

information provided by customer.Pipe: 3/8" wall (A-36/A516-70).Elbow: 3/8" wall; 90˚ L.R. (Fabricated with pipe & mitered).










Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

62




78 U O 025 2.46 WS WS L 72"


Nominal Diameter

➢

➢

78",84" & 90"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)RV&RF(DEGROFEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

68.0 09812 07.5 0991 00.42 00.21 00.711

56.1 0667 07.5 0991 00.63 00.21 00.711

64.2 0483 07.5 0991 00.84 00.21 00.711

09.8105 03.3 0032 07.5 0991 00.06 00.21 00.711

"48

52gisp

08.0 05172 07.5 0412 00.42 00.3 00.21 00.621

35.1 0159 07.5 0412 00.63 00.3 00.21 00.621

92.2 0674 07.5 0412 00.84 00.3 00.21 00.621

85.0085 70.3 0582 07.5 0412 00.06 00.3 00.21 00.621

"09

52gisp

57.0 00233 07.5 0922 00.42 00.21 00.531

34.1 02611 07.5 0922 00.63 00.21 00.531

41.2 0285 07.5 0922 00.84 00.21 00.531

18.8366 78.2 0843 07.5 0922 00.06 00.21 00.531

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals). Flanges: 125# LW F.F.S.O. (A105); (84" Dia. Only).Plate Flanges: Available upon request and with dimensional








125# LW

Flanges are

not available

in this size.

125# LW

Flanges are

not available

in this size.

Flow




Customer to specify


Customer to specify


Customer to specify


MONEZIS

TINUEPYT

TINUELYTS

NGISED.SSERP

LARETALTNEMEVOM

DNESGNITTIF

)83egaPeeS(

RENIL/W

L'TAM

REVOC/W

L'TAM

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - - -

63




96 U O 025 2.00 FR FR L 541/2"


Nominal Diameter

➢

➢

96", 102" & 120"





LARETALTNEMEVOM

LARETALGNIRPS

ETARLAIXA.PMOC

LAIXAGNIRPS

ETAR)sehcni(

)PV&PF(ETALPEGNALF

)RV&RF(DEGROFEGNALF

)SW(DNEDLEW

)LE(WOBLE

52gisp

17.0 09993 07.5 0342 00.42 52.3 00.21 00.441

00.1 00041 07.5 0342 00.63 52.3 00.21 00.441

00.2 0107 07.5 0342 00.84 52.3 00.21 00.441

95.3357 96.2 0914 07.5 0342 00.06 52.3 00.21 00.441

"201

52gisp

66.0 05674 07.5 0752 00.42 00.21 00.351

72.1 09661 07.5 0752 00.63 00.21 00.351

09.1 0638 07.5 0752 00.84 00.21 00.351

29.4848 45.2 0005 07.5 0752 00.06 00.21 00.351

"021

52gisp

65.0 00304 07.5 0651 00.42 00.21 00.081

70.1 01141 07.5 0651 00.63 00.21 00.081

16.1 0707 07.5 0651 00.84 00.21 00.081

71.47711 51.2 0324 07.5 0651 00.06 00.21 00.081

Standard materials of constructionBellows: A240 T321.Liners: A240 T304 (when liner is requested).Covers: Carbon Steel (when cover is requested).Hardware: Carbon Steel (Tie Rods, Hinges, Gimbals). Flanges: 125# LW F.F.S.O. (A105); (96" Dia. Only).Plate Flanges: Available upon request and with dimensional








125# LW

Flanges are

not available

in this size.

125# LW

Flanges are

not available

in this size.

Flow




Customer to specify


Customer to specify


Customer to specify



EXTERNALLY PRESSURIZED EXPANSION JOINTS (FX)The Externally Pressurized Expansion Joint is an exceptional product for absorbing large amounts of axial move-ment in long straight lengths of pipe. This type of expansion joint is one of the safest and most reliable on themarket. The following design features are what make this style unit such an appealing option in expansion jointapplications.

SQUIRM FREEThe Externally Pressurized Expansion Joint is designed such that the system pressure is applied to the outsidesurface of the bellows element. This feature eliminates the problems associated with squirm that are present inthe typical internally pressurized expansion joint. The elimination of squirm allows a bellows to be fabricated withan almost unlimited number of convolutions and consequently an unlimited axial movement capability.

MAINTENANCE FREEThe Externally Pressurized Expansion Joint has an all welded metal construction which provides a completelyleak tight and maintenance free expansion joint. This is an enormous improvement over the slip type joint, whichrequires periodic lubrication and repacking in order to function properly.

SELF LIMITING & GUIDINGThe Externally Pressurized Expansion Joint incorporates an internal ring that provides bellows protection in theevent of over compression of the expansion joint. This ring also provides protection of the bellows from contactwith the inside of the outer shell. This ring also reduces the number of pipe guides required for the piping sys-tem as compared with a standard internally pressurized expansion joint.

SELF DRAININGThe Externally Pressurized Expansion Joint has the added advantage of self-draining convolutions. This cangreatly reduce the corrosion problems associated with some internally pressurized expansion joint applications.

INHERENT SAFETY & LININGThe Externally Pressurized Expansion Joint is totally enclosed by an outer shell that is designed to contain thefull line pressure of the system. This full strength outer shell protects the bellows from external damage and great-ly reduces the chance of damage during shipment or installation. This outer shell also provides a shield in theevent of a bellows failure, which will direct the media longitudinally along the length of the pipe instead of radi-ally outward and possibly in the direction of personnel. The Externally Pressurized Expansion Joint also isdesigned such that the standard wall pipe on the movable end of the expansion joint lines the bellows. This elim-inates the need to specify additional liners for this style of joint. Based on this liner design, the ExternallyPressurized Expansion Joint can accommodate a multidirectional flow.


FX ADVANTAGE

FMH Expansion Joints offers a standard Externally Pressurized Expansion Joint which has a number ofexceptional features that are not found in some other competitor's models.

• Multi-ply Bellows: FMH Expansion Joints utilizes a multi-ply bellows design for the standard units offeredin this catalog section. This multi-ply design provides a flexible element with muchlower deflection stresses, and consequently, a much longer service life. The followingstandard units are designed to accommodate the stated movements for a minimum2000 EJMA cycles.

• Drain Connection: The FMH Expansion Joints externally pressurized design provides a drain plug onevery standard unit. This provides the customer with the capability to remove anyinternal dirt, scale, sludge, condensate or other foreign matter. The drain connection isalso an ideal location for a steam trap.

• Bellows Attachment: The FMH Expansion Joints standard design provides the bellows attachment with atangent and band connection, unlike some other competitor's models that place thebellows weld attachment on the radius or side wall of the convolution. The FMHExpansion Joints bellows attachment is far superior, and greatly enhances the servicelife of the expansion joint.

