Part print analysis

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• The general configuration of the part – It refers to general shape and size of the part – The scale of the drawing should be observed to misinterpret the size of the components. It is related to the various problems like • Handling • Type of tooling • Type of machines • Sequence of operations • Rate of production • The material from which the part is made – A proper notice should be taken for materials and then their properties as different material poses different manufacturing problems and manufacturing costs
• How the part originated –It is the originating operation which determines the general configuration of the workpiece –There is no hard and fast rule to determine the originating operation from the part prints however in certain specific cases the drawing are more explicit about the basic process operations –The process to be chosen depends on the work to be performed by the component • Recorded changes in design –Overlooking of a change in part print results in a lot of loss –Often the part prints are revised on the request of process engineer –All the part prints related to an assembly should be checked thoroughly • Resistance to damage in process –A more detailed examination should be undertaken during the development of process sequence
Page 1 and 2: Part print analysis Dr P M Pandey
Page 3: General Characteristics of the work
Page 7 and 8: Determining areas used for processi
Page 9 and 10: Nature of work to be performed Part
Page 15 and 16: Drive Assembly Complete
Page 17 and 18: Plate and Pin Assembly
Page 19 and 20: Drive plate

Part print analysis

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