MANUAL BALL VALVES

Parker’s B Series ball valves, with a “free floating ” ball design, offer superior performance in a variety of pressure and temperature applications in process, and instrumentation applications.

BALL VALVE, B SERIES

Parker’s B Series Ball Valves are available manually, pneumatically, and electrically actuated. They provide quick on-off control of fluids utilized in process and instrumentation applications. A broad selection of valve body, seat, and seal materials provide a wide range of pressures (up to 6,000 PSI) and temperatures (up to 450F/232C) at which the valve may be used.

Markets:
• Chemical Plants
• Refineries
• Power Plants
• Petrochemical Plants

Features/Benefits:
• Free floating ball design provides seat wear compensation.
• Available in 316 Stainless Steel and Brass. Monel® Alloy 400 and Hastelloy® C-276 construction available upon request.
• Micro-finished ball provides a positive seal.
• Straight through flow path for minimum pressure drop.
• Wide variety of US Customary and SI ports.
• 90° actuation.
• Panel mountable.
• Adjustable PTFE stem seal can be maintained in-line.
• Handle indicates flow direction.
• Low operating torques.
• Positive handle stops.
• Color coded handles.
• Optional pneumatic and electric actuation.
• Optional live-loaded PTFE stem seals.
• Optional non-adjustable O-ring stem seals.
• Optional upstream and downstream drain models.
• Optional stainless steel and extended handles.

Applications:
• Flow Diversion
• Flow Selection
• Quick Fill Systems
• Process Mixing Systems
• Instrument Panels
• Remote Shut Off (with Actuation)

Stainless steel series ball valves can withstand corrosive fluids and environments. With full flow, high pressure and temperature capabilities, these valves are suitable for many applications.

BALL VALVES STAINLESS STEEL SERIES

Stainless steel series ball valves can withstand corrosive fluids and environments.

With full flow, high pressure and temperature capabilities, these valves are suitable for many applications.

Features/Benefits:

– Reliability

• Full flow
• Excellent chemical compatibility
• High resistance to pressure/temperature
• Light series version: 100% leak-tested in production, date coding to guarantee quality and traceability

– Versatility

• Three in-line versions:
One-piece: cannot be disassembled
3-piece: easily disassembled for maintenance and cleaning
Light Series: for maximum compactness
• Fixing plate: 4812 and 4832
Through-bulkhead fitting
Pneumatic or electronic actuation (ISO 5211 standard)

Markets:

• Food and Beverage
• Commercial Aircraft
• Industrial Chemical Processing
• Semiconductor
• Medical
• Lab / Diagnostic
• Pharmaceutical

Applications:

• Allow/Stop Corrosive Fluid Circulation in Harsh Environment
• Suitable for Low and High Temperatures

Technologies:

• Industrial valves
• Pneumatic actuation
• Electric actuation

Technical Characteristics:

• Fluids: All fluids
• Materials: nickel-plated brass or 430 stainless steel, 316L stainless steel or 303 stainless steel, PTFE, FKM, silicone free
• Pressure:
Type 4810, 4812 and 4832: 0 to 65 bar
Type 0465: Vacuum to 20 bar
• Temperature:
Type 4810, 4812 and 4832: -20°C to +150°C
Type 0465: -20°C to +120°C

Regulations:

• DI: 97/23/EC (module PED A – EC diameters greater than 25 mm)
• DI: Machinery Directive 2006/42/EC
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)
• DI: 89/392/EC

Product Types:

• 2/2 In-Line 3-Piece Ball Valve with Fixing Plate, Female BSPP Thread
• 2/2 In-Line Ball Valve with Fixing Plate, Female BSPP Thread
• 2/2 In-Line Ball Valve, Female BSPP Thread
• 2/2 In-Line Light Series Ball Valve, Female BSPP Thread

Using the Universal Series technology, the Parker Legris light series valves offer the advantages of compactness, ease of operation and long-term reliability.

BALL VALVES UNIVERSAL LIGHT SERIES

Using the Universal Series technology, the Parker Legris light series valves offer the advantages of compactness, ease of operation and long-term reliability.

Features/Benefits:

– Easy-to-Use

• Ease of operation due to the low friction design
• The short levers may be repositioned and exchanged
• Extremely compact
• Wide range of configurations

– Maximum Efficiency

• Excellent performance under vacuum
• Full flow
• Chemical nickel-plated brass with high phosphorous content for outstanding corrosion resistance
• Automatic seal wear compensation system

– Reliability

• Tried-and-tested technology
• Forged brass provides mechanical strength and long service life
• 100% leak-tested in production
• Date coding to guarantee quality and traceability

Markets:

• Packaging
• Wearing Apparel
• Lumber & Wood
• Rubber & Tire Processing
• Plastic Processing
• Rail

Applications:

• Allow/Stop Compressed Air Circulation on Pneumatic Circuits
• Suitable for Vacuum Applications

Technologies:

• Industrial valves
• Corrosion resistant
• Pneumatic circuit
• Control valves
• Pneumatic systems

Technical Characteristics:

• Fluids: Compressed air, other fluids: see compatibility chart in our catalogue
• Materials: brass, polymer or zamak, shot-blasted brass or shot-blasted nickel-plated brass, NBR, nickel-plated polished brass, graphite-impregnated polyamide, silicone free
• Pressure: Vacuum to 12 bar
• Temperature: -20°C to +80°C

Regulations:

• DI: 97/23/EC (module PED A – diameters greater than 25 mm)
• DI: 2006/42/EC (Machinery Directive)
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)

Product Types:

• 2/2 In-Line Ball Valve, Female BSPP Thread
• 2/2 In-Line Ball Valve, Short Handle, Female BSPP Thread
• 2/2 In-Line Ball Valve, Male/Female BSPP Thread
• 2/2 In-Line Ball Valve, Short Handle, Male/Female BSPP Thread
• 2/2 In-Line Ball Valve, Male BSPP Thread
• 2/2 In-Line Ball Valve, 2 Vent Plugs, Female BSPP Thread
• 2/2 Ball Valve, Square Stem, Female BSPP Thread
• 2/2 Ball Valve, Square Stem, Male/Female BSPP Thread

With their push-in connections, these polymer lightweight ball valves allow for a significant reduction in installation time while offering full flow capability and compact dimensions.

