Flowline Products and ServicesWorld Proven Chiksan® and Weco® Equipment http://www.fmctechnologies.com FMC Technologies is the world’s leading supplier of flowline products and services to the oilfield industry and is the standard against which all others are measured. From the original Chiksan® and Weco® products to the revolutionary equipment designs and integrated services of today, FMC Technologies’ fluid control family of products and services enables customers to achieve maximum life and value from their flowline systems throughout a complete range of applications. The success of FMC Technologies’ Fluid Control technology stems from a strong tradition of anticipating and responding to customer needs in every way possible. By focusing on the delivery of top products and services, FMC Technologies is helping its customers face tomorrow’s technical and economic challenges today. Experienced, Knowledgeable, Productive People FMC’s global Fluid Control team is structured around top flowline professionals - individuals who understand your business and are dedicated to meeting your needs. The management, engineering, and sales support staff are among the most experienced in the oil and gas industry. Their knowledge and industry expertise show up in the quality of products and services delivered to you. Health, Safety And Environment As a leading oilfield equipment and services provider, FMC Technologies stresses overall health, safety, and environment (HSE) in all of its operations and processes. With a proven record of outstanding HSE performance, FMC is a strong advocate of HSE training that goes beyond the basic legal requirements. The goal is to ensure that all field and office personnel are competent to carry out HSE critical duties, having received the appropriate training required by law, company policy, and clients. HSE policy covers all key elements of the business, including company safety policy statements, product safety, risk assessment, monitoring, auditing, and review. Manufacturing Leader FMC Technologies Fluid Control manufacturing facility is located in Stephenville, Texas. The plant was constructed in 1980 and expanded in 1984, 1987, and 1996. The facility occupies a 44-acre site and comprises 220,000 square feet of manufacturing capacity and 48,000 square feet of customer service, production support, and engineering offices. It utilizes the latest in computer numerical controlled (CNC) machining centers, production planning systems, computer aided design/computer aided manufacturing (CAD/CAM) systems, and the latest technology in order and distribution operating systems. The Stephenville facility produces a wide range of flowline equipment for distribution worldwide. FMC Technologies, Inc. Unsurpassed Quality Worldwide Distribution FMC Technologies Fluid Control quality system has been surveyed and approved by DNV and meets ISO 9001 and European Pressure Equipment Directive 97/23/CE. Most products are supplied with the CE marking. Chiksan and Weco products also can be supplied with both type and case approval from DNV, Lloyds, ABS, GGTN, and others. Products for sour gas service meet NACE MR-01-75 and API RP-14-E. Complete material certification and traceability are also available. Chiksan and Weco products are distributed from more than 60 locations worldwide. FMC Technologies fluid control facilities stock many flowline products in the specific sizes, pressures, and materials common in the various regions. From a replacement seal for a Chiksan swivel joint to a platform full of well servicing equipment, FMC Technologies delivers. Research And Development To meet the evolving needs of its customers, FMC continually invests in flowline research and development. This industry-leading effort has resulted in a host of new products and refinements to existing products. All new products are subjected to exhaustive laboratory and field tests to ensure their reliability and integrity before they are released to the marketplace. Research and development capabilities include exhaustive laboratory and field testing, destructive and nondestructive testing, three-dimensional finite element analysis, computation fluid dynamics, and the flowline industry’s only high-velocity flow loop. Integrated Services To satisfy the total flowline requirements of its customers, FMC Technologies has consolidated its industry-leading aftersales capabilities into a comprehensive Integrated Services program. Integrated Services is helping customers worldwide realize the maximum value from their flowline assets to guarantee that the right products are shipped to the job site in top working condition. This total solutions approach includes the InteServ tracking and management system, mobile inspection and repair, strategically located service centers, and genuine Chiksan Weco spare parts. FMC Technologies, Inc. 1 Contents Introduction 1 Contents 2-3 Weco® Valves Chiksan® Swivel Joints Weco® Unions Plug Valves 4-7 Swivel Joints 16 - 17 Wing Unions 24 - 30 Check Valves 8-9 18 - 21 Other Weco® Unions 31 Throttle Valves 10 Triple Step Swivel Joints 11 22 Hammerless Unions & Tools 32 - 33 Pressure Relief Valves Cementing & Circulating Hoses Butterfly Valves & Actuators 12 - 15 Coiled Tubing Reel Swivel 22 Weco® Fittings & Pup Joints 34 - 35 Coil Tubing 23 3 .75 Weco® Butterfly Sizing 50 .73 Weco® Pup Joint Specifications 74 .43 Chiksan® Swivel Joint Specifications 58 .49 Weco® Integral Fitting Specifications 70 .54 Actuator Specifications Weco® Actuator Sizing Specifications 55 Weco® Actuator Sizing Information 56 .57 Warnings & Cautions FMC Technologies Contacts 77 Back Cover FMC Technologies.69 Weco® Butterfly Valve Specifications 46 . Inc.Integrated Services About 36 InteServ Database 37 Asset Management 38 Mobile Inspector & Repair 38 Service Centers 39 Spare Parts Management 39 Weco® & Chiksan® Specifications Weco® & Chiksan® Specifications Weco® Plug Valve Specifications 42 .45 Weco® Wing Union Specifications 65 .64 Weco® Check Valve Specifications 44 .51 Information Weco® Pneumatic 52 . no adjustments required Floating plug improves sealability and reduces plug wear. Body erosion virtually eliminated Fluid is forced between the plug/seal interface. pneumatic actuators and hydraulic actuators are available. Like all pressure containing products.Weco Plug Valves premium. Low torque operation at all pressures Cylindrical plug fits between seal and side segments. 4 . Weco ULT and DR plug valves are premium. ® Choice of operators. flanged. Weco plug valves require special handling (see inside back cover for Warnings and Cautions). Ultimate sealability. Weco wing union. These rugged valves are offered in single and dual-body designs in pressures to 20. reducing plug drag on the valve body.000 psi. limiting wear to replaceable parts. quarter-turn valves designed for a wide range of standard and sour gas drilling. and clamp hub ends. and well-servicing applications. Consult factory for configurations. actuators Gear operators. production. Inc. FMC Technologies. They range in size from 1 to 4-inches and come with threaded. two other frequent operating problems associated with highpressure plug valves . high-pressure fluids are forced between the upstream body and seal segment interface. the ULT plug valve dramatically extends service life. This flow path eliminates body erosion and limits any potential wear to replaceable components. Inc. Ultimate Sealability The key to the ULT plug valve’s unprecedented seal integrity is its proprietary floating plug and dual-seal design.are solved by the ULT plug valve. Ultimate Life Cycle Cost Savings Superior sealability. Combined. increased life of valve body and elimination of premature seal damage result in significant savings in life cycle costs of the ULT plug valve over traditional plug valves. eliminates both of these problems. In 3-inch and larger sizes. resulting in extrusion damage to the upstream segment seal. Qualification tests have proven the the ULT plug valve extends service life 3 to 5 times over other plug valves while reducing maintenance costs. resulting in extrusion damage to both upstream and downstream segment seals. On 1 inch size. potentially ruining the valve. these features have redefined the standards for plug valve operating principles and performance. Traditional plug valve designs can sometimes seal on the upstream side of the valve.Valve open Floating plug Line fluid Proprietary seal design Top View . the only available flow path is between the seal segment and plug interface. Ultimate Valve Body Life In addition to improved bidirectional seal performance. ULT parts kits may be used in existing DR plug valve bodies to extend the life of these valves. line fluid pressure in the body is equalized around the plug resulting in ultimate sealing and low operating torque. 5 . When the valve is closed. When a ULT plug valve is closed. OPERATING PRINCIPAL Top View . This flow path can erode the valve body. When these valves are closed.Valve closed Floating plug Ultimate Seal Life In addition to improved valve body life. When a traditional plug valve is closed. Traditional plug valves can also trap body pressure after line pressure is removed from the valve.both of which cause premature damage to seals and increased valve operating torque . The dualseal design of the ULT plug valve. the dual segment seal provides a redundant seal on the downstream side of the valve. Proprietary seal design FMC Technologies. by forcing flow between the plug and segment interface.quarter-turn valves ULT Plug Valves The benefits of FMC’s ULT plug valves are a direct result of its unique design features. the ULT plug valve also employs a two-piece plug and stem design. ULT Plug Valves Two-piece floating plug/stem Proprietary floating plug and stem uniformly distribute load against the downstream seat to improve sealability and reduce plug wear. Inc. dimensions. sand. Eliminates body washout. . sure assembly without adjustments. 6 Eliminates corrosion in segment sealing area Dual segment seals greatly reduce erosive fluid flow between the seal segments and the plug valve body to improve sealing capabilities and extend service life. 42 . and part numbers. FMC Technologies. energized fluids.000 psi cold working pressure Recommended service Slick water. simple field repair Bottom entry design provides access to all valve internals without having to remove the operator or actuator. (3-inch and larger) Up to 20. See specifications tables (pg.43) for sizes. inhibited acids and cement Fast assembly Integral stem and plug provide fast. materials. proppant. extends body life Dual seals direct flow between the seal segment and plug to provide long. potentially extending the life of those valve bodies. and cement Linear wave springs prevent small particles from entering metal-to-metal seal area. enabling use in a broad range of applications.000 psi cold working pressure Handles sand. inhibited acids and cement Fast. sand. trouble-free service life. weights. Recommended service Slick water. proppant/ gel. energized fluids. proppant/ gel. Up to 20. Interchangeable design Internal components of 1” size interchange with Weco DR valve components. ULT Plug Valves (below 3-inch) Eliminates body washout. troublefree service life. extends body life Dual seals direct flow between the seal segment and plug to provide long. dimensions. FMC Technologies. Consult factory for specific applications.43) for sizes. 7 . or flanged end connections. Options include single and dual body designs. and part numbers. Inc. materials.Specialty ULT Plug Valves The ULT plug valve’s proven. proprietary design technology enables customers to take advantage of a wide range of configurations for a host of specialty applications. ULT Dual Body Plug Valves (Weco Union x Flanged End Connections) ULT Dual Body Plug Valves (Drill Pipe Connections) ULT Flanged Plug Valves (Flanged End Connections) See specifications tables (pg. weights. Weco union. drill pipe. and side outlets. 42 . Replaceable seat Stainless steel seat is replaceable. FMC Technologies. Weco check valves are used to isolate well-servicing equipment from high-pressure treating fluids during fracturing applications. Inc. 8 . and other well service and stimulation applications. fracturing lines. Fast. cementing and circulating lines. these rugged valves seal against a complete range of well-servicing fluids at pressures to 20. Consult factory for configurations. advanced erosion characteristics. Open flow path Flapper dynamics provide optimum flow through the valve and low flow differential. unique flow dynamics. Weco check valves require special handling (see inside back cover for Warnings and Cautions). easy service Top-entry design and removable flapper assembly make repair fast and easy. ACME thread cap Coarse. Forged design Forged body. Abrasion resistant flapper Carboxylated nitrile flapper face is abrasion resistant against a complete range of well fluids. Offered in three primary models.Weco Check Valves ® Top-Entry Check Valves Recommended service High-pressure well-servicing lines. Sour gas models available. reducing the need to scrap body. ACME thread cap can be easily removed without having to remove the valve from the line. Like all pressure containing products. Valves are available in 1-1/2 to 4-inch bore sizes for standard and reverse flow. and abrasion-resistant components combine for long service life. testing lines.000 psi. and cement services. Low-inertia dart design Hollow dart and fixed stem minimize pressure required to start flow. dimensions. and part numbers. Extreme nitrogen and carbon dioxide services. Open flow path Flapper dynamics provide optimum flow through the valve and low flow differential. See specifications tables (pg. weights. sand.45) for sizes. reducing exposure to flow. Enables seal to be replaced without replacing seat or dart. low-cost service Main seal is located on seat. Inc. 9 . FMC Technologies. Flapper Check Valves Recommended service Slick water. N2 and CO2 capability Stainless steel internal components and special elastomer seal handle gas velocities in excess of 250 feet/second.Dart Check Valves Recommended service Easy. 44 . increasing dart and stem life. Replaceable seat Separate seat/body design ensures the seat can be replaced as needed. materials. Abrasion resistant flapper Carboxylated nitrile flapper face is abrasion resistant against a complete range of well fluids. Non-metallic bushing reduces friction. Minimizes explosive decompression Explosive decompression resistant materials and design for long service life. wet or dry non-erosive flow. proppant/gel. The best attributes of a ported cage choke and a plug valve are combined in FMC’s flowline choke valve. FMC Technologies. The plug is protected from throttling by being operated when the throttle stem is fully choked. Plug The plug provides full shutoff capability. Ported Cage Fluid flows radially leading to energy dissipation in the center of the ported choke cage. Bleeding of frac lines and controlling cement flow are two such situations. (see inside back cover for Warnings and Cautions). high velocity erosive flows can be throttled without degrading the positive shutoff performance of the valve. The choke portion of the valve is used to throttle high velocity flows while the plug valve portion of the valve remains full open. Because of the combined use of the two halves of the valve.Choke Throttle Valve Flowline Choke Valve Recommended service High pressure pumping applications where high velocity erosive fluid would normally need to be throttled through a partially open plug valve. Inc. Shut-off Control A quarter-turn control is operated with a standard plug valve bar to rotate the plug between the full open and full closed positions. Throttle Stem The stem travels inside the cage and controls the amount of flow through the cage’s ports. Throttle Control A multi-turn nut is used to control the vertical travel of the throttle stem. The plug valve portion is protected by the choke from high velocity erosive flow. 10 . Note: The FMC Technologies valve is not considered a full flow relief valve. Inc. burst pressure:cold working pressure ratio. No manual intervention is required to reseat the valve after pressure stabilization. easyto-use field repair kits are available. Belleville washers act as a spring to resist fluid pressure. its main function is a tattletale which indicates the set pressure has been reached. and pressure vessels. Easily Adjusted Adjustment screw allows the relief pressure to be easily adjusted in the field. Belleville Washers To ensure reliable closure. treating lines. self reseating valve. ball. therefore. and seat arrangement provide a direct acting. 3-inch size FMC Technologies. 11 .Pressure Relief Valve Recommended service Over pressure protection for pumps. ACME Thread Body Cap Full ACME thread engagement between body and body cap ensures 3:1. Field Repairable If ball.000 psi cold working pressure. Relief Mechanism The spring. To keep the pressure from continuing to increase. 