Optimum Optiturn TU 2506, Руководство по эксплуатации

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Version 1.0.1 2014-05-16 Seite 67 Originalbetriebsanleitung
TU2506 | TU2506V | TU2807 | TU2807V DE
M18 2,5 16,376 14,933 15,294 1,534 1,353 0,361 15,5
M 20 2,5 18,376 16,933 17,294 1,534 1,353 0,361 17,5
M 22 2,5 20,376 18,933 19,294 1,534 1,353 0,361 19,5
M 24 3 22,051 20,319 20,752 1,840 1,624 0,433 21
M 27 3 25,051 23,319 23,752 1,840 1,624 0,433 24
M 30 3,5 27,727 25,706 26,211 2,147 1,894 0,505 26,5
M 36 4 33,402 31,093 31,670 2,454 2,165 0,577 32
M 42 4,5 39,077 36,479 37,129 2,760 2,436 0,650 37,5
M 48 5,5 44,752 41,866 41,866 3,067 2,706 0,722 43
M 56 5,5 52,428 49,252 49,252 3,374 2,977 0,794 50,5
M 64 6 60,103 56,639 56,639 3,681 3,248 0,866 58
Metrische Feingewinde
Gewindeb
ezeich-
nung
d x P
Flanken-
durch-
messer
d2 = D2
Kern-
durchmesser
Gewind
ebe-
zeich-
nung
d x P
Flanken
-
durch-
messer
d2 = D2
Kern-
durchmesser
Bolzen Mutter Bolzen Mutter
M2 x 0,2 1,870 1,755 1,783 M16 x
1,5
15,026 14,160 14,376
M2,5 x
0,25
2,338 2,193 2,229 M20 x 1 19,350 18,773 18,917
M3 x 0,35 2,773 2,571 2,621 M20 x
1,5
19,026 18,160 18,376
M4 x 0,5 3,675 3,387 3,459 M24 x
1,5
23,026 22,160 22,376
M5 x 0,5 4,675 4,387 4,459 M24 x 2 22,701 21,546 21,835
M6 x 0,75 5,513 5,080 5,188 M30 x
1,5
29,026 28,160 28,376
M8 x 0,75 7,513 7,080 7,188 M30 x 2 28,701 27,546 27,835
M8 x 1 7,350 6,773 6,917 M36 x
1,5
35,026 34,160 34,376
M10 x
0,75
9,513 9,080 9,188 M36 x 2 34,701 33,546 33,835
M10 x 1 9,350 8,773 8,917 M42 x
1,5
41,026 40,160 40,376
M12 x 1 11,350 10,773 10,917 M42 x 2 40,701 39,546 39,835
M12 x
1,25
11,188 10,466 10,647 M46 x
1,5
47,026 46,160 46,376
M16 x 1 15,350 14,773 14,917 M48 x 2 46,701 45,546 45,835