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[...] family of three-dimensional views called pictorial drawings. In an isometric drawing, the object's vertical lines are drawn vertically, and the horizontal lines in the width and [...]

[...] family of three-dimensional views called pictorial drawings. In an isometric drawing, the object's vertical lines are drawn vertically, and the horizontal lines in the width and [...]

Isometric drawings are 3D drawings. They show three sides, all in dimensional proportion, but none are shown as a true shape with 90 degree corners. [...]

[...] Ball Bearing Designed for heavy radial loads. 5 Thrust Ball Bearing Intended for exclusively axial loads. 6 Single-Row Deep Groove Ball Bearing Typical ball bearing. Handles light axial loads as well [...]

[...] Axial Deep Groove Ball Bearing Intended for exclusively axial loads. 6 Deep Groove Ball Bearing (Single row) Typical ball bearing. Handles light axial loads as [...]

[...] use of a stabilizing ring on the non-flange side. As a result, these bearings can carry axial loads in both directions. The roller and cage assembly is mounted in the outer ring. NUP style [...]

[...] larger amounts of weight. This structure, however, means the bearing can handle primarily radial loads, but is not suited to thrust loads. For applications where space is an issue, a needle bearing [...]

[...] Roller Bearing 3 Double-Row Angular Contact Ball Bearing Designed to take axial as well as radial loads. 4 Double-Row Ball Bearing Designed for heavy radial loads. 5 Thrust Ball Bearing Intended for [...]

[...] Roller Bearings 3 Tapered Roller Bearing Designed to take large axial loads as well as radial loads. 4 Deep Groove Double-Row Ball Bearing Designed for heavy radial loads. 5 Axial Deep Groove [...]

[...] Bearing Instead of balls, cylindrical rollers are used. These bearings can handle much more radial load, but can handle much less axial load, than ball bearings. NN Double-Row Roller Bearing Handles [...]

[...] run-out providing for high rolling accuracy. Secondly, this design allows for greater radial load carrying and higher operating speeds. Four row cylindricals must be used in combination with a [...]

[...] . Types of Bearings There are numerous different kinds of bearings that are designed to handle radial load, thrust load, or some combination of the two. Because different applications require bearings [...]

[...] rollers are used. These bearings can handle much more radial load, but can handle much less axial load, than ball bearings. NN Double-Row Roller Bearing Handles greater radial loads than standard [...]

[...] is in the outer ring. The integral flange on the inner ring allows this bearing to carry an axial load. NF style single row – NF style bearings have two machined flanges on the inner ring and one [...]

[...] a single isometric drawing. In order to get a more complete view of the object, an orthographic projection may be used. Orthographic or Multiview Drawing Imagine that you have an object [...]

[...] a single isometric drawing. In order to get a more complete view of the object, an orthographic projection may be used. Orthographic or Multiview Drawing Imagine that you have an object [...]

[...] that are not parallel to these axes will not be of their true length. Figure 2 - An Isometric Drawing Any engineering drawing should show everything: a complete understanding of the object should be [...]

[...] that are not parallel to these axes will not be of their true length. Figure 2 - An Isometric Drawing Any engineering drawing should show everything: a complete understanding of the object should be [...]

[...] and the dimensions. Figure 13 - Pillow-block (Freehand sketch) Figure 14 - Disassembled Pillow-block Cross-Sectional Views A cross-sectional view portrays a cut-away portion of the object and is [...]

[...] and the dimensions. Figure 13 - Pillow-block (Freehand sketch) Figure 14 - Disassembled Pillow-block Cross-Sectional Views A cross-sectional view portrays a cut-away portion of the object and is [...]

[...] object in figure 6 requires only two views. Figure 6 - An object needing only two orthogonal views Dimensioning Figure 7 - An isometric view with dimensions We have "dimensioned" the object [...]

[...] object in figure 6 requires only two views. Figure 6 - An object needing only two orthogonal views Dimensioning Figure 7 - An isometric view with dimensions We have "dimensioned" the object [...]