BALL VALVES MINI SERIES

With their push-in connections, these polymer lightweight ball valves allow for a significant reduction in installation time while offering full flow capability and compact dimensions.

Features/Benefits:

– Optimum Solution

• Full flow
• Marked with the pneumatic symbol for identification of its function
• Lightweight and compact
• Extremely compact, easy-to-operate lever
• Lever with screwdriver slot to facilitate operation
• Designed for polymer tubing with no tube preparation
• Can be mounted on a wall or adjacent using staples

– Proven Technology

• LF 3000® push-in connection, excellent static and dynamic sealing
• High-strength polyamide
• Excellent long-term performance
• Automatic seal wear compensation for long-term reliability
• 100% leak-tested in production
• Date coding to guarantee quality and traceability

Markets:

• Factory Automation
• Semiconductor
• Packaging
• Wearing Apparel

Applications:

• Allow/Stop Compressed Air Circulation on Pneumatic Circuits
• Suitable for Vacuum Applications

Technologies:

• Industrial valves
• Mini ball valve
• Mini valve
• Vented valve

Technical Characteristics:

• Fluids: Compressed air
• Materials: technical polymer, brass, nickel-plated brass, NBR, nickel-plated polished brass, graphite-impregnated polyamide, silicone free
• Pressure: Vacuum to 10 bar
• Temperature: -20°C to +80°C

Product Types:

• 2/2 In-Line Mini-Ball Valve
• 2/2 In-Line Mini-Ball Valve, Male BSPP Thread
• 3/2 In-Line Mini-Ball Valve with Vent
• 3/2 In-Line Mini-Ball Valve with Vent, Male BSPP Thread
• Joining Clips

This range of valves with fluoropolymer seals, available in compact, standard and lockable series, covers many industrial applications for which the fluids conveyed and working temperatures require this seal material.

Ball-Valves-Standard-Series

This range of valves with fluoropolymer seals, available in compact, standard and lockable series, covers many industrial applications for which the fluids conveyed and working temperatures require this seal material.

Features/Benefits:

– Optimised Installation

• Full fluid flow
• Long or butterfly lever
• Corrosion resistance
• A lockable version for operational safety
• Good value/performance ratio

– Wide Compatibility

• Numerous compatible fluids
• Can be used for low and medium pressure applications
• Surface treatment for corrosion protection

Markets:

• Machine Tools
• Agricultural Machinery
• Wearing Apparel
• Plumbing
• Air Conditioning
• Heating

Applications:

• Allow/Stop Industrial Fluids Circulation on Industrial Circuits
• Suitable for Low and High Temperatures

Technologies:

• Industrial valves
• Lockable valve
• Standard valve
• Compact valve
• Corrosion resistance
• Ball valve manufacturer

Technical Characteristics:

• Fluids: Compressed air, gas, water, water vapour, oil and all fluids compatible with the component materials
• Materials: steel with plastic sleeve, technical polymer, treated zamak, treated steel, PTFE, galvanised steel, nickel-plated brass, nickel-plated or chromium-plated shot-blasted brass, nickel-plated or hard chromium-plated brass, FPM, silicone free
• Pressure:
Standard and Lockable Series: 0 to 40 bar
Compact series: 0 to 35 bar
• Temperature:
Standard and Lockable Series: -20°C to +130°C
Compact series: -10°C to +90°C

Regulations:

• DI: 97/23/EC (module PED A – EC diameters greater than 25 mm)
• DI: Machinery Directive 2006/42/EC
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)
• DI: 89/392/EC

Product Types:

• 2/2 Standard In-Line Ball Valve, Female BSPP Thread
• 2/2 Standard Compact In-Line Ball Valve, Male/Female BSPP Thread
• 2/2 Standard Compact In-Line Ball Valve, Female BSPP Thread
• 2/2 In-Line Lockable Ball Valve, Female BSPP Thread
• 2/2 In-Line Lockable Vented Ball Valve, Female BSPP Thread

Parker’s High Pressure HB Series Ball Valves provide reliable shut-off or switching functions. The upper and lower bearings enhance the resistance of the trunnion design stem against seizure, and increase the valve life in extreme applications.

HB Series

Parker’s High Pressure HB Series Ball Valves provide reliable shut-off or switching functions in a compact, bar stock design. The upper and lower bearings enhance the resistance of the trunnions against seizure, and increase the valve life in extreme instrumentation applications. The compact and rugged design employs spring-loaded seats for high cycle life and low operating torques at pressures up to 10,000 psig (689 bar).

Markets:
• Chemical
• Oil and Gas
• Refineries
• Power

Features/Benefits:
• PEEK trunnion bearings for longer cycle life
• Two-way and three-way designs
• Compact FNPT version for tight work areas
• Blow-out resistant two-piece ball/stem
• Full operating pressure at any port
• Low operating torque
• Manual, electric or pneumatic actuation
• Panel mountable to 3/8″ (9.6mm) thickness
• No packing to adjust
• Color coded fracture resistant handles
• Handle indicates direction of flow
• Positive handle stops
• Wide variety of US customary and SI ports
• Top of stem marked to indicate flow direction
• 100% factory tested
• Compact package
• Heat code traceability

Applications:
• Flow selection
• Flow Diversion
• High pressure Mixing systems
• Instrument Panels

Parker Legris compact needle valves can be installed in any system and are designed for applications requiring accurate leak-free fluid control and excellent service life.