66


Externally Pressurized Expansion Joints (FX)How to Generate an Externally Pressurized

Expansion Joint Part Number

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -2 XSO 150 8.0 FR FR 373/4" B3 E32-XS0-150-8.0-FR-FR-373/4-B3E3

UNIT TYPECODE DESCRIPTIONXSO SINGLE w/o ANCHORXSA SINGLE w/ ANCHORXDA DUAL w/ ANCHOR


FR FIXED RFSO FLANGEWS WELD END STD. WT. PIPEWH WELD END SCH. E.H./80s PIPE


B1 A240 / T304B2 A240 / T304LB3 A240 / T316B4 A240 / T316LB5 A240 / T321 (STANDARD)B6 B162 / (NICKEL) ALLOY 200B7 B127 / (MONEL) ALLOY 400B8 B168 / ALLOY 600B9 B443 / ALLOY 625

B20 OTHER


E1 304 (A240 T / A182 F / A312 TP)E2 304L (A240 T / A182 F / A312 TP)E3 316 (A240 T / A182 F / A312 TP)E4 316L (A240 T / A182 F / A312 TP)E5 321 (A240 T / A182 F / A312 TP)E10 A105 (STANDARD FORGED FLG.)E11 A53 - GR.B (STANDARD PIPE)E12 A106 - GR.BE13 A285 - GR.CE14 A516 - 70E15 A - 36 (STANDARD PLATE FLG.)E20 OTHER

This expansion joint is a 2" NOM. DIA. single,externally pressurized unit w/o an anchor. The bellows material is A240 T316.

150 psig design pressure.

8.0" Axial Compression (see Axial Compression column)

A182 F316 Stainless Steel Fixed RFSO Flanges andA312 TP316 Stainless Steel Pipe.

**Overall Lengths in this catalog are shown as decimals butshould be specified as fractions in the part number.

Standard Bellows Material is A240 T321.Other materials are available but may have differentmovement and spring rate values than those listed.Please consult the factory

**

2" & 21/2"Externally Pressurized Expansion Joints (FX)

UNIT TYPEXSO = SINGLE W/O ANCHORXSA = SINGLE W/ ANCHORXDA = DUAL W/ ANCHOR

ENDSFR = FIXED RFSO FLANGEWS = WELD END STD. WT. PIPEWH = WELD END SCH. E.H./80s PIPE



"2LAIXA

NOISSERPMOC LAIXAGNIRPS

ETAR

SHTGNEL "8/1±.TF3EVOBA"4/1±

THGIEWDETAMITSE).sbl( RETUO

DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(

SWxSW RFxRF RFxSWSX DX SX DX SX DX

051gisp

0.4 0.8 003 52.42 05.83 24 37 35 48 74 57 65.5

0.6 0.21 002 00.13 00.25 55 99 66 011 16 101 65.5

49.11 0.8 0.61 051 57.73 05.56 66 021 67 131 17 221 65.5

003gisp

0.4 0.8 035 52.72 05.44 05 98 56 401 75 39 65.5

0.6 0.21 063 52.53 05.06 76 321 28 831 57 721 65.5

30.21 0.8 0.61 072 52.34 05.67 18 251 79 761 98 651 65.5

21/2"LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 003 05.42 00.93 44 67 95 19 15 08 65.5

0.6 0.21 002 52.13 05.25 85 501 37 021 66 901 65.5

49.11 0.8 0.61 051 00.83 00.66 96 721 58 341 77 231 65.5

003gisp

0.4 0.8 054 52.72 05.44 05 88 17 011 06 59 65.5

0.6 0.21 003 52.53 05.06 76 221 98 441 87 031 65.5

10.21 0.8 0.61 022 52.34 05.67 18 151 301 371 29 851 65.5

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -2 XSO 150 6.0 FR WS 31" B1

XSO (FR-WS)


Nominal Diameter

Standard materials of constructionBellows: A240 T321.Line Pipe: Standard Wt. (A53-B/A106-B).Outer Shell: A53-B/A106-B/A516-70.Rings: A-36/A516-70.Flanges: 150 psig Designs; 150# ANSI B16.5 RFSO (A105)

300 psig Designs; 300# ANSI B16.5 RFSO (A105).

• Cycle Life = 2,000 minimum (EJMA).• For anchor details, please see anchor table (Page 74).• Maximum Test Pressure is 1.5 X Rated Pressure.• Pressure Rating is based on a design temperature of -20˚ F to 650˚ F.

If flanged ends are specified, the maximum temperature rating for 150 psigdesign is 500˚ F.

• Maximum Axial Extension is 15% of Axial Compression Value shown above.• Maximum installation misalignment is ± 1/4" axial and ± 1/16" lateral.

➢

➢

67

Externally Pressurized Expansion Joints (FX)





3" & 4"

"3LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 064 52.32 05.63 95 201 77 911 86 501 36.6

0.6 0.21 003 05.92 00.94 97 141 79 951 88 541 36.6

83.02 0.8 0.61 032 57.53 05.16 49 071 111 781 201 471 36.6

003gisp

0.4 0.8 059 05.72 00.54 48 151 311 081 89 161 36.6

0.6 0.21 026 05.53 00.16 611 612 541 442 131 522 36.6

75.02 0.8 0.61 084 05.34 00.77 341 862 171 792 751 872 36.6

"4LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 094 52.42 05.83 39 551 121 381 701 261 36.8

0.6 0.21 043 57.03 05.15 021 802 841 632 431 612 36.8

93.03 0.8 0.61 042 52.73 05.46 341 552 271 482 751 362 36.8

003gisp

0.4 0.8 0201 52.82 05.64 921 722 771 572 351 442 36.8

0.6 0.21 086 52.63 05.26 571 813 322 663 991 533 36.8

45.03 0.8 0.61 015 57.44 05.97 512 993 362 744 932 614 36.8

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -3 XDA 150 16.0 WS WS 611/2"

XDA (WS-WS)


Nominal Diameter






➢

➢

68

5" & 6"Externally Pressurized Expansion Joints (FX)





"5LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 088 52.42 05.83 551 462 781 692 171 172 57.01

0.6 0.21 095 57.03 05.15 402 163 632 393 022 963 57.01

47.14 0.8 0.61 044 05.73 00.56 542 344 772 574 162 154 57.01

003gisp

0.4 0.8 0021 52.92 05.84 881 033 942 193 812 253 57.01

0.6 0.21 008 57.73 05.56 352 064 413 125 382 284 57.01

38.14 0.8 0.61 006 52.64 05.28 013 475 173 436 043 595 57.01

"6LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 0621 57.42 05.93 822 093 962 034 842 493 57.21

0.6 0.21 048 05.13 00.35 992 135 043 275 913 635 57.21

76.07 0.8 0.61 036 57.73 05.56 953 156 004 196 973 556 57.21

003gisp

0.4 0.8 0022 52.03 05.05 703 745 293 136 943 475 57.21

0.6 0.21 0741 05.83 00.76 514 367 005 748 754 987 57.21

09.07 0.8 0.61 0011 57.64 05.38 215 859 795 3401 555 589 57.21

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -6 XSO 150 6.0 FR FR 311/2"

