Cam And Follower Drawing. There are three main types of followers: More videos on cam profile here:
Cam Nomenclature & Displacement Diagrams - Engg Tutorials from engineering.myindialist.com
Through this methodology cam drawings and numerical Clearance the radial internal clearances of cam followers are shown in table 4. Draw the cam profile for following conditions:
The Purpose Of A Cam Is To Move A Follower Up And Down.
The following advantages of cam and follower is: A methodology based on combined curve fitting is developed by lin et al. The contour of the working surface of the cam.
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Mounting holes for cam follower studs. The follower may translate or oscillate. If the cylindrical surface is replaced by a conical one, a conical cam results.
It Is Normally Connected With A Prime Mover, Which Rotates It.
A wide range of linear motions is available from cams and followers. More videos on cam profile here: The path of the tracer point.
Cam Profile Is The Outer Surface Of The Disc Cam.
The cam is usually located on shafts and rotates at the uniform speed, whereas the follower motion will be based on the shape of the cam. Flat followers have a flat bottom. Alternatively, you can use an appropriately sized lid or can to measure and draw the circle;
They Are Based On Either Needle Or Cylindrical Roller Bearings.instead Of An Inner Ring, They Have A Threaded Solid Stud (Pin).
A familiar example is the camshaft of an automobile engine, where the cams drive the push rods (the followers) to open and close the valves in synchronization with the motion of the pistons. Clearance the radial internal clearances of cam followers are shown in table 4. The terminology of a cam:
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