71932CD/P4A SKF Super Precision,Super Precision Bearings,Super Precision Angular Contact,71900 Series,15 Degree Contact Angle

Shop 71932CD/P4A SKF Super Precision,Super Precision Bearings,Super Precision Angular Contact,71900 Series,15 Degree Contact Angle huge 782475247387 UPC online discount Super Precision Angular Contact Bearings Non-Expansion Expansion Type inventory. Super Precision Angular Contact Bearings and Import machinery parts your car needs with Free China Komatsu Hydraulic Final Drive Motor Supplier Shipping and Free Extended Warranty.

Brand Name:SKF
Model Number:71932CD/P4A
Expansion Type:Non-Expansion
UPC:782475247387
Manufacturing Plant Location:Rogersville, TN
Housing Coating:Powder Coat
End Cap Groove:Yes
Self Aligning:Self Centering
Max Bearing Speed:5000 rpm
Base to Center Height:Standard

Product Details

Expansion TypeNon-Expansion
UPC782475247387
Manufacturing Plant LocationRogersville, TN
Housing CoatingPowder Coat
End Cap GrooveYes
Self AligningSelf Centering
Max Bearing Speed5000 rpm
Base to Center HeightStandard
Ball Bearing Housing Series208 Series
Ball GradeClass 10
Bearing Insert MaterialSteel
Housing MaterialCast Iron
Retainer TypeStd Retainer
Flinger TypeRubberized
Bearing Locking DeviceSetscrew
Retainer MaterialNylon
Bearing FamilySetscrew Ball Bearin
Bearing Inner Ring MaterialSteel
Grease TypeUnirex N2
Anti-Rotation PinYes
View more

Company Profile

Phone +1-659-239-5477
View more

Related News

  • Why does the temperature increase in a liquid when pumpedThanks in advance for your help and guidance. Is the reason that the temperature in a liquid that is being pump increases due to the difference  Temperature Rise in Pumps Pump Number:...
  • How Pressure is created in a hydraulic system. - YouTubeApr 27, 2012 — How Pressure is created in a hydraulic system. ✓. 77,691 views77K views. • Apr 27, 2012. 151 45. Share Save. 151 / 45  Hydraulic Pressure vs. Flow: Understanding...
  • Hydraulic Output Torque Calculator, Output Torque CalculationWhen a Hydraulic Motor is being driven the Output Torque M(Nm) can be calculated by following these steps: Pressure P (bar), typical pressures for hydraulic motors would be up to 250 bar....
  • Recommended Products

    All Products Contact Now