Runout due to eccentricity influences index, pitch and profileinspection data for spur and helical and profile inspection datafor spur and helical gears and tooth alignment inspection data forhelical gears. This paper reviews the numerical procedure used withindex and pitch data to determine the magnitude and direction ofthe runout. It re-plots the inspection data with runout influenceremoved. This new numerical procedure is effective in the presenceof such tooth geometry features as slope variation (e.g., pressureangle variation in profile and helix angle variation in toothalignment), non-linearity (e.g., tip relief in profile and crown intooth alignment), and waviness. The numerical procedure is shownfor index, pitch and profile inspection data taken from a test gear(also see AGMA 93FTM6).
- Edition:
- 95
- Published:
- 10/01/1995
- Number of Pages:
- 17
- File Size:
- 0 files
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