Needle-Valves

Parker Legris compact needle valves can be installed in any system and are designed for applications requiring accurate leak-free fluid control and excellent service life.

Features/Benefits:

– Robust and Easy-to-Use

• Accurate flow control
• Forged brass for improved long-term mechanical strength
• Robust stem for good operational reliability
• Corrosion resistance

– Wide range

• Two materials (nickel-plated brass and stainless steel) suitable for many applications
• Numerous valve and safety accessory configurations

Markets:

• Packaging
• Wearing Apparel
• Lumber & Wood
• Rubber & Tire Processing
• Plastic Processing
• Water
• Rail

Applications:

• Allow/Stop Fluid Circulation on Industrial Circuits with Accuracy
• Suitable for Slightly Corrosive Industrial Fluids

Technologies:

• Pressure relief valve
• Industrial valves
• Gauge valve
• Brass needle valve
• Stainless steel needle valve

Technical Characteristics:

• Fluids:
Brass: Compressed air, water, industrial fluids, etc. Other fluids: contact us
Stainless steel: Many fluids
• Materials: zamk, nickel-plated brass or 316L stainless steel, mineral fibre, nickel-plated shot-blasted brass or stainless steel, silicone free
• Pressure:
Brass: 0 to 120 bar
Stainless steel: 0 to 400 bar
• Temperature:
Brass: -20°C to +100°C (except model 0510)
Stainless steel: -20°C to 180°C

Regulations:

• DI: 97/23/EC (module PED A – diameters greater than 25 mm)
• DI: 2006/42/EC (Machinery Directive)
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)

Product Types:

• In-Line Needle Valve, Female BSPP Thread
• In-Line Needle Valve, Male/Female BSPP Thread
• In-Line Needle Valve with Compression Connections
• Right-Angle Needle Valve, Female BSPP Thread
• Right-Angle Needle Valve, Male/Female BSPP Thread
• Needle Drain Valve, Male BSPP and Metric Thread
• Needle Drain Valve, Male NPT Thread
• Automatic Vent Pressure Gauge Valve, Female BSPP Thread
• Pressure Relief Valve, Male BSPP Thread
• Needle Valve, Female BSPP Thread

Parker’s industrial brass ball valves are designed to provide years of service at an economical price. Manufactured for commercial and general industrial applications these valves offer increased performance over lightweight throwaway valves.

These ball valves are intended for use in the fully open or closed positions. Throttling of the valve may result in premature seal failure and/or inability to turn the valve handle.

Brass Ball Valve

Parker’s brass ball valves are available in a range of styles including:
• Female x Female
• Female x Male
• Panel Mount
• Female Straight Thread x Female Straight Thread
• Solder ends
• Female Straight Thread x Male Straight Thread
• 3 and 4 Way Diversion
• 90? Valves
• Beaded Hose Barb End
• 6 Port Valve

Options for the brass ball valves include:
• Nickel Plating
• Venting
• Padlocking Handles
• Stainless Steel Ball & Stem
• Stainless Steel Handle & Nut
• Tee Handle
• Oval Handle
• Plain Yellow Vinyl Handle Cover
• Actuator Kit

Markets:
• Heavy Duty Truck
• Mobile
• Agriculture
• Construction
• Industrial

Features/Benefits:
• Forged Body for Added Strength
• Chrome Plated Brass Ball
• PTFE Seats and Seals
• Wide Range of Styles
• Quarter Turn Handle Provides Positive Stop Action for Full Shutoff

Applications:
• Fuel Line Shutoffs for Gasoline and Diesel Equipment
• Air Service lines
• Water Service Lines on Capital Equipment
• Plant Design Plumbing Requiring Total Shutoff Capability

Parker’s SWB Series Ball Valves are a swing-out design that can handle the pressure and piping loads in various instrumentation and process applications up to 2,500 PSI (172 BAR).

SWB Series

Parker’s SWB Series, Swing – Out Ball Valves are a three piece design. These instrumentation ball valves are durable valves that can handle various low pressure (2,500 PSI) pressure tubing and piping loads. The ball valve’s center body section can swing out provide quick and easy valve seat, seals and the ball replacement. All of this repair capability is without having to remove the valve from the instrumentation tubing or piping system.

Markets:
• Pulp and Paper
• Chemical
• Petrochemical
• Power
• General Industry

Features/Benefits:
• Low internal volume
• Free floating ball design allows for seat wear compensation
• Self-compensating stem seal
• Spring-loaded seats
• Blow out resistant stem
• Fully enclosed body bolting
• Four bolt construction
• ISO-type actuator mounting design
• Pneumatic and electric actuation options
• 100% factory tested

Applications:

• Process Lines
• Lubrication Systems
• Wash Down Systems
• Steam Lines

Parker’s MAB Series MPI Ball Valves are available as manual, pneumatic and electrical actuated two-way and three-way valves. They are designed for 1/4 and 1/2 turn media shutoff or switching applications up to 15,000 psi.

MPB Series

Parker’s MAB Series MPI Ball Valves provide reliable shut-off or switching functions in a heavy duty, bar stock design. The proven trunnion style ball design and spring loaded seats make the MAB series ideal for severe service applications. The rugged design employs spring-loaded seats for high cycle life and low operating torques at pressures up to 15,000 PSI.

