BODY One-piece bodies are available in both wafer and full tapped lug designs. The standard longneck body provides full clearance for 2-inches of insulation with ANSI 150 pipe flanges.
STEM/DISC Stern design provides high strength and positive disc control with standardized end connection for operator interchangeability.
STEM BEARINGS Bearings are standard on both the upper and lower shaft to minimize torque and provide maximum stern support.
SEAT Molded-in resilient seat provides bubble-tight shutoff to 250 psi.
Dead-End Service The lugged body is drilled and tapped for isolation and removal of downstream piping at full rated pressure.
TESTING Each valve is individually tested for bubble-tight closure at 110% of full rated pressure.
BODY One-piece bodies are available in both wafer and full tapped lug designs. The standard longneck body provides full clearance for 2-inches of insulation with ANSI 150 pipe flanges.
STEMS Heavy-duty, two-piece design allows for easy maintenance. Stems are secured by the use of retaining pins.
BEARINGS Two bronze or Teflon®* bearings are standard on 2"-12". Sizes above 12" have full-length bearings on upper and lower stems.
Stem/Disc Attachment Rectangular drive ensures proper disc connection. No pins or bolts are exposed to flow.
Seat Elastomer, reinforced with phenolic backing ring, enables valve to be used on pressure or vacuum service. Seat can be field replaced. Grinnell's special double seal design eliminates the need for flange gaskets. Three stem seal O-rings are molded into the the seat liner to back up the primary stem seal.
DISC Streamlined for maximum flow and minimum seat wear. Ease of maintenance due to the elimination of bolts, pins, etc., as disc to stem connectors.
Dead-End Service A unique patented lip, integral to the body prevents the liner from moving downstream, eliminating seat and flange leakage. This feature allows lug valve to be used in uni-directional, dead-end service applications at full rated pressure without the use of downstream flange.
Two-Piece Stem Design Two-piece stem disc geometry maximizes flow capacity by increasing the available flow area through the valve. This increase in disc efficiency results in higher valve Cv.
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原装大量现货供应GRINNELL VALVES WC-8100 DN100格林奈尔蝶阀（价格为参考价，详情与卖家联系）
GRINNELL VALVES 格林奈尔蝶阀
主要包括1000，8000，GHP三大系列
BODY
One-piece bodies are available in both wafer and full tapped lug designs. The standard longneck body provides full clearance for 2-inches of insulation with ANSI 150 pipe flanges.
STEM/DISC
Stern design provides high strength and positive disc control with standardized end connection for operator interchangeability.
STEM BEARINGS
Bearings are standard on both the upper and lower shaft to minimize torque and provide maximum stern support.
SEAT
Molded-in resilient seat provides bubble-tight shutoff to 250 psi.
Dead-End Service
The lugged body is drilled and tapped for isolation and removal of downstream piping at full rated pressure.
TESTING
Each valve is individually tested for bubble-tight closure at 110% of full rated pressure.
Wafer Barestem
Wafer Lever Operated
Wafer Gear Operated
Lug Barestem
Lug Lever Operated
Lug Gear Operated
BODY
One-piece bodies are available in both wafer and full tapped lug designs. The standard longneck body provides full clearance for 2-inches of insulation with ANSI 150 pipe flanges.
STEMS
Heavy-duty, two-piece design allows for easy maintenance. Stems are secured by the use of retaining pins.
BEARINGS
Two bronze or Teflon®* bearings are standard on 2"-12". Sizes above 12" have full-length bearings on upper and lower stems.
Stem/Disc Attachment
Rectangular drive ensures proper disc connection. No pins or bolts are exposed to flow.
Seat
Elastomer, reinforced with phenolic backing ring, enables valve to be used on pressure or vacuum service. Seat can be field replaced. Grinnell's special double seal design eliminates the need for flange gaskets. Three stem seal O-rings are molded into the the seat liner to back up the primary stem seal.
DISC
Streamlined for maximum flow and minimum seat wear. Ease of maintenance due to the elimination of bolts, pins, etc., as disc to stem connectors.
Dead-End Service
A unique patented lip, integral to the body prevents the liner from moving downstream, eliminating seat and flange leakage. This feature allows lug valve to be used in uni-directional, dead-end service applications at full rated pressure without the use of downstream flange.
* Teflon®is a registered trademark of the E.I. DuPont de Neymour Company
Dimensional Drawings with New Stem Dimensions
2" - 12" WAFER Bare Stem
2" - 12" LUG Bare Stem
14" - 24" WAFER Bare Stem
14" - 24" LUG Bare Stem
Dimensional Drawings with Old Stem Dimensions
2”-12” Wafer Barestem
14”-24” Wafer Barestem
2”-12” Wafer Lever Operated
2”-12” Wafer Gear Operated
14”-24” Wafer Gear Operated
2”-8” Wafer w/ 80 psi S/R Pneumatic Actuators
10”-12” Wafer w/ 80 psi S/R Pneumatic Actuators
2”-10” Wafer w/ Electric Actuators
12” Wafer w/ Electric Actuators
Wafer Sanitary Valves
2”-12” Lug Barestem
14”-24” Lug Barestem
2”-12” Lug Lever Operated
2”-12” Lug Gear Operated
14”-24” Lug Gear Operated
2”-8” Lug w/ 80 psi S/R Pneumatic Actuators
10”-12” Lug w/ 80 psi S/R Pneumatic Actuators
2”-10” Lug w/ Electric Actuators
12” Lug w/ Electric Actuators
Lug Sanitary Valves
Series GHP High Performance Butterfly Valves
Body Material & Standard:
Carbon Steel
ASTM A216-WCB or
316 Stainless Steel
ASTM A351-CF8M
DISC Material & Standard:
316 Stainless Steel
ASTM A 351-CF8M
Stem & Taper Pins Material & Standard:
17-4PH
ASTM A 564 Cond.
H10751-CF8M
Gland Bridge Material:
17-4SS PH
Packing Material:
PTFE or Graphite
Bearings Material & Standard:
316 SS Nitride
Material & Standard:
Carbon Steel ASTM A36
or
Stainless Steel ASTM A240
Seat Material & Standard:
RTFE
Reinforced polytetrafluoroethylene [optional: PTFE]
Two-piece stem disc geometry maximizes flow capacity by increasing the available flow area through the valve. This increase in disc efficiency results in higher valve Cv.
COMPETITOR
one-piece stem
HI-SEAL
two-piece stem
Series GHP High Performance Butterfly Valves
2”-12” Wafer Barestem
12”-12 Wafer Lever Operated
2”-12” Wafer Gear Operated
2”-12” Lug Barestem
2”-12” Lug Lever Operated
2”-12” Lug Gear Operated