½-Inch Thick Stainless Steel Slip-On Flanges

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These ½-Inch Thick Stainless Steel Slip-On Flanges (Series SPFH) are available in Iron Pipe Size (IPS) and Outside Diameter (O.D.) tube sizes, and are manufactured in ASTM grades 304L and 316L. These slip-on flanges comply with ANSI #150 bolt pattern specifications. IPS Size O.D. Tube Size Notesa. Material ASTM available in grades 304L & 316L.b. Meets ANSI class 150 pattern.

Wafer Style Butterfly Valves - Lever Operator

Wafer Style Butterfly Valves with Lever Operator

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This Wafer Style Butterfly Valve (Series BV-H) is manufactured with in an easy-to-use lever-style operator. Epoxy coated cast iron provides high strength and corrosion resistance, and a choice of disk and seat materials may be available upon request. FEATURES Operator flange conforms to ISO 5211. Designed to work with manual, pneumatic or electric actuators.The rubber seat is non-collapsible, stretch resistant, and blowout proof.The precision machined disc ensures low operating torque and effective sealing up to 200 psi. The hydro-dynamically designed disc allows for high capacity flow.One piece shaft design ensures dependability and positive disc positioning.Valves are epoxy coated and incorporate “zerk” style grease fittings for easy lubrication on neck & gearbox (if applicable). DIMENSIONS PART NUMBER STRUCTURE OPERATING CONDITIONS MATERIALS Notes: Disc materials is also available in Aluminum Bronze and Stainless Steel (may be subject to minimum order quantity) Seat is available in other materials including EPDM (may be subject to minimum order quantity) Shorter levers are available for sizes 6″ to 12″.

Wafer Style Butterfly Valves (Series BV-H)

Wafer Style Butterfly Valves with Gear Operator

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This Wafer Style Butterfly Valve with Gear Operator (Series BV-H) is manufactured with an epoxy coated cast iron body for high strength and corrosion resistance. A ductile iron disk is standard, with aluminum bronze or stainless steel available upon request. FEATURES Operator flange conforms to ISO 5211. Designed to work with manual, pneumatic or electric actuators.The rubber seat is non-collapsible, stretch resistant, and blowout proof.The precision machined disc ensures low operating torque and effective sealing up to 200 psi. The hydro-dynamically designed disc allows for high capacity flow.One piece shaft design ensures dependability and positive disc positioning.Valves are epoxy coated and incorporate “zerk” style grease fittings for easy lubrication on neck & gearbox (if applicable). DIMENSIONS PART NUMBER STRUCTURE OPERATING CONDITIONS MATERIALS Notes: Disc materials is also available in Aluminum Bronze and Stainless Steel (may be subject to minimum order quantity) Seat is available in other materials including EPDM (may be subject to minimum order quantity)

Square Exhaust Stainless Steel Flanges

Square Exhaust Stainless Steel Flanges

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Square Exhaust Stainless Steel Flanges (Series SPFES) are manufactured in 304L and 316L stainless steel, ideal for strength and corrosion resistance. This exhaust flange’s material meets American Water Works Association (AWWA) C228 specifications. Notes:a. Flange material is stainless steel (to AWWA C228 specifications).b. Available in stainless steel 304L/316L.

Lever Handle Butterfly Valve K8100

KLAMPz K8100 Lever Handle Butterfly Valve

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This KLAMPz K8100 Butterfly Valve includes a lever-style operator for ease of use. An ideal ductile iron butterfly valve to control and regulate flow for a variety of fluid applications with a maximum working pressure of 200psi. Notes: Max working pressure: 200 psi Max test pressure: 350 psi

Nuts and Bolts

KLAMPz KTB Series Nuts & Bolts

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These KLAMPz KTB Series Nuts and Bolts are UL-listed and FM-approved. Sets include hex nuts and carbon steel bolts in a range of sizes for a variety of applications. Notes: Bolts are carbon steel, heat treaded & Zinc electroplated conforming to ASTM A183, Gr.2 Hex nuts conform to ASTM A563 Br. B Threads adhere to UNC (Unified National Coarse) as put forth by ASME/ANSI. Tensile strength = 110,000 psi; Yield = 80,000 psi; Elongation = 12% UL-listed and FM-approved

