Lug Style Butterfly Valves - Lever Operator

Lug Style Butterfly Valves — Lever Operator (Series BV-H)

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Lug Style Butterfly Valves – Lever Operator FEATURES Operator flange conforms 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 hydrodynamically 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). OPERATING CONDITIONS MATERIALS *– Available upon request (may be subject to minimum quantity requirements). DIMENSIONS

Lug Style Butterfly Valves

Lug Style Butterfly Valves — Gear Operator (Series BV-H)

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Lug Style Butterfly Valves – Gear Operator FEATURES Operator flange conforms 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 hydrodynamically 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). OPERATING CONDITIONS MATERIALS *– Available upon request (may be subject to minimum quantity requirements). DIMENSIONS

Wafer Style Butterfly Valves - Lever Operator

Wafer Style Butterfly Valves — Lever Operator (Series BV-H)

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Wafer Style Butterfly Valves – Lever Operator 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). OPERATING CONDITIONS MATERIALS * – Available upon request (may be subject to minimum quantity requirements). DIMENSIONS

Wafer Style Butterfly Valves (Series BV-H)

Wafer Style Butterfly Valves — Gear Operator (Series BV-H)

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Wafer Style Butterfly Valves – Gear Operator 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). OPERATING CONDITIONS MATERIALS * – Available upon request (may be subject to minimum quantity requirements). DIMENSIONS

Lever Handle Butterfly Valve K8100

K8100 Lever Handle Butterfly Valve

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K8100 Lever Handle Butterfly Valve Visit Our Official eCommerce Klampz website at KLAMPz.com * Max test pressure:350 psi FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Nuts and Bolts

Nuts & Bolts

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Nuts & Bolts 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% FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Gaskets EPDM

Gaskets (EPDM/Nitrile)

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Gaskets (EPDM/Nitrile) 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. NITRILE: TEMPERATURE RANGE (-29ºC) -20ºF (+82ºC) +180ºF Suitable for petroleum oils, mineral and vegetable oils, non-aromatic hydrocarbons, select acids and water to (-65ºC) -150ºF SILICONE: TEMPERATURE RANGE (-40ºC) -40ºF (+117ºC) +240ºF Suitable for high temperature hot water and air, select high temperature chemicals. DO NOT USE FOR HYDROCARBON SERVICES. Always lubricate gaskets with inert soap-based lube to avoid pinching during installation. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Mechanical Tee, Grooved K72

K72 Grooved Mechanical-Tee

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K72 Grooved Mechanical-Tee Over-Tightening U-Bolts on thinwall pipe may cause distortion or damage to both the pipe and fitting, resulting in joint-failure. The Model K72 provides a full-flow design. EPDM gaskets are supplied as standard (-34ºC) -30ºF (+110ºC) +230ºF. Optional: Silicone gasket (-40ºC) -40ºF (+117ºC) +240ºF. Painted finish. Options: Epoxy, Dacromat. Pressure rating 232 psi. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Threaded Mechanical Tee FPT K71

K71 Threaded Mechanical-Tee

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K71 Threaded Mechanical-Tee Over-Tightening U-Bolts on thinwall pipe may cause distortion or damage to both the pipe and fitting, resulting in joint-failure. The Model K71 provides full-flow design. EPDM gaskets are supplied as standard (-34ºC) – 30ºF (+110ºC) +230ºF. Optional: Silicone gasket (-40ºC) -40ºF (+117ºC) +240ºF. Painted finish. Options: Epoxy, Dacromat. @ A10 Pressure Rating 232 psi. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Cap Grooved K60

K60 Grooved Cap

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K60 Grooved Cap K60 Grooved Cap – Table K60T Grooved Cap – Table Models K60 and K60T are cast ductile iron conforming to ASTM A536, Gr. 65.45.12. Dimensions adhere to ANSI/AWWA C606-06. Model K60T hole is NPT threaded, eccentrically. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

K56, K57, K58, K59 Adapter Nipples

K56, K57, K58, K59 Adapter Nipples

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K56, K57, K58, K59 Adapter Nipples 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Concentric Reducer, Grooved K50

K50 Concentric Reducer

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K50 Concentric Reducer Fittings are cast ductile iron conforming to ASTM A536, Gr. 65.45.12. Dimensions meet ANSI/AWWAC606-06 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Flange Adapter, Grooved K41

K41 Flange Adapter

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K41 Flange Adapter 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Tee Straight Grooved K20