2-inch size Up to 15.000 psi cold working pressure. or seals need replacing. other measures must be taken. seat. Up to 20. Various spring stack configurations are available for different relief pressure ranges. consult factory. simple field repair If a valve should need repair. valve bodies. economical flow control. and lug-type body styles meet requirements for new or existing flowline systems. discs. 12 . it can be completely reconditioned in the field using interchangeable stock parts. stems. Leak-proof installation Ribbed seat face eliminates the need for flange gaskets and ensures leak-proof installation. type and concentration of fluid. These field-proven valves are available from stock in 2 through 24-inch sizes and can handle working pressures up to 175 psi. notched. For pressure ratings from 176 psi up to 285 psi. FMC Technologies. Fast. Using a variety of materials. and seats can be individually matched to specific operating conditions.Weco Butterfly Valves and ® Choice of operators. Inc. Weco butterfly valves offer the ultimate in dependable. All materials meet ASTM and AISI standards. Outstanding flow efficiency Streamlined disc design minimizes turbulence and pressure drop for greater flow efficiency. including temperature range. Wafer. and various flow conditions. actuators All Weco butterfly valve models can be equipped with a wide range of operators and actuators. Steel. allowing use of standard stem material. Standard Materials of Construction Valve Part Standard Material Optional Materials Seat & O-ring Nitrile (Buna N) (-20°F to 200°F) Hypalon®. Nickle Plated. No in-line pins. or bolts. Halar. ensuring positive shut off and extending service life. 316 Stainless Steel. hard phenolic back-up eliminates seat walking and allows the seat to expand under pressure. This design provides equal sealing pressure 360° around the disc. Inc.Actuators Triple seal design An O-ring. 13 . screws. Viton®. making the valve body the pressure containing component. undersized stem holes in the seat. EPDM. Consult factory. This unique feature isolates both the upper and lower stems from line fluid. and corresponding flats on seat and disc hubs provide three completely independent seals. Self-centering disc Dual stem with upper and lower tangential pins allows a self-centering disc. screws or bolts Hex drive provides positive disc movement without in-line pins. Polytetrafluoroethylene (PTFE) Coated. Kynar® . Ryton® . Polytetrafluoroethylene (PTFE). Elastomer seat An elastomer seat with two-piece. Red Natual Rubber Body Ductile Iron Aluminum. Hastelloy® Spirol/Retainer Pins 302 Stainless Steel Other materials of construction available. Stainless Steel Stem (upper & lower) 410 Stainless Steel 316 Stainless Steel Disc Ductile Iron Aluminum. FMC Technologies. Bronze. weights. notched body. Recommended service General on/off and throttling services from 1mm Hg absolute vacuum to full working pressure Model 12N Short neck. and part numbers. 175 psi cold working pressure. See specifications tables (pg. wafer body. 14 and 16-inch sizes Recommended service General on/off and throttling services from 1mm Hg absolute vacuum to full working pressure Features • Valves are selfcentering and mount between 125 or 150 lb ANSI flanges Model 22 Long neck. 175 psi cold working pressure. 175 psi cold working pressure. 175 psi cold working pressure. 2 to 12-inch sizes. 2 t0 12-inch sizes. . dimensions. 2 to 6-inch sizes Recommended service General on/off and throttling services from 1mm Hg absolute vacuum to full working pressure Features • Valves are notched to fit between lightweight flanges Model 22L Long neck. 2 to 24-inch sizes Recommended service General on/off and throttling services from 1mm Hg absolute vacuum to full working pressure Features • Valves are selfcentering and mount between 125 or 150 lb ANSI flanges • Long neck allows for pipe insulation Features • Tapped lugs allow independent ustream or downstream bolting to 125 or 150 lb ANSI flanges • Long neck allows for pipe insulation. materials. 150 psi cold working pressure.Model 12 Short neck. wafer body. lug body.51) for sizes. 46 . gear operators. special controllers. See specifications tables (pg.51) for sizes. pneumatic actuator for on/off valve operation Features • The only moving part. Inc. and part numbers. the vane. worm gear operator. is cast integral to the shaft for sturdiness. 2 through 24-inch valve sizes Recommended service Manual on/off or throttling services Features • Operator has 90° travel arc with internal travel stop screws for a plus or minus 20° adjustment at either end of the travel • Mounts on the valve in any quadrant • Chain wheel attachment available • Hand-wheel shaft extensions available Standard Handle 2 through 12-inch valve sizes Recommended service Manual on/off service Features • Positive-stop gripper with integral locking lug ensures full open/full closed operation • Model 12 and 12N valves have a detent plate which bolts on the valve body in each of four quadrants • Model 22 and 22L valve have a pre-notched top flange with on/off detent positions Throttling Handle 2 through 12-inch valve sizes Recommended service Manual Throttling Service Features • Notched detent plate and positive-stop gripper with integral locking lug ensures positive locking in any of 10 positions from full open or full closed operation • Detent plate bolts on the valve body in each of the four quadrants. dimensions. 15 . vane actuators. no adjustments required Gear Operators Weatherproof.Operators & Actuators Vane Actuators All models and sizes of Weco butterfly valves can be equipped with Weco operators or actuators as well as other brands of actuators. 2 through 6-inch valve sizes Compact. pneumatic actuators. does not require field lubrication • Fully repairable in-line • Mounts directly to valve in any quadrant Pneumatic Actuators Double-acting or fail-safe spring return. Typical options include standard and throttling handles. Recommended service Quarter-turn. air. chain-wheel operators. 46 . weights. materials. double acting actuator. and positioners. FMC Technologies. 2 through 12inch valves sizes Recommended service Pneumatic actuator for on/off valve operation Features • Mounts directly to Weco butterfly valves without special adapters or mounting hardware • Full 90° operation with a minimum of 30 psi. and reduced maintenance. FMC Technologies. 16 . strength To assure long. carburized and hardened. round bore design minimizes turbulence and pressure drop. These styles can be combined in an unlimited variety of ways to suit practically any installation. Chiksan swivel joints deliver significantly longer life. Like all pressure containing products. or ball plugs should need replacing. Bearings key to rotation. Chiksan swivels require special handling (see inside back cover for Warnings and Cautions). Longsweep and TripleStep swivel joints have extralong radius elbows that optimize flow characteristics and extend life in the ball race areas when handling abrasives at extremely high pressures. Field repairable If packing. Many different Chiksan assembly configurations are available. Proven packing design Industry leading packing design integrates an anti-extrusion ring that serves as a retainer and bearing to reduce friction between the resilient packing material and the packing chamber as the joint is rotated. or have “snapin” stainless steel ball races. bearings.Original Chiksan Swivel Joints ® Steamlined bore minimizes flow restrictions Smooth. beveled for welding. integral Weco® wing union. or flanged. these world proven fittings come in 3⁄8 to 12-inch sizes and can handle pressures from vacuum to 20. Available end connections are threaded. easy-touse field repair kits are available. dependable service. Designed for standards and sour gas services. All ball races are either flame hardened. Chiksan dual and tri-race ball bearing swivels are designed to meet or exceed load capacities and service conditions. Inc. superior performance.000 psi. 000 psi could owrking pressure.6 3.000 (414) 1.000 (690) Black Olive Green (Sour Gas) Olive Green (Sour Gas) 6.000 (690) 15. 2. Notes • All body materials meet ASTM or AISI standards.4 1. end connections.4 2.000 (1379) Olive Green (Sour Gas) Red Black Red Brown Light Blue Alloy Steel Alloy Steel Alloy Steel Alloy Steel Alloy Steel Alloy Steel Alloy Steel Alloy Steel 10. styles. ⁄2 1 FMC Technologies manufactures Chiksan sour gas swivel joints in accordance iwth the National Association of Corrosion Engineers (NACE) Standard MR-01-75 and the American Petroleum Institute’s (API) Standard RP14-E.FMC Technologies. or other styles requiring more than two swivel connections. These swivel joints are specially heat-treated and inspected for controlled hardness. • Consult factory for special sizes.3 3 Notes Power make-up must be used for line pipe threaded connections to achieve rated cold working pressure. Because the specially heat treated steel required for sour gas service does not provide a strong enough bearing surface. Inc. 3.6. 5. in.000 (1034) 10. ⁄8 3 . 4 3 3.to 12-inch sizes furnished with nitrile packing and stainless steel anti-extrusion ring.000 (1034) 15. Chiksan sour gas swivel joints use patented snap-in ball races to assure extra strength and high load-bearing capacity. TripleStep Swivel Joints Longsweep® Swivel Joints High-Pressure Swivel Joints Extra High-Pressure Swivel Joints Low-Pressure Swivel Joints Figure Number ⁄4 3 3 2 1 1⁄2 1 1⁄4 1 Nominal Sizes.6.500 (517) 20. 5-inch size available with threaded or beveled ends. 4. Sour gas service 6.8 3.3 1. Fluoroelastomer or HNBR packing is used to isolate the races from the line fluid.6 3 3 3 6 3 3. limited to 3.000 (690) Black Alloy Steel Carbon Steel Carbon Steel Carbon Steel Ductile Iron Carbon Steel Ductile Iron 1.to 4-inch sizes furnished with nitrile packing and brass or stainless steel anti-extrusion ring.2. 10. 17 10.000 (1034) 7. FMC Technologies does not warrant the performance of any elastomer seal for sour gas service.000 (690) 15.000 (69) Cold Working Pressure psi (bar) 175 (12) 285 (20) 600 (41) Silver Blue Dark Green Blue Dark Green Color Coding Flanged Flanged NPT NPT Beveled for welding Female line pipe threads Female line pipe threads Weco figure 1002 union Weco figure 1502 union Female line pipe threads Weco figure 1002 union Weco figure 2202 union Weco figure 1502 union Weco figure 1002 union Weco figure 1502 union Female line pipe threads Weco figure 2002 union End Connections Flanged ends faced and drilled to Class 150 flange specifications. Furnished with Fluoroelestomer or HNBR packing and stainless steel anti-extrusion ring. Material 7. or packing units.7 5 5 3. 3-inch size rated at 10. 3/8 . 8. 7.3. 6 . unless otherwise specified. Not available in Styles 80.500 (517) 10.000 psi could working pressure with integral Weco 1002 union ends only. ductility. 247. 159.0 Accelerated Wear Test (40ft/sec.5 59. lower cost TripleStep swivel joints deliver the highest bending and axial load capacities in the industry. They also eliminate rejections from excessive wear in the ball race areas as well as swivel seizures due to corrosion and brinnelling of the ball races. An integral anti-extrusion ring serves as a retainer and bearing to reduce friction between the resilient packing material and the packing chamber as the joint is rotated. The TripleStep design places more material under the male ball race . proprietary chemical composition and heat treatment to ensure superior toughness. The patented three step ball race design provides significantly greater erosion allowance without increasing swivel joint size or weight. TripleStep swivel joints have been proven against competitive swivels in customer-witnessed flow loop tests and field applications. TripleStep swivels wear in the elbows. superior performance.3 Competitive Swivels FMC Swivels .2 92.4 Hours to Minimum Wear Allowance Designed especially for abrasive. meaning they must be disassembled for inspection.a location that computational flow dynamics analysis and field testing shows to be a high erosion area. Competitive Hype VS. and core strength.. case depth.TripleStep Swivel Joints Instream packing for long seal life World proven instream packing technology provides unsurpassed sealability and reliability in the harshest oilfield conditions.0 50. The integrity of the seal and the use of a high-performance grease during initial assembly virtually eliminates the need for periodic greasing. Exclusive design delivers longer life. Unmatched erosion allowance Patented three step design coupled and bearing race geometry adds significant wall thickness under the male races and bearing load capacity without increasing swivel joint size or weight. Proof Positive Thicker Where it Counts Competitive swivels wear out first in the ball races.5 240. with 6 ppa 20/40 northern sand) 165. Advanced material selection The TripleStep swivel joint is manufactured from forged alloy steel with a closely controlled. meaning they can be inspected and returned to service without disassembly. Eliminates routine maintenance An improved environmental seal reduces the potential for corrosion in the ball race area.lasting 1. case hardness. high pressure well servicing applications. The result: TripleStep swivel joints deliver increased life. and reduced maintenance.7 32..7 to 5 times longer than competitive swivels. discharge lines. temporary flow lines. 15. 3/4 to 12-inch sizes. cementing and circulating hoses. and chokeand-kill lines Low-Pressure Swivel Joints 175 psi to 1. consult factory Recommended service Long-radius elbows designed especially for high-pressure abrasive applications such as fracturing. Inc.000 psi cold working pressure.000 psi cold working pressure. water lines. acidizing.000 psi cold working pressure. 3/8 to 4-inch sizes Recommended service Hydraulic control lines. dimensions. 3 inch size. 19 . test lines. 10. and test lines HP (High-Pressure) Swivel Joints 6. 3 and 4-inch sizes. weights. BOP lines. and other general-service oilfield applications.000 psi cold working pressure. materials.000 psi cold working pressure. See specifications tables (pg.TSi (TripleStep) Swivel Joints • • • • 6. FMC Technologies. 58 .000 psi cold working pressure. choke-and-kill lines. Recommended service Transfer lines. rotary line connections. offshore wellhead connections. auxiliary flow lines. cementing and circulating hoses. 3 and 4 inch.64) for sizes. 3 inch size. mud lines. 20. For Longsweep swivels and sizes or pressures not shown. and part numbers. Snap-in ball races Snap-in ball races provide hard bearing surface to deliver extra strength and high load-bearing capacity when handling sour gas. Leak detection A leak detection port between the packing and O-ring seal signals the need for packing replacement. These swivel joints are specially heat-treated and inspected for controlled hardness. Because the specially heat-treated steel required for sour gas does not provide a hard enough bearing surface. Weco Figure 602 wing union end connections Longsweep Swivel Joints 7.500 psi cold working pressure.000 psi cold working pressure. Weco Figure 2202 wing union end connections . Weco Figure 1502 wing union end connections 15. 1. Sour Gas Service FMC Technologies manufactures Chiksan sour gas swivel joints in accordance with the National Association of Corrosion Engineers (NACE) Standard MR-01-75 and the American Petroleum Institute’s (API) Standard RP-14-E.2. zinc-chromate primer to ensure quick. For positive identification. Chiksan sour gas swivel joints use snap-in ball races for extra strength and high load-bearing capacity. zincchromate primer tthat is unique to sour gas equipment.000 psi cold working pressure. all Chiksan sour gas swivel joints are stamped “Sour Gas” or “NACE MR-01-75” using lowstress dot stamping and painted with an olive green. Sour gas swivel joints come standard with integral Weco wing union end connections.3 and 4-inch sizes. If leakage past the packing should occur. Positive identification Chiksan swivels for sour gas service are stamped “Sour Gas” and painted with an olive green.Chiksan Sour Gas Swivel Joint Controlled hardness Swivel components are specially heat-treated and 100% tested for controlled hardness. positive identification. Chiksan Swivel Joints for Sour Gas Service: High-Pressure Swivel Joints 6. They also have a leakdetection port between the packing and the O-ring seal. 2 and 3-inch sizes. Proven packing design Elastomeric packing with stainless steel anti-extrusion ring and secondary O-ring seal are used to isolate the races and bearings from line fluid. it is forced through the port. 3-inch size.000 psi could working pressure. 