XSO (FR-FR)


Nominal Diameter






➢

➢

69






8" & 10"

"8LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 0041 52.72 05.24 103 625 663 095 333 635 00.41

0.6 0.21 039 57.33 05.55 993 127 464 587 134 137 00.41

54.601 0.8 0.61 007 00.14 00.07 784 898 255 269 915 809 00.41

003gisp

0.4 0.8 0542 05.92 00.74 214 847 935 378 574 887 00.41

0.6 0.21 0361 00.73 00.26 565 3501 196 9711 726 4901 00.41

47.601 0.8 0.61 0221 00.54 00.87 707 9331 438 4641 077 9731 00.41

"01LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 0682 00.62 00.04 864 648 165 839 415 468 00.61

0.6 0.21 0191 00.33 00.45 146 0911 437 2821 686 9021 00.61

25.841 0.8 0.61 0341 05.93 57.66 897 4051 198 6951 448 3251 00.61

003gisp

0.4 0.8 0004 52.03 05.84 426 7511 008 2331 117 7121 00.61

0.6 0.21 0662 57.83 05.56 178 2561 8401 7281 959 2171 00.61

22.051 0.8 0.61 0002 57.64 05.18 4011 7112 1821 3922 2911 8712 00.61

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -8 XSA 150 8.0 FR WS 41"

XSA (FR-WS)


Nominal Diameter






➢

➢

70






"21LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 0092 00.62 00.04 635 279 676 9011 506 0101 00.81

0.6 0.21 0681 52.23 05.25 547 0931 588 7251 418 8241 00.81

32.871 0.8 0.61 0541 57.83 05.56 709 3171 6401 1581 679 2571 00.81

003gisp

0.4 0.8 0834 05.92 00.74 937 6731 099 6261 368 1741 00.81

0.6 0.21 0292 57.63 05.16 8201 6591 0821 5022 3511 0502 00.81

06.871 0.8 0.61 0912 57.44 05.77 7031 3152 8551 2672 2341 7062 00.81

"41LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 0752 05.62 00.14 276 3321 868 7241 967 5921 00.02

0.6 0.21 0171 52.23 05.25 119 0171 7011 4091 8001 2771 00.02

60.232 0.8 0.61 0821 00.93 00.66 8311 5612 4331 9532 5321 7222 00.02

003gisp

0.4 0.8 0544 52.92 05.64 778 3461 8321 2002 7501 8871 00.02

0.6 0.21 0792 00.73 00.26 1221 1332 2851 0962 1041 6742 00.02

46.132 0.8 0.61 0222 05.44 00.77 8451 4892 9091 3433 7271 9213 00.02

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -12 XDA 150 12.0 FR FR 521/2" B2 E2

XDA (FR-FR)


Nominal Diameter






➢

➢

71

72






16" & 18"

"61LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 0782 52.82 05.24 418 2941 7201 3071 029 8551 00.22

0.6 0.21 0291 00.53 00.65 1111 6802 5231 8922 7121 3512 00.22

02.982 0.8 0.61 0441 57.14 05.96 1931 5462 4061 6582 6941 2172 00.22

003gisp

0.4 0.8 0994 57.13 05.94 4701 1102 0941 5242 1821 9712 00.22

0.6 0.21 0233 05.93 00.56 7941 7582 2191 1723 3071 5203 00.22

47.882 0.8 0.61 0942 00.74 00.08 0091 4663 6132 8704 7012 2383 00.22

"81LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 0923 52.82 05.24 268 1751 5411 2581 2001 0661 00.42

0.6 0.21 0912 05.43 00.55 3611 3712 6441 4542 3031 3622 00.42

57.553 0.8 0.61 0461 05.14 00.96 9441 6472 3371 7203 0951 6382 00.42

003gisp

0.4 0.8 0167 52.23 05.05 0451 7292 7802 2743 2181 9413 00.42

0.6 0.21 0094 52.04 05.66 2422 1334 0972 6784 5152 3554 00.42

50.953 0.8 0.61 0183 05.84 00.38 9972 6445 7433 1995 2703 8665 00.42

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -18 XSO 150 8.0 WS WS 411/2"

XSO (WS-WS)


Nominal Diameter






➢

➢






"02LAIXA


ETAR



DOLLEHSSX)sehcni(

DX)sehcni(

SX)sehcni(

DX)sehcni(


051gisp

0.4 0.8 0063 05.82 00.34 899 8281 8531 6812 7711 1591 00.62

0.6 0.21 0042 57.43 05.55 3531 8352 3171 5982 1351 1662 00.62

57.524 0.8 0.61 0081 57.14 05.96 2961 6123 2502 4753 1781 9333 00.62

003gisp

0.4 0.8 0208 05.13 00.94 1281 4743 1152 2614 5612 2673 00.62

0.6 0.21 0515 05.93 00.56 6662 5615 6533 2585 0103 3545 00.62

50.034 0.8 0.61 0104 57.64 05.97 1333 4946 1204 1817 4763 2876 00.62

"42LAIXA


ETAR



DOLLEHSSX

)sehcni(DX

)sehcni(SX

)sehcni(DX

)sehcni(


051gisp

0.4 0.8 0614 00.03 00.64 9031 1542 0971 8292 8451 3262 00.03

0.6 0.21 0772 00.73 00.06 3971 8143 3722 5983 1302 0953 00.03

88.485 0.8 0.61 0802 00.44 00.47 2522 5334 2372 3184 0942 8054 00.03

003gisp

0.4 0.8 0249 00.33 00.25 4442 0274 6843 9575 3692 3715 00.03

0.6 0.21 0606 00.14 00.86 7953 6207 9364 5608 6114 0847 00.03

56.985 0.8 0.61 0174 52.94 05.48 5154 2688 6555 0099 4305 5139 00.03

MONEZIS

TINUEPYT

NGISEDERUSSERP

LAIXANOISSERPMOC

DNESGNITTIF

)66egaPeeS(

LLAREVOHTGNEL

SLAIRETAMLAICEPS

SWOLLEB DNE

L'TAM L'TAM

- - - - - - -24 XSA 150 6.0 FR FR 37"

XSA (FR-FR)


Nominal Diameter






➢

➢

73

74

*

SNOISNEMIDESAB SNOISNEMIDRETNECTLOB

BAhtdiW CAhtgneL DAhtdiW EAhtgneL FA.aiD GA

NOMINAL

Pipe Size


Anchor Specifications


XSA

AE

AC

XDA

AC

AF

AF

AB

AG

AG

AD

ADAE

AB

NOTE: THESE ANCHOR BASES ARE DESIGNED AS INTERMEDIATE ANCHORS.IF MAIN ANCHOR DESIGN IS REQUIRED PLEASE CONSULT FACTORY.ALL DOUBLE EXTERNALLY PRESSURIZED EXPANSION JOINTS ARE FURNISHED WITH AN ANCHOR BASE AS STANDARD.SINGLE EXTERNALLY PRESSURIZED EXPANSION JOINTS CAN BE PROVIDED WITH ANCHOR BASES IF SPECIFIED.PLEASE SEE INDIVIDUAL DATA PAGES FOR DIAMETER, OUTER SHELL O.D. AND OVERALL LENGTH.