K20 Tee

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K20 Tee 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Light Weight Flexible Coupling Grooved K05

K05 Light Weight Flexible Coupling

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K05 Light Weight Flexible Coupling 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Elbows

K10, K11, K12, K13 Elbows

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K10, K11, K12, K13 Elbows 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Light Weight Rigid Coupling Grooved K07

K07 Light Weight Rigid Coupling

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K07 Light Weight Rigid Coupling Rigid couplings used in straight runs should be supported similar to welded or flanged piping. Refer to: ANSI B31.1, ANSI B31.9, NFPA 13. Rigid couplings do not provide longitudinal movement. However, a gap exists between pipe ends and should be considered when calculating axial displacement. Rigid couplings are recommended in areas of concentrated weight and where flexibility is not desired, to hold plumb and pitch. Where large concentrations of weight occur, such as in mechanical rooms and when installing valves, rigid couplings are highly recommended. When presetting 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. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Reducing Coupling Grooved K06

K06 Reducing Coupling

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K06 Reducing Coupling Flexible Couplings in straight runs should be supported as close to the coupling as possible, or within the distance of 1/6 the span. Flexible couplings provide either axial or longitudinal movement. Depending on the type of groove used, reduce the published cut-groove figures by 1/2 (AWWA/ANSI C606). This coupling is not suitable for end-of-run with an end-cap. Vacuum could suck the end-cap into the coupling. Coating options: Epoxy, Paint, Dacromet, Hot-Dip Galvanized. FITTINGS, RUBBER GASKETED Click to see certificate VIZM.EX26405 FITTINGS, GROOVED AND PLAIN END Click to see certificate VIZA.EX26406

Control Units - Steel (Zinc Plated)

Control Rod Units (Series CRU)

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Control Units – Steel (Zinc Plated)** * – 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. ** – Sets are also available in 304/316 Stainless Steel.

Molded PTFE Expansion Joint 3 Convolutions

Molded PTFE (Teflon) 3 Convolution Expansion Couplings (Series TML)

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Molded PTFE Expansion Joint 3 Convolutions FEATURES High density for low permeability. High tensile strength for greater working pressures. Low crystallinity for longer flex life. Material orientation for reduced stress concentrations and / or premature fatigue failure. Note: Nom-Length is approximate and may vary. Each PTFE expansion joint comes with metal flanges and tapped bolt holes that accommodate bolts in accordance with ANSI B16.5. Additional tapped holes are available for connecting Corning Style 11 flanges, by special order. DIMENSION & ALLOWABLE MOVEMENTS Warning: Do NOT elongate rubber expansion joints when installing for suction service. APPLICATIONS Power generation. Chemical handling. Food & beverage. Pulp and Paper, and Steel mills. Water and sewage treatment plants mining.

AMS 600 Series Single Wide-Arch Molded Rubber Expansion Joints

Single Wide-Arch Molded Rubber Expansion Joints (Series AMS-600)

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AMS 600 Series Single Wide-Arch Molded Rubber Expansion Joints FEATURES Working pressure ratings up to 200 psi*. Temperature ratings from 14°- 170°F. Vacuum ratings to 25” Hg. Allows for greater motion capabilities than standard arch expansion joints. Excellent for absorbing thermal expansion, and eliminating vibration & sound. Gaskets and packing not required. Absorbs water pulsation and protects against start-up surge forces. DIMENSION & ALLOWABLE MOVEMENTS **– Non Concurrent Ratings. * – Warning: • Pressure & vacuum ratings listed in the above table are for up to 110 Degrees F. 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 application MATERIALS #– Also available in EPDM. 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. Chillers & Cooling Towers.

AMU Series Twin Sphere Rubber Expansion Joints - Union x Union

Threaded Union Molded Rubber Expansion Joints (Series AMUE)

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AMU Series Twin Sphere Rubber Expansion Joints – Union x Union 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. DIMENSION & ALLOWABLE MOVEMENTS *– Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. 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 APPLICATIONS Vibration isolation for small pumps and circular pumps. Sewage disposal purifier line. Vibration isolation for air-conditioners and pipes.

