For gear train shown in Figure Determin the output velocity and center distance of the gear train, where N1=24 N2= 36 and Pd=12 D3=2 in and Pd=10 N4=40 N5=16 and Pd=8 D6=6 in Solution: @ in 4 5 @ out

Elements Of Electromagnetics
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For gear train shown in Figure
Determin the output velocity and center distance of the gear train, where
N1=24
N2= 36 and Pd=12
D3=2 in and Pd=10
N4=40
N5=16 and Pd=8
D6=6 in
Solution:
4
@
in
6
#44
5
4
out
Transcribed Image Text:For gear train shown in Figure Determin the output velocity and center distance of the gear train, where N1=24 N2= 36 and Pd=12 D3=2 in and Pd=10 N4=40 N5=16 and Pd=8 D6=6 in Solution: 4 @ in 6 #44 5 4 out
In the following figure, consider
Input: Carrier (Link2)
Output: Sun (link 1)
Fixed Ring (Link 6)
Gear 1: D= 1 inch, Pd=20
Gear 3: 45 teeth
Gear 4: 20 teeth
Gear 5: 30 teeth (keyed to the same shaft as gear 4)
Gear 6: 150 teeth
6
Determine the rotational speed and direction of all member when the input shaft
rotates at 1000 rpm CCW.
Transcribed Image Text:In the following figure, consider Input: Carrier (Link2) Output: Sun (link 1) Fixed Ring (Link 6) Gear 1: D= 1 inch, Pd=20 Gear 3: 45 teeth Gear 4: 20 teeth Gear 5: 30 teeth (keyed to the same shaft as gear 4) Gear 6: 150 teeth 6 Determine the rotational speed and direction of all member when the input shaft rotates at 1000 rpm CCW.
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for velocity one find the total gear ratio and not velocity

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