Markets:

• Chemical
• Oil and Gas
• Refineries
• Power

Features/Benefits:
• Two-way and three-way designs
• Blow-out resistant ball/stem
• Low operating torque
• Manual, electric or pneumatic actuation
• Stainless Steel Handle
• Positive handle stops
• 100% factory tested
• MPI End Connections
• Heat code traceability

Applications:

• Process Control Lines
• Flow Diversion
• High Pressure Mixing Systems

Parker’s polypropylene ball valves corrosion resistant design make them ideal for water filtration units, coffee and beverage machines and various other fluid applications.

POLYPROPYLENE BALL VALVES

Parker’s polypropylene ball valves save cost with built-in LIQUIfit, TrueSeal and Par-Barb connections eliminating the need for a secondary fitting. The compact design allows for easy assembly and access where space is at a premium. Polypropylene ball valves meets all FDA and NSF-51 requirements for food contact.

Markets:
• Water Filtration
• Beverage Dispensing
• Bottling
• Semi-conductor
• Chemical

Features/Benefits:
• Built in LIQUIfit, TrueSeal and Par-Barb connections eliminates the need for a secondary fitting
• Low-profile design allows for easy assembly and access where space is limited
• Bi-directional flow foe maximum productivity
• Meets FDA and NSF-51 requirements for food contact
• Wide chemical acceptance range
• EPDM seals
• Push-to-Connect and barbed connections

Applications:
• Water
• Beverages
• Food
• Pneumatic circuits

Parker Autoclave’s 6DB Series high pressure double block and bleed ball valve is capable of operating to15,000 psi (1034 bar) and is available various connections. Standard ball valves are furnished in 316 SS with specials materials available.

Double Block and Bleed 6DB Series

Parker Autoclave’s 6DB Series double block and bleed ball valves have been designed to provide superior quality for maximum performance within a variety of end connections. Some of the more unique design innovations include an integral one-piece trunnion mounted style ball and stem that eliminates the possibility of “stem-turnout” common with other valves designed for similar service. In addition, these specialty ball valves have re-torqueable seat glands that result in longer seat life, and a low friction stem seal that reduces actuation torque and enhances cycle life.

Markets:
• Oil and Gas
• Petrochemical
• Research
• Chemical
• Power

Features/Benefits:
• One piece, trunnion mounted stem design eliminates shear failure and reduces the effects of side loading found in two piece designs.
• Re-torqueable seat glands for longer seat life.
• Carbon filled PEEK seats offer excellent resistance to chemicals, heat and wear/abrasion.
• Vee-stem vent valve.
• Full-port flow path minimizes pressure drop.
• 316 cold worked stainless steel construction.
• Low friction pressure assisted graphite filled PTFE stem seal increases cycle life and reduces operating torque.
• Quarter turn from open to close with positive stop.
• Viton o-rings for operation from 0°F (-17.8°C) to 400°F (204°C).

Applications:
• High Pressure Skid Panels
• Specialty High Pressure Gas Systems
• Research Systems

In these robust valves, the internal component used to shut off the flow is a segment of a sphere.
This allows frequent operation with very low torque, no fluid retention areas and therefore excellent mechanical performance.

BUTTERFLY VALVES

In these robust valves, the internal component used to shut off the flow is a segment of a sphere.

This allows frequent operation with very low torque, no fluid retention areas and therefore excellent mechanical performance.

Features/Benefits:

– Compact & Abrasion-resistant

• Excellent with abrasive fluids (including solid particles)
• Fluid flow direction marked for greater safety (uni-directional)
• Smooth operation
• Can be easily adapted for use with auxiliary actuators
• More compact than a ball valve with equivalent nominal diameter
• Simple and efficient design for a long service life

Markets:

• Coating / Ink / Paint
• Machine Tools
• Plumbing
• Rubber & Tire Processing
• Oil & Gas

Applications:

• Allow/Stop Abrasive Fluids Circulation Including Solid Particles
• Suitable for Applications Requiring Frequent Operations

Technologies:

• Shut-off valve
• Butterfly valve
• Industrial valve
• Water pressure reducing valve
• Pressure regulating valve

Technical Characteristics:

• Fluids: Compressed air, industrial gases, water, cutting oils, hydraulics oils, fuel oil, fuel, etc.
• Materials: zamak, black epoxy paint, nickel-plated shot-blasted brass, NBR, stainless steel, brass, silicone free
• Pressure: 0 to 16 bar
• Temperature: -20°C to +80°C

Regulations:

• DI: 97/23/EC (module PED A – diameters greater than 25 mm)
• DI: 2006/42/EC (Machinery Directive)
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)

Product Types:

• 2/2 Butterfly Shut-Off Valve, Female BSPP Thread

Parker Autoclave’s 2B Series Ball Valves are quarter turn, manual 2 way valves. These ball valves operate up to 20,000 psi (1,379 bar) with a variety of end connections. These valves also feature a trunnion mounted stem.

2 Way 2B Series

Parker Autoclave’s 2B Series ball valves have been designed to provide superior quality for maximum performance within a variety of valve styles, sizes, and process connections. These ball valves feature an integral one-piece trunnion mounted ball and stem that eliminates the shear failure common to two-piece designs. The seat glands are re-torqueable for longer seat life, and the low friction pressure-assisted graphite filled PTFE stem seal reduces actuation torque and increases cycle life. The valves have a full port flow path that minimizes pressure drop, and are fitted with PEEK seats to ensure excellent chemical, heat and wear resistance.

As standard, these high pressure ball valves are manufactured from cold worked 316 stainless steel and are capable of operating at up to 20,000 PSI (1,379 bar). The wetted parts are also available in other materials. The valves are fitted with Viton O-rings, rated for operation over a temperature range of -17.8 to 204˚C (0 to 400˚F). Other O-ring materials are optionally available to extend the upper limit to 260˚C (500˚F).

