Home>Products>SMITH Bearing>SMITH IRR-2-3/16 Roller Bearings
SMITH IRR-2-3/16 MODELS
Need a CAD or 3D Model?
SMITH IRR-2-3/16 Roller Bearings
category
SMITH Bearing
SMITH IRR-2-3/16 Bearing SPECIFICATIONS
Browse SMITH IRR-2-3/16 Roller Bearings Categories in the Manufacturers Online OMB Bearing Industry Trading Company ,.Ltd Free. Maximum of +800 operating temperature range: 13 in overall length: including SMITH Bearing. Leaded-Tin Bronze material:
- SMITH
IRR-2-3/16
- 85 mm
- 55 mm
- 150
- 90 mm
- 130 mm
- GE90FO-2RS
- 15 °
- ISO
- OMB Bearing Industry Trading Company ,.Ltd2020-07-10 09:46:19
Welcome to my shop! Glad to serve you! Please send your question!
SMITH IRR-2-3/16 Roller Bearings Details
- 85 mm
- 55 mm
- 150
- 90 mm
- 130 mm
- GE90FO-2RS
- 15 °
- ISO
- 90
- 150 mm
SMITH IRR-2-3/16 SMITH IRR-2-3/16 Roller Bearings Code description
Same SMITH IRR-2-3/16 Roller Bearings quality control | |||||||||
---|---|---|---|---|---|---|---|---|---|
No. | Brand | EAN | Inventory | Manufacturer Name | Weight / US pound | Minimum Buy Quantity | |||
IRR-2-3/16 | SMITH BEARING | 0651041230262 | 0.0 | SMITH BEARING | 1 | N/A |
Outer Diameter (mm) | 6 |
D | 6 mm |
Bearing number | 601XZZ |
Size (mm) | 1.5x6x3 |
r min. | 0,15 mm |
d | 1,5 mm |
C | 3 mm |
Width (mm) | 3 |
Bore Diameter (mm) | 1,5 |
B | 3 mm |
SMITH IRR-1-5/16-1 Roller Bearings | Calculation factor f1:1; r3,4 min.:1 mm; D2:136 mm; ra - max.:1.5 mm; da - min.:107 mm; Calculation factor - f:1.12; Preload class C GC:1440 N; Bearing number:S7020 CE/P4A; a:28.9 mm; Calculation factor - f:1; |
SMITH PCR-1-3/8 Ball Bearings | B:85 mm; C:55 mm; Outer Diameter (mm):150; d:90 mm; R:130 mm; Bearing number:GE90FO-2RS; Angle:15 °; Brand:ISO; Bore Diameter (mm):90; D:150 mm; |
SMITH FCR-1-3/8 Ball Bearings | d:45 mm; Bearing number:62209; B:23 mm; Bore Diameter (mm):45; C:23 mm; Outer Diameter (mm):85; Weight:0,48 Kg; Brand:ZEN; Basic dynamic load rating (C):33,2 kN; Size (mm):45x85x23; |
SMITH HR-1/2-BC Cam Follower and Track Roller - Stud Type | C90(2) - Dynamic Radial Rating (Two-Row, 90 million revolutions)5:8920 lbf; T - Bearing Width across Cups:2.3123 in; Db - Cup Backface Backing Diameter:3.39 in; Design Units:Imperial; C - Cup Width:0.8592 in; B - Double Cone Width:2.0940 in; r - Cup Backface To Clear Radius2:0.08 in; G1 - Heat Generation Factor (Roller-Raceway)11:37.6; C1 - Dynamic Radial Rating (Two-Row, 1 million revolutions)4:34400 lbf; e - ISO Factor8:0.34; |
SMITH HR-1-1/4-BC Cam Follower and Track Roller - Stud Type | C90(2) - Dynamic Radial Rating (Two-Row, 90 million revolutions)5:8920 lbf; T - Bearing Width across Cups:2.3123 in; Db - Cup Backface Backing Diameter:3.39 in; Design Units:Imperial; C - Cup Width:0.8592 in; B - Double Cone Width:2.0940 in; r - Cup Backface To Clear Radius2:0.08 in; G1 - Heat Generation Factor (Roller-Raceway)11:37.6; C1 - Dynamic Radial Rating (Two-Row, 1 million revolutions)4:34400 lbf; e - ISO Factor8:0.34; |
