Manual lever operated 2-piece ball valve with a full interior bore
2-Piece body design, valve body and cap made of shot blasted stainless steel 316, sealed with a stainless steel 304 & graphite body gasket
Class-150 Flanged ends conforming to ASME B16.5:2007
Polished stainless steel 316 ball with PTFE & graphite ball seats/seals
Blow-out proof stem made of stainless steel 316 with PTFE stem packing and an FKM rubber O-ring
Face to face flange dimensions conforming to BS EN 558 (series 27)
Flange diameter: 127mm
Flange pitch circle diameter (PCD): 98.6mm
4 x 2 3/4" bolt holes
ISO 5211 direct mount for actuator installation (F05/F07 x 14mm)
Valve torque at zero pressure: 20Nm
Built-in stainless steel 304 locking lever with a vinyl sleeve
Manufactured to the ASME B16.34 standard
Fire-safe design to API 607 with an anti-static device, required for use with flammable fluids
Inspected & tested in accordance with API 598 and API 6D
Maximum operating pressure: 19 bar (275 PSI) at up to 175°C
Operating temperature range: -30°C - 180°C
General | |
Valve Type | 2-Piece Full Bore Ball Valve |
Size | 1 1/2" (DN40) |
Connections | Class 150 Flanged Ends - ASME B16.5 |
Manufacturing Standard | Conforms to ASME B16.34 |
Operation | Manual Locking Lever Operated |
Materials | |
Body | Stainless Steel 316 (Shot Blasted) |
Ball | Stainless Steel 316 |
Stem | Stainless Steel 316 |
Handle | Stainless Steel 304 (Vinyl Cover) |
Seals | |
Body Gasket | Stainless Steel 304 + Graphite |
Ball Seats | PTFE + 15% Graphite |
Stem Packing | PTFE |
Dimensions | |
Flange Diameter | 98.6mm |
Flange Bolt Holes | 4 x M12 |
ISO 5211 Direct Mount | F05/F07 x 14mm |
Pressure/Temperature Ratings | |
Maximum Operating Pressure | 19 bar |
Operating Temperature Range | -30°C - 180°C |
Approvals | |
Safety | API 607 |
Other | |
Additional Information | Dimensions to ASME B16.10. Blow-out proof stem. Anti-static device. Fire-safe design. Valve torque at zero pressure 20Nm. |
Certification Availability | 2.1 Letter of Conformity Only - Must be requested at time of order |