2"

21/2"

3"

4"

5"

6"

8"

10"

12"

14"

16"

18"

20"

24"

6"

6"

6"

6"

8"

8"

8"

10"

12"

14"

16"

18"

20"

24"

8"

8"

8"

8"

10 1/2"

10 1/2"

10 1/2"

13 1/2"

16"

16"

16"

16"

16"

16"

4 1/2"

4 1/2"

4 1/2"

4 1/2"

6"

6"

6"

8"

10"

11 1/2"

13 1/2"

15 1/2"

17 1/2"

21"

6 1/2"

61/2"

6 1/2"

6 1/2"

8 1/2"

8 1/2"

8 1/2"

11 1/2"

14"

13 1/2"

13 1/2"

13 1/2"

13 1/2"

13"

9/16"9/16"9/16"9/16"13/16"13/16"13/16"13/16"13/16"

1 1/16"

1 1/16"

1 1/16"

1 1/16"

1 5/16"

4"

4"

4 3/4"

5 3/4"

6 3/4"

7 3/4"

9"

9 3/4"

11"

12 1/2"

14"

15"

16 1/4"

19 1/4"

75


General Conversion FactorsMultiply By To Obtain Multiply By To Obtain

Atmospheres 33.9 Feet of waterAtmospheres 29.92 Inches of mercuryAtmospheres 10332 Kilograms/sq. m.Atmospheres 14.7 Pounds/sq. in.Atmospheres 760 mm of mercuryBars 9.869 x 10-1 AtmospheresBars 1.0 x 106 Dynes/sq. cm.Bars 1.020 x 104 Kgs./sq. meterBars 14.5 Pounds/sq. in.British Thermal Units 777.5 Foot-poundsBritish Thermal Units 1054.6 JoulesBritish Thermal Units 0.2520 Kg.-caloriesBritish Thermal Units 2.928 x 10-4 K.W.-hoursB.T.U./hr. 0.2520 Kg. cal/Hr.B.T.U./hr./sq. ft. 2.712 Kg.-cal/hr./sq. m.B.T.U./hr./sq. ft./deg F. 4.882 Kg. cal/hr./sq. m./deg C.B.T.U./sq. ft. 2.712 Kg. cal./sq. m.B.T.U./sq. ft./in. 6.892 Kg. cal/sq.m./cm.Celsius (˚C x 1.8) + 32 FahrenheitCentimeters 0.0328 FeetCentimeters 0.3937 InchesCentimeters 0.01 MetersCentimeters 1. x 104 MicronsCentimeters/sec 0.03281 Feet/secCentipoises 0.000672 Lbs./ft.-sec.Cubic centimeters 3.531 x 10-5 Cubic feetCubic centimeters 6.102 x 10-2 Cubic inchesCubic centimeters 1.0 x 10-3 LitersCubic feet 1728 Cubic inchesCubic feet 0.03704 Cubic YardsCubic feet 7.481 GallonsCubic feet 28.32 LitersCubic feet/second 26930 Gallons/hourCubic inches 1.639 x 10-5 Cubic metersCubic inches 4.329 x 10-3 GallonsCubic meters 1.0 x 106 Cubic cm.Cubic meters 35.31 Cubic feetCubic meters 1.308 Cubic yardsDegrees(angle) 1.745 x 10-2 RadiansDynes 1.020 x 10-6 KilogramsDynes 2.248 x 10-6 PoundsDynes/sq. cm. 9.870 x 10-7 AtmosphereDynes/sq. cm. 1 x 10-6 BarsDynes/sq. cm. 0.01020 Kgs./sq. meterDynes/sq.cm. 2.089 x 10-3 Pounds/sq. ft.Dynes/sq. cm. 1.450 x 10-5 Pounds/sq. in.Fahrenheit 5/9(˚F-32) CelsiusFeet 30.48 CentimetersFeet 3.048 x 10-4 KilometerFeet 0.3048 MetersFeet 304.8 MillimetersFeet/minute 0.01667 Feet/secondFoot-pounds 1.356 JoulesFoot-pounds 3.241 x 10-4 Kg.-caloriesFoot-pounds 0.1383 Kg.-metersGallons (U.S.) 0.1337 Cubic feetGallons (U.S.) 231 Cubic inchesGallons (U.S.) 3.785 x 10-3 Cubic metersGallons (U.S.) 3.785 LitersGallons of water 8.337 Pounds of waterGallons/hour 3.71 x 10-5 Cu. ft./sec.Grams 980.7 DynesGrams 2.205 x 10-3 PoundsGrams/cubic cm. 0.03613 Lbs./cu. in.Grams/sq. cm. 1.422 x 10-2 Lbs./sq. in.Inches 2.54 CentimetersInches 0.0254 MetersInches 25.4 MillimetersInches of mercury 0.03342 AtmospheresInches of mercury 3.453 x 10-2 Kgs./sq. cm.Inches of mercury 0.4912 Lbs./sq. in.Inches of water 2.458 x 10-3 AtmosphereInches of water 0.07349 Inches of mercuryInches of water 0.03609 Lbs./ sq. in.