SMITH HR-2-3/4-C Cam Follower and Track Roller - Stud Type | C90(2) - Dynamic Radial Rating (Two-Row, 90 million revolutions)5:8920 lbf; T - Bearing Width across Cups:2.3123 in; Db - Cup Backface Backing Diameter:3.39 in; Design Units:Imperial; C - Cup Width:0.8592 in; B - Double Cone Width:2.0940 in; r - Cup Backface To Clear Radius2:0.08 in; G1 - Heat Generation Factor (Roller-Raceway)11:37.6; C1 - Dynamic Radial Rating (Two-Row, 1 million revolutions)4:34400 lbf; e - ISO Factor8:0.34; |
SMITH IRR-1-9/16-1 Bearings | Design Units:Imperial; d:1.0000 in; R - Cone Backface To Clear Radius3:0.06 in; C90(2) - Dynamic Radial Rating (Two-Row, 90 million revolutions)2:6110 lbf; Ab - Cage-Cone Frontface Clearance:0.07 in; C90 - Dynamic Radial Rating (90 million revolutions)5:3510 lbf; Ca90 - Dynamic Thrust Rating (90 million revolutions)7:3280 lbf; C1 - Dynamic Radial Rating (1 million revolutions)6:13500 lbf; a - Effective Center Location4:-0.13 in; Cg - Geometry Factor:0.0736; |
SMITH CF 3/4-XB-283 Bearings | d:45 mm; Bearing number:62209; B:23 mm; Bore Diameter (mm):45; C:23 mm; Outer Diameter (mm):85; Weight:0,48 Kg; Brand:ZEN; Basic dynamic load rating (C):33,2 kN; Size (mm):45x85x23; |
SMITH IRR-2-1/2-1 Roller Bearings | d:45 mm; Bearing number:62209; B:23 mm; Bore Diameter (mm):45; C:23 mm; Outer Diameter (mm):85; Weight:0,48 Kg; Brand:ZEN; Basic dynamic load rating (C):33,2 kN; Size (mm):45x85x23; |
SMITH IRR-3/8-1 Roller Bearings | Angle:4 °; l3 min.:113 mm; Screw:M20X70; D:180 mm; Bearing number:GIHN-K 125 LO; d5:200 r/min; d:125 mm; Thread (G):M100X3; Basic dynamic load rating (C):950 kN; d1:138 mm; |
SMITH IRR-15/16 Roller Bearings | Outer Diameter (mm):9; d:3 mm; Df:10,5 mm; Bore Diameter (mm):3; Brand:CX; Basic static load rating (C0):0,219 kN; Basic dynamic load rating (C):0,635 kN; Bearing number:FL603; B:3 mm; Weight:0,001 Kg; |
SMITH HR-1-7/8-C Cam Follower and Track Roller - Stud Type | Number of Raceway Ring Rows:Single Row; Internal Symbol:No; Accuracy(Class):Class 0; Torque Symbol:No; Combination symbol:No; Type:Ball; Specifications/Environment:Standard; I.D.(Ø):17; Specifications, Environment:Standard; Outer Ring Shape:Flat; |
SMITH IRR-2-1/8 Roller Bearings | C90(2) - Dynamic Radial Rating (Two-Row, 90 million revolutions)5:8920 lbf; T - Bearing Width across Cups:2.3123 in; Db - Cup Backface Backing Diameter:3.39 in; Design Units:Imperial; C - Cup Width:0.8592 in; B - Double Cone Width:2.0940 in; r - Cup Backface To Clear Radius2:0.08 in; G1 - Heat Generation Factor (Roller-Raceway)11:37.6; C1 - Dynamic Radial Rating (Two-Row, 1 million revolutions)4:34400 lbf; e - ISO Factor8:0.34; |
SMITH IRR-2-3/16 Roller Bearings Video
SMITH IRR-2-3/16 INTERCHANGE
SMITH Bearing Part series IRR-2-3/16 is a potential replacement for these common bearing part numbers:
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
IRR-2-3/16
Contact Us
- OMB Bearing Industry Trading Company ,.Ltd
- Address4, rue Auguste Comte, BP 49, 92174 Vanves Cedex, France
- Phone(Working Time)33-6-23-57-42-00
- Fax
SMITH IRR-2-3/16 Technical Articles
How can I tell if my Koyo Bearings are real? |
How do you calculate radial clearance of a bearing? |
How do you hold bearings in place? |