2 and 3-inch sizes. signaling the need for packing replacement. Weco Figure 1002 wing union end connections 10. they are not recommended for service requiring continuous rotary motion. Warning Although Chiksan swivel joints can be rotated while under fluid pressure. two.64) for sizes. FMC Technologies. weights. or three planes. They can be combined in an unlimited variety of ways to suit practically any installation. dimensions.Chiksan Swivel Joint Styles Chiksan swivel joints are available from stock in nine basic styles or configurations. These styles permit 360-degree rotation and movement in one. and part numbers. Inc. 21 . See inside back cover for additional Warnings and Cautions. All Chiksan swivel joints are assembled using two or more standard pieces. Style 20 Style 30 Style 40 Style 50 Style 60 Style 70 Style 80 Style 10 Style 100 See specifications tables (pg. 58 . materials. water lines. proprietary UV packing provides greater sealability with lower torque than comparable seals. Stepped design also provides low bearing stresses and torque for longer bearing life. These rugged. materials. Chiksan Coiled Tubing Reel Swivel 15. . Stepped bearing races Exclusive stepped bearing race geometry enables easy centering of the mandrel relative to the packing. temporary flow lines. the assembly is converted to a sour gas swivel.000 psi See specifications tables () for sizes. or special connections • Chiksan hoses fold up easily and quickly for transportation and storage • Designs are available for sour gas services at cold working pressures up to 15. well testing lines. Recommended service High-pressure discharge lines. pressuretight make-up and break-out without threading. Consult factory for special coiled tubing applications.Chiksan Cementing and Circulating Hoses Chiksan cementing and circulating hoses can handle a complete range of standard and sour gas fluids at cold working pressures up to 15. cementing and circulating lines. weights. dimensions. all-steel hoses are available in 1 to 3-inch sizes and configurations to meet virtually any need. absorb shock and vibration. and other highpressure applications Features • All designs feature Chiksan swivel joints which provide flexibility. and maximize flow characteristics • Weco wing union connections ensure fast.000 psi. 2 and 3-inch sizes Recommended service High-pressure coiled tubing applications Reliable UV packing With zero failures in thousands of highpressure gate valve stem seal applications worldwide. and part numbers. Converts for sour gas service By changing out the Weco wing union subs. welding. Fast. All materials meet ASTM or AISI standards. This exclusive feature reduces inventory and lowers costs.000 psi cold working pressure. easy field maintenance The swivel internal components can be serviced from the front without removing the housing from the coiled tubing unit. 23 . Patented Stepped Ball Bearing Race Handles Load at Full Working Pressure under Rotation Flanged End Connection with Optional GraylocTM Clamp 3 inch 15K Wing Union Connection Environment Seal Leak Detection Seal Smooth Straight Through-Bore Greatly Reduced Erosion in Well Fracturing Applications Patented and Field Proven UV-Packing Seal All Non-Elastomeric Stack or Hybrid Packing Stack used Optional low cost All Elastomeric Packing available Available in 2-9⁄16 inch bore 10.000 psi cold working pressure Temperature ratings from -20°F to 225°F Maximum rotational speed of 10 rpm FMC Technologies.Coil Tubing Recommended service High Pressure Coiled Tubing Well Fracturing Application. Inc. Weco wing unions require special handling (see inside back cover for Warnings and Cautions). Available in 1 to 12-inch nominal pipe sizes with cold working pressures up to 20. all Weco wing union nuts and subs include the Weco name union figure number. and pressure rating are interchangeable. Choice of end connections Weco wing unions are available with line pipe or tubing threads. Inc. Weco wing unions are the most complete line of standard and sour-gas service pipe connectors in the world.000 psi. Weco wing unions are manufactured using the finest raw materials. size. dependable service in the most extreme conditions. tooling procedures. Like all pressure containing products. or nonpressure seal end connections. and pressure rating. factory-shipped Weco wing unions are color coded for quick identification.” Fast make-up. and heat-treating techniques available. break-out Three lug nuts and self-locking ACME threads provide fast make-up and break-out regardless of position or space restrictions. FMC Technologies. Additionally. butt weld. 24 . size. Interchangeable parts All Weco wing union parts of the same figure number. Weco wing unions for sour gas service are stamped “Sour Gas. Each union is carefully inspected to ensure long. This feature makes it easy to mate male and female subs that are frequently made-up and broken-out.Original Weco Wing Unions ® Simple identification New. Positive identification For positive identification in the field. Materials meet ASME and AISI standards. making it easy to match male and female subs that are frequently made-up and broken-out. NPS (Non-Pressure Seal) Option Figures 602.Proven Seal Designs Low-Pressure Services (1. See inside back cover for details. This primary seal protects the secondary metal-to-metal seal from abrasion and corrosion while minimizing flow turbulence. size and pressure rating are interchangeable. Medium-Pressure Services (2.000 to 2. balland-cone sealing surface. lip-type seal ring in the female sub. Interchangeable parts Weco wing union parts of the same figure number. The spherical surface of the male sub and conical surface of the female sub provide a large. Inc. The replaceable O-ring extends union life and protects the metal-to-metal seal against corrosion.000 to 20.000 to 4. High-Pressure Services (6.000 psi) Many Weco wing union designs supplement the metal-to-metal seal with a resilient O-ring in the male sub. It is vital that the user positively identify union connections and components to avoid mismatch conditions and potential union failure. FMC Technologies. figure number.000 psi) Male sub Metal-tometal seal Female sub Metal-tometal seal Male sub Seal ring Female sub Metal-tometal seal Male sub Seal ring Female sub Tubing or pipe Male sub Seal ring Female sub Warning Weco wing unions for low-pressure services feature a primary metal-to-metal seal. For positive identification in the field. permanent end connections without butt welding. high-pressure wing union services where welded connections are undesirable. all Weco wing union nuts and subs include the Weco name. This design provides strong. An epoxy thread compound is used to secure the connection. This metal-to-metal seal remains leak-proof even when one surface is slightly pitted or misaligned. size and pressure rating. The union ends are shop assembled to pipe or tubing. 1002.000 psi) Weco wing unions for high-pressure services feature a replaceable. and 1502) The Weco non-pressure seal option is especially designed for abrasive. 25 . bar Figure Color Key Standard Sour Gas (see note 8) Number Standard Cold Cold Test Service Working Test Working 1. .and 7-inch OD with casing threads.000 206 NA NA 238 207 2. Figure 400 available in 5 1⁄2 . Butt-weld available.000 15.750 400 172 259 172 259 4.000 207 NA NA 138 207 2.000 211 NA NA 138 207 2.000 3.000 1.000 3.750 2.000 3.000 2002 NA NA 1379 2068 15. Line pipe threads are not offered for sour gas service in this figure number.000 22. 7.500 3.000 15. 3. 4. Power make-up must be used for line pipe threaded connections to achieve rated cold working pressure. Non pressure seal configurations available.000 1502 1034 1551 690 1034 20. Line pipe threads are not recommended for sour gas service above 4-inch nominal pipe size.Wing Unions Assembly Pressure Rating. 6.000 15.000 6.000 7.000 6. 5.500 100 NA NA 69 103 2. psi.500 10.000 6.500 11.000 7. Consult factory for wall thickness.000 9. 2.500 2202 NA NA 1034 1551 1 25 1 1⁄4 32 1 1⁄2 40 NOTES • NA .000 602 414 621 414 621 10.000 200 NA NA 138 207 2.250 1003 690 1034 517 776 15. Available in butt-weld ends only.500 3.500 11.000 3.Not Available • All end connections with line pipe threads unless otherwise noted.000 4.000 30. 1.000 400 276 414 276 414 6.000 9.250 1002 690 1034 517 776 10.000 22. 5.2.250 test.3 7 7 8.Nominal Pipe Sizes.000 psi CWP and 7.250 test. 27 . stamped “SOUR GAS” or “NACE MR-01-75” and have specially modified material properties.000 psi CWP and 7.500 psi CWP and 11.3.2.500 psi test. Sour gas service FMC manufactures Weco sour gas unions in accordance with the National Association of Corrosion Engineers (NACE) Standard MR-01-75 and American Petroleum Institute’s (API) Standard RP-I4-E. 5 and 6-inch unions for sour gas service rated at 5. Inc. 5 and 6-inch sizes rated at 7. 10. All unions for sour gas service are painted olive green.500 psi test. 4 and 5-inch unions for sour gas service rated at 5.4 1. 9. FMC Technologies. inches 5 125 6 150 8 200 10 250 12 300 Notes 2 50 2 1⁄2 65 3 80 4 100 1 1 1 1.500 psi CWP and 11.9 1.2 1.3.10 1. 4 and 5-inch sizes rated at 7.6 1. 5 through 12-inch sizes Recommended service Manifold line connections. suction service. general-purpose union • 1 to 4-inch sizes Figure 207 Figure 211 Recommended service Recommended service 2.000 psi cold working pressure General service manifolds and lines Features Features • Pressure-tight make-up with hammer • Economical low-pressure union • Economical. 2.000 psi cold working pressure Manifold line connections. and corrosion service Features • O-ring in male sub improves sealing and protects metal-tometal seal against corrosion • Replaceable O-ring extends union service life • 1 to 10-inch sizes Figure 400 4.69) for sizes. weights. 65 .Figure 100 Figure 200 Figure 206 Recommended service Recommended service Recommended service 1.500 psi cold working pressure.000 psi cold working pressure through 4-inch sizes. and mud services Features • 2-1/2 through 12-inch sizes have O-rings for primary seal • Butt-weld available • Available for sour gas service See specifications tables (pg. dimensions. pump suction.000 psi cold working pressure Manifold and line connections 2. materials.000 psi cold working pressure Production systems with electrolytic corrosion problems Features Features • Parts interchangeable with Figures 200 and 206 • O-ring on blanking cap ensures a leak-free seal • Cap can be tapped for pressure gauge • Available in butt-weld • Laminated insulating rings provide 35 million ohms resistance across the union • O-ring in male sub provides a positive primary seal • Seal ring in female sub delvers a positive secondary seal 2. .000 psi cold working pressure Seals manifold connections and protects union threads 2. and part numbers. 000 psi cold working pressure Recommended service Cementing.500 psi cold working pressure. dimensions. and choke-and-kill lines Features • Replaceable.000 psi cold working pressure. 4 and 5-inch sizes Recommended service For high-pressure connections where lines cannot be aligned Features • Ball seat provides positive seal with up to 7-1/2° misalignment. lip-type seal provides primary seal. fracturing. Figure 2002 20.000 psi cold working pressure through 4-inch sizes. materials. 7.000 psi cold working pressure Figure 1002 10. acidizing. testing. 2-inch model up to 4° • Replaceable O-ring on male sub provides primary seal • Available with threaded or buttweld ends Figure 1502 15.000 psi cold working pressure Recommended service Manifold line connections and mud service Features • Replaceable. protects secondary metal-to-metal seal. and choke-and-kill lines Features • O-ring in male sub improves sealing and protects metal-tometal seal against corrosion • Replaceable O-ring extends union service life • 1 to 10-inch sizes Figure 1003 Misaligning union 10. 7. 2” Figure 602 and 1002 female subs have been modified so they cannot engage the 2” Figure 1502 nut. and part numbers. 65 . weights. testing. and choke-and-kill lines Features • Replaceable. 29 . Also. a Go NoGo identification ring is available to determine whether the female sub is a 2” Figure 602/1002 or a 2” Figure 1502. and minimizes flow turbulence • Butt-weld available • Available for sour gas service at 6. 5 and 6-inch sizes Recommended service Cementing.Note Note: To enhance safety. fracturing. acidizing. 2 and 3-inch sizes.000 psi cold working pressure Recommended service Cementing. testing. Figure 602 6. lip-type seal • Available for sour gas service: 10. acidizing.500 psi cold working pressure.000 psi cold working pressure.69) for sizes. Inc. fracturing. lip-type seal • 2 and 3-inch line sizes • Butt-weld configurations only FMC Technologies. butt-weld or non-pressure seal configurations only • Butt-weld available See specifications tables (pg. butt-weld only See specifications tables (pg.000 psi cold working pressure. each Weco sour gas union is stamped “Sour Gas” or “NACE MR-01-75” using low stress dot stamping and painted with an olive green zinc-chromate primer that is unique to sour gas equipment. 65 . 1 through 4-inch sizes Figure 1002 7. 2 and 3-inch sizes. dimensions. buttweld only above 4-inch sizes Figure 602 6. sure identification. . 1 through 4-inch sizes.000 psi cold working pressure.500 psi cold working pressure. 5 through 12-inch.) Weco® Wing Unions for Sour Gas Service Figure 400 4. (See inside back cover for additional Warnings and Cautions. 1 through 4-inch sizes.000 psi cold working pressure. Users must adopt safe practices for identification. use. FMC Fluid Control uses fluoroelastomer seals or O-rings in all sour gas unions.69) for sizes.500 psi cold working pressure.500 psi cold working pressure. installation. butt-weld or non-pressure seal configurations only Figure 2202 15. and 3-inch sizes. maintenance. Caution: It is possible to interchange sour gas parts with standard service products. 4 and 5-inch sizes Figure 1502 10. 5. 2. 1 through 4-inch sizes. positive identification. 5. field-proven unions are specially heat treated for controlled hardness. and storage of sour gas equipment. For fast. Controlled hardness Weco union subs and nuts are specially heat-treated and 100% tested for controlled hardness. weights. Positive sealing Primary fluoroelastomer seal and metal-tometal seal combine to deliver positive sealing throughout the stated pressure range. materials. 5 and 6-inch sizes Figure 1003 7. but does not warrant the performance of any elastomer for sour gas service. Meets industry standards All Weco wing unions for sour gas service meet both the National Association of Corrosion Engineers Standard MR-01-75 and API Standard RP-14-E. positive identification Weco unions for sour gas service are stamped “Sour Gas” and painted with an olive green zinc-chromate primer to ensure quick. These outstanding.000 psi cold working pressure.000 psi cold working pressure.Quick. 2. Sour Gas Service FMC Technologies manufactures Weco sour gas wing unions in accordance with the National Association of Corrosion Engineers (NACE) Standard MR-01-75 and American Petroleum Institute (API) Standard RP-14-E.000 psi cold working pressure. and part numbers. mud tank connecting lines. materials. 13-3/8. or wrenches required Suction-Hose Unions 500 psi maximum line pressure. 8. easy make-up without close alignment • Allows pipe expansion or misalignment without breaking the seal • No nuts. bolts. threaded. weights. and part numbers. 12-inch sizes require butt-weld • Shot of rig air inflates tube to seal around pipe • Fast. 8. and 6-inch sizes Recommended service Mud system suction lines Features • • • • Replaceable O-ring seal Choice of end fittings Secondary metal-to-metal seal Socket welded. Inc. 4. FMC Technologies. or hose nipple See specifications tables (pg.Other Weco® Unions Tank Unions Air-O-Unions Recommended service Recommended service 500 psi maximum line pressure. 5.69) for sizes. 31 . 65 . 10. 8 and 10-inch sizes may be socket welded to pipe or butt welded to tubing. 10 and 12-inch sizes Mud tanks. dimensions. 6. and 16-inch sizes Mud suction and return lines and low-pressure fluid lines Features Features • Molded nitrile seal provides a compression seal • Makes up with hammer • Elongated cross-section of seal ring ensures greater sealing surface when in contact with the pipe • Accepts up to 7° pipe misalignment • 6. and pump suction flanges 150 psi maximum line pressure. 6. 