Item Description
DIN SS316&solCF8M Flange Ball Valve PN16 DN80
Specification:
Size: DN15-DN600
Product:Q41F&solQ341F
Stress: PN16-PN160
Applicable Medium: steam, h2o, oil,and so forth
Body Material: Carbon Steel A216 WCB&solA105 &lparGS-C25&sol GP240GH&sol 1.0619&sol P285NH),, WCC, minimal Carbon Metal LCB, LCC, Alloy St A217 WC6, WC9, C5, C12, Stainless metal A351 CF8, CF8M, CF3, CF3M, CF8C, Duplex metal A890 GR.4A GR.5A,And many others.
Ball Materials: Carbon steel A105, A105&plusENP, Stainless metal SS201,SS304,SS316, SS316L
Operation: Lockable Manage Lever, worm, electrical, pneumatic
Total port &lpar FP) or Normal Bore &lparRB), Two piece Break up human body or Three piece bolted entire body, Floating ball kind or Trunnion Mounted kind, Blow-out Proof Stem, Anti-staic, CZPT Locking Gadget or stem Extension, CZPT Direct Mounting to ISO 5211
Normal:
Layout and Manufacture: API 6D, ASME B16.34, DIN 3357
Face To Encounter Dimension: ASME B16.10, API 6D, DIN3202 F4&solF5,EN558
Flange Connection Dimension: ASME B 16.5 , EN1092-1
BW Relationship Dimension: ASME B16.twenty five
Check And Inspection: API 598, API 6D
Fireplace-secure Design: API 607&sol6FA
| Nominal Pressure | one.6Mpa | two.5Mpa | 4.0Mpa | six.4Mpa | 10.0Mpa | Take a look at Medium |
| Shell Test | 2.4Mpa | three.75Mpa | 6.0Mpa | 9.6Mpa | 15.0Mpa | Water |
| Seal Examination | 1.8Mpa | 2.75Mpa | 4.4Mpa | seven.1Mpa | eleven.0Mpa | |
| Air Seal Examination | 80lb&lpar0.6Mpa) | 80lb&lpar0.6Mpa) | 80lb&lpar0.6Mpa) | 80lb&lpar0.6Mpa) | 80lb&lpar0.6Mpa) | Air |
Racks, when utilized with spur gears, change rotational motion to linear movement. EP Gear’s racks are designed to operate with our stock 14 1/2° and 20° PA spur gears. Typically, racks are modified to suit particular applications. This might consist of drilling and tapping mounting holes, cutting to a distinct duration, or matching the ends of two racks to generate a more time ongoing duration than stock.
Previously we talked about that when two gears mesh, the smaller a single is referred to as the pinion. A rack is a straight bar with gear tooth that meshes with the pinion. So you can possibly imagine how rack and pinion gears are used to convert rotation into linear motion. A excellent instance of this is the steering method on a lot of automobiles. The steering wheel rotates a gear, which engages the rack. As the gear turns, it slides the rack either to the proper or remaining, based on which way you switch the wheel.
