. Given a H7/s6 cylindrical fit for a 10mm diameter hole/shaft assembly, the tolerance of the two mating parts can be calculated using the following table. [ Basic Locational Interference Fit Medium Drive Force Size Hole Shaft Hole Shaft Fit Hole Shaft Fit H7 p6 H7 s6 H7 u6 6 Max 6.012 Min 6.000 8 Max 8.015 Min 8.000 10 Max 10.015 10.024 Min 10.000 10.015 12 Max 12.018 12.029 Min 6.020 0.000 6.012 6.027 -0.007 6.012 6.031 -0.011 -0.020 6.000 6.000 8.015 6.023 8.037 6.012 6.019 -0.027 -0.031 -0.013 8.028 -0.037 8.024 0.000 8.015 8.032 -0.008 8.015 -0.024 8.000 8.023 -0.032 8.000 10.015 10.032 -0.008 10.000 10.023 -0.032 12.039 -0.010 12.028 -0.039 0.000 10.015 10.037 -0.013 -0.024 0.000 -0.029 10.000 10.028 -0.037 12.018 12.044 -0.015 12.000 12.033 -0.044 12.018 12.000 12.018 12.000 ... .... ... ... ... ...

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Given a H7/s6 cylindrical fit for a 10mm diameter hole/shaft assembly, the tolerance of the two mating
parts can be calculated using the following table. [
Basic
Locational Interference
Hole
Medium Drive
Shaft
Hole
Force
Hole
Size
Shaft
Fit
Fit
Shaft
Fit
H7
p6
H7
s6
H7
u6
Мах 6.012
Min 6.000
8 Max 8.015
Min 8.000
10 Max 10.015 10.024
Min 10.000
12 Max 12.018
6
6.020
0.000
6.012
6.027
-0.007
6.012
6.031
-0.011
6.012
-0.020
6.000
6.019
-0.027
6.023
6.000
8.015
-0.031
8.037 -0.013
8.028
8.024
0.000
8.015
8.032
-0.008
-0.024 8.000
8.023
10.015 10.032 -0.008
10.000 10.023 -0.032
12.039 -0.010
8.015
-0.032
8.000
-0.037
10.015 10.037 -0.013
10.000 10.028 -0.037
12.018 12.044 -0.015
0.000
10.015
-0.024
12.029
0.000
12.018
Min
12.000
12.018
-0.029
12.000
12.028 -0.039
12.000 12.033 -0.044
Transcribed Image Text:Given a H7/s6 cylindrical fit for a 10mm diameter hole/shaft assembly, the tolerance of the two mating parts can be calculated using the following table. [ Basic Locational Interference Hole Medium Drive Shaft Hole Force Hole Size Shaft Fit Fit Shaft Fit H7 p6 H7 s6 H7 u6 Мах 6.012 Min 6.000 8 Max 8.015 Min 8.000 10 Max 10.015 10.024 Min 10.000 12 Max 12.018 6 6.020 0.000 6.012 6.027 -0.007 6.012 6.031 -0.011 6.012 -0.020 6.000 6.019 -0.027 6.023 6.000 8.015 -0.031 8.037 -0.013 8.028 8.024 0.000 8.015 8.032 -0.008 -0.024 8.000 8.023 10.015 10.032 -0.008 10.000 10.023 -0.032 12.039 -0.010 8.015 -0.032 8.000 -0.037 10.015 10.037 -0.013 10.000 10.028 -0.037 12.018 12.044 -0.015 0.000 10.015 -0.024 12.029 0.000 12.018 Min 12.000 12.018 -0.029 12.000 12.028 -0.039 12.000 12.033 -0.044
Please write down the MMC and LMC for the hole and shaft respectively
Hole-MMC_
LMC
Shaft-MMC
,LMC
Transcribed Image Text:Please write down the MMC and LMC for the hole and shaft respectively Hole-MMC_ LMC Shaft-MMC ,LMC
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