4. This product was inspired by the desire for improved safety through the elimination of hammer related injuries. Inc. any area in which space is constrained or swinging a hammer is dangerous. with particular attention toward applications in fracturing. cementing. this product is a probable fit. 32 .Hammerless Union (HL) Recommended service Hammerless union connection has the same industry thread as Hammer Union but provides a safer and stronger connection. Anticipated applications for the Hammerless union is well service temporary flow lines. and pipelines operations. stimulation. surface eliminating grinding of ears Female sub end of conventional iron is unchanged Large radius edge indicates open side of threaded HL union The Hammerless union is the next generation of union products targeted at eliminating the use of sledge hammer in making up high pressure temporary flowline connections in the field. HL union has no external impact. FMC Technologies. However. Male sub end of conventional iron is unchanged Forged eyebrow relief aligns HL Tool to lug Hammerless union has the same inner profile of the traditional hammer union It is stronger with a minimum weight gain Hammerless union converts a standard wing union connection into a safe hammerless connection Raised rib discourages use of sledge hammer and improves structural integrity while distributing impact load Lug hole has lead-in chamfer on both sides. •Second person uses spring-loaded swing handle to deliver controlled impact to HL Union Hammerless Short Tool The *One-Person HL Short Tool is connected to HL union lug to safely impact tighten threads after making up with HL Spanner Wrench. Inc. 33 .Hammerless Union Tools Hammerless Long Tool The Two-Person HL Long Tool is connected to HL union lug to safely ‘impact’ tighten threads after making up with HL Spanner wrench •First person holds tapered Non-Pinch Handle at preferred angle and direction of impact Hammerless Spanner Wrench This tool has leverage to align iron while making up the threads of HL Union One Tool fits all HL sizes. Operator uses this tool at elevated wellhead connections to tighten HL Union using one hand while tool remains safely attached Round Wire Brush Use to clean Iron threads and HL union threads Use to clean HL union lug hole before attaching HL Tools FMC Technologies. Forged construction with full traceability Weco fittings and pup joints have been optimized for minimum weight and size.000 psi cold working pressure. both fittings are pups feature forged construction with integral Weco wing union ends for a highstrength. Like all pressure containing products. These rugged products are ideal for handling a complete range of standard and sour gas well servicing fluids at pressures up to 20. Weco pups and fittings come with full material traceability and can be supplied with Charpy impact values. and laterals can be combined to suit virtually any application. high integrity connections every time. and other well service and stimulation applications Optimized. Complete range of configurations Tees. Integral Weco wing union end connections High-strength. elbows. FMC Technologies. Available in 1 to 4-inch sizes. Inc. testing lines. high-integrity connection every time. wyes. cementing and circulating lines. fracturing lines. crosses. 1 to 4-inch bore sizes Recommended service High-pressure well servicing lines.Weco Fittings and Pup Joints Weco Fittings ® Up to 20.000 psi. 34 . lightweight designs Save valuable weight and space. Weco pups and fittings require special handling (see inside back cover for Warnings and Cautions). 2. lightest integral forged fittings on the market. easy service at the job site. Optimized Forged Fittings FMC Technologies offers the smallest. the geometry was optimized for weight. Weco wing union nut detaches for field repair Permits fast. 11⁄2. From these results. cementing and circulating lines. and 4-inch bore sizes. FMC Technologies. To minimize the size and weight of each fitting. Optional on NPST design. Patented retention shoulder prevents nut from sliding down pup Design decreases risk of injury to personnel. Standard on Integral design. Inc. 1. 35 . fracturing lines. Optional on NPST design. testing lines.000 psi cold working pressure.Weco Pup Joints Up to 20. lengths to 20 feet Integral and NPST designs Available in integral and non pressure seal designs to suit virtually all oilfield applications. Standard on Integral design. engineers performed a finite element stress analysis on each fitting body design. Recommended service High-pressure well servicing lines. and forgings were developed for each size and type of fitting. The fittings were then subjected to laboratory and field testing. The result: You save weight and space without sacrificing service life or safety. 3. and other well service and stimulation applications. and by safely following established standards without compromise. This total solutions approach to managing fluid control equipment is helping flowline customers worldwide realize the maximum value and service life from their fluid control assets. and competencies. However. and service life for almost 75 years. reliability.Chiksan® and Weco® flowline products have set global industry standards for quality. . superior products alone are not enough to meet the divers challenges that operators and well-servicing companies face today. FMC’s Integrated Services business pledges to meet or exceed customer expectations by providing value through services. technology. and repair intervals to ensure the right products are shipped to the right job in top working condition. and certifications. 37 . documentation. maximize equipment utilization. • • • Fully integrated global database Internet-based asset tracking and reporting system Flexible data extraction tools for detailed asset analysis FMC Technologies.World’s Leading Flowline Service Solution InteServ Database FMC’s proprietary web-based database delivers unmatched standards for flowline data collection. The bottom line: Customers improve safety. and minimize equipment maintenance costs. Inc. Built-in planning and tracking tools identify equipment usage patterns. inspection. the industry’s largest fleet of mobile units performs complete inspection and repair services at customer locations throughout the world. documentation. Asset management is a cooperative program where specially trained FMC personnel inventory. The mobile package includes inspection. repair. Mobile Inspection and Repair FMC introduced its mobile inspection and repair service in 1996. testing. and maintain a customer’s flowline assets at their facility or in a designated FMC facility. and certification with the goal of extending product life and reducing operator costs. . Today.Asset Management Tracking and maintaining the volume of flowline equipment used in high-pressure pumping services is a major undertaking. track. Asset management is helping customers world-wide significantly increase equipment utilization rates and service life while reducing total costs and safety concerns. unique machining processes. FMC offers factory rebuild services from strategic locations worldwide.Service Centers To keep Chiksan and Weco products in top working condition. The service life of these products can be extended with routine maintenance and periodic repair using genuine FMC spare parts. and strict quality control measures. FMC is aggressively working to expand its in-house refurbishment services to meet growing demand. including butterfly valve and cement head inspection and repair. Inc. Spare Parts Management Chiksan and Weco products are manufactured to precise dimensional tolerances using specialized materials of construction. FMC Technologies. 39 . . Weco® and Chiksan® Specifications . 000 (1380) 15.000 (690) 20.5) 58 (26.6) 238 (108) 241 (109) 337 (153) 340 (154) 288 (131) 288 (131) 754 (342) 634 (288) 640 (290) 738 (335) 660 (299) 774 (351) 660 (299) Note: 1” . 1 1 1x2 1x2 (.8) 43 (19. Please consult an FMC representative for more information on our standard service flowline low temperature products.000 (1034) 10.FMC Technologies. Inc.000 (690) 15. * Other end connections are available.000 (1034) 15.000 (690) 15.000 (1034) 15.2) 84 (38) 93 (42.3) 37 (16.000 (1034) 10.8) 37 (16.000 (690) 20. 1x2” ULT 150. in. Plug Valves Nominal Size.38 bore) 1x2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 4 4 4 4 Model ULT 150 ULT 100 ULT 150 ULT 100 DR 150 ULT 150 ULT 100 DR 200 ULT 150 (Manual) ULT 100 (Manual) ULT 150 (Hydraulic) ULT 100 (Hydraulic) ULT 150 (Handwheel) ULT 100 (Handwheel) ULT 200 (Hydraulic) ULT 200 (Handwheel) ULT 150 (Handwheel) ULT 100 (Hydraulic) ULT 100 (Handwheel) ULT 150 (Hydraulic) ULT 150 (Handwheel) Part No.000 (1380) 20.-LT P516114 P524578 P516108 P516146 P516208 3247527 P537789 3248705 3223008 3234183 3265904 P501010 3265123 3267427 3265122 3265257 P519087 P519453 P522233 P518352 P518356 P516015 P518749 P516114-LT Weco End Connection * 1502 1502 1502 1502 1502 1502 1502 1502 2002 2202 1502 1502 1502 1502 1502 1502 2002 2002 2202 1002 1002 1502 1502 P516108-LT P516146-LT 3265904-LT 3265123-LT 3265122-LT P519087-LT P519453-LT P518352-LT P518356-LT P516015-LT P518749-LT Service Standard Sour Standard Standard Sour Standard Standard Sour Standard Sour Standard Sour Standard Sour Standard Sour Standard Standard Sour Standard Standard Standard Standard CWP psi (bar) 15.000 (1034) 10. DR150 and DR200 plug valves can be furnished with hydraulic actuators. A B F C C D E E D 42 DR 150 with Manual Operator G ULT 150 with Handwheel Operator .000 (1034) 10.000 (1034) 15.000 (690) 15.2) 83 (37. Part No.000 (1034) 10.000 (690) 15.000 (690) 15.000 (1034) 10.000 (1380) 15.000 (690) 10. Consult factory.000 (1034) 10.6) 83 (37.000 (1034) 15. Flowline Products & Services Weco® Plug Valve Specifications Weco® Plug Valve Specifications Weco® and Chiksan® Low Temperature Ranges (LT) FMC leads the way with our new line of low temperature (-40°C) equipment.000 (1034) Weight lb (kg) 37 (16.8) 93 (42. Inc.06 (154) 6.26 (159) 7.47 (368) 29.94 (126) 4.88 (149) 5.62 (448) 17.27 (363) 21.85 (580) C C E D G E D G DR 150 with Manual Operator ULT 150 with Hydraulic Actuator 43 .69 (119) 6 (152) 6 (152) 6.55 (116) 4. (mm) 5.88 (937) — 38. in.69 (399) 15.59 (167) 6.1 (485) 1.55 (116) 6 (152) 6 (152) 6 (152) 4.69 (119) 4.49 (724) 19.88 (200) 9.85 (580) 22.05 (205) 8.59 (167) 8.93 (100) F in.62 (67) 2.55 (116) 4. Flowline Products & Services Weco® Plug Valve Specifications Weco® Plug Valve Specifications Plug Valves Nominal Size.55 (116) 4. (mm) 6. (mm) 2.88 (200) 7.FMC Technologies.85 (580) 22.75 (45) 2.69 (399) 15.08 (561) 22.69 (119) 5.08 (561) 22.12 (562) 22.00 (118) 7. (mm) 4.29 (973) — — — — — 15.26 (159) 6.69 (399) 15.19 (233) — — — — — — — — — — — — — 6.38 bore) 1x2 2 2 2 2 3 3 3 3 3 3 3 3 3 4 4 4 4 Model ULT 150 ULT 100 ULT 150 ULT 100 DR 150 DR 200 ULT 150 (Manual) ULT 100 (Manual) ULT 150 (Hydraulic) ULT 100 (Hydraulic) ULT 150 (Handwheel) ULT 100 (Handwheel) ULT 200 (Hydraulic) ULT 200 (Handwheel) ULT 150 (Handwheel) ULT 100 (Hydraulic) ULT 100 (Handwheel) ULT 150 (Hydraulic) ULT 150 (Handwheel) A in.88 (73) 2.88 (937) 36.55 (116) 4.59 (167) 1.75 (45) E in.62 (448) 28.05 (205) 8.81 (554) 21.69 (399) 22.85 (580) 22.94 (126) — — — — — — — — — 22.00 (118) 7. 1 1 1x2 1x2 (.00 (118) 3.69 (399) 15.12 (562) — 36.88 (149) 6.36 (974) — 38.62 (67) 5 (127) 5 (127) 5 (127) 5 (127) 5 (127) 5 (127) 6.55 (116) 4.62 (67) 2.19 (233) 9.88 (149) C in.69 (399) 15.06 (154) — — — — — — — — — — — — — 5. (mm) — — — G in.05 (205) 14.88 (149) 7.93 (100) 3.05 (205) 8.93 (100) 3.93 (100) 3.94 (126) 4.94 (126) 4.69 (119) 4. (mm) — — — 4.88 (149) 5.69 (119) B in.75 (45) 3.47 (368) 14.49 (724) 19.1 (485) 28.76 (96) 4.75 (45) 1.75 (45) 1.62 (67) 2.27 (363) 14.88 (73) 3.93 (100) — — 4.59 (167) 6.81 (554) 14. (mm) 1.08 (561) 22.76 (96) 3.26 (159) 6.63 (753) 17.59 (167) D in.00 (118) 7. 75 8.12 13.27 8.04 16.000 Standard Standard Standard Standard Standard 11⁄2” 2" 3" 44 Elastomer Set P518834 P518834 P518834 P518834 P519873 .000 15.31 10.54 9.88 70 70 69 70 117 117 116 117 100 100 276 276 240 240 239 P528681 P528681 P528681 P537904 P522215 P522215 P522215 P508059 P522215 P522215 P525441 P525441 P525441 P525441 P525441 P/N .000 15.67 10.00 8.31 10.54 11.000 6.67 15.67 15.000 20.12 13.54 9.FMC Technologies.000 10.000 15.88 11.54 9.000 15.79 7. Inc.88 11.000 Standard Standard Standard Sour Gas Standard Standard Standard Sour Gas Standard Standard Standard Standard Standard Standard Standard End Connections 1502 MXF 1502 FXM 1502 MXF 1502 MXF 1502 MXF 1502 FXM 1502 MXF 1502 MXF 602 MXF 602 FXM 1502 MXF 1502 FXM 1002 MXF 1002 FXM 602 MXF Flow Orientation Part Number Standard P530589 Reverse P537198 Standard •P537131 Standard P537196 Standard P521623 Reverse P524440 Standard •P537132 Standard P537225 Standard P537202 Reverse P527120 Standard P524760 Reverse P527699 Standard P525809 Reverse P527018 Standard P527592 P/N .54 9.000 15.75 19.000 6.000 20.88 11.000 10.75 19.LT A B Weight Repair Kit P536118-LT P523811-LT P525269-LT P510771-LT P510773-LT 14.67 15.31 10.000 Standard Standard Standard Standard End Connections 1502 MXF 1502 FXM 2002 MXF 2002 MXF Flow Orientation Part Number Standard P524738 Reverse P519734 Standard 3269158 Standard P520099 End Connections 1502 MXF 1502 FXM 1502 MXF 1502 MXF 1502 MXF Flow Orientation Part Number Standard P536118 Reverse P523811 Standard P525269 Standard P510771 Standard P510773 Elastomer Set 3269518 3269518 P535387 P535388 Dart Check Valves Nominal Size CWP Service 1" 15.000 15.75 19.00 13.12 13.04 14.000 15.00 7.91 22.12 15.04 14.04 15.67 15. Flowline Products & Services Weco® Check Valve Specifications Top Entry Check Valves Weco® Check Valve Specifications Nominal Size 2” 3” 4” CWP Service 15.000 10.88 11.27 9.04 14.000 15.000 10.LT A B Weight Repair Kit P530589-LT P537198-LT •P537131-LT P537196-LT P521623-LT P524440-LT •P537132-LT P537225-LT P537202-LT P527120-LT P524760-LT P527699-LT P525809-LT P527018-LT P527592-LT 13.04 14.67 15.00 84 81 123 441 3269517 3269517 P519720 P520232 P/N .000 15.27 8.LT A B Weight Repair Kit P524738-LT P519734-LT 3269158-LT P520099-LT 14.67 19.75 19.31 11.000 15.54 9.43 76 86 86 87 130 P518835 P518835 P518835 P518835 P519874 Elastomer Set P528686 P528686 P528686 P537905 P523359 P523359 P523359 P508060 P523359 P523359 P525505 P525505 P525505 P525505 P525505 * Vent Cap In-Line Flapper Check Valves Nominal Size CWP Service 1" 1-1/2" 2" 3" 15.27 8.000 15.000 6.000 15. Inc.FMC Technologies. Flowline Products & Services Weco® Check Valve Specifications A Weco® Check Valve Specifications B Top Entry Check Valves A B In-Line Flapper Check Valves A B Dart Check Valves 45 . 1 3 1⁄4 82. 15.6 1 9⁄32 32. 15.9 4 102 1 9⁄32 32.5 2 1⁄2 64 9⁄16 14.6 1 9⁄32 32.6 8 3232417 3232417-LT 9 13⁄32 239 7 178 11 279 8 1⁄16 205 7⁄8 Sq.1 3 1⁄4 82.3 5 127 Seat: Nitrile 14 3255865 3255865-LT 14 31⁄32 380 10 3⁄8 264 17 11⁄16 449 13 1⁄4 337 11⁄8 Sq.8 5⁄8 Sq. 15.1 3 1⁄4 82.2 6 152 1 9⁄32 32.2 1 3⁄4 45 7⁄16 11.2 1 5⁄8 41.6 6 29⁄32 175 6 152 3⁄8 9.6 1 1⁄32 26.6 6 3227493 3227493-LT 7 25⁄32 198 5 5⁄16 135 8 3⁄4 222 6 1⁄16 154 5⁄8 Sq. 22.2 1 3⁄4 45 7⁄16 11. A B C D Dimensions.2 1 3⁄4 44.1 3 1⁄4 82. 15.9 4 101. 15.2 4 1⁄8 105 2 1⁄16 52.5 2 1⁄2 64 9⁄16 14. Flowline Products & Services Weco® Butterfly Valve Specifications Model 12 Sizes in.3 5 127 16 3255869 3255869-LT 17 7⁄16 443 11 15⁄16 303 20 1⁄8 511 15 1⁄4 387 2* 50.9 4 7⁄8 124 2 1⁄2 63.5 2 1⁄8 54 7⁄16 11. in.9 4 102 1 1⁄32 26.9 10 3227495 3227495-LT 10 21⁄32 271 8 1⁄4 210 13 3⁄8 340 10 254 7⁄8 Sq.1 3 1⁄4 82. 15.1 3 1⁄4 82.8 7⁄16 11.1 3 1⁄4 82.6 Body: Ductile Iron Disc: Ductile Iron * 2 inch diameter with 1⁄2 inch keyway Model 12N Sizes in.9 Body: Ductile Iron Stems: 416 Stainless Steel 3 3227487 3227487-LT 5 29⁄32 150 3 5⁄8 92.5 M Radius of notch K Dia. Model 12N only G H A D B C .6 2 1⁄2 3227486 3227486-LT 5 5⁄8 150 3 11⁄32 84.6 4 3245819 3245819-LT 7 9⁄32 185 4 1⁄4 108 6 7⁄8 175 4 1⁄16 103 5⁄8 Sq. Inc. of notches equally spaced 6 3229888 3229888-LT 7 25⁄32 198 5 5⁄16 135 8 3⁄4 222 6 1⁄16 154 5⁄8 Sq.LT A B Dimensions.4 5⁄8 Sq.1 3 1⁄4 82..6 1 1⁄32 26.6 6 152 1 9⁄32 32.9 4 101.4 5⁄8 Sq.9 4 101.2 4 1⁄8 105 2 1⁄16 52.2 1 5⁄8 41 7⁄16 11.1 3 1⁄4 82.5 7⁄16 11. 15.5 6 1⁄2 165 H L (For use with lightweight industrial flanges.6 1 9⁄32 32. Part No.1 3 1⁄4 82.5 3 76 9⁄16 14.9 4 101.5 2 50.6 4 102 5⁄16 7.5 12 3227496 3227496-LT 12 5⁄32 309 9 3⁄4 248 16 1⁄8 410 12 305 1 1⁄8 Sq.5 5⁄8 Sq.2 6 152 1 9⁄32 32. 15.5 2 1⁄8 54 7⁄16 11.FMC Technologies.6 3 3⁄4 82.9 4 102 1 1⁄32 26.1 5 3⁄8 137 3 1⁄16 77. 28.) 3 3230052 3230052-LT 5 29⁄32 150 3 5⁄8 92.9 4 102 1 9⁄32 32.6 6 3⁄8 162 6 152 3⁄8 9.9 4 101. 15.3 5 127 No. 22.3 7⁄16 11.5 Disc: Ductile Iron Seat: Nitrile 5 3229887 3229887-LT 7 9⁄32 185 4 13⁄16 122 7 3⁄4 197 5 1⁄16 129 5⁄8 Sq. P/N .6 6 152 1 9⁄32 32.5 2 51 7⁄16 11. in.9 4 102 1 1⁄32 26.8 8 203 3 3⁄16 81 4 102 17⁄32 13.6 4 3⁄8 111 6 152 5⁄16 7.1 5 3⁄8 137 3 1⁄16 77.5 3 76 9⁄16 14. 28.3 5 127 Stems Stainless Steel 4 3229886 3229886-LT 7 9⁄32 185 4 1⁄4 108 6 7⁄8 175 4 1⁄16 103 5⁄8 Sq.8 5⁄8 Sq.6 8 1⁄2 216 8 203 3⁄8 9. 15.. Part No.5 2 1⁄8 54 7⁄16 11. mm Weco® Butterfly Valve Specifications C D E F G H I J 2 3227485 3227485-LT 4 31⁄32 126 3 76. mm E F G H I J K L M 46 2 3229885 3229885-LT 4 31⁄32 126 3 76. on J dia. Flowline Products & Services Weco® Butterfly Valve Specifications Model 22 Sizes in.1 3 1⁄4 82. P/N .4 1 9⁄32 32.6 6 152. 28.6 Disc: Ductile Iron 6 3225735 3225735-LT 10 5⁄32 258 5 5⁄16 135 8 3⁄4 222 6 1⁄16 154 5⁄8 Sq. 15. on J dia...2 1 3⁄4 44.2 1 5⁄8 41.4 5⁄8 Sq.6 3 3225732 3225732-LT 8 1⁄16 205 3 5⁄8 92.5 2 1⁄2 63.1 5 3⁄8 131 3 1⁄16 77. 15.5 2 1⁄2 63. 3 holes thru.5 2 50.6 1 9⁄32 32.9 4 101. 22.6 1 1⁄32 26.6 5 3225734 3225734-LT 9 21⁄32 245 4 13⁄16 122 7 3⁄4 197 5 1⁄16 129 5⁄8 Sq.5 2 1⁄4 54 7⁄16 11.1 3 1⁄4 82.9 4 101.6 1 1⁄32 26. bolt circle Dia.9 4 101. bolt circle F 47 . 