Task 3.2. Explain the symbol and determine: 1) the maximum value of the dependent tolerance; 2) the actual value of the

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Task 3 2 Explain The Symbol And Determine 1 The Maximum Value Of The Dependent Tolerance 2 The Actual Value Of The 1 (31.75 KiB) Viewed 25 times

Task 3.2. Explain the symbol and determine: 1) the maximum value of the dependent tolerance; 2) the actual value of the dependent tolerance in Fig. 2 according to the data given in table. 2. 80 D₂ +00.02 M a) Designation (according to the figure) D. or d., L. or 1₁ Executive size Actual size, mmExecutive size Actual size, mm 6,3H7 6,314 6,3M7 6,300 Sketch fig. 2 D. ord, L. gr. 1.
N18 IT6=9μm 08p6 dmin=8,015mm; dmax=8,024mm - MMC ei=+15 µm; es=+24 µm Ø 8m6 dmin=8,006; dmax=8,015 -- MMC ei=+6 µm; es=+15 μm 1) Tmax=MMC1-d1min+MMC2-d2min+Ts-for shaft Tmax=8,024-8,015+8,015-8,006+0,04=0,058mm 2) dlac=8,018mm; d2ac=8,007mm Tn MMC1-d1ac+MMC2-d2ac+Ts Tn=8,024-8,018+8,015-8,007+0,04=0,054mm N5 10F7 Dlac=10,015; D2ac=10,026 IT=15; EI=+13; ES=+28 D1min=D2min=10,013 - MMC; D1max=D2max=10,028 1) Tmax=D1max-MMC1+D2max-MMC2+Ts - hole Tmax=10,028-10,013+10,028-10,013+0,02-0,05 2) Tn= Dlac-D1min(MMC1)+ D2ac- D2min(MMC2)+Ts= =10,015-10,013+10,026-10,013+0,02=0,035