A vertical shaft is supported by two deep groove ball bearings as shown below. The shaft will be driven by vee belts through a pulley. The combined tensions of the belt apply and the weight of the pulley assembly applies a force of 5.4kN and 900N respectively. The shaft has a diameter of 32mm. Bearing A at the top supports the shaft radially whereas bearing B at the bottom supports the shaft axially and radially. Two deep groove ball bearings have been selected for this application. The models of the bearings are SKF 6305 and SKF 6205 for bearing A and B respectively. a) What are the forces at bearing A and B? b) Paste a screenshot of the graph showing the distribution of the forces in the shaft. c) From the report, find the static load capacity for: Bearing A Bearing B
A vertical shaft is supported by two deep groove ball bearings as shown below. The shaft will be driven by vee belts through a pulley. The combined tensions of the belt apply and the weight of the pulley assembly applies a force of 5.4kN and 900N respectively. The shaft has a diameter of 32mm. Bearing A at the top supports the shaft radially whereas bearing B at the bottom supports the shaft axially and radially. Two deep groove ball bearings have been selected for this application. The models of the bearings are SKF 6305 and SKF 6205 for bearing A and B respectively. a) What are the forces at bearing A and B? b) Paste a screenshot of the graph showing the distribution of the forces in the shaft. c) From the report, find the static load capacity for: Bearing A Bearing B
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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A vertical shaft is supported by two deep groove ball bearings as shown below. The shaft will be driven by vee belts through a pulley. The combined tensions of the belt apply and the weight of the pulley assembly applies a force of 5.4kN and 900N respectively. The shaft has a diameter of 32mm. Bearing A at the top supports the shaft radially whereas bearing B at the bottom supports the shaft axially and radially. Two deep groove ball bearings have been selected for this application. The models of the bearings are SKF 6305 and SKF 6205 for bearing A and B respectively.
|
a) What are the forces at bearing A and B?
|
b) Paste a screenshot of the graph showing the distribution of the forces in the shaft.
c) From the report, find the static load capacity for:
- Bearing A
- Bearing B
Transcribed Image Text:20mm
220mm
310mm
20mm
F + F₂ = 5,4KN
W=900N
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