As3 Operating Data:Maximum engine torque 160 Nm at 3,000 min-1.Bearing Selection:Pinion ShaftThe pinion shaft is fitted with FAG inch-dimensioned tapered roller bearings mounted in Oarrangement. Dimensions: 34.925 x 72.233 x 25.4 mm (dynamic load rating C = 65.5 kN)and 30.163 x 68.263 x 22.225 mm (C = 53 kN).68.2F=53 kN69 mm|F=65.5kN35 mm55mm,At the input shaft is subjected with 160 N.m maximum input torque @ 3000 rpm, Find thefactor of safety of the imput pinion shaft, if material has 4140 steel. Assume necessarydimensions from the original figure by scaling from the bearings.

Factor of safety is a important aspect in making the structures especially for materials which are…

The pinion shaft is fitted with FAG inch-dimensioned tapered roller bearings mounted in O arrangement. Dimensions: 34.925 x 72.233 x 25.4 mm (dynamic load rating C = 65.5 kN) and 30.163 x 68.263 x 22.225 mm (C = 53 kN). F-53 KN 69 mm 35 mm 55thm 68.2 |F=65.5kN At the input shaft is subjected with 160 N.m maximum input torque @3000 rpm, Find the factor of safety of the imput pinion shaft, if material has 4140 steel. Assume necessary dimensions from the original figure by scaling from the bearings

The pinion shaft is fitted with FAG inch-dimensioned tapered roller bearings mounted in O arrangement. Dimensions: 34.925 x 72.233 x 25.4 mm (dynamic load rating C = 65.5 kN) and 30.163 x 68.263 x 22.225 mm (C = 53 kN). F-53 KN 69 mm 35 mm 55thm 68.2 |F=65.5kN At the input shaft is subjected with 160 N.m maximum input torque @3000 rpm, Find the factor of safety of the imput pinion shaft, if material has 4140 steel. Assume necessary dimensions from the original figure by scaling from the bearings

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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