An 820-mm diameter circular saw blade is driven by 1500 rpm motor with gear speed ratio...

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An 820-mm diameter circular saw blade is driven by 1500 rpm motor with gear speed ratio of 1.5. find the peripheral speed of the blade. A machinist made two 9 diametral pitch spur gear to be mounted at a center distance of 18-in. with a speed ratio of 8 to 10. Compute the following: a. Pitch diameter of each gear. b. Number of teeth of each gear. c. Outside diameter of each gear. d. Circular pitch. A helical gear has a tangential load of 220-lbs and axial load of 75-lbs. Compute the helix angle. A helical gear having 22 teeth and pitch diameter of 6-in. find the normal diametral pitch if the helix angle is 20 degrees. An 80-hp motor, running at 460 rpm is geared to a pump by means of helical gear having a pinion diameter of 9-in. find the tangential force of the gear. An 820-mm diameter circular saw blade is driven by 1500 rpm motor with gear speed ratio of 1.5. find the peripheral speed of the blade. A machinist made two 9 diametral pitch spur gear to be mounted at a center distance of 18-in. with a speed ratio of 8 to 10. Compute the following: a. Pitch diameter of each gear. b. Number of teeth of each gear. c. Outside diameter of each gear. d. Circular pitch. A helical gear has a tangential load of 220-lbs and axial load of 75-lbs. Compute the helix angle. A helical gear having 22 teeth and pitch diameter of 6-in. find the normal diametral pitch if the helix angle is 20 degrees. An 80-hp motor, running at 460 rpm is geared to a pump by means of helical gear having a pinion diameter of 9-in. find the tangential force of the gear.

Answer rating: 100% (QA)

The speed of the circular saw blade can be found using the following formula v pi d N ... View the full answer