목차
1.Project topic
2.Design details
3.Design restrictions
4.Design procedure
5.Data
6.Design gear
7. Design Shaft
8. Drawing transmission
9. Summary
2.Design details
3.Design restrictions
4.Design procedure
5.Data
6.Design gear
7. Design Shaft
8. Drawing transmission
9. Summary
본문내용
0.43
123.856
29.01
>>Calculation Formular
, ,
*Soderberg - Von mises
According to soderberg and von mises formular, we determined minimum diameter of shaft and checked whether to shear or not.
So 30.5mm could be safe on 4500 rpm.
8. Drawing transmission based on result
95
227.5
62.5
225
65
195
162.5
95
125
60
120
140
150
127.5
165
30.5
30
30
9. Summary
1) To make a supposition that 4th pinion gear diameter.
2) Design other gears to consider gear ratio by calculation.
3) To calculate module, diametral pitch, number of teeth.
4) Put results in Exel program to find out data.
5) To determine minimum shaft diameter using formular.
6) To complete transmission design.
1st diametral pitch & # of teeth
P
62.5mm & 25
G
227.5mm & 91
2nd diametral pitch & # of teeth
P
95mm & 38
G
195mm & 78
3rd diametral pitch & # of teeth
P
125mm & 50
G
162.5mm & 65
4th diametral pitch & # of teeth
P
150mm & 60
G
140mm & 56
5th diametral pitch & # of teeth
P
165mm & 66
G
127.5mm & 51
Reverse diametral pitch & # of teeth
P
65mm & 26
G
225mm & 90
Final drive diametral pitch & # of teeth
P1
120mm & 48
P2
60mm & 24
G
95mm & 38
pressure Angle
20°
Module
2.5
helical angle
30°
shaft diameter
30.5mm
Width
38.1mm
123.856
29.01
>>Calculation Formular
, ,
*Soderberg - Von mises
According to soderberg and von mises formular, we determined minimum diameter of shaft and checked whether to shear or not.
So 30.5mm could be safe on 4500 rpm.
8. Drawing transmission based on result
95
227.5
62.5
225
65
195
162.5
95
125
60
120
140
150
127.5
165
30.5
30
30
9. Summary
1) To make a supposition that 4th pinion gear diameter.
2) Design other gears to consider gear ratio by calculation.
3) To calculate module, diametral pitch, number of teeth.
4) Put results in Exel program to find out data.
5) To determine minimum shaft diameter using formular.
6) To complete transmission design.
1st diametral pitch & # of teeth
P
62.5mm & 25
G
227.5mm & 91
2nd diametral pitch & # of teeth
P
95mm & 38
G
195mm & 78
3rd diametral pitch & # of teeth
P
125mm & 50
G
162.5mm & 65
4th diametral pitch & # of teeth
P
150mm & 60
G
140mm & 56
5th diametral pitch & # of teeth
P
165mm & 66
G
127.5mm & 51
Reverse diametral pitch & # of teeth
P
65mm & 26
G
225mm & 90
Final drive diametral pitch & # of teeth
P1
120mm & 48
P2
60mm & 24
G
95mm & 38
pressure Angle
20°
Module
2.5
helical angle
30°
shaft diameter
30.5mm
Width
38.1mm
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