4.Ring gear80tInput #2Arm©OutputFor the planetary gear train in the figure designfor an overall velocity ratio of exactly 4:3. The Sungear is stationary, the arm is the input, and theRing gear is the output. Specify angular velocitiesand teeth for each gear,Input #1

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Answered: 4. Ring gear 80t Input #2 Arm © Output…

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 10 pitch pinion with 20 teeth mates with a gear having 80 teeth The pinion rotates at 3,000 RPM. The gear pair is to be installed in a rectangular housing where a minimum of 0.20 in clearance botween the gears and housing is requirod. Specify the dimensions X and Y as shown in tho figure below Note: This question requires a file attachinent, which can be pdf, ipeg. word, excol or power point. Show all your calculations. Handwritten calculations are acceptable. 0.20 in 0.20 In 0.20 in GEAR PINION N, 20
For the simple gear train shown, calculate the torque ratio (VR). 130 rpm Wout Input Output Teeth N = 20 N = 45 %3D N = 95 %D
A compound epicyclic gear is shown in Figure Q2 Sun wheels S, and S2 are integral with the input shaft B and the annular wheel Cis fixed The planet wheel F rotates about a pın carried by the annulus C and the planet wheel E rotates about a pin attached to the arm keyed to the shaft A The numbers of teeth are shown in the figure Determine the speed of shaft A when shaft B rotates clockwise at 100 r/min D C-80 D=80 S-30 S-20 A S, S, B FIGURE Q2
2. The following data is for the gear train shown in the figure: Given: N2 = 30t, N3 = 35t, N4 = 55t, N5 = 40t, N6 = 50t, N7 = 40t %3D w2 = 30 rpm ccw, warm = 20 rpm cw, Input torque on gear 2 is 1200 lbf.in Determine the following: a. Angular velocity of the sun gear. b. The gear ratio R required to determine the angular velocity of gear 6. c. The angular velocity of gear 6. d. The angular velocity of gear 7. e. Output torque on gear 7. Be careful with your units. Arm 6 ... 7
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3. For the following planetry gear train determine the following -Internal gear connected to drive shaft, 427 Sun gear: -Planet pinions, 127 Planet carrier connected to transmission Figure not to scale. N2 = 24 teeth, Input to Sun gear: w₂ = 100 rpm ccw, T₂ = 1000 lbf-in Input to Ring gear: ws = 240 rpm cw a. Determine the angular velocity of the carrier. (units and direction). b. Determine the torque on the arm.
Problem 4 The compound gear train of a three stages reduction gear is use to transmit power from a power source to a drum with 1 meter in diameter, as shown in Figure P4. The power source generates 500 Nm torque at the speed of 500 rpm and can produce acceleration of 10 rad/s?. Assume there is no friction in the drum, mass of the cable is negligible and the cable is in-elastic. With this condition, determine the folbwing. i. ii. iii. Angular vebcity and acceleration of the drum. Power required to overcome the friction torque in the bearing. Power required to accelerate the inertia of the gear system. Load M that the drum can lft. N. [1.05 rad/s; 0.2 rad/s ; 1.13 kW ; 2.12 kW ; 3,221.7 kg] Drum2 (2) Drum 1 Power A source 凶凶 (1) Load, M (4) Figure P4 Given:- Number of gear teeth, t:- t;=40 ; t2=100 ; t;=40 ; t4=160 ts=40 ; t6=200 Equivalent mass moment of inertia, Ieq:- Ipower source=2 kgm ; Igear 23=10 kgm2 ; Igear 45=20 kgm2 ; Igear 6 & drum=40 kgm? Friction torque in bearing, F:-…
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A planetary gear train is shown in the figure below. The carrier (link 2) serves as the input to the train. The sun (gear 1) serves as the output from the train and has a 1.0-in. pitch diameter with a diametral pitch of 20. Gear 3 has 45 teeth and gear 4 has 20 teeth. Gear 5 has 30 teeth and is keyed to the same shaft as gear 4. Gear 5 mates with the ring gear (gear 6), which is fixed and has 150 teeth. Determine the rotational velocity of all members of this gear train when the input shaft rotates at 1125 rpm counterclockwise.
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4. Ring gear 80t Input #2 Arm © Output For the planetary gear train in the figure design for an overall velocity ratio of exactly 4:3. The Sun gear is stationary, the arm is the input, and the Ring gear is the output. Specify angular velocities and teeth for each gear, Input #1