Gaskets EPDM

KLAMPz KGE Series Gaskets

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KLAMPz KGE Series Gaskets are a high performance option suitable for a wide range of temperatures. EPDM gaskets are heat- and oxidation-resistant, and offer high durability for a variety of applications. Notes: EPDM: TEMPERATURE RANGE (-34ºC) -30ºF (+110ºC) +230ºF. Suitable for water, non-oil, dilute acids, alkaline salt and many non-hydrocarbon chemicals. DO NOT USE FOR HYDROCARBON SERVICES. Always lubricate gaskets with inert soap-based lube to avoid pinching during installation. UL-listed and FM-approved

Cap Grooved K60

KLAMPz K60 Grooved Cap

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UL-listed and FM-approved KLAMPz K60 Grooved Caps are manufactured of cast ductile iron in dimensions that meet ANSI and American Water Works Association (AWWA) C606-06 specifications and have a maximum working pressure rating of 500psi. The standard coating is paint, but you can choose from other coating options, including epoxy, dacromet, or hot-dip galvanized coating. Notes: Model K60  are cast ductile iron conforming to ASTM A536, Gr. 65.45.12. Dimensions adhere to ANSI/AWWA C606-06. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. UL-listed and FM-approved

Round Exhaust Steel Flanges

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Round Exhaust Steel Flanges (Series PFE) are available in steel, as well as 304L and 316L stainless steel which is ideal for corrosion resistance. The material used for these exhaust flanges meet AWWA C207-13 specifications and are suitable for high temperature applications. Notes:a. Flange material is steel (to AWWA C207-13 specifications).b. Available in stainless steel 304L/316L.

K56, K57, K58, K59 Adapter Nipples

KLAMPz K58 Pipe Adapter Nipples

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KLAMPz K58 Adapter Nipples meet American Water Works Association (AWWA) and ANSI C606-06 specifications and the steel pipe material meets ASTM A53 Grade B Schedule 40 standards. Find a the nominal pipe size and range of groove diameters and wall thicknesses to suit your application needs. Notes: Pipe nipples are cut-grooved per ANSI/AWWA C606-06.Pressure ratings are dependent upon coupling selected.Nipples are manufactured from steel pipe to ASTM A53 Gr.B, Sch.40 *Other sizes and lengths available upon request.

Flange Adapter, Grooved K41

KLAMPz K41 Flange Adapter

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The KLAMPz K41 flange adapter is ANSI pressure-rated to 150psi, and UL/FM pressure-rated to 175psi. Closure bolts included. They are made with ductile iron material with a paint coating. Notes: A hard metal washer is required between the Model K41 gasket and any rubber mating surface, i.e. wafer and lug butterfly valves, flexible connectors, etc. Two factory supplied closure bolts are included with Model K41 Flange Adapter. The Model K41 Flange Adapter should not be used as an anchor point for tie-rods on un-restrained joints. When mounting the Model K41 Flange Adapter to valves, assure that there is adequate clearance between the flange and valve handle, operator, etc. UL-listed and FM-approved

Tee Straight Grooved K20

KLAMPz K20 Tee Pipe Fittings

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UL-listed and FM-approved cast ductile iron KLAMPz K20 Tee Pipe Fittings conform to ASTM A536 standards and meet American Water Works Association (AWWA) and ANSI C606-06 specifications. These KLAMPz tees have a maximum working pressure rating of 500psi. Notes: Fittings are cast ductile iron conforming to ASTM A536, Gr. 65-45-12 Ductile Iron. Dimensions adhere to ANSI/AWWA C606-06. Center to End Dimensions are manufacture’s standard. Fittings larger than 14″ may be fabricated from steel pipe A,STM A53, Gr. B or equivalent. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. UL-listed and FM-approved

Light Weight Flexible Coupling Grooved K05

KLAMPz K05 Lightweight Flexible Coupling

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UL-listed and FM-approved KLAMPz K05 Lightweight Flexible Couplings are available up to nominal size 14 inches and are UL/FM pressure rated to 300psi with a maximum working pressure rating of 500psi. Ideal for waterworks and agriculture use. Notes: Flexible Couplings in straight runs should be supported as close to the coupling as possible, or within the distance of 1/6 the span, and evenly spaced. Flexible Couplings provide either axial or longitudinal movement. The available movement for roll-grooved joints is 1/2 of cut-groove dimensions per ANSI/AWWA C606-06. When pre-setting power nut-drivers, the following torque should not be exceeded. Excessive tightening of the nuts could result in joint failure. (Values Lbs-Ft.) 3/8″=50-59; 1/2″=81-92; 5/8″=147-190; 3/4″=177-179; 7/8″=202-221. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. UL-listed and FM-approved