22. mm C 2 3225730 3225730-LT 7 9⁄32 185 3 76. 15.9 4 101.6 1 9⁄32 32.2 9⁄16 14.FMC Technologies.2 4 1⁄8 105 2 1⁄16 52.5 2 1⁄4 54 7⁄16 11.5 7⁄16 11.3 5 127 10 3225737 3225737-LT 12 27⁄32 326 8 1⁄4 210 13 3⁄8 340 10 254 7⁄8 Sq.5 9⁄16 14.9 4 7⁄8 124 2 1⁄2 63.3 7⁄16 11.8 7⁄16 11.4 1 9⁄32 32.LT A B D E F G H I J Body: Ductile Iron 2 1⁄2 3225731 3225731-LT 7 25⁄32 198 3 11⁄32 84.1 3 1⁄4 82.2 6 152.5 3 76. 15. Inc.6 Seat: Nitrile E G A 45° 90° D F B I H C I dia. 4 holes thru.5 5⁄8 Sq.5 7⁄16 11.1 3 1⁄4 82. Part No.4 1 9⁄32 32.5 9⁄16 14. 15. 15.6 8 3225736 3225736-LT 11 19⁄32 294.6 1 1⁄32 26.9 4 101.9 4 101.5 7 178 11 279 8 1⁄16 205 7⁄8 Sq.1 3 1⁄4 82.6 1 9⁄32 23.3 5 127 Stems 416 Stainless Steel 12 3225738 3225738-LT 14 11⁄32 364 9 3⁄4 248 16 1⁄16 408 12 305 1 1⁄8 Sq.2 1 3⁄4 44..1 3 1⁄4 82.8 5⁄8 Sq.6 4 3225733 3225733-LT 9 5⁄32 233 4 1⁄4 108 6 7⁄8 175 4 1⁄16 103 5⁄8 Sq.2 6 152. in.3 5 127 Weco® Butterfly Valve Specifications Dimensions. Flowline Products & Services Weco® Butterfly Valve Specifications Sizes in..6 101.. bolt circle F A D F 45° 90° B H C K L M 48 I 14” .3255871.5 13. 5⁄8 Sq.1 11.6 101.5 63. 1 1⁄8 Sq.3225754.6 82.3255867.5 32.5 16.3 14.3 14. 2* 2* 2* 2.6 114.2 22.5 44.2 203.3255872.4 152.3225753.5 81 81 81 111 H 1 5⁄8 1 3⁄4 1 3⁄4 2 2 1⁄8 2 1⁄8 2 1⁄2 2 1⁄2 3 3 4 4 1⁄2 5 6 1⁄16 41. in.3 127 154 7⁄16 7⁄16 7⁄16 7⁄16 7⁄16 7⁄16 9⁄16 9⁄16 9⁄16 9⁄16 17⁄32 17⁄32 17⁄32 21⁄32 I 11.3225752.1 11.24” size UNC tapped hole thru places on diameter bolt center F dia.9 22.LT 3225748LT LT LT LT LT LT LT LT LT LT LT LT LT LT A 7 9⁄32 7 25⁄32 8 1⁄16 9 5⁄32 9 21⁄32 10 5⁄32 11 19⁄32 12 27⁄32 14 11⁄32 14 31⁄32 17 7⁄16 18 7⁄16 19 7⁄16 23 3⁄4 185 198 205 233 245 258 295 326 364 380 443 468 494 603 B 3 3 11⁄32 3 5⁄8 4 1⁄4 4 13⁄16 5 5⁄16 7 8 1⁄4 9 3⁄4 10 3⁄8 11 15⁄16 12 15⁄16 13 15⁄16 17 1⁄8 76.5 77.5 50.3 14. on J dia.6 82.2 84.6 101.6 127 127 127 127 165.3225755.8 54 54 63.4 63.9 92.5** 15.3225756.6 28.3222751.1 14.2 32.1 11.4 203.2 101. E 1 1⁄8 Sq.1 11.2 26..9 15.5 13. 5⁄8 Sq.6 152.9 15.6 50.8 103 129 154 205 254 305 337 388 439 489 584 5⁄8 Sq. 4 holes thru.3 44.1 5⁄8 -11 5⁄8 -11 5⁄8 -11 5⁄8 -11 3⁄4 -10 3⁄4 -10 3⁄4 -10 7⁄8 -9 7⁄8 -9 K 1-8 1-8 1 1⁄8 -7 1 1⁄8 -7 1 1⁄4 -7 L 4 4 4 8 8 8 8 12 12 12 16 16 20 20 102 102 102 204 204 204 204 305 305 305 406 406 508 508 M 4 3⁄4 5 1⁄2 6 7 1⁄2 8 1⁄2 9 1⁄2 11 3⁄4 14 1⁄4 17 18 3⁄4 21 1⁄4 22 3⁄4 25 29 1⁄2 121 140 152 191 216 241 299 362 432 476 540 578 635 750 Dimensions.1 108 122 135 178 210 248 264 303 329 354 435 C 6 7 7 1⁄2 9 10 11 13 1⁄2 16 19 20 3⁄4 23 1⁄4 25 27 1⁄4 32 152 178 191 229 254 279 343 406 483 527 591 635 692 813 D 2 1⁄16 2 1⁄2 3 1⁄16 4 1⁄16 5 1⁄16 6 1⁄16 8 1⁄16 10 12 13 1⁄4 15 9⁄32 17 9⁄32 19 1⁄4 23 52.6 101. 5⁄8 Sq.6 82.2 28.9 15.3255870.6 101.8 50. bolt circle .1 165. mm Weco® Butterfly Valve Specifications Model 22L Body: Ductile Iron Disc: Ductile Iron * 2 inch diameter with 1⁄2 inch keyway * 2.5 F 4 4 4 4 4 4 6 6 6 6 8 8 8 8 101. 3225748 3225749 3225750 3222751 3225752 3225753 3225754 3225755 3225756 3255867 3255870 3255871 3255872 3255873 3225749. on J dia.2 G 1 1⁄32 1 1⁄32 1 1⁄32 1 9⁄32 1 9⁄32 1 9⁄32 1 9⁄32 1 9⁄32 1 9⁄32 1 9⁄32 3 3⁄16 3 3⁄16 3 3⁄16 4 3⁄8 26.5 32. 7⁄8 Sq.5 inch diameter with 5⁄8 inch keyway Stems 416 Stainless Steel Seat: Nitrile E I 2” . 4 holes thru.9 15.3255873P/N .4 152. 2 2 1⁄2 3 4 5 6 8 10 12 14 16 18 20 24 Part No.6 82.5 32.2 203. Inc.5 32.4 152.2 203.2 76.2 26. 7⁄8 Sq.3 13.7 J 3 1⁄4 3 1⁄4 3 1⁄4 3 1⁄4 3 1⁄4 3 1⁄4 5 5 5 5 6 1⁄2 6 1⁄2 6 1⁄2 6 1⁄2 82. 5⁄8 Sq.1 165.3225750.9 15.5 76.6 82.FMC Technologies.5 32.8 63.8 50.1 165.12” size G dia.5 32.1 11. 5⁄8 Sq. 9 42. Flowline Products & Services Weco® Butterfly Valve Specifications Standard and Throttle Handles A B C D E Note: C 12 3227947 3216224 3228019 2 3⁄4 69. 4&6 8 & 10 3231336 3227946 3231337 3216208 3235578 3228018 2 1⁄2 3 63. in.8 10 254 7 1⁄2 191 7 178 2 9⁄16 65. C Gear Operators Standard Handwheel Chain-wheel Attachment A B C D Dimensions. in.5 14 356 15 381 11 5⁄8 295 4 5⁄8 118 17 1⁄4 438 9 1⁄2 241 3 1⁄2 88.5 76. Inc.4 15 1⁄4 387 5 5⁄8 143 3 1⁄2 88. mm Valve Size.1 11 5⁄8 295 4 3⁄4 121 3 1⁄2 88.3 6 5⁄16 160 3 1⁄2 88.9 6 1⁄4 159 3 76.1 14 356 15 381 7 3⁄4 197 3 1⁄8 79.3 9 1⁄2 241 2 3⁄4 69.9 4 6 102 152 Butterfly valve assemblies include a standard detent plate for on-off operations. 22L Throttling for all Models Dimensions.9 9 229 5 127 2 1⁄2 63. Handle assemblies for throttling service include a throttling detent plate to replace the standard detent plate on the valve. in.20 24 3217838 3217839 3217840 3256506 3256507 3256508 3223689 3223690 3223691 3256839 3256840 CF 2⁄ 54 1 1⁄16 27 6 1⁄2 165 5 127 4 3⁄4 121 1 5⁄8 41.5 1 1⁄4 31.2 10 7⁄8 15 276 381 2 3⁄4 4 69.9 102 1 11⁄16 1 11⁄16 42.1 9 1⁄8 232 4 3⁄4 121 3 1⁄2 88.FMC Technologies. in. 8 & 10 12 E 14 16 .9 6 1⁄4 159 2⁄ 63.8 10 254 7 1⁄2 191 7 178 2 9⁄16 65. mm E F G H I J 2-6 Valve Size.9 6 152 Standard On-Off Handle E B D A Weco® Butterfly Valve Specifications 2-3 3234078 3234092 3235577 2 3⁄8 60. 12N Standard for Models 22.9 19 483 4 102 1 11⁄16 42.9 6 1⁄2 165 3⁄ 92..9 1 7⁄16 36.9 10 1⁄4 260 18 12 12 58 Throttling Handle J E F C G H D = number of turns to open A B 49 ..5 4 102 Standard for Models 12.9 3 76.5 1 1⁄4 31.2 1 1⁄2 38.3 14 356 15 381 9 5⁄8 245 4 1⁄2 1114 15 1⁄4 387 5 3⁄4 146 3 1⁄2 88.2 4 102 2⁄ 63.1 2 3⁄8 60. FMC Technologies, Inc. Flowline Products & Services Weco® Butterfly Valve Sizing Information Non-Compressible Fluids EXAMPLE Given: A 6” WECO Butterfly Valve is to be installed in a line handling 500 gpm of water. Find: Maximum pressure drop across the valve when in the full opena nd 60˚ open positions. Solution: This problem may be solved using the nomogram or equation (C). Weco® Butterfly Valve Specifications Use the following equations for sizing valves handling liquids (A) (B) (C) First Using the Nomogram: Enter nomogram on right side for a flow rate of 500 gpm. Draw horizontal line until it intersects the 6” valve line. From this point draw a vertical line until it intersects the 90˚ open line. Project line horizontally to the left and read ∆Pof .061 psi. Now, using same procedure as above, extend vertical line to 60˚ open line and project horizontally to the left to read ∆Pof .67 psi for 60˚ open. Where: Q = Flow in gallons per minute (gpm) ∆P = (P1-P2) Pressure Drop (psi) P1 P2 G = Inlet Pressure (psia) = Outlet Pressure (psia) = Specific Gravity of Liquid (Water = 1.0) CV = Valve Coefficient (Refer To Appropriate Table) Using Equation (C): Pressure Drop = The equations listed above are the basis for the WECO sizing nomogram. The nomogram is a method of solving the equations above quickly and simply when the service fluid is water. Where: Cv G Q = 2020 @ 90˚ open (from tables) = 1.0 (Water) = 500 gpm 2 ∆P = Now: Cv = = 610 gpm @ 60˚ open, and Cv Values Resilient Seated BFV’S – All Models 50 Valve Size, in. 2 2 1⁄2 3 4 5 6 8 10 12 14 16 18 20 24 GPM @ PSI @ Various Disc Angles 10° 20° 30° 40° 50° 60° 70° 80° 90° 1.59 2.33 3.50 6.16 9.56 13.7 24.2 37.3 53.7 61 81 125 161 305 6.17 9.06 13.6 23.9 37.2 53.3 94.3 145 209 166 477 535 723 921 14.2 20.9 31.4 55.1 85.6 123 217 334 481 650 960 1,120 1,500 2,000 26.3 38.6 57.9 102 158 227 401 617 888 1,300 1,700 1,960 2,700 3,640 44.5 65.3 98.0 173 268 384 679 1,040 1,500 2,100 2,900 3,500 4,800 6,175 70.6 104 156 274 426 610 1,080 1,660 2,390 3,500 4,920 5,800 7,900 10,350 105 156 240 423 656 941 1,660 2,560 3,690 5,220 7,000 8,000 12,500 17,500 135 215 342 625 970 1,420 2,500 3,830 5,620 8,000 11,000 15,000 18,500 24,000 159 266 457 860 1,320 2,020 3,540 5,580 8,080 13,000 17,000 19,000 27,000 35,000 FMC Technologies, Inc. Flowline Products & Services Weco® Butterfly Valve Sizing Information 100 80 60 40 30 20 10 20 10 8 6 4 3 2 30 EN P SO E 1 0.8 0.6 0.4 0.3 0.2 C DIS 0.1 0.08 0.06 0.04 0.03 0.02 AN 40 EGRE ED GL50 200000 100000 80000 60 70 80 90 Weco® Butterfly Valve Specifications FLOWRATE (GAL/MIN) Nomogram for Sizing Weco Butterfly Valves 200 60000 40000 24 20000 20 18 16 14 0.01 0.008 0.006 0.004 0.003 0.002 0.001 10000 8000 6000 4000 PRESSURE DROP (LBS/SQ IN) - WATER AT 60 F 12 10 2000 8 6 1000 5 800 4 400 600 3 200 21/2 100 2 80 60 40 20 0.6 0.7 0.8 1.0 1.5 2 3 4 5 6 8 10 15 20 30 40 50 60 80 10 100 LINE VELOCITY (FT/SEC) 51 FMC Technologies, Inc. Flowline Products & Services Weco® Pneumatic Actuator Specifications Weco® Pneumatic Actuator Specifications Pneumatic Actuators - Double Acting Model Sizes, in. Part # lb Weight kg in. A mm in. B mm in. C mm in. D mm in. E mm in. F mm in. G mm in. H mm in. J mm in. K mm L in. M in. mm in. mm N 330 2-6 3235438 8 1⁄2 3.9 12 9⁄16 319 8 3⁄4 222 3 5⁄16 84.1 7 13⁄16 198 1 15⁄16 49.2 2 1⁄16 52.4 2 50.8 3 7⁄8 98.4 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 350 5-6 3237369 18 8.2 16 1⁄8 511 12 5⁄16 313 3 5⁄16 84.1 7 13⁄16 198 1 15⁄16 49.2 2 1⁄16 52.4 3 5⁄16 84.1 6 1⁄2 165.1 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 550 8 - 10 3236771 35 15.9 19 3⁄8 492 13 11⁄16 348 5 3⁄16 133 12 1⁄16 308 3 3⁄16 90.5 3 1⁄16 77.8 3 5⁄16 84.1 6 1⁄2 165 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 7⁄8 22.2 4 mounting holes L on M bolt circle both sides 550A 12 3237183 35 15.9 19 3⁄8 492 13 11⁄16 348 5 3⁄16 132 12 1⁄16 308 3 3⁄16 90.5 3 1⁄16 77.8 3 5⁄16 84.1 6 1⁄2 165 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 1 1⁄8 28.6 590 10 3237886 55 25 22 559 15 7⁄8 403 5 3⁄16 132 12 1⁄16 308 3 3⁄16 81 3 1⁄16 77.8 5 5⁄16 135 10 9⁄16 268 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 7⁄8 22.2 N square N F E H D G 1 ⁄4 NPT inlet 1 ⁄4 NPT inlet double acting breather-spring return B A 52 C K J 590A 12 3237887 55 25 22 559 15 7⁄8 403 5 3⁄16 139 12 1⁄16 308 3 3⁄16 81 3 1⁄16 77.8 5 5⁄16 135 10 9⁄16 268 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 1 1⁄8 28.6 square broach internal to accept valve stem FMC Technologies, Inc. Flowline Products & Services Weco® Pneumatic Actuator Specifications Pneumatic Actuators - Spring Acting L in. M in. mm in. mm N 332 2-3 3237525 13 5.9 19 9⁄16 497 15 3⁄4 400 3 5⁄16 84.1 8 5⁄8 219 1 15⁄16 49.2 2 1⁄16 52.4 2 50.8 3 7⁄8 98.4 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 333 3-4 3237368 15 6.8 19 9⁄16 497 15 3⁄4 400 3 5⁄16 84.1 8 5⁄8 219 1 15⁄16 49.2 2 1⁄16 52.4 2 50.8 3 7⁄8 98.4 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 354 4 3237373 25 11.3 20 1⁄4 514 16 7⁄16 418 3 5⁄16 84.1 8 5⁄8 219 1 15⁄16 49.2 2 1⁄16 52.4 3 5⁄16 84.1 6 1⁄2 165 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 4 mounting holes L on M bolt circle both sides 355 5-6 3237515 31 14.1 20 1⁄4 514 16 7⁄16 418 3 5⁄16 84.1 8 5⁄8 219 1 15⁄16 49.2 2 1⁄16 52.4 3 5⁄16 84.1 6 1⁄2 165 4 5⁄16 110 1 7⁄16 36.5 3⁄8 16 UNC 3 1⁄4 82.6 5⁄8 15.9 596 8 - 10 3237865 93 42.2 30 1⁄8 765 24 610 5 1⁄16 129 13 1⁄8 333 3 3⁄16 81 3 1⁄16 77.8 5 5⁄16 135 10 9⁄16 268 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 7⁄8 22.2 N square N F square broach internal to accept valve stem E H D G 1 597A 12 3237866 106 48.1 30 1⁄8 765.2 24 610 5 3⁄16 132 13 1⁄8 333 3 3⁄16 81 3 1⁄16 77.8 5 5⁄16 135 10 9⁄16 268 5 5⁄16 135 1 7⁄8 47.6 1⁄2 13 UNC 5 127 1 1⁄8 28.6 Weco® Pneumatic Actuator Specifications Model Sizes, in. Part # lb Weight kg in. A mm in. B mm in. C mm in. D mm in. E mm in. F mm in. G mm in. H mm in. J mm in. K mm ⁄4 NPT inlet 1 ⁄4 NPT inlet double acting breather-spring return B A C K J 53 6” butterfly valves Model Part # Weight A B Weco® Pneumatic Actuator Specifications C 54 D E F G lb kg in. mm in.7 3.41 86. mm in. mm in.56 141 7.54 8.00 50.25 dia.56 deep 3 places on 3.6 2.00 178 4. mm in.8 F A B E C 1 ⁄4 NPT Inlet 3 ⁄8 . Flowline Products & Services Weco® Pneumatic Actuator Specifications Pneumatic Vane Actuators Fits 2” .62 117 2.6” butterfly valves Fits 2” . Inc. mm in. bolt circle both sides G D .FMC Technologies. mm in.66 220 5. mm 200 3258068 10 4.16 tapped hole x .31 58. 014 . or low and high temperature seat hardening). 55 .215 0 Weco® Actuator Sizing Information The torques for resilient seated valves tabulated in this section are the sum of (1) and (2) above for various shutoff pressures. an additional safety factor may be applicable.Torque due to fluid forces which tend to close the valve.FMC Technologies.143 . This torque is a function of valve diameter. Where unusual service conditions exist (such as likelihood of seat swelling. Inc. and a torque coefficient (Ct) which varies with angle opening. pressure drop.022 . Angle Open Angle Open Ct 0 10 20 30 40 50 60 70 80 90 0 . T = CtD3 ∆P Where: T = Dynamic torque (in-lb) D = Valve Dia (in.033 . Torque is calculated by the equation: (1) (2) (3) Seating Torque .) Ct = Dynamic torque coefficient (see table below) C t vs. Flowline Products & Services Weco® Actuator Sizing Specifications Required Operating Torques: Dynamic Torque There are three torques to be considered when selecting the proper actuator for a butterfly valve: Dynamic torque is torque on the valve shaft due to the fluid forces on the valve disc.087 .The torque required to displace a resilient seat and effect shutoff Bearing Torque . These tabulated values include a safety factor large enough to insure proper valve operation in most general butterfly valve applications.The torque required to overcome friction forces on the valve shaft bearing surfaces Dynamic Torque .050 .007 . 390 1400 15.610 14.035 117 1. a check should be made to insure that actuator output exceeds the calculated dynamic torque.580 7.600 1.830 22.000 12.690 9. the actuator sizing will be the same as for a single butterfly valve application. consult factory.475 1. consult the factory.850 209 3. Angle Opening Tables for any angle.000 3.350 153 2.380 11. Low-Torque Valves: Undercut discs are available for butterfly valve applications that require lower seating torques.920 19.900 479 541 605 667 5. Weco® Actuator Sizing Information Dynamic torque is of prime consideration in situations where line velocity is not recovered downstream of the valve.350 5.FMC Technologies.480 732 9.100 237 3.770 878 11.230 704 7.840 1790 25. Actuators Sizing Torque for Weco® Butterfly Valves Valve Size. For complete information. Flowline Products & Services Weco® Actuator Sizing Information Dynamic torque is not usually of major concern in resilient seated butterfly valves unless the line velocity exceeds 20 fps. If line velocity exceeds this.280 647 744 840 936 7.600 520 6. 2 21⁄2 3 4 5 6 8 10 12 14 16 18 20 24 NOTE: 56 tabulated in Maximum ∆P vs. Dynamic torque should be checked at 80° open for 0n-off applications. @ Various Line Pressures 50 psi 75 psi 100 psi 125 psi 345 kPa 517 kPa 690 kPa 862 kPa 90 92 94 96 10 10 11 11 130 134 138 142 15 15 15 16 200 206 212 218 23 23 24 25 350 366 382 398 40 41 43 45 535 566 597 628 60 64 67 71 770 823 876 929 87 93 99 105 1.460 8.580 2. 0 psi 0 kPa 90 10 130 15 200 23 350 23 535 60 770 87 1.000 565 .350 1. Above figures are for values used in wet service. provisions must be made for velocity recovery by adding downstream piping.800 4.010 16.150 843 982 1121 1260 9.790 5. If it does.240 4.340 2. for dry service valves contact factory.000 339 3.880 551 6. the pressure drop across the valve will be equal to the height of water above the valve for all angles of valve opening.725 153 167 181 195 2.975 223 3. use torque value at highest standard value rating even for lower pressure applications.920 11. This pressure drop must not exceed the pressure drop Actuator Sizing For Tee Linkages: For standard tee linkage applications where one actuator operates two butterfly valves of the same size with one valve opening as the other valve closes. This situation exists on installations where’ there is an unlimited source and less than 6 diameters of pipe downstream of the valve.230 1060 1243 1425 1610 14.140 1030 12.820 237 264 292 319 3.740 1580 1910 2240 2570 For valves using Polytetrafluoroethylene (PTFE) seats.680 416 4.100 2.100 1250 Seating Torque In Inch-lb (N*m). For the actuator sizing for other tandem linkage applications. If a valve discharges to the atmosphere.060 346 4.650 2900 175 psi 1207 kPa 100 11 150 17 230 26 430 49 690 78 1.430 8. Inc.400 3.200 339 384 429 475 4. in. 150 psi 1034 kPa 98 11 146 17 224 25 414 47 659 74 982 111 1.300 373 5.730 6. 300 373 5.500 622 350 550 550A 590 590A Pressure to achieve rated torque psi kPa 80 552 30 207 80 552 80 552 30 207 30 207 Spring Return Models Displacement cu.016 966 228 109 11. Pressure above line for air to open. spring to close.41 bar) Displacement 41 cu. in. (672 cu.4” 2” .6” — 8” . lb N*m 330 25 410 72 1180 120 1970 120 1970 355 5820 355 5820 1.216 298 250 2.6” 2” .366 8. cm 332 25 410 25 40 72 1180 72 1180 355 5820 355 5820 333 354 355 596 597A Spring closing torque in.21⁄2” 2 .21⁄2” 2 . lb mm kg 40 276 800 90 60 414 1.27 bar) Maximum Housing Pressure 180 psi (12.FMC Technologies. spring to open.000 565 Spring opening torque in.21⁄2” — — — 2” .10” — — 12” 8” . cu.000 1130 Air opening Air Closing torque @ torque @ 80 psi 80 psi in. lb in. 3.100 237 6.10” 12” 12” 12” Double Acting Models 30 207 330 350 550 550A 590 590A Actuator air pressure: psi (kPa) (Note 1) 30 (207) 40 (276) 60 (414) 70 (483) 40 (276) 50 (345) 70 (483) 80 (552) Valve Sizes 2” . cm Rated torque in.500 622 5.)