Inches of water 0.1867 Cms.of mercuryInches of water (at 4˚C) 2.54 x 10-3 Kgs./sq. cm.Inches-pounds/deg. 0.66 Kilogram-meters/rad.Joules 9.486 x 10-4 B.T.U.Joules 0.7376 Foot-poundsJoules 2.390 x 10-4 Kg.-caloriesKilograms 980665 DynesKilograms 1.0 x 103 GramsKilograms 2.205 PoundsKilogram-calories 3.968 B.T.U.Kilogram-calories 3086 Foot-poundsKilogram-calories 4186 JoulesKilogram-meters 7.233 Foot-poundsKilograms/cu. meters 3.613 x 10-5 Pounds/cu. in.Kilograms/sq. cm. 9.80665 x 105 Dynes/sq. cm.Kilograms/sq. cm. 14.226 Pounds/sq. in.Kilograms/sq. meter 9.678 x 10-5 AtmospheresKilograms/sq. meters 9.804 x 10-5 BarsKilometers 1.0 x 105 CentimetersKilometers 3281 FeetKilometers 3.937 x 104 InchesKilonewtons/sq. meter 0.145 Pounds/sq. in.Kilospascals 0.145 Pounds/sq. in.Liters 1.0 x 103 Cubic centimetersLiters 0.0351 Cubic feetLiters 0.2642 Gallons (U.S.)Liters 1.0 x 10-3 Cubic metersMega pascals (mPa) 145 Pounds/sq. inMeters 3.281 FeetMeters 39.37 InchesMeters 100 CentimetersMeters 0.001 KilometersMeters 1000 MillimetersMeters/sec. 3.281 Feet/sec.Microns 3.94 x 10-5 InchesMillimeters 0.1 CentimetersMillimeters 0.003281 FeetMillimeters 0.03937 InchesMillimeters 1.0 x 10-6 KilometersMillimeters 0.001 MetersNewtons 1.0 x 105 DynesNewtons 0.2248 PoundsNewtons/mm 5.71 Pounds/inchNewton-Meters 8.8504 Inch-poundsNewtons/sq. meter 1 PascalsOunces 28.35 GramsOunces (fluid) 0.02957 LitersPounds 444823 DynesPounds 453.6 GramsPounds 0.4536 KilogramsPounds of water 0.01602 Cubic feetPounds of water 27.68 Cubic inchesPounds of water 0.1198 GallonsPounds/cu. foot 0.01602 Grams/cu. cm.Pounds/cubic foot 16.02 Kgs./cu. meterPounds/cubic foot 5.787 x 10-4 Pounds/cu. in.Pounds/cu. in. 2.768 x 104 Kgs./cu. meterPounds/cu. in. 1.728 x 103 Pounds/cu. ft.Pounds/inch 17.86 Kilograms/meterPounds/inch 178.6 Grams/cm.Pounds/square inch 2.036 Inches of mercuryPounds/square inch 51.7 Mm of mercuryPounds/square inch 703.1 Kgs./sq. meterRadians 57.3 DegreesSlugs 3.217 x 101 PoundsSquare centimeters 0.1550 Square inchesSquare feet 929 Square cms.Square feet 0.0929 Square metersSquare inches 645.2 Square mms.Square inches 6.452 Square cms.Square meters 1.55 x 103 Square inchesSquare millimeters 1.0 x 10-2 Square cms.Square millimeters 1.55 x 10-3 Square inchesTons 0.02 Pounds/sq. in.

76


Thermal Expansion DataLinear Thermal Expansion between 70˚ F and indicated Temperature, inches/100 feet

M A T E R I A L S

Temp.deg F

Carbon SteelCarbon-MolyLow-Chrome(thru 3 Cr Mo)

AusteniticStainless

Steels18 Cr 8 Ni

5 Cr Mothru

9 Cr Mo

12 Cr17 Cr27 Cr

310SS25 Cr20 Ni

Monel (400)67 Ni30 Cr

3 1/2Nickel

Nickel200

Alloy800, 825

Alloy 600,

625, 691Copper Brass 70 Cu

30 Ni Aluminum WroughtIron

Notes: 1. Table shows expansion resulting from change in temperature from 70˚F to indicated temperature.2. This Table is for information only and it is not to be implied that materials are suitable for all temperature ranges shown.3. The thermal expansion values in this table may be interpolated to determine values for intermediate temperatures.

-325 -2.37 -3.85 -2.22 -2.04 -3.00 -2.62 -2.22 — — — — -3.88 -3.15 -4.68 -2.70-300 -2.24 -3.63 -2.10 -1.92 -2.83 -2.50 -2.10 -2.44 — — — -3.64 -2.87 -4.46 -2.55-275 -2.11 -3.41 -1.98 -1.80 -2.66 -2.38 -1.98 -2.35 — — — -3.40 -2.70 -4.21 -2.40-250 -1.98 -3.19 -1.86 -1.68 -2.49 -2.26 -1.86 -2.25 — -2.30 — -3.16 -2.53 -3.97 -2.25-225 -1.85 -2.96 -1.74 -1.57 -2.32 -2.14 -1.74 -2.13 — -2.17 — -2.93 -2.36 -3.71 -2.10-200 -1.71 -2.73 -1.62 -1.46 -2.15 -2.02 -1.62 -2.01 — -2.04 — -2.70 -2.19 -3.44 -1.95-175 -1.58 -2.50 -1.50 -1.35 -1.98 -1.90 -1.50 -1.83 — -1.87 — -2.47 -2.12 -3.16 -1.81-150 -1.45 -2.27 -1.37 -1.24 -1.81 -1.79 -1.38 -1.65 — -1.7 — -2.24 -1.95 -2.88 -1.67-125 -1.30 -2.01 -1.23 -1.11 -1.60 -1.59 -1.23 -1.47 — -1.54 — -2.00 -1.74 -2.57 -1.49-100 -1.15 -1.75 -1.08 -0.98 -1.39 -1.38 -1.08 -1.29 — -1.37 -1.83 -1.76 -1.53 -2.27 -1.31-75 -1.00 -1.50 -0.94 -0.85 -1.18 -1.18 -0.93 -1.11 — -1.17 -1.57 -1.52 -1.33 -1.97 -1.13-50 -0.84 -1.24 -0.79 -0.72 -0.98 -0.98 -0.78 -0.93 — -0.97 -1.31 -1.29 -1.13 -1.67 -0.96-25 -0.68 -0.98 -0.63 -0.57 -0.78 -0.77 -0.62 -0.75 — -0.76 -1.05 -1.02 -0.89 -1.32 -0.760 -0.49 -0.72 -0.46 -0.42 -0.57 -0.57 -0.46 -0.56 — -0.56 -0.79 -0.75 -0.66 -0.97 -0.56

