Specification Brand : uxcell BulletPoint1 : [SIZE] - Model: TA2230 (I.D. (Fw)= 22mm, O.D. (D)= 29mm, Width (C)= 30mm) BulletPoint2 : [MATERIAL] - Steel Drawn Cup, Steel Cage, Chrome Steel Needle Rollers BulletPoint3 : [FEATURES] - The outer ring of needle roller bearing is formed by precision stamping of thin steel plate, the structural space is small, and has a large load capacity BulletPoint4 : [CAPABILITY] - Dynamic Load Rating: 26900N, Static Load Rating: 45000N, Limit Speed: 11000RPM BulletPoint5 : [APPLICATIONS] - They are suitable for applications where the installation space is restricted and the housing bore can be used as a raceway ExternallyAssignedProductIdentifier : 6901659083625 ExternallyAssignedProductIdentifier1 : 605790185113 ExternallyAssignedProductIdentifier2 : 0605790185113 ExternallyAssignedProductIdentifier3 : 00605790185113 ItemName : uxcell TA2230 Needle Roller Bearings 22mm Bore 29mm OD 30mm Width Chrome Steel Open End ItemPackageDimensions_Height : 10.6934 centimeters ItemPackageDimensions_Length : 4.191 centimeters ItemPackageDimensions_Width : 8.9916 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : needle-roller-bearings Manufacturer : uxcell Material : Alloy Steel ModelNumber : a19111800ux0680 NumberOfItems : 2 PartNumber : a19111800ux0680 ProductDescription : Specification: Model: TA2230 Drawn Cup Material: Steel Cage Material: Steel Needle Roller Material: Chromium Steel (GCr15) Accuracy: P0 Bore Diameter (Fw): 22mm Outside Diameter (D): 29mm Width: 30mm Limit Speed: 11000RPM Dynamic Load Rating: 26900N Static Load Rating: 45000N Construction : Single Row Number of Pack: 1 Pcs
Description: -They are compact bearings with high load carrying capacity and stiffness. -Suitable for high dynamic loads or radial-limited installation. They are mounted in housings with a tight interference fit. -Used in a variety of applications such as agricultural and construction equipment, pumps and compressors, and two-stroke engines. Note: Use a press or special tool (not a hammer) for installation, as run out may cause local deformation or brittle breakage.