Markets:
• Oil and Gas
• Petrochemical
• Research
• Chemical
• Power

Features/Benefits:
• One-piece, trunnion mounted style, stem design eliminates shear failure and reduces the effects of side loading found in two piece designs.
• Re-torqueable seat glands for longer seat life.
• PEEK seats offer excellent resistance to chemicals, heat, and wear/abrasion.
• Full-port flow path minimizes pressure drop.
• 316 cold worked stainless steel construction.
• Low friction pressure assisted graphite filled Teflon stem seal increases cycle life and reduces operating torque.
• Quarter turn from open to close with positive stop.
• Viton o-rings for operation from 0°F (-17.8°C) to 400°F (204°C).
• Optional o-rings available for high-temperature applications.
• Optional wetted materials.
• Wide selection of tube and pipe end fittings available.
• Electric and pneumatic actuator options.

Applications:
• High Pressure Skid Panels
• Chemical Injection
• Specialty High Pressure Gas Systems
• Research Systems
• High Pressure Test Panels

Parker’s stainless steel ball valves meet the material requirements of NACE MR-01-75.

INDUSTRIAL BALL VALVES – STAINLESS STEEL

Parker’s industrial stainless steel ball valve line is intended for general purpose use. Stainless steel ball valves are intended for use in the fully open or closed positions. Depending on the application conditions, throttling of the valve may result in premature seal failure and/or inability to turn the valve handle. Parker’s stainless steel ball valves meet the material requirements of of NACE MR-01-75.
Parker’s stainless steel ball valves are available in the following styles.
• Male Pipe x Female Pipe
• Female Pipe x Female Pipe
• Panel Mount

Options for the stainless steel ball valve include:
• Oval Handle
• Short Handle
• Padlocking Handle
• Welded Retainer Nut
• Actuator Kit

Markets:
• Petrochemical
• Refineries
• Steel
• Agriculture
• Food Processing
• Industrial

Features/Benefits:
• CF-8M Stainless Steel Body
• Stainless Steel Ball
• PTFE Seats/Seals
• Meets Material Requirements NACE MR-01-75

Applications:
• Fuel Lines
• Chemical Lines
• Wash Down
• Plant Design Plumbing Requiring Total Shutoff Capability

These valves are suitable for applications with pressures up to 300 bar. High performance materials and quality manufacturing allow for a wide range of operating pressures and temperatures.

BALL VALVES HIGH PRESSURE SERIES

These valves are suitable for applications with pressures up to 300 bar.

High performance materials and quality manufacturing allow for a wide range of operating pressures and temperatures.

Features/Benefits:

– High Pressure & Safety

• Good sealing at low and high pressure
• Robust design with secure, non-removable inlet and outlet ports
• Forged brass providing excellent long-term strength under severe conditions of use
• 100% leak-tested in production
• Date coding to guarantee quality and traceability

– Easy-to-Use

• Fixing screws for through-bulkhead mounting
• The lever may be repositioned or replaced with a handwheel
• Low operating torque

Markets:

• Vehicle Assembly Facilities
• Primary Metal Refining and Processing
• Wearing Apparel
• Power Generation Equipment

Applications:

• Allow/Stop Compressed Air Circulation for High Pressure Applications
• Suitable for Vacuum Applications
• Deep-Sea Diving

Technologies:

• Industrial valve
• High pressure valve
• High pressure ball valve
• Pressure regulator valve
• High pressure equipment
• Regulating valve
• Pneumatic ball valve
• Pneumatic valve

Technical Characteristics:

• Fluids: Compressed air
• Materials: zamak, PTFE, treated steel, polished brass, NBR, dichromate-treated zinc-plated brass, stainless steel, silicone free
• Pressure: Vacuum to 300 bar
• Temperature: -15°C to +80°C

Regulations:

• DI: 97/23/EC (module PED A – diameters greater than 25 mm)
• DI: 2006/42/EC (Machinery Directive)
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)

Product Types:

• 2/2 In-Line High Pressure Ball Valve, Female BSPP Thread

Parker’s carbon steel ball valves were designed to offer superior performance for applications that require rugged and reliable performance.

INDUSTRIAL BALL VALVES – CARBON STEEL

Parker’s industrial carbon steel ball valve line is intended for general purpose use. These valves were designed to offer superior performance for applications that require rugged and reliable performance. Carbon steel ball valves are intended for use in the fully open or closed positions. Depending on the application conditions, throttling of the valve may result in premature seal failure and/or inability to turn the valve handle.

Parker’s carbon steel ball valves are available in the following styles.
• Female Pipe x Female Pipe
• Female Straight Thread x Female Straight Thread
• Panel Mount
• High Pressure 6,000 psi

Options for the carbon steel ball valve include:
• Tee Handle
• Oval Handle
• Padlocking Handle

Markets:
• Heavy Duty Truck
• Mobile
• Agriculture
• Construction
• Industrial

Features/Benefits:
• Carbon Steel Phosphate Coated Body
• Steel Ball
• PTFE Seats/Seals
• Delrin with Molybdenum Disulphide Seats (Series 500HP, 506HP)

Applications:
• Fuel Line Shutoffs for Gasoline and Diesel Equipment
• Hydraulic Lines on Capital Equipment
• Plant Design Plumbing Requiring Total Shutoff Capability

Parker Autoclave’s 3B Series Ball Valves are manual 3 way valves. These ball valves operate up to 20,000 psi (1,379 bar) with a variety of end connections. These valves feature a trunnion mounted stem with ball orifices from 3/16″ to 1/2″.

