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SHARPE Series 80/89 Ball Valves

High Performance 3 Piece Ball Valves

SHARPE Series 80/89 Ball Valves

The Series 80/89 full port 3-piece ball valves are designed for high performance, long cycle life and exceptional durability.  These ball valves are fully compliant to API 608 class 800 for sizes 1/4″ to 2 1/2″ and class 300 for sizes 3″ to 4″.  They feature enhanced performance and design flexibility.  The Series 80/89 ball valve is generally used for petroleum refining, chemical & petrochemical processing.

SHARPE Series 80/89 High Performance 3-Piece Ball Valve
  • 3000 WOG
  • Blow-out Proof Stem
  • Live Loaded Stem Packing
  • ISO 5211 Mounting Pad
  • Locking Devices
  • 5-Seat Design
  • ASME B16.11 Threaded Ends
Accessories

Extensions, brackets and auxiliary options

End connection combinations

  • A wide selection of optional end connections are available, including, but not limited to: threaded, socket weld, butt weld, extended butt weld and flanged ends to class 150, 300 and 600.

Cast mounting brackets

  • Cast brackets all in stainless steel material with hole patterns conforming to ISO 5211 on top and bottom planes for actuation mounting.
  • Optional safety locking holes for securing valves during maintenance.
  • Wide tool clearance for installation, aesthetic design and open visibility.

Extension bonnets

  • Extensions – an option to move the valve top interface away from the pipe line for insulation and reduction of heat transfer.
  • Emission bonnets – an added stem sealing system for valves without integral emission ports.
  • Cryogenic bonnets – valves for cryogenic service are converted to accept a cryogenic extension bonnet with an extended stem, to distance the stem sealing area away from low temperatures.

Additional options

  • Steam jackets – enables the valves to be kept at a controlled temperature.
  • Diverters – valves that are converted for diverting or mixing applications that usually require two valves.
  • Tank bottom valves – valves with special end caps welded directly to tanks or pipes, to eliminate the dead volume that is common with standard fittings.
  • Locking device – Sharpe exclusive, tamper-proof locking device is spring loaded, and ensures lock is always activated.
  • Spring return handles – ensures that the valve cannot be left open (or closed). Can be retrofitted on-site without valve disassembly.
Features

Rugged body and end caps

  • Rugged body with higher and deeper stem packing area to allow for more seals.
  • Two-cast bosses for optional fugitive emission ports (patent pending)
  • Larger ISO bolt pattern for handling higher valve torques.
  • End caps with extra thick flanges to comply with class 800.

Tongue and groove design

  • Fully encapsulated body seals, allowing ends to be welded in-line, without time consuming and labor intensive disassembly.
  • In the event of fire, this design will compensate for bolt expansion and reduce the chance of external leakage.
  • Helps prevent seal ruptures in high pressure, cryogenic or steam applications.

Heavy duty stem design

  • Stem diameters have been increased to meet the higher torque requirements of the most demanding applications.
  • Stem-to-ball contact area is wider and larger, allowing the valve to be used for higher torque applications.
  • Design allows for the use of stainless steel stem material rather than 17-4PH, and offers superior corrosion resistance.
  • All stems have a Double-D configuration to indicate ball position.

 Body bolt design

  • Larger diameter body bolts to comply with class 800.
  • Encapsulated body bolts for added protection and wash down applications.
  • Optional bolts and nuts to comply with NACE MR0175/ISO 15156.

 ISO 5211 top-works compatibility

  • The top-works offer compatibility for mounting a
    wider range of accessories.
  • Actuators and Sharpe accessories may be retrofitted
    on existing valves without disruption of line integrity.

 Floating ball design

  • Solid stainless steel ball with wide selection of configurations for a variety of applications for diverting, mixing, controlling, flushing, purging and more.
  • Floating ball seals on the downstream seat, reducing torque and guarantees bubble-tight shutoff.

 Unique “SharpeGrip” handle

  • The “SharpeGrip” is a unique cast, stainless steel handle with special design to accommodate locking devices.
  • The handle length is according to API 608 requirements and withstands higher valve operating torque.
  • A comfortable, ergonomic hand-grip design.
Valve Trim

Operational flexibility and process compatibility of stem assemblies

Stem assemblies

  • STANDARD – a multiple pack of chevron “V” shaped stem seals for better sealing in PTFE, TFM® or Nova materials.
  • FIRE SAFE – double pack of flexible graphite seals for sealing under fire conditions.
  • FUGITIVE EMISSION – 2-pack stem seals in PTFE or graphite, with lantern ring to allow leak detection through the emission ports.
  • HIGH-CYCLE – unique designs for demanding high cycle applications that consist of multi-system sealing devices in the stem bonnet.

Stem sealing

  • INTEGRATED FUGITIVE EMISSION BODY (patent pending)
    • Double containment stem packing with threaded ports to connect sensors.
  • INCREASED STEM SEALING AREA
    • Allows for a range of sealing combinations for severe applications and other stringent design demands.
  • LIVE-LOADED STEM
    • Two pairs of concave and opposing spring washers provide additional compensation for seal wear.
    • Self-adjusts with pressure and temperature fluctuations.
  • SAFE DESIGN
    • Blowout proof stem design with anti-static device ensures the stem cannot be blown out by accidental medium pressure rise or cause ignition.
  • EXTENDED VALVE CYCLE LIFE
    • PEEK and Nova thrust bearings and stem seals extend valve life-cycle, and are the perfect choice for actuation applications.

Seats and seals

A wide range of seat and seal materials are readily available to meet the most demanding applications including:

Buna, Delrin®, Nova, PEEK, EPDM, Viton®, PTFE,
RTFE, TFM®, Grafoil, UHMWPE.

Seat designs

All the seats are designed with circumferential relief slots to equalize body pressure, reduce torque and assure leak-tight sealing.
Aside from standard seats, Sharpe also supplies numerous seats designated for specific applications, including, but not limited to:

  • CAVITY FILLER SEATS
    • Seats that eliminate the voids in the valve body cavity to minimize solidification of the media.
  • DIVERTER SEATS
    • Seats used in diverting or mixing applications where the flow plan governs seat type.
  • METAL SEATS 
    • Metal seats are the only option where high temperatures, severe abrasion and corrosive fluids are involved.
  • CAVITY PRESSURE RELIEF SEATS 
    • Seats designed to relieve pressure build-up in the body cavity.
  • DOUBLE BLOCK & BLEED SEATS 
    • Seats with O-rings to enable shutoff on upstream and downstream.
Valve Seats

Pressure / Temperature Rating

SHARPE Series 80/89 Valve Seat Pressure / Temperature Rating

Sharpe Seat Materials

SHARPE Series 80/89 Valve Seat Materials

Dimensions

SHARPE Series 80/89 Dimensions Diagram

SHARPE Series 80/89 Dimensions Chart

Technical Information

SHARPE Series 80/89 Technical Information

How to order the SHARPE Series 80/89 Ball Valve

How to order the SHARPE Series 80/89

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Call Now! 800.962.5964At Automated Valve & Equipment Co., we deliver on our commitments and strive to exceed our customers’ expectations.
We invite you to contact us to explore ways in which our unique capabilities can be an asset to your facility.

 

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