Elbows

KLAMPz K10 & K11 Elbow Pipe Fittings

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UL-listed and FM-approved K10 and K11 KLAMPz elbows are manufactured of cast ductile iron with a variety of coating options, but the standard is a paint coating. These fittings conform to ASTM A536 specifications and dimensions meet American Water Works Association and ASNI C606-06 specifications and have a maximum working pressure rating of 500psi. Notes: Fittings are cast ductile iron conforming to ASTM A536, Gr. 65-45-12 Ductile Iron Dimensions meet ANSI/AWWA C606-06 Center to End Dimensions are manufacture’s standard Fittings larger than 14″ may be fabricated from steel pipe to ASTM A53, Gr. B or equivalent. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. UL-listed and FM-approved

Stainless Steel Braided - Flanged Flex Connectors

Stainless Steel Braided Flange X Flange Pump Connector

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This Stainless Steel Braided Pump Connector (Series PCF) includes a Flange X Flange connection style. These pump connectors absorb pump vibration and are available in braided-braid or single braided beamed-braid options. DIMENSIONS Notes: Pump Connectors are designed to absorb pump vibration, plus 1/8” misalignment. Working pressures are based on simple pump vibration in a static installation and may vary based on specific application. For elevated temperature service (above 250°F.) please contact API Sales for actual working pressure ratings. PART NUMBER STRUCTURE MATERIALS

Zinc Plated Steel Class 300 Split Retaining Rings

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Zinc Plated Steel Class 300 Split Retaining Rings (Series RR-30) are manufactured to meet ANSI Class #300 pattern specifications. These zinc-plated steel retaining rings include four split ring halves per set and are available with Navy and DIN drilling, upon request. DIMENSIONS Notes: Rings are Steel & Silver Zinc Plated. Navy or DIN drilling available on special order basis. 1 Set = 4 Split Ring Halves

Control Units - Steel (Zinc Plated)

Control Rod Units

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Prevent joint damage due to pipe movements with these Control Rod Units (Series CRU). These units are complete with two rods, four plates, eight nuts, plus steel and neoprene washers in standard zinc-plated steel. DIMENSIONS Notes: Complete units consist of the following: 2 Rods; 4 Plates; 8 Nuts; 8 Steel Washers; & 8 Neoprene Washers. If needed, 3 or more rod sets are available upon request. Standard material used is zinc plated steel Sets are also available in 304/316 Stainless Steel.

Split Retaining Rings - Class 150 (Zinc Plated Steel)

Zinc-Plated Steel Class 150 Split Retaining Rings

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These Silver Zinc-Plated Steel Split Retaining Rings (RR Series) are manufactured to ANSI Class #150 specifications, and are available drilled to Navy or DIN specifications, upon request. One set consists of four split ring halves up to 28″, then eight split ring quarters for 30″ and above. DIMENSIONS Notes: Rings are Steel & Silver Zinc Plated. Navy or DIN drilling available on special order basis. 1 Set = 4 Split Ring Halves up to 28″, or 8 Split Ring Quarters for 30″ and above

Split Retaining Rings - Class 150 Stainless Steel (316)

316L Stainless Steel Split Retaining Rings

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One set of 316L Stainless Steel Split Retaining Rings (Series SRR-16L) is four split ring halves up to 28″ or eight split ring quarters for 30″ and above. These split retaining rings are manufactured of durable stainless steel for corrosion resistance, and can be drilled to Navy and DIN standards upon request. Notes: Rings are furnished in 2 pcs (thru 28”) and 4 pcs (for 30” & greater). Navy or DIN drilling available on special order basis. 1 Set = 4 Split Ring Halves up to 28″, or 8 Split Ring Quarters for 30″ and above