3 Way 3B Series

Parker Autoclave’s 3B Series ball valves have been designed to provide superior quality for maximum performance within a variety of valve styles, sizes, and process connections. These 3 way ball valves feature an integral one-piece trunnion mounted ball and stem that eliminates the shear failure common to two-piece designs. The seat glands are re-torqueable for longer seat life, and the low friction pressure-assisted graphite filled PTFE stem seal reduces actuation torque and increases cycle life. The valves have a full port flow path that minimizes pressure drop, and are fitted with PEEK seats to ensure excellent chemical, heat and wear resistance.

As standard, these 3 way high pressure ball valves are manufactured from cold worked 316 stainless steel and are capable of operating at up to 20,000 PSI (1,379 bar). The wetted parts are also available in other materials. The valves are fitted with Viton O-rings, rated for operation over a temperature range of -17.8 to 204˚C (0 to 400˚F). Other O-ring materials are optionally available to extend the upper limit to 260˚C (500˚F).

Markets:
• Oil and Gas
• Petrochemical
• Chemical
• Research

Features/Benefits:
• One-piece, trunnion mounted style, stem design eliminates shear failure and reduces the effects of side loading.
• Re-torqueable seat glands for longer seat life.
• Carbon filled PEEK seats offer excellent resistance to chemicals, heat, and wear/abrasion.
• Full-port flow path minimizes pressure drop.
• 316 cold worked stainless steel construction.
• Low friction pressure assisted graphite filled Teflon stem seal increases cycle life and reduces operating torque.
• Quarter turn from open to close with positive stop.
• Viton o-rings for operation from 0°F (-17.8°C) to 400°F (204°C).
• Optional o-rings available for high-temperature applications.
• Optional wetted materials.
• Wide selection of tube and pipe end fittings available.
• Electric and pneumatic actuator options.

Applications:
• High Pressure Skid Panels
• Chemical Injection
• Specialty High Pressure Gas Systems
• Research Systems
• High Pressure Test Panels

Parker’s PR Series Plug Valves provide positive leak tight shut-off, high flow capacity, and quick quarter-turn operation in a compact, barstock body. This plug valve provides the user the ability to throttle during manual actuation.

PLUG VALVE – PR SERIES

Parker’s PR Series Plug Valves provide positive leak tight shut-off, high flow capacity, and quick quarter-turn operation in a compact attractive package. The patented blow-out resistant seat design offers reliable sealing technology at all operating pressures not seen in general purpose plug valves. In addition to on-off actuation, the plug design allows forward flow throttling. A broad selection of valve seats and seal materials may be chosen for media compatibility and performance over a broad range of temperatures. The pressure balanced atmospheric seals are backed by PTFE rings to enhance their performance and increase cycle life.

Markets:
• Oil and Gas
• Research
• Chemical
• University Labs
Features/Benefits:
• Patented blow-out resistant seat design
• Pressures up to 3,000 psig (207 bar) CWP
• Quarter-turn operation
• Reliable simple design
• Straight-through flow
• Stainless steel and brass construction
• Nitrile, ethylene propylene, fluorocarbon, and highly fluorinated fluorocarbon rubber seats and seals
• PTFE back-up rings on atmospheric seals
• Low operating torque
• Minimum pressure drop
• Throttling capability
• Positive handle stops
• Color coded fracture resistant nylon handles with directional flow indication
• Easy to service
• 100% factory tested
• Options include lock-out devices, downstream venting, and both stainless steel and T-bar handles

Applications:
• Control Panels
• R&D Labs
• Specialty Gas Systems
• Chemical delivery
• Fill stations

This range of valves offers an innovative solution in the treatment of water and the handling of beverages while protecting health.
These compact and reliable valves offer perfect sealing and excellent cleanliness.

LIQUIFIT POLYMER BALL VALVES FOR FOOD AND BEVERAGES

This range of valves offers an innovative solution in the treatment of water and the handling of beverages while protecting health. These compact and reliable valves offer perfect sealing and excellent cleanliness.

Features/Benefits:

– Innovative Technology & Increased reliability

• Full flow to limit turbulence
• Full-flow self-cleaning ball maintains the cleanliness of the circuit
• Tube retention with gripping ring prevents pumping effect
• Push-in connection and disconnection
• Sealing technology using patented EPDM seal

– High Performance

• Inert technical polymer providing the best mechanical strength, thermal and chemical resistance
• Carstick® connection providing resistance to water hammer
• Other configurations available on request

Markets:

• Food and Beverage
• Water

Applications:

• Allow/Stop Water and Drinks Circulation in Dispensers, Coolers and Water Purifiers
• Suitable for Hot Beverages

Technologies:

• Water purification
• Water coolers
• Beverage dispensers
• Industrial valves

Technical Characteristics:

• Fluids: Water, drinks, beverages
• Materials: technical polymer, EPDM, self-cleaning technical polymer, polypropylene, silicone free
• Pressure: 0 to 10 bar at 20°C
• Temperature: -15°C to +100°C

Regulations:

• FDA: 21 CFR
• NSF: 51 and lead

Parker Autoclave’s 4B Series 4 Way Ball Valve is designed to work in pressures up to 10,000 psi ( 690 bar). A key performance feature is the one-piece trunnion mounted stem that eliminates shear failure found in two piece designs.

Way HP Ball Valve

Parker Autoclave’s 4B Series ball valves have been designed to provide superior quality for maximum performance within a variety of valve styles, sizes, and process connections. Some of the more unique design innovations include an integral one-piece trunnion mounted style ball and stem that eliminates
the shear failure common in two piece designs, re-torqueable seat glands that result in longer seat life, and a low friction stem seal that reduces actuation torque and enhances cycle life. These ball valves can also be modified to incorporate the use of special materials, seals for high temperature applications, subsea models, and valve actuators. When it comes to high-pressure applications, these ball valves
with associated high-pressure components, provide the critical performance demanded by the high pressure market.

