GrabCAD 模型信息
COMPLETE FLR (FLANGED, OPEN, DEEP GROOVE RADIAL) TYPE MICRO INCH SERIES BEARING LIBRARY — SolidWorks and Step Miniature Bearing Models · 模型 65302
This globally parameterized FLR, flanged [FL], single row, deep groove radial [R], open type (having neither shields nor seals), inch series micro bearing library contains the following bearing size-and-type designations in both SolidWorks and Step formats: FLR0 FLR1 FLR1-4 FLR133 FLR1-5 FLR144 FLR2-5 FLR2 FLR155 FLR156 FLR166 FLRA3 FLR168 FLR188 FLR4 FLR6 By "conventional cage type," I mean that a modern proprietary cage is fitted within the typical cage space afforded by the usual dimensions of this series of bearings. Thus, these cages fit the purposes of CAD work requiring models of this bearing series; and so, though some makers may produce further permutations and others less, this library reflects the usual scope of prospective members of this particular class of bearing. The size code following the FLR or FLRA prefix (the A code indicating non-standard width) and preceding any seal or shield suffix (of which none exist in "open" type bearings) is the code you want to match to find a like size of flanged [FL], deep grooved [R] (sometimes called a "lever" [bearing]), OPEN type bearing (having no seals or shields). But be aware that as the A suffix to the R type designation indicates non-standard width (which is generally increased one size code or more to accommodate shielding or seals), you should always verify that library dimensions match the bearing you intend to represent in your CAD strategy. Nonetheless, these models further enable building your bearing in a few simple steps, by simply revising a few parameters. For full details and size specifications, please download and see the read me (documentation) file. Otherwise, these models are ready to use, as is. If you download a subset of the library, remember to get the global parameters file bearing the suffix, "PARAMS, GLOBAL.txt." Store this to the same eventual usage directory. Should the ultimate destination path inadvertently unlink the global parameters, SolidWorks will prompt you to re-link the global parameters file when you open each model. You may also manually re-link the global parameters by first deleting them from your equations, and then re-importing them as links. I prefer the latter over the dysfunctional interfaces for re-nominating the path found at the bottom of the equations interface. (C) Copyright 20240217 by mike montagne. Free to use for CAD purposes, not to re-publish or redistribute in any form.
- 格式
- SOLIDWORKS、STEP / IGES、Rendering、Text file
- 分类
- Components、Industrial design、Machine design
- 标签
- flr、flra3、flr166、flr156、flr155、flr2-5、flr144、flr1-5、flr133、flr1-4、flr1、flr0、flr2、step、solidworks、sldprt、sldasm、miniature bearing、lever bearing、deep groove bearing、ball bearing、micro inch series、single row radial ball bearing
- 数据更新
- 2026-09-28T13:38:00Z