AMU Series Twin Sphere Rubber Expansion Joints - Union x Union

Threaded Union Molded Rubber Expansion Joints

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Female threaded ends make installation of these Threaded Union Molded Rubber Expansion Joints (Series AMU) easier. Reduce noise and vibration with these expansion joints designed to absorb movement efficiently. FEATURES Efficient noise and vibration isolation.Ability to absorb large displacement due to eccentric, axial, and angular movement.Applicable for both suction and discharge.Female Threaded Unions allow for easy installation. APPLICATIONS Vibration isolation for small pumps and circular pumps. Sewage disposal purifier line.Vibration isolation for air-conditioners and pipes. DIMENSION & ALLOWABLE MOVEMENTS *Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. PART NUMBER SCHEME OPERATING CONDITIONS Warning: Pressure ratings listed in the above table are for up to 110 Degrees F (for Neoprene), and 125 Degrees F (for EPDM). For elevated temperature service, please contact API Sales for actual working pressure ratings. MATERIALS

AMT Series Twin Sphere Rubber Expansion Joints - Flange x Flange

Twin-Sphere Molded Rubber Expansion Joints

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Twin-Sphere Molded Rubber Expansion Joints (Series AMT) are suitable for reducing sound and vibration in suction and delivery applications. This twin sphere design includes ANSI Class #150 drilled flanges, but may be customized with ANSI Class #300 and DIN-rated flanges. FEATURES Applicable for suction and delivery (discharge).Designed for greater compression, elongation, and angular movement than the single sphere expansion joint.Excellent for absorbing thermal expansion and eliminating sound and vibration.Gaskets and packing not required.Good electrical insulator.Absorbs water pulsation and minimizes water hammering. APPLICATIONS Pressure piping systems in building equipment and general industrial plants.Pump and turbine lines used for power generation plants, industrial machinery and universal pump blowers.Feed-water & drainage lines for waterworks & sanitary piping systems.Pipelines for industrial plants and shipbuilding yards. DIMENSION & ALLOWABLE MOVEMENTS *Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. PART NUMBER SCHEME OPERATING CONDITIONS Warnings: Pressure ratings listed in the above table are for up to 110 Degrees F (for Neoprene), and 125 Degrees F (for EPDM). For elevated temperature service, please contact API Sales for actual working pressure ratings. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS Note: Customized for flanges ANSI-150, ANSI-300 and DIN

AMT Series Twin Sphere Rubber Expansion Joints SS - Flange x Flange

Stainless Steel Twin-Sphere Molded Rubber Expansion Joints

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Stainless Steel Twin-Sphere Molded Rubber Expansion Joints (Series SAMT) are suitable for a range of applications, from industrial plants and waterworks systems to shipyard use. Twin-sphere design offers superior motion absorption capacity to the single-sphere design. FEATURES Applicable for suction and delivery (discharge).Designed for greater compression, elongation, and angular movement than the single sphere expansion joint.Excellent for absorbing thermal expansion and eliminating sound and vibration.Gaskets and packing not required.Good electrical insulator.Absorbs water pulsation and minimizes water hammering. APPLICATIONS Pressure piping systems in building equipment and general industrial plants.Pump and turbine lines used for power generation plants, industrial machinery and universal pump blowers.Feed-water & drainage lines for waterworks & sanitary piping systems.Pipelines for industrial plants and shipbuilding yards. DIMENSION & ALLOWABLE MOVEMENTS *Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. PART NUMBER SCHEME OPERATING CONDITIONS *Warnings: Pressure ratings listed in the above table are for up to 110 Degrees F (for Neoprene), and 125  Degrees F (for EPDM). For elevated temperature service, please contact API Sales for actual working pressure ratings. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS Note: Customized for flanges ANSI-150, ANSI-300 and DIN

AMS Series Single Sphere Rubber Expension Joints SS

Stainless Steel Single-Sphere Molded Rubber Expansion Joints

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These Stainless Steel Single-Sphere Molded Rubber Expansion Joints (Series SAMS) feature flanged ends, so they are easily installed. These rubber and stainless steel expansion joints are suitable for a range of applications and operating conditions. FEATURES Applicable for suction and delivery (discharge).Provides sound and vibration isolation.Gaskets and packing are not required.Floating flanges allow for easy installation.Prevents piping system and equipment breakdown by absorbing elongation and contraction caused by temperature variances.Absorbs water pulsation and minimizes water hammering. APPLICATIONS Pumps & air compressors in air conditioning system & sanitary equipment.Refrigeration systems and blowers in industrial plant equipment.Feed-water and drainage equipment in marine piping systems.Applicable for use in power generation and chemical plants.Marine applications DIMENSION & ALLOWABLE MOVEMENTS *Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. PART NUMBER SCHEME OPERATING CONDITIONS Warnings: Pressure ratings listed in the above table are for up to 110 Degrees F (for Neoprene), and 125  Degrees F (for EPDM). For elevated temperature service, please contact API Sales for actual working pressure ratings. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS Note: Customized for flanges ANSI-150, ANSI-300 and DIN

