Fundamentals of Engineering Drawing for Design, Product Development, and Numerical ControlPrentice-Hall, 1977 - 620 páginas |
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Página 289
Warren Jacob Luzadder. 4988- -4978 Largest Shaft Smallest Shaft HOLE 91050 Q5000 04988 0.4978 LIMITS ( c ) SHAFT 289 Dimensions , notes , limits , and geometric tolerances 291 Dimensions , notes , limits , and geometric tolerances. ABC ...
Warren Jacob Luzadder. 4988- -4978 Largest Shaft Smallest Shaft HOLE 91050 Q5000 04988 0.4978 LIMITS ( c ) SHAFT 289 Dimensions , notes , limits , and geometric tolerances 291 Dimensions , notes , limits , and geometric tolerances. ABC ...
Página 290
... shaft system ) . interference . A shaft may be either larger or smaller than the hole in a mating part . Basic hole system . For the widely used basic hole system , the design size of the hole ( smallest size ) is the basic size . The ...
... shaft system ) . interference . A shaft may be either larger or smaller than the hole in a mating part . Basic hole system . For the widely used basic hole system , the design size of the hole ( smallest size ) is the basic size . The ...
Página 291
... shaft . Example Suppose that a 1⁄41⁄2 - in . shaft is to have a class RC6 fit in a 12 - in . hole [ Fig . 13.59 ( a ) ] . The nominal size of the hole is 1⁄2 in . The basic hole size is the exact theoretical size .5000 . From Table 34A ...
... shaft . Example Suppose that a 1⁄41⁄2 - in . shaft is to have a class RC6 fit in a 12 - in . hole [ Fig . 13.59 ( a ) ] . The nominal size of the hole is 1⁄2 in . The basic hole size is the exact theoretical size .5000 . From Table 34A ...
Contenido
Introduction | 1 |
20 | 3 |
Instrumental drawingpractices and techniques | 11 |
Derechos de autor | |
Otras 32 secciones no mostradas
Términos y frases comunes
angle auxiliary view axes axis axonometric axonometric projection center line circle Computer-aided design cone curve cutting plane cylinder determine diagram diameter dimetric projection distance draftsmen drawn DRILL edge view ellipse engineering F-view FILLETS & ROUNDS force freehand French curve front view geometric given line graphic height hole horizontal line illustrated in Fig isometric projection letters line of intersection machine method metric Multiview representation object lines oblique plane oblique projection orthographic parabola parallel pencil perpendicular perspective pictorial drawing picture plane piercing point planes of projection polygon position practice principal views prism problems projecting plane R₁ radius reference line representation for design revolved scale screw threads sectional view shaft show the true shown in Fig side view space STEP stroke symbol T-square tangent thread tion top view triangle true length vanishing point vector vertical view Fig view showing width