AMT Series Twin Sphere Rubber Expansion Joints - Flange x Flange

Twin-Sphere Molded Rubber Expansion Joints (Series AMT)

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AMT Series Twin Sphere Rubber Expansion Joints – Flange x Flange 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. DIMENSION & ALLOWABLE MOVEMENTS *– Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. OPERATING CONDITIONS * – Warnings: a. 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. b. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS 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. Note: Customized for flanges ANSI-150, ANSI-300 and DIN

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

Twin-Sphere Molded Rubber Expansion Joints Stainless Steel (Series SAMT)

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AMT Series Twin Sphere Rubber Expansion Joints SS – Flange x Flange 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. DIMENSION & ALLOWABLE MOVEMENTS *– Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. OPERATING CONDITIONS * – Warnings: a. 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. b. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS 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. Note: Customized for flanges ANSI-150, ANSI-300 and DIN

AMS Series Single Sphere Rubber Expension Joints SS

Single-Sphere Molded Rubber Expansion Joints Stainless Steel (Series SAMS)

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AMS Series Single Sphere Rubber Expansion Joints SS- Flange x Flange *– Non Concurrent Ratings. Applicable for suction and delivery (discharge). FEATURES 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. DIMENSION & ALLOWABLE MOVEMENTS *– Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. OPERATING CONDITIONS * – Warnings: a. 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. b. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS 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 Note: Customized for flanges ANSI-150, ANSI-300 and DIN

Stainless Steel Braided - Copper Sweat Flex Connectors

Stainless Steel Braided – Sweat X Sweat (Series PCFF-SCS)

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Stainless Steel Braided – Copper Sweat Flex Connectors Pump Connectors are designed to absorb pump vibration, plus 1/8” misalignment. * For elevated temperature service (above 70 Degrees F.) refer to Temperature Correction Chart. Pressure ratings may vary based on specific application. Above pressures are based on simple pump vibration in a static installation. For other applications, please contact API Sales.

Stainless Steel Braided - Threaded Flex Connectors

Stainless Steel Braided – Male X Male (Series PCMMT)

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Stainless Steel Braided – Threaded Flex Connectors * For elevated temperature service (above 250 Degrees F.) please contact API Sales for actual working pressure ratings. Working pressure ratings may vary based on specific application. Above pressures are based on simple pump vibration in a static installation. For other applications, please contact API Sales.

AMS Series Single Sphere Rubber Expansion Joints - Flang x Flange

Single-Sphere Molded Rubber Expansion Joints (Series AMS)

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AMS Series Single Sphere Rubber Expansion Joints – Flange x Flange *– Non Concurrent Ratings. 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. DIMENSION & ALLOWABLE MOVEMENTS *– Non Concurrent Ratings. Warning: Do NOT elongate rubber expansion joints when installing for suction service. OPERATING CONDITIONS *- Warnings: a. 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. b. Limit rods are required in systems that are unanchored and recommended in all other applications. MATERIALS 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 Note: Customized for flanges ANSI-150, ANSI-300 and DIN

PRV Series - Pressure Relief Valves

Pressure Relief Valves (Series PRV)

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PRV Series – Pressure Relief Valves USES PRV series pressure relief valves are suitable for most aluminum sprinklers and higher pressure plastic pipe. 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 1-800-523-0852 or 503-692-3800 for additional pressure ratings.

AV Series - Aluminum Air Vents & Vacuum Relief Valves

Aluminum Air Vents/Vacuum Relief Valves (Series AV)

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AV Series – Aluminum Air Vents & Vacuum Relief Valves USES AV series aluminum air vents are used on gravity (or higher pressure systems and are designed for evacuation of air when filling a pipe line. The air vents also provide positive vacuum relief when draining the system. FEATURES Precision ground solid float ball seats against an extra thick precision O-ring providing a tight seal at very low pressures. Air vents operate trouble-free up to 150 psi (for 2”) and 100 psi (for 3”). Aerodynamic air-flow design assures maximum vent capacity without premature closing. Material selection prevents “sticking” in the closed position. End connection is with standard Female pipe threads. MATERIALS RATINGS / CAPACITIES

Double Door Check Valves

Double-Door Check Valves (Series CV-H)

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Double Door Check Valves FEATURES Small, lightweight, and easy to maintain. Two torsion springs close valve plates quickly and automatically. Quick spring action prevents back-flow, eliminates water hammering, 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 OPERATING CONDITIONS Note: Not for use in Oil & Gas industries. MATERIALS *– Available upon request (may be subject to minimum quantity requirements). SPRING KITS

Valve Extensions (For Butterfly Valves)

Valve Extensions For Butterfly Valves (Series VE-D)

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Valve Extensions (For Butterfly Valves) 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)