Stainless Steel Braided - Threaded Flex Connectors

Stainless Steel Braided Male X Male Pump Connector

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These Stainless Steel Braided Pump Connectors (Series PCMMT) are manufactured with Male X Male threaded connections for easy installation. Hose, braid, and collars are 300 Series grade stainless steel, while the Male X Male ends are National Pipe Thread (NPT) steel. DIMENSIONS Notes: Pump Connectors are designed to absorb pump vibration, plus 1/8” misalignment. Working pressures are based on simple pump vibration in a static installation and may vary based on specific application. For elevated temperature service (above 250°F.) please contact API Sales for actual working pressure ratings. PART NUMBER STRUCTURE MATERIALS

AMS Series Single Sphere Rubber Expansion Joints - Flang x Flange

Single-Sphere Molded Rubber Expansion Joints

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Reduce noise and vibration with Single-Sphere Molded Rubber Expansion Joints (Series AMS), suitable for suction and delivery applications. These molded rubber expansion joints can absorb motion and reduce stress. They come with ANSI Class #150 drilled flanges and can be customized with ANSI Class #300 and DIN-rated flanges. FEATURES Applicable for suction and delivery (discharge).Provides sound and vibration isolation.Gaskets and packing are not required.Floating flanges allow for easy installation.Prevents piping system and equipment breakdown by absorbing elongation and contraction caused by temperature variances.Absorbs water pulsation and minimizes water hammering. APPLICATIONS Pumps & air compressors in air conditioning system & sanitary equipment.Refrigeration systems and blowers in industrial plant equipment.Feed-water and drainage equipment in marine piping systems.Applicable for use in power generation and chemical plants.Marine applications DIMENSION & ALLOWABLE MOVEMENTS *Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. PART NUMBER SCHEME OPERATING CONDITIONS Warnings: Pressure ratings listed in the above table are for up to 110 Degrees F (for Neoprene), and 125 Degrees F (for EPDM). For elevated temperature service, please contact API Sales for actual working pressure ratings. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS Note: Customized for flanges ANSI-150, ANSI-300 and DIN

PRV Series - Pressure Relief Valves

Pressure Relief Valves

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Control pressure build-up with these Pressure Relief Valves (Series PRV) manufactured for aluminum sprinklers and higher pressure plastic piping systems. Pressure relief safety settings range from 22psi to 150psi for ideal performance, and additional pressure ratings are available upon request. FEATURES Constructed from high strength aluminum castings with stainless steel shaft, tempered steel spring, and nonsticking Teflon seal and bushings.Dependable, top spring design (out of flow) assures longer & more accurate operation.Valves can be ordered factory set and sealed under actual hydrostatic conditions, or shipped for final field adjustment.End connection is with standard Female pipe threads. RATINGS / CAPACITIES *Please contact API Sales for additional pressure ratings. PART NUMBER STRUCTURE

Double Door Check Valves

Double-Door Check Valves

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Protect against flow reversal with Double-Door Check Valves (Series CV). These check valves are manufactured with lightweight disks and quick, responsive springs for automatic closure for top performance. Find a range of dimensions, in working pressure ratings of up to 200psi and a range of temperature ratings. Additional seat material options are available upon request. FEATURES Small, lightweight, and easy to maintain.Two torsion springs close valve plates quickly andautomatically.Quick spring action prevents back-flow, eliminates waterhammering, and provides minimal head loss.Valve can be installed vertically or horizontally.Applications include HVAC, compressed air; Water supply and discharge; Irrigation and reclaim water; Process water DIMENSIONS PART NUMBER STRUCTURE OPERATING CONDITIONS MATERIALS Notes: Not for use in Oil & Gas industries. Valve seat is available in other materials including Neoprene and NBR (may be subject to minimum order quantity) REPLACEMENT SPRING KITS

