Butterfly Valves Product List
* Series 7600
TRIPPLE OFFSET BUTTERFLY VALVES
Series 7600 Triple Offset Metal Seated Butterfly Valves With Unique Seat Geometry Disc-Shaft Engagement Provide High Cycle Life Under Extreme Temperature Conditions With Metal To Metal Tight Shut-Off Characteristics. Eliminates All Those Problem Like Wear, Seat Deformation, Abrasion, Cold Flow & Seat Leakage.
Butterfly valves with single or double offset construction do not perform to the expectations whenused for harsh & severe process applications, such as extreme temperature conditions, steam isolation, high operational frequency, abrasion services etc. Triple offset butterfly valves providereliable & efficient performance under these harsh applications.Series 7600 Triple offset metal seated Butterfly valves with unique seating geometry & design.
disc-shaft engagement provide high cycle life under extreme temperature conditions. With metalto metal tight shut-off characteristics eliminates. all those problem like wear, seat deformation, abrasion, cold flow, crutches & leakage which aregenerally associated with soft seated butterfly valves. With extended performance features series7600 Butterfly Valve are suitable for following application.
General Specification
Size : DN 80 Thru DN 1200
3" Thru 48"
Design & manufacturing : Conforms to API 609 / BS 5155 / EN593
requirements
Pressure Class : Pressure Ratings 150# ANSI & 300# ANSI & 600# ANSI
Working Temperature : -29°C to + 538ºC With suitable combination of materials
-100°C to + 700°C
Body Styles : Lug Types and Double Flanged
Actuators : Manual Gear Operator, Pneumatic Actuators, Electrical actuator
The Laminated Seal
The torque transmitted by the shaft to the disc generates uniform seating forces on the entire circumference of disc seal. The laminated seal flexes & gets energized in the direction of seal all over its entire circumference The
resiliency of the disc seal allows valve body and disc to expand or contract without producing any jamming effect under the fluctuating temperature range. The torque generated radial compressive force, equally distributed around the circumference, provides bidirectional tight shutoff .
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CATALOGUE.PDF