Markets:
• Oil and Gas
• Petrochemical
• Research
• Chemical
• Power

Features/Benefits:
• One-piece, trunnion mounted style, stem design eliminates shear failure found in two piece designs and reduces the effects of side loading.
• Re-torqueable seat glands for longer seat life.
• Carbon filled PEEK seats offer excellent resistance to chemicals, heat, and wear/abrasion.
• Full-port flow path minimizes pressure drop.
• 316 cold worked stainless steel construction.
• Low friction pressure assisted graphite filled PTFE stem seal increases cycle life and reduces operating torque.
• Quarter turn crossover, and the half turn four way switching models available.
• Viton o-rings for operation from 0°F (-17.8°C) to 400°F (204°C).
• Optional o-rings available for high-temperature applications.
• Optional wetted materials.
• Wide selection of tube and pipe ended fittings are available.
• Electric and pneumatic actuator options.

Applications:
• Test Panels
• High Pressure Skid Panels
• Chemical Injection
• Specialty High Pressure Gas Systems
• Research Systems

Parker’s mini ball valves enable in-line opening and closing of a pneumatic circuit. These polymer lightweight ball valves allow for a significant reduction in installation time while offering full flow capability and compact dimensions.

MINI BALL VALVES

Parker’s mini ball valves enable in-line opening and closing of a pneumatic circuit. Handles are color coded and marked with the corresponding pneumatic symbol, in order to enable immediate identification by the user. With their push-in connections, these polymer lightweight ball valves allow for a significant reduction in installation time while offering full flow capability and compact dimensions.

Use with the following Parker Parflex Division tubing.
• Nylon
• Semi-rigid Nylon
• Polyurethane 90 Durometer Shore A
• Fluoropolymer

Markets:
• Factory/Process Automation
• Packaging
• Petrochemical
• Pneumatics
• Semi-conductor

Features/Benefits:

• Full flow
• Marked with the pneumatic symbol for identification of its function
• Lightweight
• Extremely compact, easy-to-operate lever
• Lever with screwdriver slot to facilitate operation
• Designed for polymer tubing with no tube preparation
• NBR stem seal and o-ring

Applications:

• Machine Tools
• Pneumatic Systems
• Robotics
• Vacuum Lines
• Textile

Parker’s Hi-Pro series air distribution manifolds are supplied as an interconnected assembly utilising Hi-Pro ball valves with two shut-off funcions in one body, mounted on a base plate.

Air Distribution Manifold – Hi-Pro Series

Parker’s Hi-Pro series distribution manifolds are supplied as an interconnected assembly utilising Parker Hi-Pro ball valves with two shut-off functions in one body, mounted on a base plate. Each valve has a 10 mm bore. Unlike many other air distribution manifolds, Parker offers integral ended connections, which eliminates the need for NPT.

There is a choice of eight configurations, with 4, 6, 8, 10, 12, 14, 16, 18 or 20 valves. The distribution unit features connections at both ends; either of these can be used as an inlet and the other can either be blanked off or fitted with a purge valve as a build-to-order option. Parker can also supply the unit with a single valve connected to the inlet, enabling users to totally isolate all the outlet valves from the supply point.

The main inlet and outlet of the distribution unit offer a choice of connection types and sizes, including 1/4″ to 1” female pipe threads and 1/4″ to 2” socket welds, as well as a 2” flange. The distribution valve outlets can be 1/4″ or 1/2″ pipe threads.

As standard, the distribution ball valves are manufactured from 316 stainless steel and have a maximum working pressure rating of 6000 PSI (414 bar). The valves are also available in 6Mo versions. There is a choice of PTFE and PEEK seating materials – the latter offer a temperature range of -54 to 232˚C (-65.2 to 449˚F).

Markets:
• Oil and Gas Offshore
• Oil and Gas Onshore
• Petrochemical
• Chemical

Features/Benefits:
• Integral ended connections
• Corrosion free with excellent chemical resistance
• Suitable for all proprietary instruments
• Extend instrumentation life
• Reduce plant downtime
• Eliminate high maintenance costs

Applications:
• Process instrument distribution lines for air

Parker’s Hi-Pro ball valve is a two piece bi-directional manual ball valve designed for cold working pressure process control applications from 3,600 PSI (247 bar) up to 20,000 PSI (1379 bar) rating, giving continuous repeatable performance.

20,000 PSI Ball Valve – Hi-Pro Series

Parker’s 20,000 PSI Hi-Pro series ball valves are suitable for a wide range of applications in the oil, gas and process control industries, with cold working operating pressures from 3600 PSI (247 bar) up to 20,000 PSI (1379 bar). Parker can offer these ball valves in a range of corrosion resistant alloy, which makes them suitable for a range of environments. Already specified on many of the large projects around the world, these ball valves are field proven and manufactured to Parker quality standards.

All 20,000 PSI Hi-Pro series ball valves are designed to ensure 100% repeatable bubble-tight shut-off and feature a Tru-Loc® gland adjuster, with a choice of Graphoil or PTFE packing. They also offer a choice of PTFE or PEEK seat material.

Optional bracket and panel mounting versions are available.

Markets:
• Oil and Gas Offshore
• Oil and Gas Onshore
• Petrochemical
• Chemical

Features/Benefits:
• Tru-Loc® anti-vibration locking system on gland adjuster for 100% security
• Heat code traceable and NACE compatible materials
• Range of Parker end connections (double ferrule, single ferrule, Phastite, Cone and Thread)
• Corrosion resistant alloys

Applications:
• Instrumentation lines
• Hydraulic power units
• Topside umbilical termination units

Parker’s B12 Series Ball Valve, with a “free floating ” ball design, offers superior performance in 3/4″ and 1″ tubing systems.

