| Thin Section Bearings Kaydon SC120AR0 | Category:Take Up Units; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:8.172; Product Group:M06288; Component Description:Take Up Bearing Only; Rolling Element:Spherical Roller Bearing; Housing Style:Unit Only; Mounting Method:Eccentric Collar; Compatible Take Up Frame:QMTF; Adjustment Travel Length:0; Insert Part Number:22211; Housing Material:Cast Steel; Other Features:Double Row | Expansion | Two Lip Nitrile Rubber Seal | Steel Cage; |
| Thin Section Bearings Kaydon K11020XP0 | d1:84.138 mm; B:19.304 mm; B1:72.619 mm; Threads per inch:12; B4:21.438 mm; Mass adapter sleeve assembly:2 kg; Lock washer:W 20; Lock nut:AN 20; Hydraulic nut:HMVC 20E; G:99.517 mm; |
| Thin Section Bearings Kaydon SC070AR0 | Category:Take Up Units; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:10.896; Product Group:M06288; Component Description:Take Up Bearing Only; Rolling Element:Spherical Roller Bearing; Housing Style:Unit Only; Mounting Method:V Lock; Compatible Take Up Frame:QMTF; Adjustment Travel Length:0; Insert Part Number:22214; Housing Material:Cast Steel; Other Features:Double Row | Single Nut | Expansion | Three Lip Nitrile Rubber Seal | Steel Cage; |
| Thin Section Bearings Kaydon KD045XP0 | D1:956 mm; H:135 mm; Da max.:981 mm; Mass bearing:250 kg; B:40.5 mm; Basic static load rating C0:30000 kN; Minimum axial load factor A:72; d:950 mm; Basic dynamic load rating C:4400 kN; Reference speed:140 r/min; |
| Thin Section Bearings Kaydon KAA15XL0 | Category:Pillow Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:31.326; Product Group:M06288; Number of Mounting Holes:2; Mounting Method:Eccentric Collar; Housing Style:2 Bolt Pillow Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Non-expansion; Mounting Bolts:24 Millimeter; Relubricatable:Yes; Insert Part Number:22220; Seals:Double Lip Nitrile Rubber; |
| Thin Section Bearings Kaydon J02508XP0 | Fatigue load limit Pu:425 kN; r3,4 min.:4.8 mm; d:305.07 mm; Comparative radial load rating CF:680 kN; Comparative axial load rating CFa:582 kN; Calculation factor Y2:1.15; Calculation factor Y0:0.8; D1 ≈:405 mm; Design variant/feature:TDIS/N; h:34.925 mm; |
| Thin Section Bearings Kaydon BB3010 | Grease Speed Rating Open/Shielded n1:3800 rpm; Basic Static Radial Load Rating Co:73500 N; Fillet Radius ra:2.00 mm; Sealed Speed Rating n3:2400 rpm; Accessories:One Shield; D:170.0000 mm; B:28.00 mm; d:110.000 mm; Oil Speed Rating Open/Shielded n2:4500 rpm; Basic Dynamic Radial Load Rating C:81800 N; |
| Thin Section Bearings Kaydon SD042AR0 | C1 max.:39 mm; Material constant KM:330; r1 min.:1 mm; Basic dynamic load rating C:245 kN; Mass rod end:7.1 kg; l3 min.:70 mm; d2 max.:137 mm; Specific dynamic load factor K:100 N/mm²; B:44 mm; w:70 mm; |
| Thin Section Bearings Kaydon KC110CP0 | Mass bearing:454 kg; C:424 mm; Design variant/feature:BC4.10/W33WI; Basic dynamic load rating C:8250 kN; d:460 mm; α:20 °; r3,4 min.:3 mm; K:9 mm; Fatigue load limit Pu:1530 kN; D:650 mm; |
| Thin Section Bearings Kaydon K11020XP0 | d1:84.138 mm; B:19.304 mm; B1:72.619 mm; Threads per inch:12; B4:21.438 mm; Mass adapter sleeve assembly:2 kg; Lock washer:W 20; Lock nut:AN 20; Hydraulic nut:HMVC 20E; G:99.517 mm; |
| Thin Section Bearings Kaydon KB035XP0 | h:265 mm; l1 min.:132 mm; Mass rod end:10 kg; r1 min.:1 mm; C1 max.:43 mm; B:49 mm; α:6 °; Basic dynamic load rating C:880 kN; d:70 mm; d2 max.:162 mm; |
| Thin Section Bearings Kaydon NA050AR0 | C1 max.:39 mm; Material constant KM:330; r1 min.:1 mm; Basic dynamic load rating C:245 kN; Mass rod end:7.1 kg; l3 min.:70 mm; d2 max.:137 mm; Specific dynamic load factor K:100 N/mm²; B:44 mm; w:70 mm; |
| Thin Section Bearings Kaydon SF050AR0 | Calculation factor e:0.31; Basic static load rating C0:14600 kN; T:355 mm; Design variant/feature:TQO/GWI; Fatigue load limit Pu:1120 kN; d:420 mm; r1,2 min.:2 mm; D1 ≈:553 mm; Basic dynamic load rating C:6440 kN; d1 ≈:469 mm; |
| Thin Section Bearings Kaydon NC075CP0 | Category:Flange Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:4.994; Product Group:M06288; Number of Mounting Holes:4; Mounting Method:V Lock; Housing Style:4 Bolt Square Flange Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Non-expansion; Mounting Bolts:1/2 Inch; Relubricatable:Yes; Insert Part Number:22211; Seals:Double Lip Viton; |
Reali-Slim® thin section bearings - Kaydon Bearings
The Kaydon Reali-Slim® inch-standard bearing is one of the most widely used thin section bearings in the world. Kaydon thin bearing solutions save weight,
Reali-Slim MM® metric thin section ball bearings | Kaydon
Reali-Slim MM® metric thin section bearings are available in cross sections of 8 mm, 13 mm, and 20 mm with bore diameters ranging from 20 mm to 360 mm
2014 Reali-Slim thin section bearings catalog: Kaydon
Kaydon Bearings' new edition thin section bearings catalog: Reali-Slim, Ultra-Slim, stainless steel bearings, Reali-Design bearing analysis software
Reali-Slim® sealed thin section ball bearings | Kaydon Bearings
Kaydon's Reali-Slim® sealed thin section ball bearings provide a wide variety of solutions for keeping anti-friction bearings clean and well-lubricated
The importance of properly mounting thin section bearings
Kaydon Bearings white paper: Factors to consider to ensure that thin section ball bearings are properly mounted for optimal performance
Stainless steel thin section and slewing ring bearings
Kaydon thin section 440C stainless steel bearings: high precision and corrosion resistance (minimizing surface degradation & particulate formation)
Kaydon Bearings: Thin section bearings, slewing ring
Kaydon Bearings manufactures slewing ring bearings and thin section bearings, and provides custom engineering and design assistance for any bearing
Bearing selection guide for Kaydon thin section ball bearings
Kaydon Bearings: Thin Section Bearing Selector tool for open and sealed bearings in English units and metric units
Reali-Slim® open thin section ball bearings | Kaydon Bearings
Each Reali-Slim® ball bearing series is based on a single cross section which remains constant as the bore diameter is increased (in sharp contrast to standard