25 -0.32 -0.46 -0.30 -0.27 -0.37 -0.37 -0.30 -0.36 — -0.36 -0.51 -0.48 -0.42 -0.63 -0.3650 -0.14 -0.21 -0.13 -0.12 -0.16 -0.20 -0.14 -0.16 — -0.16 -0.22 -0.21 -0.19 -0.28 -0.1670 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0100 0.23 0.34 0.22 0.20 0.32 0.28 0.22 0.25 0.28 0.26 0.34 0.35 0.31 0.46 0.26125 0.42 0.62 0.40 0.36 0.58 0.52 0.40 0.47 0.52 0.48 0.62 0.64 0.56 0.85 0.48150 0.61 0.90 0.58 0.53 0.84 0.75 0.58 0.69 0.76 0.70 0.90 0.94 0.82 1.23 0.70175 0.80 1.18 0.76 0.69 1.10 0.99 0.76 0.92 0.99 0.92 1.18 1.23 1.07 1.62 0.92200 0.99 1.46 0.94 0.86 1.37 1.22 0.94 1.15 1.23 1.15 1.48 1.52 1.33 2.00 1.14225 1.21 1.75 1.13 1.03 1.64 1.46 1.13 1.38 1.49 1.38 1.77 1.83 1.59 2.41 1.37250 1.40 2.03 1.33 1.21 1.91 1.71 1.32 1.61 1.76 1.61 2.05 2.14 1.86 2.83 1.60275 1.61 2.32 1.52 1.38 2.18 1.96 1.51 1.85 2.03 1.85 2.34 2.45 2.13 3.24 1.83300 1.82 2.61 1.71 1.56 2.45 2.21 1.69 2.08 2.30 2.09 2.62 2.76 2.40 3.67 2.06325 2.04 2.90 1.90 1.74 2.72 2.44 1.88 2.32 2.59 2.32 2.91 3.08 2.68 4.09 2.29350 2.26 3.20 2.10 1.93 2.99 2.68 2.08 2.56 2.88 2.56 3.19 3.41 2.96 4.52 2.53375 2.48 3.50 2.30 2.11 3.26 2.91 2.27 2.80 3.18 2.80 3.48 3.73 3.24 4.95 2.77400 2.70 3.80 2.50 2.30 3.53 3.25 2.47 3.05 3.48 3.05 3.88 4.05 3.52 5.39 3.01425 2.93 4.10 2.72 2.50 3.80 3.52 2.69 3.30 3.76 3.29 4.17 4.38 — 5.83 3.25450 3.16 4.41 2.93 2.69 4.07 3.79 2.91 3.55 4.04 3.53 4.47 4.72 — 6.28 3.50475 3.39 4.71 3.14 2.89 4.34 4.06 3.13 3.80 4.31 3.78 4.76 5.06 — 6.72 3.74500 3.62 5.01 3.35 3.08 4.61 4.33 3.34 4.05 4.59 4.02 5.06 5.40 — 7.17 3.99525 3.86 5.31 3.58 3.28 4.88 4.61 3.57 4.31 4.87 4.27 5.35 5.75 — 7.63 4.25550 4.11 5.62 3.80 3.49 5.15 4.90 3.80 4.56 5.16 4.52 5.64 6.10 — 8.10 4.50575 4.35 5.93 4.02 3.69 5.42 5.18 4.03 4.83 5.44 4.77 — 6.45 — 8.56 4.76600 4.60 6.24 4.24 3.90 5.69 5.46 4.27 5.09 5.72 5.02 — 6.80 — 9.03 5.01625 4.86 6.55 4.47 4.10 5.96 5.75 4.51 5.35 6.01 5.27 — 7.16 — — 5.27650 5.11 6.87 4.69 4.31 6.23 6.05 4.75 5.62 6.30 5.53 — 7.53 — — 5.53675 5.37 7.18 4.92 4.52 6.50 6.34 4.99 5.89 6.58 5.79 — 7.89 — — 5.80700 5.63 7.50 5.14 4.73 6.77 6.64 5.24 6.16 6.88 6.05 — 8.26 — — 6.06725 5.90 7.82 5.38 4.94 7.04 6.94 5.50 6.44 7.17 6.31 — 8.64 — — 6.32750 6.16 8.15 5.62 5.16 7.31 7.25 5.76 6.71 7.47 6.57 — 9.02 — — 6.59775 6.43 8.47 5.86 5.38 7.58 7.55 6.02 6.99 7.76 6.84 — 9.40 — — 6.85800 6.70 8.80 6.10 5.60 7.85 7.85 6.27 7.27 8.06 7.10 — 9.78 — — 7.12825 6.97 9.13 6.34 5.82 8.15 8.16 6.54 7.54 8.35 7.38 — 10.17 — — 7.40850 7.25 9.46 6.59 6.05 8.45 8.48 6.81 7.82 8.66 7.67 — 10.57 — — 7.69875 7.53 9.79 6.83 6.27 8.75 8.80 7.08 8.09 8.95 7.95 — 10.96 — — 7.97900 7.81 10.12 7.07 6.49 9.05 9.12 7.35 8.37 9.26 8.23 — 11.35 — — 8.26925 8.08 10.46 7.31 6.71 9.35 9.44 7.72 8.64 9.56 8.52 — 11.75 — — 8.53950 8.35 10.80 7.56 6.94 9.65 9.77 8.09 8.92 9.87 8.80 — 12.16 — — 8.81975 8.62 11.14 7.81 7.17 9.95 10.09 8.46 9.20 10.18 9.09 — 12.57 — — 9.081000 8.89 11.48 8.06 7.40 10.25 10.42 8.83 9.49 10.49 9.37 — 12.98 — — 9.361025 9.17 11.82 8.30 7.62 10.55 10.75 8.98 9.77 10.80 9.66 — 13.39 — — —1050 9.46 12.16 8.55 7.95 10.85 11.09 9.14 10.05 11.11 9.94 — 13.81 — — —1075 9.75 12.50 8.80 8.18 11.15 11.43 9.29 10.34 11.42 10.23 — 14.23 — — —1100 10.04 12.84 9.05 8.31 11.45 11.77 9.45 10.63 11.74 10.51 — 14.65 — — —1125 10.31 13.18 9.28 8.53 11.78 12.11 9.78 10.92 12.05 10.80 — — — — —1150 10.57 13.52 9.52 8.76 12.11 12.47 10.11 11.21 12.38 11.09 — — — — —1175 10.83 13.86 9.76 8.98 12.44 12.81 10.44 11.50 12.69 11.37 — — — — —1200 11.10 14.20 10.00 9.20 12.77 13.15 10.78 11.80 13.02 11.66 — — — — —1225 11.38 14.54 10.26 9.42 13.10 13.50 — 12.09 13.36 11.98 — — — — —1250 11.66 14.88 10.53 9.65 13.43 13.86 — 12.39 13.71 12.29 — — — — —1275 11.94 15.22 10.79 9.88 13.76 14.22 — 12.69 14.04 12.61 — — — — —1300 12.22 15.56 11.06 10.11 14.09 14.58 — 12.99 14.39 12.93 — — — — —1325 12.50 15.90 11.30 10.33 14.39 14.94 — 13.29 14.74 13.25 — — — — —1350 12.78 16.24 11.55 10.56 14.69 15.30 — 13.59 15.10 13.56 — — — — —1375 13.06 16.58 11.80 10.78 14.99 15.66 — 13.90 15.44 13.88 — — — — —1400 13.34 16.92 12.05 11.01 15.29 16.02 — 14.20 15.80 14.20 — — — — —1425 — 17.30 — — — — — 14.51 16.16 14.51 — — — — —1450 — 17.69 — — — — — 14.82 16.53 14.83 — — — — —1475 — 18.08 — — — — — 15.13 16.88 15.14 — — — — —1500 — 18.47 — — — — — 15.44 17.25 15.45 — — — — —1525 — — — — — — — 15.76 17.61 15.77 — — — — —1550 — — — — — — — 16.07 17.98 16.08 — — — — —1575 — — — — — — — 16.39 18.35 16.40 — — — — —1600 — — — — — — — 16.71 18.73 16.71 — — — — —

