przekładnia walcowa, zęby skośne, zazębienie zewnętrzne |
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N1= |
8 |
n1= |
1000 |
i= |
4 |
T= |
1200 |
ks= |
20 |
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n2= |
250 |
i1= |
4 |
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M1= |
76,4 |
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600 |
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M2= |
305,6 |
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d1= |
26,7307486606019 |
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d2= |
42,432418543737 |
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HB= |
300 |
p1.1 |
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68 |
1,06 |
1 |
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670 |
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525 |
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305,6 |
1,35 |
u= |
4 |
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536 |
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n2= |
250 |
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d1'= |
49,2367162641969 |
≈ |
50 |
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p1.2 |
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b=b2= |
50 |
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b2= |
60 |
zaokr. |
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b1= |
54 |
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b1= |
64 |
zaokr. |
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p1.3 |
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15 |
0,965925826289068 |
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129,40952255126 |
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aw= |
160 |
tab.5.2.3 |
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p1.4 |
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z'1= |
19 |
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m'= |
2,54191006918176 |
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mn= |
3 |
tab.5.2.2 |
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p1.5 |
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103,032088137501 |
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105 |
zaokr. |
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p1.6 |
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0,984375 |
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10,1417933656799 |
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p1.7 |
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z1= |
21 |
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z1= |
21 |
zaokr. |
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z2= |
84 |
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p1.8 |
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urz= |
4 |
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p1.9 |
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dw1= |
64 |
dw2= |
256 |
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da1= |
70 |
da2= |
262 |
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df1= |
56,5 |
df2= |
248,5 |
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Spr. |
160 |
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p2.1 |
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Ft= |
2387,5 |
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p2.2 |
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v= |
3,35103216382911 |
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p2.3 |
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f= |
9 |
tab.5.2.10 |
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p2.4 |
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1,06 |
tab.5.2.14 |
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p2.5 |
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1,13 |
tab.5.2.12 |
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p2.6 |
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68,204977875 |
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p2.7 |
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1,74234375 |
275 |
0,775420992200161 |
1,663125 |
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428,822086301962 |
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p3.2 |
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1,12099069964436 |
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0,17608480733726 |
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p3.3.3 |
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1 |
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-2 |
103 |
0,965625 |
15,0664512873614 |
0,259939145522563 |
1,65482399651998 |
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-1 |
104 |
0,975 |
12,8385681409841 |
0,22220486043289 |
1,41460007667756 |
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zmienić w p1.7 wartość na taką, dla której |
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0 |
105 |
0,984375 |
10,1417933656799 |
0,17608480733726 |
1,12099069964436 |
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1 |
106 |
0,99375 |
6,40920397821686 |
0,111628569371823 |
0,710649544232089 |
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2 |
107 |
1,003125 |
#NUM! |
#NUM! |
#NUM! |
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p3.3.5 |
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b2= |
60 |
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b1= |
64 |
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p4.1 |
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1,12 |
tab.5.2.14 |
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p4.2 |
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1,08 |
rys.5.2.3 |
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p4.3 |
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1,35 |
tab.5.2.12 |
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p4.4 |
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87,72057 |
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p4.5 |
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22,015957000084 |
88,0638280003359 |
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p4.6 |
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4,05 |
3,71 |
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p6.1 |
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T1= |
76,4 |
76,4 |
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p6.2 |
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2387,5 |
2387,5 |
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p6.3 |
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20 |
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882,772250728186 |
882,772250728186 |
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0,363970234266202 |
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p6.4 |
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157,910127433297 |
157,910127433297 |
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0,178879804279121 |
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rozplanowanie wewnętrzne reduktorów |
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Lp=Dp= |
76,5 |
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51 |
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p1 |
grubosc scianki korpusu |
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δ= |
5 |
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minimum =8mm |
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ja se przyjme to |
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8 |
[mm] |
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p.2 |
Min. odleglosc od wewnetrznej scianki reduktora |
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do bocznej pow. Obracajacej się czesci |
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e= |
9,6 |
[mm] |
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bocznej pow lozyska |
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e1= |
3 |
[mm] |
ALE TEGO NIE MA W ŁOŻYSKU STOŻKOWYM |
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p. 3 |
NIMA |
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p.4 |
NIMA |
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p.5 |
min odl. W kierunku promieniowym od wierzchołkow kol zebatych do: |
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wew Pow. scianki korpusu |
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e5= |
9,6 |
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wew dolnej pow. Scianki korpusu |
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e6= |
25 |
kolo tego na razie |
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objetosc kadzi olejowej (0,3 do 0,6) dm^3/kW |
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p6. |
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e7= |
od 5 do 8 mm |
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p7 |
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dśr2= |
12 |
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k= |
33 |
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s=k+δ+4 |
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s= |
45 |
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DLA STOŻKOWEGO |
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p8 |
strona 172 |
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wał 1 kolo zebate |
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h1= |
8 |
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δ2= |
6 |
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l. srub |
n4= |
4 |
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d4= M8 |
8 |
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D1= |
95 |
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D1= |
105 |
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D2= |
111 |
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D2= |
121 |
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WAŁ 2 Zebnik |
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h1= |
6 |
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δ2= |
5 |
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l. śrub |
n4= |
4 |
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d4= M6 |
6 |
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D1= |
70 |
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D1= |
77 |
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D2= |
82 |
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D2= |
89 |
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p. 9 |
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Wysokosc lba śruby |
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WAŁ 1 |
h= |
6,4 |
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WAŁ 2 |
h= |
4,8 |
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p. 10 |
Grubosc tulei |
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tab. 13.12.1 |
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WAŁ 1 |
h3= |
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NI MA TEGO W KSIUNŻCE |
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WAŁ 2 |
h3= |
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P. 11 |
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Grubość kołnierza tulei |
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WAŁ 1 |
h1=h2 |
8 |
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WAŁ 2 |
h1=h2 |
6 |
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P. 12 |
odl. Lozyska od pokrywy |
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h4= minimum 5 mm |
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P. 13 |
tego u mnie nie będzie |
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P. 14 |
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