/90° Stroke Torque Data Pressure Torque Output psi kPa in.5” 2” . except 80 psi maximum pressure on Models 350.4” 2” .10” — — 12” 12” Spring Return Models 332 333 354 355 596 597A NOTES: 1.666 4. Abnormally high torque conditions may necessitate increased actuator air pressure. All of the above ratings are conservative for normal installations.4” 2” . Below line for air to close.4” — — 2” .6” 2” . 57 .6” 2” .4” 2” . Inc. lb N*m 150 17 425 48 425 48 1. lb N*m N*m 1.150 130 1.21⁄2” 2 . Flowline Products & Services Weco® Actuator Sizing Information Minimum Air Pressure for Weco® Pneumatic Actuators Operating Weco® Valves at 175 psi Rated Pressure Actuator air pressure: psi. Weco® Pneumatic Actuator Torque Ratings (note air pressure) Displacement cu.600 181 100 690 2. Abnormally high torque conditions may necessitate increased actuator capability. 590 and 590A. cu. kPa 50 75 345 517 Valve Sizes 2” . in.10” 8” . cm.500 622 5.10” 8” .000 850 113 96 725 300 82 34 2. in.10” 8” .500 622 5.6” 2” . lb N*m 300 34 850 96 850 96 2.666 1100 527 Weco® Actuator Sizing Information Double Acting Models NOTES: All of the above ratings are for normal installations.150 130 5.066 1280 911 9. Maximum actuator air pressure 120 psi. Abnormally high torque conditions may necessitate increased actuator air pressure.4” 30 207 5” 45 310 6” 60 414 NOTES: All of the above ratings are for normal installations.10” 8” .400 271 Minimum Actuator Pressure for Weco Valves at 175 psi line pressure Valve Size Pressure psi kPa 2” .641 2. 2. Weco Model 200 Vane-Type Pneumatic Actuator Operating Conditions Maximum Operating Pressure 120 psi (8.10” 8” .050 119 3.600 746 10.4” 2” .000 226 120 827 2.6” 8” 8” .200 136 80 552 1. 58 End Connections 1502 (MxF) 1502 (MxM) 2” LS10 10.000 .79 37 223 223 16.75 (70) (1034) 1502 (MxM) 3” TSi20 20.8 CF CF P505417 12.500 Threaded 2. Chiksan® Swivel Joint Specifications 30 13.5 26 16 7.8 3144126 11.2 22 10.6 12 5.3 107 48.5 10.1 8.3 34 15.4 37 16.69 21.88 (48) 1379) 2002 (MxM) 3” TSi15 7.73 3139890-LT 162 273 N/A N/A N/A N/A N/A N/A Part No.28 185 5.96 9.9 62 28.000 1502 3.1 257 9.4 14.4 163 5.37 7.4 213 C 9 229 10.75 (70) (517) 1502 3” TSi15 15.2 411 14.79 8.000 (MxF) 1.5 60 27.35 103 187 A 7.9 A A CF CF CF CF CF B A B B A P505420 14.14 181 8.4 P527331-LT 246 538 518 N/A P527340 P527340-LT P516091 P516091-LT N/A P505327 7.2 211 460 411 16.01 4.88 (48) (1034) (MxM) 1502 (FxF) 2002 2” LS20 20.96 N/A 3139546 3139546-LT 3139547 3139547-LT P/N P/N-LT Style 50 B C 255 116 288 131 161 73.2 20.06 103 A Style 30 P505416 7.4 213 B 6. Style 60 FMC Technologies.15 283 3139889 CF 14 7.69 21.88 (22) (690) Threaded 1502 1” LS15 15.5 91 P505420-LT 368 368 41. (bar) (mm) A A CF CF A N/A CF B A 16.1 16. Flowline Products & Services Chiksan® Swivel Joint Specifications TripleStep and Longsweep® Swivel Joints .38 9.3 CF CF CF 3144630 3144630-LT 6101559 6101559-LT P504952 P504952-LT CF CF CF CF CF CF CF Part No.5 14.9 277 9.74 273 10.8 56 25.2 313988B N/A CF CF N/A 6101537 6101537-LT 3259291 3259291-LT Part No.9 P505416-LT 201 CF P524579 P524579-LT 52 23.92 277 8. Style 20 B 99 45 68 31 36 21 8 3.38 7.3 P517487-LT 211 CF CF P516092 14. Inc.02 178 8.000 Threaded 1.3 (33) (690) 1” LS10 10.06 7.5 (89) (690) (MxF) 1.6 Wt lb kg B 4.5” LS10 10.92 277 10.74 273 10.79 223 12.42 315 10.000 (MxF) 3.5 P509888 140 3144569 5.2 42 18.000 1502 1.91 P517487 8.5 P516092-LT 359 N/A CF 74 33.6 N/A CF 7.28 111 185 4.4 417 366 10.3 (33) (1034) 1.5 Wt lb kg A Style 40 B N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A A B 3139890 6.4 246 538 518 8.5 140 7.38 111 4.4 366 5.2 Wt lb kg B Wt lb kg 11 11 48 279 279 22 11 11 62 279 279 28. CF A Wt lb kg CF CF CF CF CF Part No.9 P505327-LT 201 N/A N/A 6.88 (48) (690) Threaded 1502 (MxF) 2” LS15 15.88 (98) (690) 1002 (MxM) 4” TSi15 15.000 1.5” LS15 15.88 (22) (1034) 1502 (MxM) Size/ Model CWP psi Bore in.6 P505417-LT 320 N/A CF 3144125 N/A 37 16.36 10.74 273 10.000 (MxF) .74 273 10.4 239 A B C A P527331 9.000 (MxF) 2.2 20.3 18.000 1.000 2002 3 (76) (1379) (MxF) 1002 4” TSi10 10.12 3144569-LT 130 3139904 3139904-LT 3139475 3139475-LT 3267203 3267203-LT N/A 3139778 5 3139778-LT 127 3139777 3139779-LT 7. 9 N/A N/A CF N/A 8.73 273 B 10.38 47 3139892 162 21.7 143 64.96 202 10.91 277 16.4 213 8.4 518 C C Wt lb kg 24 10.2 87 39.N/A N/A N/A N/A N/A 1502 (MxM) 1.7 Wt lb kg A CF CF CF CF B P505410 P505410-LT P505411 P505411-LT CF D 14.4 518 P/N P/N-LT B C 7.4 417 B 14.06 28 P516135-LT 181 190 190 103 12.88 (22) (1034) 1502 (MxF) Part No.7 70 31.91 226 10.4 P505326-LT 366 P527399 20.7 272 10.97 3144094-LT 279 3139903 10.73 273 10.4 188 7.1 CF CF 3144094 10.14 3141454-LT 181 3139550 8.4 16.5 140 A B 10.5 45 20.75 (70) (1034) 2” LS20 20.1 27 12.4 366 C 16.1 26 11.5 102 46.000 3.73 273 10.4 213 7.000 2.37 9.73 273 C 10.7 272 10.4 518 16.73 273 10.5 (89) (690) 4” TSi10 10.88 (48) (690) Threaded 3139891-LT P505482 1502 (MxF) P505482-LT 2” LS15 15.000 3139891 1.000 .5” LS15 15.88 (48) (1034) 1502 (MxM) N/A 1.5 P505325-LT 368 P505326 14. (mm) 1” LS10 .000 1502 (MxF) 3.12 257 9 229 10.9 277 P502504 10.9 27 12.9 277 10.2 538 18.2 411 16.75 (70) (517) Threaded 1502 (MxF) 1502 (MxM) 3” TSi20 20.38 162 5.73 256 10.4 417 21. 6.4 366 20.1 460 18.000 Threaded 1.8 50 22.47 4.4 129 58.000 1.5 80 140 36.9 10.8 209 95 338 154 A 10.000 2002 (MxF) 3 (76) (1379) 1002 (MxF) 1002 (MxM) 4” XHTL 10.2 538 B Style 10 A B 7.88 (22) A A B C A 3141454 7.9 3139477-LT 277 P518960 8.12 257 10.96 P501542-LT 202 3139781 10.12 9.1 P516094-LT 409 P516093 15.5 A CF N/A CF CF N/A B C A B D C P505409 14.3 (33) (690) 1502 (MxF) 1502 (MxM) N/A N/A N/A N/A N/A N/A N/A N/A N/A 2002 (MxF) 2002 (MxM) 3” TSi15 7.9 277 10. Style 100 FMC Technologies.1 181 82.37 5 47 P502504-LT 257 238 238 127 21.37 238 10.9 3144570-LT 277 3144571 12.8 360 164 198 89.500 2.14 181 8.4 3139550-LT 213 3145886 8.2 3144572 12.4 417 16.88 P524218-LT 327 P505325 14.97 3139903-LT 279 N/A CF CF N/A CF CF N/A Part No.9 12.73 273 10.9 CF Part No.37 238 9.5 61 27. N/A End Connections 10.2 3139901-LT P527697 P527697-LT D Wt lb kg Chiksan® Swivel Joint Specifications Size/ Model Bore in.9 145 P505409-LT 366 417 417 201 65. Flowline Products & Services Chiksan® Swivel Joint Specifications TripleStep and Longsweep® Swivel Joints 59 .5 108 3144572-LT 318 277 277 318 49.6 371 14.73 273 10.38 56 162 25.4 3145886-LT 213 P501542 7.4 366 14.9 P516093-LT 404 3130501 20.73 273 10. Inc.5 90 40.8 44 20 52 23.4 16.88 (48) 1379) N/A 1502 (FxF) 2” LS10 10.42 315 12.12 3139780-LT 257 3139476 9 3139476-LT 229 3139905 10.000 1.4 417 16.000 Threaded (690) CWP psi (bar) A 6.47 7.1 CF N/A P516135 8.2 3139892-LT 5.91 277 10.4 417 16.4 7.37 238 9.5” LS10 10.73 273 Style 70 A B Style 80 C D Wt lb kg N/A 10.12 3139781-LT 257 3139780 10.2 411 20.3 (33) (1034) 1” LS15 15.88 (98) (690) 3” TSi15 15.6 371 D C 168 76.1 460 21.9 3139905-LT 277 3139477 10.5 10.51 3144571-LT 318 P524218 12.7 78 35.8 P518960-LT 224 3144570 10.46 189 7.5 60 3139901 140 27.7 272 10.81 275 10.73 256 6.4 417 A 16.7 272 10.91 277 D 82 37.4 7.9 277 12.42 417 16.4 518 P516094 16.4 188 9.73 273 B C D C 10.000 1.52 318 12.4 366 14.6 5.88 327 14. 44 240 10.8 1.1 86 39.13 54 2.1 4.19 3205400 81 3205637 5.3 2. A 3111292 1.72 120 5. CWP End Sizes psi Connecin.19 3207743 81 3207750 4.3 5 2.8 3.12 3207756 232 3207764 9.19 81 3.56 3207766 141 B 2.3 4 1.6 5 2.8 4 1.72 69 2.22 107 4.000 (414) Threaded 4 6.62 3207729 67 3207736 3.25 6.62 67 2.22 107 4.000 (414) Threaded 3 6.28 109 5.81 275 Wt lb kg 1.68 195 8.03 102 4.47 139 5.8 12 5.03 102 4.5 27 12.000 (414) Threaded 2.8 1.6 1.6 10 4.81 71 4.88 251 Wt lb kg 3.1 Style 50 Part No.5 0.22 107 4.5 1.94 49 1.5 6.8 0.28 109 4.75 6.84 148 7.94 49 1.1 2.5 2 6.8 51 23.7 1.94 49 1.28 109 4.72 120 4.000 (414) Threaded .72 3207728 69 3207735 3.8 53 24.2 25 11.84 148 7.19 3207744 81 3207751 4.1 6.94 3111315 49 3220947 2.88 3220167 124 3207757 4.62 219 9.5 6.56 268 Wt lb kg 2.000 (414) Threaded 1.68 195 7.12 181 9.000 (414) Threaded 1 6.2 38 17.3 64 29.4 38 17.5 18 8. Inc.8 3.000 (414) Threaded Style 20 Part No.25 cf 210 9.1 8 3.5 3.72 3205399 69 3207737 3.62 117 5.62 117 4.81 71 2.3 1.72 120 4. (bar) tions 60 .5 6.19 81 3.5 8.3 2.94 3111317 49 3220883 2.8 22 10 37 16. A 3111291 1. A 3111293 1.5 0.56 3207765 141 B 2.3 1.28 109 5.47 3207741 139 3207749 6.88 73 4.31 3207727 135 3207734 5.88 3221068 124 3207758 4.2 Style 40 Part No.62 117 4.8 6.3 37 16.83 250 2.81 71 2.72 120 4.66 169 8.8 1.81 71 4.62 117 4.13 54 4.8 1.FMC Technologies.5 6.7 2.3 15 6.8 19.94 3111316 49 3220948 2.31 3111314 84 3220946 5.31 84 3.3 Style 30 Part No.8 3. Flowline Products & Services Chiksan® Swivel Joint Specifications High-Pressure Swivel Joints A A A C A B B B Chiksan® Swivel Joint Specifications Nom.62 117 4.5 1.88 149 7.62 117 5.7 3. A 3111290 3.56 3207767 141 B C 2.1 .19 81 3.88 73 2.5 2 4.88 124 8.88 149 7.3 2.000 (414) Threaded 1.62 244 Wt lb kg 1.22 107 4.72 69 2.03 102 4.000 (414) Threaded 2 6.9 29 13.12 3219959 181 3207759 4.94 202 9.8 0.38 6.75 222 10.62 117 5.31 135 5.000 (414) Threaded . 62 117 4.94 9.8 4 7 3.81 71 4.4 4.62 219 9.000 (414) Threaded 2. A B Wt lb kg cf CF 4.9 251 Chiksan® Swivel Joint Specifications .62 244 C 4.5 10 4.62 117 4.81 262 275 71 32.6 9.3 3111313 3.62 3207730 117 3207738 4.22 107 4.88 3207768 251 Wt lb kg 2.03 3207753 102 A C 8 3.84 148 N/A 3207760 8.5 6. A B C Wt lb kg N/A CF 3207731 2.81 244 275 77 3207762 8.72 120 5.19 3207739 81 3207746 3.94 9.62 117 4.38 6.2 3207769 141 Style 80 Part No.62 25.000 (414) Threaded 1 6.19 81 4.2 20 9.28 109 5.56 33. A B C Wt lb kg 2.94 202 9.62 10.4 4.28 109 5.94 49 2.44 202 240 10.000 (414) Threaded 2 6.12 79 4.22 107 4.22 107 4.84 148 4 1.19 81 4.72 120 4.88 73 4.56 45.22 107 4.2 N/A 2.8 1.4 38 17.72 120 5.72 120 4.2 10 4.1 B B Style 70 Part No.3 111 50.88 55.000 (414) Threaded .44 202 240 9.28 109 4.72 120 4.1 9 4.5 33 15 7.12 79 4.19 3207740 81 3207747 3.1 3111320 1.62 117 4.8 9 4. B B A 61 .000 (414) Threaded 3 6.84 3207748 148 N/A 7.28 109 4.62 21.6 8.000 (414) Threaded 1.FMC Technologies.5 10 4. (bar) tions A 3111294 2.72 120 5. Inc.000 (414) Threaded 1.000 (414) Threaded 4 6.88 149 2. Flowline Products & Services Chiksan® Swivel Joint Specifications High-Pressure Swivel Joints A B A A A Nom.2 14 6.22 107 4.3 2.88 149 3. CWP End Sizes psi Connecin.8 1.3 9.2 7 3.3 5.5 12 5.62 117 4.8 2.88 149 N/A 48 4.8 2.5 6.31 10.8 3207761 117 73 5.72 3207745 120 3207752 5.62 35 219 123 3207763 9.72 69 3.9 3207762 117 101 5.72 3220952 69 3207732 2.62 117 4.3 31 14.88 73 4.28 109 4.5 6.81 3111318 71 3220949 4.9 3207763 141 Style 10 Part No.81 71 2.000 (414) Threaded .72 69 3.75 6.1 10 4.62 3220951 117 3207726 4.03 3207754 102 57 4.000 (414) Threaded Style 60 Part No.72 3207733 120 3207741 4.84 148 N/A 7.28 109 5.25 6. 7 58 26.6 117 4. No. Flowline Products & Services Chiksan® Swivel Joint Specifications TripleStep and Longsweep® Swivel Joints Nominal Size/ Model 1” HP 1 .000 (414) 1502 50 / 10 N/A — N/A — 6102809 159 (72) 602 50 / 50 3247975 213 (97) 3231262 234 (106) N/A — Typical Integral Construction Typical Threaded Construction Chiksan® Swivel Joint Specifications Low-Pressure Swivel Joints .25 184 7.7 3131968 117 194 33 5.63 168 6.63 2.63 8.63 12.7 CF 31 14. CWP End Sizes psi Connecin.6 1.88 12.8 35 15.4 3132054 5 2.5 3131937 76 107 5 3 4.3 8 3.63 4.5 5 2.5 5.63 127 231 193 19.6 42 7.88 7.6 91 3.6 117 3.1 4.3 140 175 18 3131988 5 7.1 3131992 56 25.3 3131970 39 17.8 147 6.1 155 7.4 2 99 1.63 3131954 168 3131965 6.5 3131356 191 Style 30 Wt Part lb A B kg No. 3 1.5 64 3 76 3 76 3.5 ft* P/N P/N P/N lb (kg) lb (kg) lb (kg) P/N-LT P/N-LT P/N-LT 3211995 37 (17) 3207644 41 (19) N/A — 3206211 86 (39) 3205870 100 (45) N/A — 3264538 3254780 106 (48) — N/A — 3264538-LT 3254780-LT N/A — N/A — 3267266 132 (60) 3206495 114 (52) 3205876 180 (820) N/A — 3144394 3144001 136 (62) 148 (67) N/A — 3144394-LT 3144001-LT 6102805 N/A — N/A — 159 (72) 6102805-LT Color Code Cold Working Pressure psi (bar) Weco Fig. A B kg No.000 (690) 1502 50 / 50 Red Silver 15.8 3131952 156 89 28 6.13 5 50 15. 3 2.5 6.5 3131944 108 76 17 5.6 193 7.5 64 2.75 15 6.5 CF 7 4.1 114 2. Swivel Joint Styles #1 / #2 Silver Silver 6.4 156 241 Wt Part lb kg No.000 (690) 1502 50 / 50 Red 15.2 107 6.13 17.9 3131996 231.63 14.6 3131957 117 194 16 4.FMC Technologies.Ductile Iron A B B A C A A B B Nom.3 3131937 5 2.6 1.5 1.5 118 175 13 3131966 4.13 8.5 3.5 3. A 4.2 3131974 194 118 CF 5 9.1 3131943 114 2.2 3131886 64 91 3 2.88 5.75 600 (41) Threaded 1 600 (41) Threaded 1.63 5.13 9.7 156 207 Style 40 Wt Part lb A B kg No.000 (414) 1502 602 50 / 10 50 / 50 Black 10.88 4 3131929 3.7 3131962 175 10.5 89 146 17 3131955 4.75 3.63 9.5 89 4.5 7.9 175 B Style 60 Style 70 Wt Part Wt Part lb A lb No.6 7.5 6.3 3132056 13 5.5 7. 2 3131927 2.5 3131973 175 10.5 CF A A Style 50 A B C 2.000 (414) 602 602 50 / 50 50 / 50 Black 10.000 (414) 6.5 3.9 3131951 146 6.2 2.5 76 114 8 3131946 3.000 (690) Gas) Silver 6.9 99 4.25 3 3.88 23 7.13 3.88 1 64 99 3 3131936 3 4.64 2.5 3131930 114 5 3131935 127 5 3131940 127 3131945 5.5 CF 35 9.1 3131996 194 8 CF 203 Wt lb kg 6 2.5 3.63 6.2 127 234 8 47 3132001 6.6 7.1 7.6 193 3.88 4 3131934 3.7 92 64 7 3131938 4. kg 4 3131928 3.88 23 7.4 CF .8 3131979 140 194 24 3131990 5 9.5 2 99 1.88 1 64 99 2 3131931 2.2 2.7 92 61 4 3131933 3.5 114 5.75 146 6.000 (1034) 1502 50 / 10 Olive Green (Sour 10.5 3131926 114 4.6 91 4.5 6 4.1⁄2” HP 1 .6 22 9.75 8 127 197 39 3131998 6.9 8 3.5 3131959 16 7.7 118 175 27 3131976 5.5 6 3. Inc.5 114 4. Weight Threaded 10 ft Threaded 12 ft Integral 9.3 3131932 64 91 6 3 4.2 3131942 76 107 10 3.1⁄2” LS 2” HP 2” LS 2” LSG 3” HP Method of Construction Length in Extended Condition. (bar) tions 62 A A .5 3131947 89 155 19 4.2 3131963 194 118 21 6.25 600 (41) Threaded 1.2 107 4.4 3132053 3 1.9 99 3.63 4.000 (1034) 6.63 6.5 21.9 127 22.5 600 (41) Threaded 2 600 (41) Threaded 2.5 600 (41) Threaded 600 Threaded (41) 3 175 (12) Flanged 600 Threaded (41) 4 175 (12) Flanged Style 20 Part No.5 76 114 3 3131941 3 4.5 1.9 3132011 23 10.9 175 6.63 3132204 168 3131987 7. 75 8 127 197 66 3131070 9.2 118 175 18 3131317 5.88 175 7.13 156 5 127 6.25 413 15.000 Beveled 3131299 (69) 1.5 318 12 305 8 203 6.9 31 14.1 155 7.00 7.5 89 6.8 Style 50 Part No.75 16.6 193 8 203 7.5 241 9.28 591 19.8 147 Wt lb kg 18 8 3.63 6.5 470 23.1 155 6. Inc.5 20 8.19 30 248 411 96 3131078 9.5 6.000 Beveled 3131343 (69) 1.000 Threaded 313048 (69) 275 (19) Flanged CF 1.5 5.7 24 10.76 121 5.2 167 75.5 Style 40 Part No.9 23.6 117 5.000 Beveled 3131114 (69) A 5.5 470 18.63 168 6. (bar) tions 2 3 4 8 Part No.13 8.5 89 4.000 Threaded 3131316 (69) 275 (19) Flanged 3134977 1.7 76 34.5 112 50.75 8 127 197 43 3131330 6. 1.13 156 5 127 9.94 151 3.94 43.5 140 4.25 6. A B 3131050 3.1 57 25.88 175 6.13 232 9.88 5.5 191 7.9 200 91 121 54.2 62 152 12.25 62.2 589 23.2 589 23.75 248 9.29 3131218 108 160 8 3131226 3.75 3.94 354 13.9 305 489 62 3131115 8 15.000 Threaded 3131096 (69) 275 (19) Flanged 3131104 1.25 184 13.13 156 5.9 59 27 137 62.2 117 175 29 3131286 5.88 5.3 40 18.48 469 12.48 469 18. kg 8 3.75 146 5.75 106 502 48.Carbon Steel A A A C A B B B Nom.2 140 175 12 3131300 4.44 6 19.25 28 203 387 Wt lb kg 10 4.4 169 77 91 41.6 89 146 12 3131273 4.6 193 7.5 19.03 306 Chiksan® Swivel Joint Specifications 6 Style 20 CF 63 . A B C 3131052 3.3 127 57.48 317 123 55.FMC Technologies.63 194 9.44 341.62 6.8 21 9.6 117 5 127 6.44 164 16.9 175 6.5 15.25 184 7.000 Threaded 3131069 (69) 275 (19) Flanged 3131077 1.000 Beveled 3131225 (69) 1.6 241 405 42 3131089 2.4 3131097 318 138 3131105 12 19. Flowline Products & Services Chiksan® Swivel Joint Specifications Low-Pressure Swivel Joints .5 16 7 24 10.63 194 18 8 33 15 46 20.13 232 5.5 140 4.7 50 22.1 231 9.75 3.2 6 3131091 152 18.63 118 5 127 6.25 387 7.5 89 5.63 168 7.2 66 30 40 18.2 21 9. CWP End Sizes psi Connecin.000 Threaded 3131272 (69) 275 (19) Flanged 3131635 1.13 19.88 13.25 184 Style 30 Wt Part lb A B No.5 156 207 18 3131344 5 7.9 28 12.6 193 9.7 40 18.2 234 9.5 89 4.1 155 6.2 234 18.000 Beveled 3131088 (69) 1.1 73 33.8 22 10 13 5.63 194 7.9 13 5.75 146 6.8 16 7 34 15.4 6.35 491 261 119 CF 3131231 3131278 3131291 3131305 3131322 3131335 3131349 CF CF CF 3131107 12.2 589 3131220 3131229 3131276 3131289 3131303 3131320 3131333 3131347 3131071 3131079 3131090 P523643 3131106 3131116 Wt lb kg 13 5.13 156 7.63 194 7.75 146 6.63 168 6.3 31 14.5 5.6 193 7.4 3131049 89 146 4.5 241 6 152 12.7 97 44. 