77

-273.16 -459.69 -27.78 -18 -0.4 12.2 54 129.2 182.2 360 680.0 582.2 1,080 1,976.0 982.2 1,800 3,272.0-267.78 -450 -27.23 -17 1.4 12.8 55 131.0 187.8 370 698.0 587.8 1,090 1,994.0 987.8 1,810 3,290.0-262.22 -440 -26.67 -16 3.2 13.3 56 132.8 193.3 380 716.0 593.3 1,100 2,012.0 993.3 1,820 3,308.0-256.67 -430 -26.12 -15 5.0 13.9 57 134.6 198.9 390 734.0 598.9 1,110 2,030.0 998.9 1,830 3,326.0-251.11 -420 -25.56 -14 6.8 14.4 58 136.4 204.4 400 752.0 604.4 1,120 2,048.0 1,004.4 1,840 3,344.0-245.56 -410 -25.00 -13 8.6 15.0 59 138.2 210.0 410 770.0 610.0 1,130 2,066.0 1,010.0 1,850 3,362.0-240.00 -400 -24.44 -12 10.4 15.6 60 140.0 215.6 420 788.0 615.6 1,140 2,084.0 1,015.6 1,860 3,380.0-234.44 -390 -23.89 -11 12.2 16.1 61 141.8 221.1 430 806.0 621.1 1,150 2,102.0 1,021.1 1,870 3,398.0-228.89 -380 -23.33 -10 14.0 16.7 62 143.6 226.7 440 824.6 626.7 1,160 2,120.0 1,026.7 1,880 3,416.0-223.33 -370 -22.78 -9 15.8 17.2 63 145.4 232.2 450 842.0 632.2 1,170 2,138.0 1,032.2 1,890 3,434.0-217.78 -360 -22.22 -8 17.6 17.8 64 147.2 237.8 460 860.0 637.8 1,180 2,156.0 1,037.8 1,900 3,452.0-212.22 -350 -21.67 -7 19.4 18.3 65 149.0 243.3 470 878.0 643.3 1,190 2,174.0 1,043.3 1,910 3,470.0-206.67 -340 -21.11 -6 21.2 18.9 66 150.8 248.9 480 896.0 648.9 1,200 2,192.0 1,048.9 1,920 3,488.0-201.11 -330 -20.56 -5 23.0 19.4 67 152.6 254.4 490 914.0 654.4 1,210 2,210.0 1,054.4 1,930 3,506.0-195.56 -320 -20.00 -4 24.8 20.0 68 154.4 260.0 500 932.0 660.0 1,220 2,228.0 1,060.0 1,940 3,524.0-190.00 -310 -19.44 -3 26.6 20.6 69 156.2 265.6 510 950.0 665.6 1,230 2,246.0 1,065.6 1,950 3,542.0-184.44 -300 -18.89 -2 28.4 21.1 70 158.0 271.1 520 968.0 671.1 1,240 2,264.0 1,071.1 1,960 3,560.0-178.89 -290 -18.33 -1 30.2 21.7 71 159.8 276.7 530 986.0 676.7 1,250 2,282.0 1,076.7 1,970 3,578.0-173.33 -280 -17.8 0 32.0 22.2 72 161.6 282.2 540 1004.0 682.2 1,260 2,300.0 1,082.2 1,980 3,596.0-169.53 -273.16 -459.69 -17.2 1 33.8 22.8 73 163.4 287.8 550 1022.2 687.8 1,270 2,318.0 1,087.8 1,990 3,614.0-168.89 -272 -457.6 -16.7 2 35.6 23.3 74 165.2 293.3 560 1040.0 693.3 1,280 2,336.0 1,093.3 2,000 3,632.0-167.78 -270 -454.0 -16.1 3 37.4 23.9 75 167.0 298.9 570 1058.0 698.9 1,290 2,354.0 1,098.9 2,010 3,650.0-162.22 -260 -436.0 -15.6 4 39.2 21.4 76 168.8 304.4 580 1076.0 704.4 1,300 2,372.0 1,104.4 2,020 3,668.0-156.67 -250 -418.0 -15.0 5 41.0 25.0 77 170.6 310.0 590 1094.0 710.0 1,310 2,390.0 1,110.0 2,030 3,686.0-151.11 -240 -400.00 -14.4 6 42.8 25.6 78 172.4 315.6 600 1112.0 715.6 1,320 2,408.0 1,115.6 2,040 3,704.0-145.56 -230 -382.0 -13.9 7 44.6 26.1 79 174.2 321.1 610 1130.0 721.1 1,330 2,426.0 1,121.1 2,050 3,722.0-140.00 -220 -364.0 -13.3 8 46.4 26.7 80 176.0 326.7 620 1148.0 726.7 1,340 2,444.0 1,126.7 2,060 3,740.0-134.44 -210 -346.0 -12.8 9 48.2 27.2 81 177.8 332.2 630 1166.0 732.2 1,350 2,462.0 1,132.2 2,070 3,758.0-128.89 -200 -328.0 -12.2 10 50.0 27.8 82 179.6 337.8 640 1184.0 737.8 1,360 2,480.0 1,137.8 2,080 3,776.0-123.33 -190 -310.0 -11.7 11 51.8 28.3 83 181.4 343.3 650 1202.0 743.3 1,370 2,498.0 1,143.3 2,090 3,794.0-117.78 -180 -292.0 -11.1 12 53.6 28.9 84 183.2 348.9 660 1220.0 748.9 1,380 2,516.0 1,148.9 2,100 3,812.0-112.22 -170 -274.0 -10.6 13 55.4 29.4 85 185.0 354.4 670 1238.0 754.4 1,390 2,534.0 1,154.4 2,110 3,830.0-106.67 -160 -256.0 -10.0 14 57.2 30.0 86 186.8 360.0 680 1256.0 760.0 1,400 2,552.0 1,160.0 2,120 3,848.0-101.11 -150 -238.0 -9.44 15 59.0 30.6 87 188.6 365.6 690 1274.0 765.6 1,410 2,570.0 1,165.6 2,130 3,866.0-95.56 -140 -220.0 -8.89 16 60.8 31.1 88 190.4 371.1 700 1292.0 771.1 1,420 2,588.0 1,171.1 2,140 3,884.0-90.00 -130 -202.0 -8.33 17 62.6 31.7 89 192.2 376.7 710 1310.0 776.7 1,430 2,606.0 1,176.7 2,150 3,902.0-84.44 -120 -184.0 -7.78 18 64.4 32.2 90 194.0 382.2 720 1328.0 782.2 1,440 2,624.0 1,182.2 2,160 3,920.0-78.89 -110 -166.0 -7.22 19 66.2 32.8 91 195.8 387.8 730 1346.0 787.8 1,450 2,642.0 1,187.8 2,170 3,938.0-73.33 -100 -143.0 -6.67 20 68.0 33.3 92 197.6 393.3 740 1364.0 793.3 1,460 2,660.0 1,193.3 2,180 3,956.0-70.56 -95 -139.0 -6.11 21 69.8 33.9 93 199.4 398.9 750 1382.0 798.9 1,470 2,678.0 1,198.9 2,190 3,974.0-67.78 -90 -130.0 -5.56 22 71.6 34.4 