Valve Extensions (For Butterfly Valves)

Valve Extensions for Butterfly Valves

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Valve Extensions for Butterfly Valves (Series VE-D) are designed to enable easier access to inaccessible valves. Available in a range of extension sizes and to suit a variety of housing part and bolt circle diameter specifications. FEATURES Valve extensions can be used for underground service or in riser systems to enable easier access for opening and shutting butterfly valves.Galvanized steel for excellent corrosion resistance. COMPLETE SET INFORMATION (VE-D) Note: “XX” = Length of Valve Extension (36”,48”, or 72”) Shaft Information (VEIS-D) Housing Information (VEH)

Ductile Iron Backing Flanges for Stub Ends (Series BF)

Ductile Iron Backing Flanges for Stub Ends

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These Ductile Iron Backing Flanges for Stub Ends (Series BF) are available in Iron Pipe Size (IPS) and Outside Diameter (O.D.) tube sizes, and are manufactured to conform to ASTM A536 and ANSI #150 bolt pattern specifications. Ductile iron is beneficial for its high corrosion resistance and strength qualities. IPS Size O.D. Tube Size Notes Material conforms to ASTM A536. Meets ANSI class 150 pattern. Available with a paint or hot dip galvanizes coating. ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE STATED. PART NUMBER STRUCTURE

Ductile Iron Backing Flanges for Angle Face Rings (Series ABF)

Ductile Iron Backing Flanges for Angle Face Rings

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Ductile Iron Backing Flanges for Angle Face Rings (Series ABF) are manufactured to meet ANSI #150 bolt pattern specifications. Ductile iron flanges offer high strength and corrosion resistance and conforms to ASTM A536 specifications. DIMENSIONS Notes: Material conforms to ASTM A536. Meets ANSI class 150 pattern. Available with a paint or hot dip galvanizes coating. ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE STATED. PART NUMBER STRUCTURE

DIN Metric (PN16 Drilled) Stainless Steel Slip-on Flanges

DIN-PN16 Stainless Steel Slip-On Flanges

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These DIN-PN16 Stainless Steel Slip-On Flanges are available in stainless steel grades 304L and 316L. These flanges have a pressure rating of up to 16 bar and meet Deutsches Institut für Normung (DIN) specifications. Note:Available in grades 304L & 316L.

DIN Metric (PN10 Drilled) Stainless Steel Slip-on Flanges

DIN-PN10 Stainless Steel Slip-On Flanges

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These DIN-PN10 Stainless Steel Slip-On Flanges meet Deutsches Institut für Normung (DIN) specifications. These flanges have a pressure rating of up to 10 bar and are available in stainless steel grades 304L and 316L. Note:Available in grades 304L & 316L.

DIN Metric PN25 Steel Slip-on Flanges - EN 1092-12007 Spec’s

DIN-PN25 Steel Slip-On Flanges

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DIN-PN25 Steel Slip-On Flanges are pressure-rated to Deutsches Institut für Normung (DIN) specification, and are ideal creating access points in piping systems. This style is manufactured with dimensions and tolerances that comply with EN 1092-1:2007 specifications.

DIN Metric PN16 Steel Slip-on Flanges - EN 1092-12007 Spec’s

DIN-PN16 Steel Slip-On Flanges

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This DIN-PN16 Steel Slip-On Flange is ideal for creating piping system access points. This style is manufactured with dimensions and tolerances that comply with Deutsches Institut für Normung (DIN) EN 1092-1:2007 specifications and are pressure rated up to 16 bar.

DIN Metric PN10 Steel Slip-on Flanges - EN 1092-12007 Spec’s

DIN-PN10 Steel Slip-On Flanges

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Create easy access points in piping systems with these DIN-PN10 Steel Slip-On Flanges. These flanges are pressure rated up to 10 bar and are manufactured to the Deutsches Institut für Normung (DIN) EN 1092-1:2007 specifications for dimensions and tolerances.