2 3 Chiksan® Swivel Joint Specifications 4 64 6 8 CWP psi (bar) End Connections 1.94 194 70 3131082 152 9.FMC Technologies.5 3131047 146 156 30 CF CF CF 13.44 468 185 CF 84 130 3267081 6 18.63 9.73 24 146 10.6 472 18.13 6. A B lb A B C lb A B No. Flowline Products & Services Chiksan® Swivel Joint Specifications Low-Pressure Swivel Joints .7 3131327 127 232 21.2 24 4.000 (69) 1.5 CF 3131093 241 CF 230 3131108 19.13 22 156 10.000 (69) 1.13 10.7 3134423 127 232 21.000 (69) 275 (19) 1.000 (69) Threaded Flanged Beveled Threaded Flanged Beveled Threaded Flanged Beveled Threaded Flanged Beveled Threaded Flanged Beveled Style 60 Part No.62 53 194 24.8 24 5 9.88 35 175 15.4 194 232 CF CF 154 6 3131081 15.6 12.9 P505098 118 194 14.88 46 6.7 24 5 9.000 (69) 1. Sizes in.88 3131294 175 3131308 6.63 194 B A C C Style 70 Style 80 Style 10 Wt Wt Wt Part Part lb Part No.000 (69) 275 (19) 1.000 (69) 275 (19) 1.000 (69) 275 (19) 1.3 3131055 89 156 146 11.8 6.13 47 9.12 CF 3265987 7.63 7.2 C 5.6 6.88 175 7.000 (69) 1.41 493 104 CF B CF 18.63 53 194 24.5 6.4 3131328 127 232 194 26.63 32 CF CF 10.75 25 5.7 CF CF CF CF CF CF CF CF CF CF CF CF Wt lb kg 6.63 6.13 47 5 9.000 (69) 275 (19) 1. No.1 7.62 10.9 7.4 3.63 10.75 146 6.13 7.88 7.63 7.7 3131054 61 92 9.73 6.13 5.88 175 6.64 21 3.9 3131271 175 194 40 CF CF CF 18.54 171 59 152 472 319 77. A 3131053 5.1 . Inc.63 3131325 194 8 3131338 203 3131352 7.63 58 7.63 7.07 CF CF P511523 5.63 33 4.73 146 154 23 4. kg kg kg 15 2.2 3134978 157 CF 3131281 6.5 3131282 118 194 15 3131284 118 194 175 20.Carbon Steel A B B B A A A A Nom.4 3131315 194 232 59 CF CF CF 26. Nut in. Qty/Carton A Clearance Radius B Outside Diameter End-to-end C Threaded D Inside Diameter Materials: AS . Sub Material. Sub Material.9 CS DI 3200773 28 2 1⁄2 64 2 1⁄4 57 2 25⁄32 71 1 22⁄32 43 3 1.7 DI DI A C D B Figure 200 .9 SF SF 3200912 4 4 11⁄16 119 5 1⁄8 130 4 15⁄16 125 4 3⁄16 106 18 8. 1 1 1⁄4 1 1⁄2 2 2 1⁄2 3 4 in. Flowline Products & Services Weco® Wing Union Specifications Figure 100 .Carbon Steel.4 CS DI 3200778 16 3 76 2 29⁄32 74 3 9⁄16 90 2 5⁄32 55 5 2.4 DI DI 3200612 4 5 5⁄16 135 5 3⁄16 132 5 3⁄4 146 4 3⁄16 106 22 10 DI DI 3200795 1 6 15⁄16 176 7 5⁄16 186 6 23⁄32 171 6 9⁄32 160 45 20. mm lb kg 3200829 40 1 31⁄32 50 1 19⁄32 40 2 19⁄32 66 1 1⁄8 28 2 0.Ductile Iron Casting. Nut in.9 CS DI 3207633 28 2 1⁄4 57 1 31⁄32 50 2 25⁄32 71 1 15⁄32 37 2 0.1.4 CS DI 3207281 16 3 76 2 13⁄16 71 3 1⁄4 83 2 5⁄32 55 5 2.6 CS DI 3203048 6 4 102 4 3⁄32 104 4 17⁄32 115 3 3⁄16 81 13 5. in. Nut in.9 SF SF 3205449 4 4 11⁄16 119 5 1⁄8 130 5 127 4 3⁄16 106 18 8. DI . mm in. mm lb kg 3207627 40 2 51 1 19⁄32 40 2 21⁄32 67 1 1⁄8 28 2 0.2.2.5 DI DI 3200611 6 4 1⁄2 114 4 102 4 7⁄8 124 3 3⁄16 81 14 6. SC .000 psi (69 bar) cold working pressure Nominal Pipe Size Union Part No.Steel Forging 65 . mm in. mm in.FMC Technologies. Qty/Carton A Clearance Radius Outside B Diameter C End-to-end Threaded Inside D Diameter Weight Material.8 SF SC Weco® Wing Union Specifications Nominal Pipe Size Union Part No.000 psi (138 bar) cold working pressure Weight Material. mm in.3 DI DI 3200899 10 3 9⁄16 90 3 13⁄32 84 4 1⁄8 105 2 9⁄16 65 9 4. 1 1 1⁄4 1 1⁄2 2 2 1⁄2 3 4 6 8 10 in.1 CS DI 3200782 6 4 102 4 3⁄32 104 4 17⁄32 115 3 3⁄16 81 13 5.Steel Casing.3 SF DI 3207278 10 3 9⁄16 90 3 11⁄32 85 4 1⁄8 105 2 9⁄16 65 8 3. mm lb kg 2 2 1⁄2 3 4 6 8 3200609 16 3200610 10 3 15⁄16 100 3 1⁄4 83 4 9⁄32 109 2 9⁄16 65 10 4. mm in. mm in.Alloy Steel. CS .4 DI DI 3200796 1 8 7⁄32 209 9 15⁄32 241 7 3⁄16 183 8 1⁄4 209 66 30 DI DI 3 3⁄16 2 3⁄4 3 5⁄8 2 5⁄32 6 2. mm in. Inc.2 SF SF Figure 206 . Qty/Carton A Clearance Radius Outside B Diameter C End-to-end Threaded D Inside Diameter Weight Material.1 SF SF 3202552 1 7 7⁄16 189 9 9⁄16 243 7 3⁄16 183 8 1⁄4 209 65 29. SF .9 CS DI 3207636 28 2 1⁄2 64 2 1⁄4 57 2 25⁄32 71 1 22⁄32 43 3 1.9 CS DI 3200960 28 2 1⁄4 57 2 51 2 25⁄32 71 1 15⁄32 37 2 0.5 SF SC 3202566 1 9 229 11 1⁄2 292 9 3⁄32 231 10 5⁄16 262 90 40. mm in. mm in. Sub Material.2 SF SF 3202521 1 6 1⁄4 159 7 1⁄2 191 6 21⁄32 169 6 9⁄32 160 42 19.000 psi (138 bar) cold working pressure Nominal Pipe Size Union Part No. 3 CS SF 3200292 4 4 3⁄8 111 4 5⁄32 106 6 7⁄32 158 3 3⁄16 81 19 8. mm 1 1⁄8 28 2 5⁄32 55 Weight lb kg 2 0. 5” to 12” Nominal Pipe Size Union Part No. mm 1 9⁄16 40 2 7⁄8 73 8 5⁄8 219 9 11⁄16 246 C End-to-end Threaded in.5 SF SC 4 3⁄16 106 16 7. Material. mm lb kg 3200291 6 3 1⁄2 89 3 1⁄16 78 5 1⁄4 133 2 5⁄32 55 11 5 SF SF 3200290 5 4 1⁄32 103 3 1⁄2 89 6 1⁄16 154 2 9⁄16 65 16 7.9 SC SC * Casing thread standard Note: 2 inch does have O-ring Materials: AS . SC . mm 4 3⁄32 104 5 1⁄8 130 7 1⁄2 191 9 9⁄16 243 C End-toend Threaded in. Sub Material. CS . Qty/Carton A Clearance Radius B Outside Diameter End-to-end C Threaded D Inside Diameter Weight Material.3 SF SC 3202179 1 6 3⁄4 171 7 3⁄4 197 11 1⁄16 281 6 9⁄32 160 64 29 CS SC 3204333 1 6 3⁄4 171 7 3⁄4 171 11 1⁄16 281 6 21⁄32 169 61 27. Nut in. Nut A C D Weco® Wing Union Specifications B Figure 400 .000 psi (138 bar) cold working pressure Figure 211 .2. DI . mm in. Qty/Carton A Clearance Radius in. mm in. Sub Material. mm B Outside Diameter in. 1 2 in.9 SF SC 10 5⁄16 262 96 43.7 SF SF 3206347 1 5 16⁄16 148 6 1⁄4 159 10 15⁄32 266 5 1⁄8 130 47 21.Alloy Steel. Sub Material.500 psi (172 bar) cold working pressure.8 SF SC Weight in.Steel Casing.2.3 SF SF 6 9⁄32 160 37 16.7 CS SC 3202060 1 7 13⁄16 198 9 19⁄32 244 11 7⁄16 291 8 1⁄4 209 95 43.9 6 2.1 SF SC 3201578 1 10 23⁄32 272 14 356 10 15⁄16 278 12 11⁄32 313 163 73. Qty/Carton A Clearance Radius in.000 psi (138 bar) cold working pressure Nominal Pipe Size Union Part No. 2. 2 2 1⁄2 3 4 5 1⁄2 OD* 6 7 OD* 8 12 in.6 SF SF 3200337 3 5 127 5 7⁄32 133 8 7⁄32 209 4 3⁄16 106 28 12. Nut 3 4 6 Nominal Pipe Size Union Part No.Steel Forging 66 . SF . mm lb kg 3 3⁄16 81 10 4.000 psi (276 bar) to 4”.4. mm 3205369 40 2 1⁄8 54 3205343 16 3 1⁄8 79 11 1⁄2 292 B Outside Diameter in.5 SF SC D Inside Diameter in. mm 2 3⁄4 70 3 15⁄32 88 8 1⁄4 209 70 31. Inc. mm 3 3⁄4 95 4 5⁄16 109 5 13⁄16 148 D Inside Diameter in.FMC Technologies.Ductile Iron Casting. mm in. Flowline Products & Services Weco® Wing Union Specifications Figure 207 .7 CS DI SF DI 8 10 3207906 3207907 3207908 3207981 3207982 8 4 1 1 1 5 3⁄4 7 3⁄16 9 15⁄16 12 3⁄8 14 1⁄2 146 135 252 314 368 Material.Carbon Steel. 5 CS SF 3202428 9 3 1⁄4 83 2 9⁄16 65 4 7⁄8 124 1 11⁄16 43 9 4.Steel Casting. Nut in.4 CS SF 3202434 9 3 1⁄4 83 2 9⁄16 65 4 7⁄8 124 1 13⁄32 36 10 4. Qty/Carton A Clearance Radius B Outside Diameter End-to-end C Threaded D Inside Diameter Weight Material. mm in.000 psi (414 bar) cold working pressure Nominal Pipe Size Union Part No.4 AS SC 3219932 1 5 3⁄4 146 5 1⁄2 140 10 15⁄16 278 4 102 74 33.Alloy Steel. Sub Material.000 psi (690 bar) 2”-3”. mm in.000 psi (690 bar) to 4”. Nut in.8 AS SF 3205675 10 3 1⁄32 77 2 9⁄16 65 4 7⁄8 124 1 13⁄32 36 10 4. DI .10. 67 . mm in. mm in. mm lb kg 3205681 32 2 7⁄32 56 1 3⁄4 44 3 17⁄32 90 1 1⁄8 28 4 1. consult factory for other configurations. 1 1 1⁄4 1 1⁄2 2 2 1⁄2 2 1⁄2 (EUE) 3 4 in. mm in.5 AS SF * 5” .2 AS SC 3206927 5 4 102 3 11⁄16 94 5 15⁄16 151 2 13⁄16 71 16 7.5 AS SF 3205665 10 3 1⁄32 77 2 9⁄16 65 4 7⁄8 124 1 11⁄16 43 9 4.8 SF SF 3202416 4 4 1⁄2 114 4 5⁄32 106 6 1⁄4 159 3 3⁄16 81 21 9.1 CS SF P533564 6 3 5⁄8 92 3 3 ⁄32 78 5 3 ⁄4 146 2 1⁄16 52 15 6. Qty/Carton A Clearance Radius B Outside Diameter End-to-end C Threaded D Inside Diameter Weight Material. mm in. consult factory for other configurations. 7. mm in. 2 3 4 in.3 SF SF 3205626 5 3 7⁄8 99 3 1⁄2 89 6 1⁄8 156 2 9⁄16 65 18 8.FMC Technologies. 7. CS . CS . mm lb kg 3208519 6 3 3⁄4 95 3 76 4 21⁄32 118 2 5⁄32 55 12 5. Sub Material. Flowline Products & Services Weco® Wing Union Specifications Figure 602 . Inc.6” available with butt weld ends.Ductile Iron Casting.1 AS SF P535063 6 3 13⁄16 97 3 3 ⁄32 78 5 3 ⁄4 146 2 1⁄16 52 16 7.6 AS SF Weco® Wing Union Specifications Figure 1003 .Carbon Steel.6. Nut in.3 AS SF 3205565 4 4 17⁄32 115 4 1⁄4 108 6 7⁄32 158 3 3⁄16 81 22 10 AS SF 3205533 2 4 31⁄32 126 5 5⁄16 135 8 7⁄32 209 4 3⁄16 106 32 14.4 AS SF 3219928 2 4 7⁄8 124 4 3⁄8 111 9 1⁄8 232 3 3⁄16 81 45 20. mm lb kg 3202377 32 2 3⁄8 60 1 3⁄4 44 3 17⁄32 90 1 1⁄8 28 3 1. Qty/Carton A Clearance Radius Outside B Diameter C End-to-end Threaded D Inside Diameter Weight Material. 1 1 1⁄4 1 1⁄2 2 3 4 in.10.Steel Forging Figure 1002 . A C D B Nominal Pipe Size Union Part No. Sub Material.500 psi (517 bar) cold working pressure.500 psi (517 bar) cold working pressure 4”-5” * * 5” available with butt weld ends. 5”-6” * Nominal Pipe Size Union Part No. SF . mm in.5 SF SF 3202399 2 5 3⁄16 132 5 7⁄32 133 8 1⁄4 210 4 3⁄16 106 31 14 SF SF NOTES: AS . mm in. Inc. mm in. mm in. Nut in.000 psi (1380 bar) cold working pressure Nominal Pipe Size Union Part No.15.Steel Casting. Sub Material. CS . DI . mm in.8 21.6 AS SF 3252926 1 6 300 5 3⁄4 146 8 1⁄2* 216 — — 64 29 AS SF A C D B * Non-Pressure Seal Figure 2002 .FMC Technologies.20.7 AS SF 3201570 5 3 29⁄32 99 3 3⁄16 81 7 178 2 1⁄16 52 19 8. mm in.Steel Forging 68 E D F B . 2 3 in. Qty/Carton A Clearance Radius Outside B Diameter C End-to-end Threaded Inside D Diameter Weight Material. Flowline Products & Services Weco® Wing Union Specifications Figure 1502 . mm in. SF .Carbon Steel. mm lb kg 3222761 5 3 3⁄4 95 2 19⁄32 66 7 13⁄32 188 1 5⁄16 33 21 9. mm lb kg 3254059 19 2 7⁄8 73 2 3⁄16 55 4 11⁄32 110 1 1⁄8 28 9 4. mm in.Ductile Iron Casting. Qty/Carton A Clearance Radius Outside B Diameter C End-to-end Threaded D Inside Diameter Weight Material in. mm in. mm lb kg 3235746 5 3 3⁄4 95 2 7⁄8 73 8 13⁄16 224 1 5⁄16 33 22 10 AS 3257994 1 6 3⁄32 155 5 1⁄2 140 10 1⁄2 267 3 76 53 24 AS Weco® Wing Union Specifications Tank unions .1 AS SF 3254057 10 3 21⁄32 93 2 31⁄32 75 5 13⁄32 137 1 11⁄16 43 17 7.000 psi (1034 bar) cold working pressure Nominal Pipe Size Union Part No. mm in. Qty/Carton A Clearance Radius B Outside Diameter C End-to-end Threaded Inside D Diameter Weight Material in.1 16.Alloy Steel. mm in. 1 1 1⁄2 2 2 1⁄2 3 4* in.6 SF SF 3203088 4 4 5⁄32 106 3 3⁄4 95 7 1⁄4 184 2 9⁄16 65 22 10 AS SC 3207510 3 4 1⁄2 114 4 13⁄32 112 7 5⁄8 194 3 3⁄16 81 30 13.5 AS 3245911 1 6 3⁄32 155 5 1⁄2 140 10 1⁄2 267 3 76 87 39.5 AS Figure 2202 . Qty/Carton A Clearance Radius B Outside Diameter C End-to-face D Inside Diameter inside E Seal diameter inside F BW diameter Weight Material in. mm in mm lb kg 6 8 10 12 3255061 3254864 3255064 3255067 2 1 1 1 6 1⁄4 7 1⁄2 8 1⁄2 9 3⁄4 159 191 213 244 7 7⁄8 9 7⁄8 11 7⁄8 14 199 247 297 356 4 3⁄8 4 3⁄8 4 1⁄2 4 1⁄2 111 111 114 114 3 3 3 3 ⁄8 ⁄8 ⁄8 ⁄8 19 19 19 19 6 5⁄8 8 5⁄8 10 3⁄4 12 3⁄4 168 219 273 324 7 3⁄8 9 5⁄16 11 3⁄8 13 1⁄2 187 237 289 343 22 31 37 58 10 14.500 psi (34 bar) maximum line pressure Nominal Pipe Size Union Part No. mm in.15. in.8 SC SC SC SC A C NOTES: AS . mm in.000 psi (1034 bar) cold working pressure Nominal Pipe Size Union Part No. mm in. CS . 2 3 in. mm in. 5 5 5 5 5 5 5 Nut radius mm 127 127 127 127 127 127 127 Nut SF SF SF SF SF SF SF Materials Sub CS CS SF DI DI DI CS lb 40 22 18 25 23 22 22 Weight kg 18.Alloy Steel. DI .Steel Casting.2 11.8 30 13.500 psi (34 bar) maximum line pressure Size/Type 6-inch hose 5-inch hose 5-inch socket weld 5-inch line pipe thread 4-inch line pipe thread 4-inch hose Blanking cap assy. CS . P512200 3251341 3202072 3248972 3215198 3207912 3220990 Qty. mm in.4 10 10 NOTES: AS . Part No. Butt-weld D outside dia. mm 3207504 8 4 19⁄32 117 4 19⁄32 117 5 1⁄16 129 3207130 2 6 3⁄4 171 6 15⁄16 176 8 203 3207894 2 8 3⁄4 222 8 15⁄16 227 10 1⁄8 257 3207149 2 10 15⁄16 278 11 1⁄8 283 12 1⁄8 308 3207897 1 12 15⁄16 329 13 1⁄8 333 13 3⁄8 340 3207900 1 13 5⁄8 346 13 3⁄4 349 15 3⁄8 391 3207903 1 16 1⁄4 413 16 3⁄8 416 17 3⁄8 441 in.150 psi (10 bar) maximum line pressure Nominal Pipe Size Union Part No. mm in. mm in.2 22 10 26 11./ Carton 1 1 4 2 2 2 2 Length in. mm 5 9⁄16 141 8 5⁄8 219 10 3⁄4 273 12 3⁄4 324 14 356 16 406 18 457 in.4 lb kg E F G A B C Weco® Wing Union Specifications D Suction-hose unions . mm in. mm 6 5⁄8 168 3 1⁄8 79 1 1⁄2 38 10 1⁄4 260 4 102 2 51 12 1⁄4 311 4 102 2 51 14 1⁄2 368 4 1⁄4 108 2 51 16 1⁄2 419 4 1⁄4 108 2 51 17 3⁄16 437 4 3⁄8 111 2 51 19 13⁄16 503 4 1⁄4 108 2 51 6 14 14 14 14 14 14 7 3.1 10 8.Ductile Iron Casting. 14 1⁄4 14 1⁄4 4 4⁄32 7 3⁄4 5 15⁄16 14 15⁄32 3 11⁄16 mm 356 356 104 194 161 368 92 in.1 45 20.Steel Forging 69 . degrees Weight in. SF .FMC Technologies. 4 6 8 10 12 13 16 in. Qty/Carton inside A Tube diameter inside B Body diameter C Butt-weld inside dia. CS . E F End-to-face G Misalignment. Inc.6 42 19.Carbon Steel.2 18 8. Flowline Products & Services Weco® Wing Union Specifications Air-o-unions .3 10. 4) 285(129) 127(57. 1 Weco® Integral Fitting Specifications 1.4) 40 (18) 31(14.8) 114 (51.6) 54(24. lb (kg) 29 (13.6) 130(59) 268(122) 35(15.6 (12) 29 (13. lb (kg) P/N P/N-LT P506093 P506093-LT P506094 P506094-LT P506095 P506095-LT P505362 P505362-LT P506096 P506096-LT P506097 P506097-LT 3265947 3265947-LT P524675 P524675-LT P506098 P506098-LT P506099 P506099-LT P524681 P524681-LT Wt.000 1502 (1034) 602 6.9) Wt.3) 41 (18.000 1002 (690) 1502 15.000 1502 (1034) 602 6.000 1502 (1034) 2002 20.000 (414) 15. Flowline Products & Services Weco® Integral Fitting Specifications Longsweep Elbow Elbows Weco Nom.6) CF CF 36 (16.000 (1380) 602 6.1) 36(16.9) 302(137) . lb (kg) 32 (14.2) 38(17) 42(19) 124(56.000 (1034) 15.7) 142(64.7) 116(52.000 (414) 15.000 (414) 15.2) 24 (10.9) 52(23.2) 34 (15.4) 32 (14. lb (kg) 102 (46.9) P/N P/N-LT P506061 P506061-LT P506062 P506062-LT P506063 P506063-LT P506064 P506064-LT P506065 P506065-LT P506066 P506066-LT P506067 P506067-LT 221 (100) CF CF CF CF CF CF 105 (47.000 (414) 10.000 1502 (1034) 2002 20.4) 26.6) CF CF 3259683 3259683-LT 3259845 3259845-LT 54 (24.000 1002 (690) 1502 15.9) 52(23.6) P506068 P506068-LT 3268113 3268113-LT CF 101 (45. lb (kg) 27 (12.9) 47(21.6) 136(61.FMC Technologies.1) 156(70.6) 234(106) P/N P/N-LT P506087 P506087-LT P506088 P506088-LT P506089 P506089-LT P503848 P503848-LT P506080 P506080-LT P506091 P506091-LT 3265538 3265538-LT P524674 P524674-LT P506092 P506092-LT P500632 P500632-LT P524680 P524680-LT 35(15.7) 62(28.000 (414) 15.1) 87 (39.5) CF 115 (52.2) 32 (14. Wing CWP Size Union psi in.6) 136(61.8) 318(144) 141(64) 143(64. Figure (bar) No.3) 46(20.5 2 3 4 70 1502 15.9) CF 84 (38. lb (kg) 121 (54.000 1502 (1034) 2002 20.8) P506060 P506060-LT 3268115 3268115-LT 75 (34) CF CF CF CF CF Wt.3) 101 (45. lb (kg) 32(14.4) — — CF 51 (22. lb (kg) P/N P/N-LT P506100 P506100-LT P506101 P506101-LT P506102 P506102-LT P505364 P505364-LT P506103 P506103-LT P506104 P506104-LT 3268629 3268629-LT P524676 P524676-LT P506105 P506105-LT P506106 P506106-LT P524682 P524682-LT Wt.2) 128(58) 253(115) 114(51. Wing CWP Size Union psi in.000 (1380) 602 6.6) 130(59) 268(122) 38(17.9) 47(21.5 2 3 4 1502 15. 1 1.000 (1380) 602 6.8) 200 (90. Figure (bar) No.5) 112 (50.7) 116(52.000 (1034) Tees P/N P/N-LT Wt.6) 234(106) P/N P/N-LT P506083 P506083-LT P505457 P505457-LT P506084 P506084-LT P503840 P503840-LT P505584 P505584-LT P506085 P506085-LT 3262298 3262298-LT P519451 P519451-LT P506086 P506086-LT 3268031 3268031-LT P518790 P518790-LT Wt.5) P/N P/N-LT P506069 P506069-LT P506070 P506070-LT P506071 P506071-LT P503842 P503842-LT P506072 P506072-LT P506073 P506073-LT 3268575 3268575-LT P524672 P524672-LT P506075 P506075-LT P500631 P500631-LT P524677 P524677-LT Wt.6) 41(18. lb (kg) Wt.7) Tees Weco Nom.4) P/N P/N-LT P506048 P506048-LT P506049 P506049-LT P506050 P506050-LT P503846 P503846-LT P506051 P506051-LT 3267335 3267335-LT 3265950 3265950-LT P519448 P519448-LT P506052 P506052-LT 3268033 3268033-LT — — — — 3262554 22 (10) 3260403 27 (12.000 (1034) P/N P/N-LT P506076 P506076-LT P506077 P506077-LT P506078 P506078-LT P503850 P503850-LT P506090 P506090-LT P506081 P506081-LT 3263821 3263821-LT P524673 P524673-LT P506082 P506082-LT P500633 P500633-LT P518756 P518756-LT Wt.7) 142(64.000 (1380) 602 6.2) 38(17) 42(19) 124(56.1) 36(16.000 1502 (1034) 2002 20.9) 101 (45.2) CF CF 18 (8.8) 99 (44.4) 285(129) 127(57.000 (414) 10.3) P/N P/N-LT P506053 P506053-LT P506054 P506054-LT P506055 P506055-LT P506056 P506056-LT P506057 P506057-LT P506058 P506058-LT P506059 P506059-LT Wt.3) 46(20.7) 36 (16.5) — — P506172 P506172-LT 3261102 3261102-LT 89 (40.7) 220 (99. lb (kg) 89 (40.1) 148(67.2) 128(58) 253(115) 114(51.2) 52(23.4) 40(18) 31(14. Inc.4) CF 27 (12.000 (1034) 15. 000 (414) 15.000 — (1380) P506144 602 6.5 3 4 1502 15.000 (1380) 602 6. 1 1.000 1502 (1034) 2002 20. Inc. lb (kg) Wt.2) Crosses CF 83 (37.000 (1380) 602 6. lb (kg) 183 (83) P/N P/N-LT P506129 P506129-LT P506130 P506130-LT P506131 P506131-LT 3258451 3258451-LT P506132 P506132-LT P506133 P506133-LT P506134 P506134-LT — — — — 170 (77. Flowline Products & Services Weco® Integral Fitting Specifications Longsweep Elbow Crosses Weco Nom.4) P/N P/N-LT P506146 P506146-LT P506147 P506147-LT P506148 P506148-LT 3257975 3257975-LT P506149 P506149-LT P506150 P506150-LT P506151 P506151-LT Wt.4) 72 (32.FMC Technologies. lb (kg) — P/N P/N-LT P506164 P506164-LT P506166 P506166-LT 3262652 3262652-LT 3208846 3208846-LT 3254106 3254106-LT CF CF — — 88 (40.7) 3266805 3266805-LT — — — 183 (83) 197 (89.6) 77 (35) 87 (39.7) Weco® Integral Fitting Specifications 2 P/N P/N-LT P506137 P506137-LT P506138 P506138-LT P506139 P506139-LT 3257976 3257976-LT P506140 P506140-LT P506141 P506141-LT P506142 P506142-LT 71 . 