Specification Brand : Othmro BulletPoint1 : Model: HF2016 (I.D. (Fw)= 20mm, O.D. (D)= 26mm, Width (C)= 16mm) BulletPoint2 : ST14 steel drawn cup, GCr15 needle rollers one way clutch BulletPoint3 : Good heat tolerance, high load carrying capacity and stiffness BulletPoint4 : Low cross section, enable downsizing and suit for use in restricted mounting spaces BulletPoint5 : Pre-Lubricated. Good running properties ExternallyAssignedProductIdentifier1 : 880127848293 ExternallyAssignedProductIdentifier2 : 0880127848293 ExternallyAssignedProductIdentifier3 : 00053893291116 IncludedComponents : Tapered Bearing Cone ItemName : Othmro One Way Needle Roller Bearings,2Pcs HF2016 GCr15 P0Z1 Needle Roller Bearings 20x26x16mm Normal Accuracy One-Way Needle Bearing Industrial Needle Bearings with High Dynamic Loads ItemPackageDimensions_Height : 7.62 centimeters ItemPackageDimensions_Length : 2.54 centimeters ItemPackageDimensions_Width : 7.62 centimeters ItemPackageQuantity : 1 ItemShape : Single Cone ItemTypeKeyword : needle-roller-bearings Manufacturer : Othmro Material : Steel ModelNumber : OTH191101Z-0202 NationalStockNumber : 3110-00-100-3602 NumberOfItems : 1 PackageLevel : unit PartNumber : OTH191101Z-0202 ProductDescription : Specification: Model: HF2016 Needle Roller Material: Chromium Steel (GCr15) Size:20x26x16mm Number of Pack: 2 Pcs Description: -Drawn Cup Needle Roller Bearing features a deep drawn, thin-walled outer ring. They are compact bearings with high load carrying capacity and stiffness. -These bearings are especially suitable for high dynamic loads or radial-limited installation. They are mounted with a tight interference fit in the housing. -Shoulders or snap rings are not required to locate the bearing axially, thus enables a simple and economic design of the housing bore. -For various applications such as automotive and truck transmissions, agricultural and construction equipment, pumps and compressors, and two-cycle engines, among others. -NOTE: Install with press machine or special tools instead of hammers because beating may lead to local deformation or brittle fracture.