Half Inch Thick Reducing Steel Flanges

½-Inch Thick Reducing Steel Flanges

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These ½-Inch Thick Reducing Steel Flanges (Series PFHR) are manufactured with steel that meets American Water Works Association (AWWA) C207-13 and ANSI #150 bolt pattern specifications. These reducing pipe flanges are available in specific grades of steel, upon request. Notes:a. Flange material is steel (to AWWA C207-13 specifications). Specific grades of steel for structural or critical applications are available upon request.b. Meets ANSI class 150 pattern

Square Exhaust Steel Flanges

Square Exhaust Steel Flanges

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These Square Exhaust Steel Flanges (Series PFES) are manufactured with materials that meets American Water Works Association (AWWA C207-13) specifications. Additional material options available to suit a range of uses. Notes:a. Flange material is steel (to AWWA C207-13 specifications).b. Available in stainless steel 304L/316L.

Class 300 Forged Stainless Steel Raised Face Blind Flanges

Class 300 Forged Stainless Steel Raised Face Blind Flanges

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Class 300 Forged Stainless Steel Raised Face Blind Flanges (Series SRFB-30) conform to ANSI B16.5 and ASTM A182 standards. This flange type is available in 304L and 316L stainless steel, a material preferred for corrosion resistance. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Available in 304L & 316L.c. ASTM A182.

Class 300 Forged Stainless Steel Raised Face Slip-on Flanges

Class 300 Forged Stainless Steel Raised Face Slip-On Flanges

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Class 300 Forged Stainless Steel Raised Face Slip-On Flanges (Series SRFS-30) are available in corrosion resistant 3004L and 316L stainless steel. These flanges meet dimensions and tolerances under ANSI B16.5 and conform to ASTM A182. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Available in 304L & 316L.c. ASTM A182.

½” Thick Stainless Steel Blind Flanges

½-Inch Thick Stainless Steel Blind Flanges

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These ½-Inch Thick Stainless Steel Blind Flanges (Series SPFBH) are ideal for sealing piping systems or openings, and are manufactured in ASTM grades 304L and 316L. These blind flanges comply with ANSI #150 bolt pattern specifications. Notes:a. Material ASTM available in grades 304L & 316L.b. Meets ANSI class 150 pattern.

Class 150 Stainless Steel Plate Flanges

Class 150 Stainless Steel Slip-On Plate Flanges

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Class 150 Stainless Steel Slip-On Plate Flanges (Series SPF) are manufactured from stainless steel, available in ATSM grades 304L & 316L. This slip-on flange style meets ANSI #150 drill pattern specifications. Notes:a. Material ASTM available in grades 304L & 316L.b. Meets ANSI class 150 pattern.

Class 300 Forged Steel Raised Face Blind Flanges - per ANSI B16.5 (Series RFB-30)

Class 300 Forged Steel Raised Face Blind Flanges

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These Class 300 Forged Steel Raised Face Blind Flanges (Series RFB-30) are manufactured to ANSI B16.5 and ASTM A-105 standards, and are stronger than cast flanges. These forged steel raised face flanges are used for sealing off piping systems and is rated for use in high pressure and high temperature applications. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Flanges are painted black.c. ASTM A-105.

Class 300 Forged Steel Raised Face Slip-on Flanges - per ANSI B16.5 (Series RFS-30)

Class 300 Forged Steel Raised Face Slip-On Flanges

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Stronger than cast flanges, Class 300 Forged Steel Raised Face Slip-On Flanges (Series RFS-30) are rated for high pressure and high temperature applications. This slip-on flange type is manufactured to ANSI B16.5 and ASTM A-105 standards. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Flanges are painted black.c. ASTM A-105.

Class 150 Forged Steel Raised Face Blind Flanges - per ANSI B16.5 (Series RFB)

Class 150 Forged Steel Raised Face Blind Flanges

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Class 150 Forged Steel Raised Face Blind Flanges (Series RFB) are stronger than cast flanges and are rated for use in high pressure or high temperature applications. These blind flanges comply with ANSI B16.5 and ASTM A-105 standards. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Flanges are painted black.c. ASTM A-105.

Class 150 Forged Steel Raised Face Slip-on Flanges - per ANSI B16.5 (Series RFS)

Class 150 Forged Steel Raised Face Slip-On Flanges

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These Class 150 Forged Steel Raised Face Flanges (Series RFS) comply with ANSI B16.5 and ASTM A-105 standards, are stronger than cast flanges, and are more resistant to wear and tear, especially when used in high pressure or high temperature applications. Notes:a. Dimensions and Tolerances per ANSI B16.5.b. Flanges are painted black.c. ASTM A-105.