Ball Valve,4000 PSI – B12 Series

Parker’s B12 Series Ball Valves are available to operate manually or pneumatically for large ¾” and 1” tubing systems.. They provide quick on-off control of fluids utilized in process and instrumentation applications. The “free floating ball” design provides excellent seat wear compensation during cycling and creates an effective seal on the downstream side. This large ball valve works up to 4,000 PSI and temperatures up to 350F/177C.

Markets:

• Chemical Plants
• Refineries
• Power Plants
• Petrochemical Plants

Features/Benefits:

• Blow-out resistant stem
• Spring-loaded ball seats
• Bi-directional flow
• Stainless steel construction
• Micro-finished ball provides a positive seal
• Handle indicates flow direction
• Color coded handles
• Low operating torques
• Optional pneumatic actuation
• 100% factory tested

Applications:

• Flow Diversion
• Flow Selection
• Quick Fill Systems in Large Tubing Systems
• Instrument Panels

Parker’s MB Series ball valves, with barstock body and compact design, offer positive shut off or directional control of fluids. These ball valves work in a variety of pressure and temperature applications.up to 3,000 PSI.

MB Series

Parker’s MB Series ball valves, with their barstock, compact design, offer positive shut off or directional control of fluids in process, power and instrumentation applications. The unique one piece seat/packing design insures excellent sealing characteristics while accommodating a superior temperature range (-65⁰F to 300⁰F), up to 3000 PSIG and long cycle life.
These valves are available in two-way and three-way configurations, brass and stainless steel construction, with a wide variety of port connections. Also, all ports are suitable as inlets to full operating pressure of the valve.

Markets:

• Oil and Gas
• Research
• Chemical
• Microelectronics

Features/Benefits:

• One piece seat/packing design
• Broad temperature range
• Coated metal inserts
• One piece stem/ball
• Wide variety of US Customary and SI ports
• Panel mountable to 1/4″” thickness
• Bi-directional flow
• Handle indicates direction of flow
• Full operating pressure at any port
• Positive handle stops
• Color coded handles
• 100% factory tested
• Vent option
• Manual, electric or pneumatic actuation
• Leak-tight center-off position on three-way valves

Applications:

• Sample Extraction/Dispensing Systems in Labs
• Control Panels
• R&D Labs
• Specialty Gas
• Chemical delivery
• Pilot Plants

Parker Bestobell’s cryogenic ball valves are ideal where excellent full flow characteristics are required with no delay in filling time. They are widely used in gas production, transportation and storage, offering long term performance.

Cryogenic Ball Valves

Parker Bestobell’s cryogenic ball valves are specially designed for use in liquefied gas production, transportation and storage. These valves are ideal where the customer requires excellent full flow characteristics and long term performance. The innovative design of the valve allows for full flow of media from filling stations and portable delivery systems with low pressure loss, resulting in no delay in filling time.

These ball valves feature an innovative free floating ball design that allows the force of upstream pressure to push the ball hard against the downstream seats. The higher the pressure, the more seating force and torque is required to operate the valve.

Available in Bronze and Stainless Steel, the ball valves feature a spring-loaded gland seal, which provides low torque level under both ambient and cryogenic conditions.

Cryogenic Ball Valves

Parker Bestobell’s cryogenic ball valves are designed to eliminate leakages, maximise lifetime operation and reduce maintenance costs.

Markets:
Industrial Gas

Features / Benefits:
• Excellent flow characteristics, with low pressure loss
• Designed to prevent incorrect re-assembly after maintenance due to bespoke machining of the stem
• Anti-blowout stem to optimise safety
• Relief hole to prevent trapping of liquefied gases
• Removable centre section to allow inter-changeability in existing installations
• Suitable for retrofitting of electric or pneumatic actuators.

Applications:
• Transport
• Storage
• Defence
• Processing

Cryogenic Ball Valves

Liquid / Gas Type:
• Oxygen (O2)
• Nitrogen (N2)
• Argon (Ar)
• Carbon Dioxide (CO2)
• Krypton (Kr)
• Neon (Ne)
• Hydrogen (H2)
• Nitrous Oxide (N2O)
• Sulphur Hexafluoride (SF6)
• Natural Gas (CH4)
• Ethylene (C2H4)
• Trifluoromethane (CHF3)

Cryogenic Ball Valves

The Parker Bestobell’s flow diverters allow for quick and effective changeover between relief valves. They ensure that the flow capacity of the valve is not reduced below that available from one fully open port.

Cryogenic Flow Diverter Valves

Parker Bestobell offers flow diverters in two formats: ball or globe valve.

These flow diverters enable quick and safe changeover between relief valves. They ensure that the flow capacity of the valve is not reduced below that available from one fully open port, even during movement of the operating lever from one position to another. The integrity of the vessel is not threatened, even if the operator inadvertently leaves the operating lever mid-position.
As the valve is normally at the hub of a fairly complex piping system, there are many variations available on the basic design available to meet customers’ specific requirements.
These flow diverters are designed for use with Group 1 gases and manufactured in accordance with ASTM B31.1, BS EN 1626 and BS ISO 21011. They should be used in conjunction with Parker’s thermal relief valve.

Cryogenic Flow Diverter Valves

Markets:
• Industrial Gas

Features / Benefits:
• 90° operation from one side to another
• Fitted to safety circuit of a storage vessel, tank or trailer
• Allow a pressurised storage vessel to be protected by two relief valves.
• Quick and simple to use
• Straightforward to install
• Extremely reliable

Applications:
• Transport
• Storage
• Defence
• Processing

Cryogenic Flow Diverter Valves