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Question 1 A pair of spur gears with a 20° pressure angle, full depth, involute teeth transmit 30 hp. The pinion is mounted on a jack shaft assembly that is directly coupled to the shaft of the electric motor operating at 600 rpm as shown in Figure. The pinion has 36 teeth and a diametral pitch of 5. The gear has 60 teeth and is mounted on a jack shaft assembly that is directly coupled to the output roller. The output roller is part of the driven machinery. Compute the following. a. The velocity ratio and the gear ratio for the gear pair. b. The rotational speed of the gear. c. The pitch diameter of the pinion and the gear. d. The center distance of the shafts carrying the pinion and the gear. Drive motor Driver pinion Flexible coupling Roller for the driven machine

Question 1 A pair of spur gears with a 20° pressure angle, full depth, involute teeth transmit 30 hp. The pinion is mounted on a jack shaft assembly that is directly coupled to the shaft of the electric motor operating at 600 rpm as shown in Figure. The pinion has 36 teeth and a diametral pitch of 5. The gear has 60 teeth and is mounted on a jack shaft assembly that is directly coupled to the output roller. The output roller is part of the driven machinery. Compute the following. a. The velocity ratio and the gear ratio for the gear pair. b. The rotational speed of the gear. c. The pitch diameter of the pinion and the gear. d. The center distance of the shafts carrying the pinion and the gear. Drive motor Driver pinion Flexible coupling Roller for the driven machine

Elements Of Electromagnetics
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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130 22:30 MED PPT Compute the following. a. The velocity ratio and the gear ratio for the gear pair. b. The rotational speed of the gear. 131 Question 1 A pair of spur gears with a 20° pressure angle, full depth, involute teeth transmit 30 hp. The pinion is mounted on a jack shaft assembly that is directly coupled to the shaft of the electric motor operating at 600 rpm as shown in Figure. The pinion has 36 teeth and a diametral pitch of 5. The gear has 60 teeth and is mounted on a jack shaft assembly that is directly coupled to the output roller. The output roller is part of the driven machinery. c. The pitch diameter of the pinion and the gear. d. The center distance of the shafts carrying the pinion and the gear. e. The pitch line speed for both the pinion and the gear. f. The torque on the pinion shaft and gear shaft. g. The tangential force and on the teeth of each gear. h. The radial force acting on the teeth of each gear. i. The normal force acting on the teeth of each gear P-pach of the 132 which depanthe planda o ų 5: 133 A LTE Driver pinion Notes theofthe the chape and of the f Drive motor Driven gear 70% Flexible coupling 134 Roller for the driven machine Comments Using the faoin the equations •Fige bow daw graphs giving the value for The vote for the p
Transcribed Image Text:130 22:30 MED PPT Compute the following. a. The velocity ratio and the gear ratio for the gear pair. b. The rotational speed of the gear. 131 Question 1 A pair of spur gears with a 20° pressure angle, full depth, involute teeth transmit 30 hp. The pinion is mounted on a jack shaft assembly that is directly coupled to the shaft of the electric motor operating at 600 rpm as shown in Figure. The pinion has 36 teeth and a diametral pitch of 5. The gear has 60 teeth and is mounted on a jack shaft assembly that is directly coupled to the output roller. The output roller is part of the driven machinery. c. The pitch diameter of the pinion and the gear. d. The center distance of the shafts carrying the pinion and the gear. e. The pitch line speed for both the pinion and the gear. f. The torque on the pinion shaft and gear shaft. g. The tangential force and on the teeth of each gear. h. The radial force acting on the teeth of each gear. i. The normal force acting on the teeth of each gear P-pach of the 132 which depanthe planda o ų 5: 133 A LTE Driver pinion Notes theofthe the chape and of the f Drive motor Driven gear 70% Flexible coupling 134 Roller for the driven machine Comments Using the faoin the equations •Fige bow daw graphs giving the value for The vote for the p
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