94 201.2 404.4 760 1400.0 804.4 1,480 2,696.0 1,204.4 2,200 3,992.0-65.00 -85 -121.0 -5.00 23 73.4 35.0 95 203.0 410.0 770 1418.0 810.0 1,490 2,714.0 1,210.0 2,210 4,010.0-62.22 -80 -112.0 -4.44 24 75.2 35.6 96 204.8 415.6 780 1436.0 815.6 1,500 2,732.0 1,215.6 2,220 4,028.0-59.45 -75 -103.0 -3.89 25 77.0 36.1 97 206.6 421.1 790 1454.0 821.1 1,510 2,750.0 1,221.1 2,230 4,046.0-56.67 -70 -94.0 -3.33 26 78.8 36.7 98 208.4 426.7 800 1472.0 826.7 1,520 2,768.0 1,226.7 2,240 4.064.0-53.89 -65 -85.0 -2.78 27 80.6 37.2 99 210.2 432.2 810 1490.0 832.2 1,530 2,786.0 1,232.2 2,250 4,032.0-51.11 -60 -76.0 -2.22 28 82.4 37.8 100 212.0 437.8 820 1508.0 837.8 1,540 2,804.0 1,237.8 2,260 4,100.0-48.34 -55 -67.0 -1.67 29 84.2 43.3 110 230.0 443.3 830 1526.0 843.3 1,550 2,822.0 1,243.3 2,270 4,118.0-45.56 -50 -58.0 -1.11 30 86.0 48.9 120 248.0 448.9 840 1544.0 848.9 1,560 2,840.0 1,248.9 2,280 4,136.0-42.78 -45 -49.0 -0.56 31 87.8 54.4 130 266.0 454.4 850 1562.0 854.4 1,570 2,858.0 1,254.4 2,290 4,154.0-40.00 -40 -40.0 0 32 89.6 60.0 140 284.0 460.0 860 1580.0 860.0 1,580 2,876.0 1,260.0 2,300 4,172.0-39.45 -39 -38.2 0.56 33 91.4 65.6 150 302.0 465.6 870 1598.0 865.6 1590 2,894.0 1,265.6 2,310 4,190.0-39.89 -38 -36.4 1.11 34 93.2 71.1 160 320.0 471.1 880 1616.0 871.1 1,600 2,912.0 1,271.1 2,320 4,208.0-38.34 -37 -34.6 1.67 35 95.0 76.7 170 338.0 476.7 890 1634.0 876.7 1,610 2,930.0 1,276.7 2,330 4,226.0-37.78 -36 -32.8 2.22 36 96.8 82.2 180 356.0 482.2 900 1652.0 882.2 1,620 2,948.0 1,282.2 2,340 4,244.0-37.23 -35 -31.0 2.78 37 98.6 87.8 190 374.0 487.8 910 1670.0 887.8 1,630 2,966.0 1,287.8 2,350 4,262.0-36.67 -34 -29.2 3.33 38 100.4 93.3 200 392.0 493.3 920 1688.0 893.3 1,640 2,984.0 1,293.3 2,360 4,280.0-36.12 -33 -27.4 3.89 39 102.2 98.9 210 410.0 498.9 930 1706.0 898.9 1,650 3,002.0 1,298.9 2,370 4,298.0-35.56 -32 -25.6 4.44 40 104.2 104.4 220 428.0 504.4 940 1724.0 904.4 1,660 3,020.0 1,304.4 2.380 4,316.0-35.00 -31 -23.8 5.00 41 105.8 110.0 230 446.0 510.0 950 1742.0 910.0 1,670 3,038.0 1,310.0 2,390 4,334.0-34.44 -30 -22.0 5.56 42 107.6 115.6 240 464.0 515.6 960 1760.0 915.6 1,680 3,056.0 1,343.3 2,450 4,442.0-33.89 -29 -20.2 6.11 43 109.4 121.1 250 482.0 521.1 970 1778.0 921.1 1,690 3,074.0 1,371.1 2,500 4,532.0-33.33 -28 -18.4 6.67 44 111.2 126.7 260 500.0 526.7 980 1796.0 926.7 1,700 3,092.0 1,398.9 2,550 4,622.0-32.78 -27 -16.6 7.22 45 113.0 132.2 270 518.0 532.2 990 1814.0 932.2 1,710 3,110.0 1,426.7 2,600 4,712.0-32.22 -26 -14.8 7.78 46 114.8 137.8 280 536.0 537.8 1000 1832.0 937.8 1,720 3,128.0 1,454.4 2,650 4,802.0-31.67 -25 -13.0 8.33 47 116.6 143.3 290 554.0 543.3 1010 1850.0 943.3 1,730 3,146.0 1,482.2 2,700 4,892.0-31.11 -24 -11.2 8.89 48 118.4 148.9 300 572.0 548.9 1020 1868.0 948.9 1,740 3,164.0 1,510.0 2,750 4,982.0-30.56 -23 -9.4 9.44 49 120.2 154.4 310 590.0 554.4 1030 1886.0 954.4 1,750 3,182.0 1,537.8 2,800 5,072.0-30.00 -22 -7.6 10.0 50 122.0 160.0 320 608.0 560.0 1040 1904.0 960.0 1,760 3,200.0 1,565.1 2,850 5,162.0-29.45 -21 -5.8 10.6 51 123.8 165.6 330 626.0 565.6 1050 1922.0 965.6 1,770 3,218.0 1,593.3 2,900 5,252.0-28.89 -20 -4.0 11.1 52 125.6 171.1 340 644.0 571.1 1060 1940.0 971.1 1,780 3,236.0 1,621.1 2,950 5,342.0-28.31 -19 -2.2 11.7 53 127.4 176.7 350 662.0 576.7 1070 1958.0 976.7 1,790 3,254.0 1,648.9 3,000 5,432.0


Temperature ConversionsTemp.

˚C. ˚C. or˚F. ˚F.-459.69 to -19

Temp.˚C. ˚C. or˚F. ˚F.

-18 to 53


54 to 350


360 to 1,070


1,080 to 1,790


1,800 to 3,000

˚C. = 5/9 (˚F. - 32), ˚F. = (9/5 ˚C) + 32

78

*

Notes


79

*

Notes


80

*

Notes


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Expansion Joint Specification Sheet


FLEXIBLE METAL HOSE COMPANYAN ISO 9001 COMPANY

2467 Mountain Industrial Blvd. Tucker, GA 30085Tel: 1-800-359-4673

(770) 493-1100Fax: (770) 493-1410

E-Mail: [email protected] Site: www.flexiblehose.com

FLEXIBLE METAL HOSE COMPANYAN ISO 9001 COMPANY

2467 Mountain Industrial Blvd. Tucker, GA 30085Tel: 1-800-359-4673

(770) 493-1100Fax: (770) 493-1410

E-Mail: [email protected] Site: www.flexiblehose.com

Certificate No. 6626

U.S. $7.50 8191/7500/FMHEJ

Documents

EXPANSION JOINT CATALOG