1 1. Wing CWP Size Union psi in.7) P/N P/N-LT P506113 P506113-LT 3269120 3269120-LT P506114 P506114-LT 3257973 3257973-LT P506115 P506115-LT P506116 P506116-LT P517401 P517401-LT — — — — P506171 P506171-LT 3261768 3261768-LT 27 (12.3) 157 (71.000 (1034) 15.000 (414) 10.3) P/N P/N-LT P506160 P506160-LT 62 (27. lb (kg) 136 (61. Figure (bar) No.1) Wyes Weco Nom. Figure (bar) No. lb (kg) 58 (26.1) P506161 P506161-LT 90 (40.7) 80 (36.000 1502 (1034) 2002 20. lb (kg) CF 89 (40.3) CF P506111 P506111-LT P506112 P506112-LT — — — 34 (15.1) P506135 P506135-LT P506136 P506136-LT 170 (77.6) 67 (30. lb (kg) 65 (29.5 2 3 4 1502 15.1) CF 180 (81.5) P/N P/N-LT P506107 P506107-LT P503531 P503531-LT P506108 P506108-LT 3257972 3257972-LT 3267282 3267282-LT P506109 P506109-LT P506110 P506110-LT Wt.000 (1034) P/N P/N-LT Wt. lb (kg) 197 (89.1) 157 (71.4) — — — Wt.1) CF 180 (81.000 1502 (1034) 602 6.8) 80 (36.1) 66 (30) CF 168 (76.1) CF 94 (42.000 (1034) 15.3) 59 (26.000 (414) 15.4) 73 (33.000 1502 (1034) 2002 20.5) — — 54 (24. Wing CWP Size Union psi in.4) Wt. lb (kg) CF P/N P/N-LT P506154 P506154-LT P505434 P505434-LT 3263029 3263029-LT 3261420 3261420-LT P506156 P506156-LT 203 (92.2) P506123 P506123-LT P206124 P206124-LT — — — — — CF 77 (35) 62 (28.000 (690) P506145-LT 1502 15.000 — (1034) Wt. lb (kg) 178 (80.6) 67 (30.1) 170 (77.4) 183 (83) P506152 P506152-LT P506153 P506153-LT 197 (89.000 1502 (1034) 2002 20.000 (414) 15.2) 144 (65.9) CF CF — — 310 (141) CF CF — — CF 44 (20) 28 (12.6) 183 (83) 170 (77.5) Wt.000 1502 (1034) 602 6.9) — — 48 (21.7) P/N P/N-LT P506118 P506118-LT P506119 P506119-LT 3262655 3262655-LT 3258450 3258450-LT P506120 P506120-LT P506121 P506121-LT P506122 P506122-LT — — 157 (71.5) — — CF — CF CF 211 (95.2) CF CF P506174 P506174-LT P506175 P506175-LT 66 (30) — — — — P506175 P506175-LT P506177 P506177-LT CF 144 (65.2) Wt.000 (414) P506144-LT P506145 1002 10.8) 58 (26.6) Laterals CF 83 (37.9) — — CF CF CF CF — — P506158 P506158-LT P519459 P519459-LT P518757 P518757-LT 117 (53.000 (1380) 602 6.7) 27 (12.4) 73 (33.3) P504791 P504791-LT P506117 P506117-LT — — CF 70 (31.1) Wt.3) CF 192 (87.000 1002 (690) 1502 15.1) CF CF — — 174 (78.2) 28 (12.000 (414) 15. 25 (133) 5. (mm) 5.25 (133) N/A N/A 7.62 (321) A in. (mm) 6. (mm) 6.63 (194) N/A N/A 7.25 (133) 5.26 (515) 5. (mm) N/A N/A 5.50 (191) 7.13 (130) 7.63 (168) 6.5 2 3 4 Weco® Integral Fitting Specifications Nominal Size in.50 (191) 7. (mm) C in.50 (267) N/A N/A 15 (381) N/A N/A 15 (381) 15.62 (321) 1 1.75 (400) 15.40 (417) Elbow D in.5 (140) 7.50 (495) 19. Inc. (mm) 12. (mm) 45° Lateral B in. (mm) C in.69 (246) B in.50 (495) N/A N/A N/A N/A 6.63 (168) N/A 8 (203) 8 (203) N/A .FMC Technologies.06 (154) 6.16 (182) 10 (254) 12.12 (308) 12. (mm) 10.75 (400) N/A N/A 20.59 (193) 9. (mm) N/A N/A 7. 1 1.25 (133) 5.06 (154) 6.25 (133) N/A N/A Weco Wing Union End — — — 602 1502 2002 602 1002 1502 M xM Wyes Longsweep Elbow B in.20 (208) Cross B in.06 (154) 6.50 (292) 11.12 (308) 12.50 (267) 10.20 (208) Tees A in.06 (154) 6.40 (417) A in.06 (154) 8 (203) 8.12 (308) 16 (406) 16.50 (292) N/A N/A N/A N/A 16 (406) 16 (406) N/A 19.50 (267) 10. (mm) N/A N/A 5.26 (515) N/A N/A 20.06 (154) 8 (203) 8.5 (216) 8. (mm) 7. (mm) N/A N/A 7.2 (208) A in.63 (194) MxF B in. 1 1. (mm) 15 (381) 15 (381) 15 (381) 16 (406) 16. Flowline Products & Services Weco® Integral Fitting Specifications Dimensional Data Nominal Size in. A in.16 (182) 10 (254) 12.5 (216) N/A 11.5 2 3 3 3 4 4 4 A in.50 (191) 8 (203) 8.75 (400) 15.69 (246) A in. (mm) 60° Lateral B in. (mm) N/A N/A N/A 8.5 2 3 4 72 Nominal Size in. (mm) 5 (127) 5 (127) 5 (127) N/A N/A C in.25 (133) 5.94 (202) 9. Inc. Flowline Products & Services Weco® Integral Fitting Specifications A A MxF A B B MxM MxF Longsweep Elbows Elbow FxFxM A FxFxMxM A A B MxFxF B Wye Tee B Cross MxFxF MxFxF A A Weco C C B B 45° Lateral 60° Lateral Weco® Integral Fitting Specifications Weco 73 .FMC Technologies. 5) 3266745.6) CF P517111-LT (88.000 (690) 15.9) P531126 305 P531126-LT (138) 4 ft (1.(11.524 mm) P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) P508591 46 P508592 53 P508591-LT (20.829 mm) P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) P516821 58 P516820 67 P516821.(30.8) P520522 245 P520522-LT (111) 20 ft (6.(168) CF P518437-LT (206) LT LT LT 151 P502324 P502323 (68.8) LT 6 ft (1.(112) CF P518450.000 (1034) 6.5) 98 P510400 122 P510401 143 (45) P510400-LT (55. Inc.4) P510409 167 P510409-LT (75.125 P517664.000 (1034) Weco Union End 2” 1502 3” 1502 4” 602 4” 1002 4” 1502 2 ft (610 mm) P/N lb P/N-LT (kg) P508589 32 P508589-LT (14.5) P508600 56 P508600-LT (25.(49) LT (56.2) LT LT LT CWP psi (bar) 5 ft ( 1.658 mm) P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) P508595 87 P508596 101 P508595-LT (39.000 (414) 10.000 (414) 10.438 mm) 10 ft (3.5) P508596-LT (45.(113) P518458.8) P508609 313 P508609-LT (142) P512873 463 P512873-LT (210) P512105 464 P512105-LT (211) P520526 665 P520526-LT (302) .829 mm) 8 ft (2.048 mm) 12 ft (3.(72.3) P516820.1) P516485-LT (45.438 mm) 10 ft (3.4) CF P512866 P512866-LT P520514 P520514-LT CWP psi (bar) 15.000 (1034) 15.048 mm) 12 ft (3.8) 125 (57) P512867 P512867-LT P520515 P520515-LT 8 ft (2.(25) 3261496.438 mm) P/N lb P/N-LT (kg) P508594 73 P508594-LT (33.3) P510408 134 P510408-LT (60.(38.7) P508601 70 P508601-LT (31.8) P510402 165 P510402-LT (74.1) P508603-LT (44.000 (690) 15.000 P517538(1034) (33.524 mm) P/N lb P/N-LT (kg) 3261090 37 3261090.658 mm) lb P/N lb P/N lb Part No. Flowline Products & Services Weco® Pup Joints Specifications Integral Sizes Weco Union End 1” 1502 2 ft (610 mm) 3 ft (914 mm) 4 ft (1.9) P520521-LT (98) 10 ft (3.000 (1034) 8 ft (2.219 mm) P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) P516825 41 P516823 50 15.4) LT LT P517664 108 P517672.(30.9) 155 P520520 36 P520521 215 (70) P520520-LT (83.000 (1034) 6.FMC Technologies.7) P510411-LT (106) P510404 250 P510405 293 P510404-LT (113) P510405-LT (133) P513472 365 CF P513472-LT (166) 6 ft (1.000 (1034) 15.3) P510401-LT (64.8) P516817(53.9) P508592-LT (24) P508602 84 P508603 99 P508602-LT (38.096 mm) P/N lb P/N-LT (kg) P508598 156 P508598-LT (70.(19.1) (1034) (8.219 mm) P/N lb P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) P/N-LT (kg) 3263200 18 P512501 25 3262915 15.5) CF 5 ft (1.8) P510403 207 P510403-LT (93.3) P510410 200 P510411 233 P510410-LT (90.4) LT LT LT Integral with Retention Shoulder 3 ft (914 mm) 4 ft (1.(14.000 (1380) 4” 1502 15.3) 3262915.(16.(26.219 mm) 5 ft (1.3) LT LT Sizes Weco Union End CWP psi (bar) 2” 1502 3” 1502 3” 2002 20.000 326320031 P512501.9) P510406 101 P510407 118 P510406-LT (45.829 mm) P/N lb P/N-LT (kg) P508593 60 P508593-LT (27.8) P508606 170 P508607 199 P508606-LT (77.8) CF 79 (35.7) LT LT P517538 73 P517582 91 15.2) P508604 113 P508604-LT (51.048 mm) lb P/N lb P/N lb Part No.1) P508605 142 P508605-LT (64.1) P517582(41.5) LT P519441 365 P525905 542 257 P502326 313 P519441583 P519440 (117) (142) (166) P525905-LT (246) P502327 (264) LT P520516 249 P518458 247 P518450 371 P518437 453 P520516.7) LT 205 (93) NPS Detachable Nut with Retention Shoulder Sizes Weco Union End 2” 1502 3” 1502 4” 602 4” 1002 4” 1502 Weco® Pup Joint Specifications Sizes CWP psi (bar) 15. (kg) P/N-LT (kg) P/N-LT (kg) P516810 84 P516485 101 P516817 118 P516810.8) P510407-LT (53.5) LT LT P517674 160 P517111 195 P517674.524 mm) 6 ft ( 1.000 P516825(1034) (18.6) P516823(22. (kg) P/N-LT (kg) P/N-LT (kg) 3262229 43 3266745 55 3261496 67 3262229.000 (1034) 3 ft (914 mm) P/N lb P/N-LT (kg) P508590 39 P508590-LT (17.1) P508607-LT (90. 2) 3265600 55 3265600(24.000 (1034) 6. Inc.9) LT 3265599 3265599-LT 24 (10.1) 69 (31.8) 3265772 3265772-LT 133 (60.9) 48 (22) 52 (23.FMC Technologies.829 mm) P/N lb P/N-LT (kg) P511842 59 P511842-LT (26.000 (414) CWP psi (bar) 15.658 mm) P/N lb P/N-LT (kg) P504985 45 P504985-LT (20.000 (1034) 6. (kg) P512102 73 P512102-LT (33.1) LT 5 ft (1.3) CF CF P506629 91 3265771 P506629(41.4) 59 (26.000 (1034) 15.219 mm) P/N lb P/N-LT (kg) 3265908 45 3265908-LT (20.048 mm) P/N lb P/N-LT (kg) 3265906 86 3265906-LT (39) 3267053 170 3267053-LT (77.4) P528320 P528320-LT 3255327 3255327-LT 63 (28.219 mm) P/N lb P/N-LT (kg) 3265579 21 3265579-LT (9.2) 3” 602 6.1) 112 (50.8) CF 3265728 3265728-LT CF 3255427 3255427-LT CF CF CF CF 80 (36.3) P514711 128 P514711-LT (58.000 (1034) 34 (15) 38 (17.5) 3254968 42 3254968(19.8) 3 ft (914 mm) P/N lb P/N-LT (kg) 3265578 18 3265578-LT (8.7) P501345 106 (48.1) 198 (89.1) 3267024 56 3267024-LT (25.6) 3267026 99 3267026-LT (44.000 (414) 15.000 (690) 29 (13.000 (1034) 6.8) 3255522 3255522-LT 45 (20.4) CF 3265739 3255324 3255324-LT P501344 P501344-LT 3255381 3255381-LT 20 ft (6.438 mm) lb Part No.000 (1034) 2 ft (610 mm) P/N lb P/N-LT (kg) P515014 15 P515014-LT (6.1) 3255325-LT (39) P504506 135 3267338 163 P504506-LT (61.1) 198 (89.829 mm) P/N lb P/N-LT (kg) 3262631 27 3262631-LT (12.9) P514712 112 P514712-LT (50.3) 3255380 3255380-LT 3251806 3251806-LT 84 (38) 95 (43.8) 3265777-LT (109) 69 (31.4) 3267339 3267339-LT 92 (41.524 mm) P/N lb P/N-LT (kg) 3265909 52 3265909-LT (23.096 mm) size: consult factory CWP psi (bar) 15.1) CF P514713 161 P514713-LT (73) CF 4 ft (1.5” 1502 2” 602 2” 1502 3” 602 3” 1502 4” 602 4” 1502 CWP psi (bar) 15.1) CF 10 ft (3.3) 3265773 3265773-LT 155 (70.2) 1.5” 1502 15.000 (1034) 6.438 mm) 10 ft (3.5) 3254969 68 3256062 81 3254969-LT (30.3) 12 ft (3.524 mm) P/N lb P/N-LT (kg) 3265580 24 3265580-LT (10.9) 3255320 141 3255423 169 3255320-LT (64) 3255423-LT (76.4) 3267025 84 3267025-LT (38.4) CF 3 ft (914 mm) lb Part No.1) 3255321 3255321-LT 6101173 6101173-LT 98 (44.096 mm) P/N lb P/N-LT (kg) 45 CF (20.4) 192 (87.4) CF 80 (36.2) CF 6 ft (1.000 (414) 15.8) P513301 113 P513301-LT (51.3) 100 (45.5) 136 (62) 3255379 3255379-LT 3251807 3251807-LT 112 (50.000 (1034) 15.3) Weco® Pup Joint Specifications Sizes .000 (414) 3255329 3255329-LT 3268620 3268620LT 3255323 3255323-LT P507216 P507216-LT P528321 P528321-LT 3255328 3255328-LT 3267340 3267340LT 3255322 3255322-LT 4” 1502 10.9) 6 ft (1.658 mm) P/N lb P/N-LT (kg) CF CF CF 3265739 3265739-LT 80 (36. (kg) P513374 38 P513374-LT (17.1) 49 (22.1) 4 ft (1.6) 3267722 3267722-LT 78 (35.8) 12 ft (3.000 (1034) 15.7) P528319 82 CF P528319-LT (38) 3255326 73 3255325 86 3255326-LT (33.8) NPS Detachable Nut * Weco Union End 2” 1502 3” 1502 4” 602 Sizes Weco Union End 2” 1502 3” 1502 4” 602 * 20 ft (6.9) 2” 602 CF 2” 1502 6.2) 3267338-LT (73. Flowline Products & Services Weco® Pup Joints Specifications NPS Non-Detachable Nut 1502 CWP psi (bar) 15.7) P514350 161 3251808 194 P514350-LT (73) 3251808-LT (88) 3265775 198 3265777 240 3265775-LT (89.9) 62 (28.000 (414) 2 ft (610 mm) P/N lb P/N-LT (kg) 31 3265907 (14.2) 55 (24.000 (414) 10.2) 31 (14.000 (414) 15.048 mm) P/N lb P/N lb P/N-LT (kg) P/N-LT (kg) 3256612 33 3265583 21 3256612-LT (15) 3265583-LT (9.000 (414) 3” 1502 4” 602 15.4) 192 (87.000 (690) 3265769 3265769-LT Sizes Weco Union End 1” Sizes Weco Union End 1” 1502 1.3) 3265771-LT LT 8 ft (2.000 (1034) 3256224 3256224-LT 3265598 3265598-LT 35 (15.1) P514715 194 P514715-LT (88) 5 ft ( 1.3) 100 (45.000 (1034) 6.6) 3265733 3265733-LT 3255524 3255524-LT 45 (20.8) 3256062-LT (36.1) 8 ft (2.000 (1034) 6.8) 128 (58. Inc.FMC Technologies. 76 Flowline Products & Services . FMC Technologies. Inc. serious personal injury. Safety procedures and policies MUST be clearly established by the user and followed. This condition can result in flying debris leading to serious personal injury and must immediately be addressed by either grinding off extruded material or removing the nut from service. Always follow manufacturer’s instructions and Material Safety Data Sheet direction when using solvents. Freezing temperatures lower the impact strength of ferrous materials.Warnings and Cautions FMC Technologies cannot anticipate all of the situations a user may encounter while installing and using FMC products. loosen. bending and torsional loads. serious personal injury. Always use appropriate protective equipment. Whenever leakage is detected from FMC Technologies products. product brochures. tighten. or severe property damage.fmctechnologies/ fluidcontrol. Always apply essential care. The product’s design rating is only valid in the absence of external loading. • Never exceed the rated working pressure of the product. Products not properly secured could fall. or end connections with different pressure ratings.com. Do not subject FMC Technologies products to excessive external loads These include axial loads. Contact FMC Technologies for more information on how to identify the limits of erosion and corrosion. and maintenance manuals. and/or severe property damage. Never strike. and inspection to threaded components before. including but not limited to that of a 2” Figure 1502 male sub end connected to a 2” Figure 602 female sub. Never use or substitute non FMC components or parts in FMC products or assemblies. eroded. may fail under pressure resulting in death. remove them from service immediately to prevent death. attention. Do not interchange sour gas with standard service components. Always follow safe practices when using products in overhead applications. Inc. • Never modify or repair FMC products in a manner not specifically directed in instructions published by FMC Technologies. 77 . consult factory. • Always follow safe practices when manually lifting and carrying products. part. refer to FMC Technologies product catalogs. FMC Technologies. Always make certain that personnel and facilities are protected from residual hazardous fluids before disassembly of any product. and installation. – Use of FMC products in suspension applications can result in over-stress conditions leading to catastrophic failure. • • • Never mix or assemble components. Therefore. • Complete and proper make-up of components and connections is required to attain rated working pressure. serious personal injury. and/or property damage. handling. – Always use appropriate safety precautions when working with ferrous products in below freezing temperatures. Never strike wing union nuts having severely flattened and extruded ears. • Always select only appropriate product and materials for the intended service: – • • • • Never expose standard service products to sour gas fluids (Refer to NACE MR-01-75). or contact FMC Technologies at 800-772-8582. or attempt repairs on pressurized components or connections. SAFETY INSTRUCTIONS: The applications of FMC products are in working environments and systems which must be properly designed and controlled. the user of FMC products MUST know and follow all applicable industry specifications and practices on the safe installation and use of these products. Failure to follow these safety warnings could result in death. – If externally applied loads are anticipated. Never use severely worn. or corroded products. Improper external loading may severely limit the performance of the product and create an unsafe condition. which can be accessed at www. • • • – Never exceed the load rating of lifting devices on products or lifting equipment. For additional safety information. Mismatched conditions. operating. during and after make-up. Colorado Phone: 970-587-6984 Fax: 970-587-2902 Broussard. Louisiana Phone: 318-752-2312 / 2973 Fax: 318-549-9540 Farmington.fmctechnologies. Texas Phone: 361-668-0886 Fax: 361-668-0905 Bryan. Colorado Phone: 970-245-1553 / 1563 / 1557 Fax: 970-245-6066 Poza Rica. Scotland Phone: +44-1224-898-555 Fax: +44-1224-249-460 Singapore Phone: +65/6668-3600 Fax: +65/6-3162605 Dubai. And keep you ahead. Alberta. Texas Phone: 432-561-8063 Fax: 432-552-9151 Weatherford. Texas Phone: 903-757-4180 Fax: 903-757-2514 Odessa. Mexico Phone: +52-899-926-3289 V.We put you first. Argentina Phone: +54-0299-44515 Fax: +54-299-445-1525 Reynosa. Tabasco. Wyoming Phone: 307-382-4244 Fax: 307-382-4454 Edmonton. Arkansas Phone: 501-329-8885 Fax: 501-329-8886 Bakersfield. Utah Phone: 435-781-1790 Fax: 435-781-2693 Milliken. Pennsylvania Phone: 724-459-7350 Fax: 724-459-5459 Muncy. Canada Phone: 780-567-2398 Fax: 780-567-2143 Rock Springs. Alberta. Oklahoma Phone: 405-787-6301 / 6304 / 6309 Fax: 405-787-6090 Blairsville. Alberta. Columbia Phone: +57-1-635-1470 Jakarta. Brazil Phone: +55-22-2773-0735 Barrio San Benito. Inc. Canada Phone: 403-526-3321 Fax: 403-526-8036 Neuquen. Pennsylvania Phone: 570-506-9607 Fax: 570-546-2457 Aberdeen. Canada Phone: 1-780436-8630 FMC International Service Centers Sumner Park. Alberta. North Dakota Phone: 701-572-5021 Fax: 701-572-5024 Oklahoma City. Mexico Phone: +52-782-823-8720 www. Texas Phone: 817-599-5553 Fax: 817-599-3337 DeadHorse. FMC Fluid Control 2825 West Washington Stephenville. Canada Phone: 403-341-4417 Fax: 403-309-9276 Redcliff. New Mexico Phone: 505-592-2769 Fax: 505-327-0641 Williston. Louisiana Phone: 337-837-0700 Fax: 337-839-2235 FMC International Service Centers Red Deer. Alberta. Texas Phone: 979-778-1570 Fax: 979-778-1572 Longview.102512 . Mexico Phone: +52-993-310-4870 Fax: +52-993-310-4879 Vernal. United Arab Emirates Phone: +971-4-883-0303 Fax: +971-4-883-0404 FMC Authorized Service Centers Calgary. Indonesia Phone: +62-21440-4151 Fax: +62-21440-4050 Grand Junction.com Villahermosa. Texas 76401 Phone: Fax: 254-968-2181 254-968-5709 Alice. Australia Phone: +61-448-157-696 Macae. FMC Technologies. Canada Phone: 1-403-219-0255 Clairmont. Alaska Phone: 907-598-4083 Conway. California Phone: 661-303-7268 Fax: 661-283-1076 Bossier City.