Inhaltsverzeichnis
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Doppelschneckengetriebe
Leistungen und Drehmomente
Übersetzungen i, Steigungswinkel γm, Drehzahlen n
Transmission ratios i, lead angles γm, speeds n
Rapports i, angle d'hélice γm,v itesse n
i
x i
1
2
n
n
P
T
1
2
1N
2N
= i
γm
1/min
kW
2400 10.5
80.5 63900 97800 0.87
11.67
1800
7.91 75.7 79600 116000 0.80
x
x
19.5
1500
6.59 66.0 82600 120000 0.71
=
1200
5.27 55.4 85800 125000 0.63
227.5
227.5
1000
4.40 47.7 88100 128000 0.58
750
3.30 37.4 91100 132000
ca.
ca.
19 °
500
2.20 26.1 94300 137000 0.53
13 °
°
300
1.32 16.4 96800 141000
2400
8.39 66.5 65800 98900 0.90
14.67
1800
6.29 62.6 82000 121000 0.82
x
x
19.5
1500
5.24 55.0 85900 125000 0.73
=
1200
4.20 45.9 88600 129000 0.62
286
286
1000
3.50 39.4 90500 131000 0.55
750
2.62 30.7 93000 135000
ca.
ca.
17 °
500
1.75 21.4 95700 139000 0.53
13 °
°
300
1.05 13.3 96900 141000
2400
6.65 59.7 73200 106000 1.00
18.5
1800
4.99 53.4 86500 126000 0.87
x
x
19.5
1500
4.16 46.1 88700 129000 0.75
=
1200
3.33 38.4 91000 132000 0.64
360.8
360.8
1000
2.77 32.8 92600 134000 0.57
750
2.08 25.5 94700 137000
ca.
ca.
13 °
500
1.39 17.8 96800 141000 0.53
13 °
°
300 0.831 10.9 96900 141000
2400
5.41 56.0 79600 113000 0.95
11.67
1800
4.06 45.6 85200 121000 0.82
x
x
38
1500
3.38 39.8 88300 125000 0.75
=
1200
2.71 33.5 91600 130000 0.67
443.3
443.3
1000
2.26 28.9 94000 133000 0.61
750
1.69 22.8 97100 137000
ca.
ca.
19 °
500
1.13 16.0 100000 142000 0.53
6.8 °
°
300 0.677 10.2 103000 146000
2400
4.31 47.5 84100 119000 0.85
14.67
1800
3.23 38.4 89000 126000 0.74
x
x
38
1500
2.69 33.3 91700 130000 0.67
=
1200
2.15 27.9 94500 134000 0.60
557.3
557.3
1000
1.79 24.0 96500 137000 0.55
750
1.35 18.8 99100 140000
ca.
ca.
17 °
500 0.897 13.1 102000 144000 0.53
6.8 °
°
300 0.538 8.32 104000 147000
F Auswuchten erforderlich
Bei Einbaulagen mit vertikaler Antriebswelle und
≥ 2000/min ist Rückfrage erforderlich.
Drehzahlen n
1
K88 DE/EN/FR
CAVEX
Größe / Size / Taille 450
Double Worm Gear Units
Power Ratings and Torques
und n
, Antriebsleistung P
1
2
and n
, input power rating P
1
2
et n
, puissances d'entrée P
1
2
i
x i
1
2
T
n
2max
1
= i
f
f
7
γm
Nm
1/min
2400
18.5
1800
x
x
38
1500
=
1200
703
703
1000
750
ca.
ca.
13 °
500 0.711 11.1 103000 146000
0.53
6.8 °
°
300 0.427 7.02 105000 148000
2400
22.5
1800
x
x
38
1500
=
1200
885
885
1000
750 0.877 13.4 102000 144000 0.53
ca.
ca.
11 °
500 0.585 9.36 104000 147000
0.53
6.8 °
°
300 0.351 5.96 105000 149000
2400
27.5
1800
x
x
38
1500
=
1200
1045
1045
1000 0.957 14.5 101000 144000
750 0.718 11.3 103000 146000
ca.
ca.
10 °
0.53
500 0.478 7.91 105000 148000
6.8 °
°
300 0.287 5.04 106000 150000
D2400 1.86 26.0 96100 136000 0.76
34
D1800 1.39 20.8 98800 140000 0.59
x
x
38
1500
=
1200 0.929 15.1 102000 144000
1292
1292
1000 0.774 12.9 103000 145000
750 0.580 10.1 104000 147000
ca.
ca.
6.8 °
500 0.387 7.13 105000 149000
0.53
6.8 °
°
300 0.232 4.54 106000 150000
2400
43
1800
x
x
38
1500 0.918 15.0 102000 144000
=
1200 0.734 12.5 103000 146000
1634
1634
1000 0.612 10.7 104000 147000
750 0.459 8.42 105000 148000
ca.
ca.
5.9 °
0.53
500 0.306 5.93 106000 150000
6.8 °
°
300 0.184 3.78 106000 149000
F Balancing required
For mounting positions with vertical input shaft
arrangement and input speeds n
please refer to us.
, Abtriebsdrehmomente T
1N
, output torques T
1N
, couples de sortie T
1N
2N
n
P
T
T
2
1N
2N
2max
f
f
7
kW
Nm
3.41 40.5 88100 125000 0.76
2.56 32.5 92300 131000 0.66
2.13 28.2 94600 134000 0.60
1.71 23.6 97000 137000
1.42 20.2 98600 140000
1.07 15.8 101000 143000 0.53
0.53
2.81 34.8 91100 129000 0.70
2.11 27.8 94800 134000 0.59
1.75 24.1 96700 137000 0.54
1.40 20.0 98800 140000
1.17 17.1 100000 142000
0.53
2.30 29.7 93700 133000 0.73
1.72 23.7 96900 137000 0.56
1.44 20.5 98600 140000
1.15 17.0 100000 142000
0.53
1.16 18.0 100000 142000
0.53
1.47 21.6 98400 139000 0.78
1.10 17.3 101000 142000 0.60
0.53
≥ 2000/min,
1
Réducteurs à double vis sans fin
Puissances et couples
und T
, Faktor f
2N
2max
and T
, factor f
2N
2max
7
et T
, facteur f
2max
7
i
x i
1
2
n
n
P
T
1
2
1N
= i
γm
1/min
kW
2400
1.17 18.0 100000 142000 0.80
54
1800 0.877 14.4 102000 144000 0.62
x
x
38
1500 0.731 12.6 103000 146000 0.54
=
1200 0.585 10.5 104000 147000
2052
2052
1000 0.487 8.98 104000 148000
750 0.365 7.07 105000 149000 0.53
ca.
ca.
5.1 °
500 0.244 4.95 106000 150000
6.8 °
°
300 0.146 3.18 105000 149000
2400 0.943 15.2 102000 144000 0.82
67
1800 0.707 12.2 103000 146000 0.63
x
x
38
1500 0.589 10.6 104000 147000 0.54
=
1200 0.471 8.83 105000 148000
2546
2546
1000 0.393 7.61 105000 149000
750 0.295 5.99 106000 150000 0.53
ca.
ca.
4.4 °
500 0.196 4.19 106000 150000
6.8 °
°
300 0.118 2.71 105000 149000
2400 0.762 12.3 95600 135000 0.66
67
1800 0.572 9.96 96900 137000
x
1500 0.476 8.71 97600 138000
47
47
=
1200 0.381 7.26 98300 139000
3149
1000 0.318 6.27 98700 140000 0.53
750 0.238 4.95 99300 141000
ca.
ca.
4.4 °
500 0.159 3.50 99900 141000
5.9 °
°
300 0.095 2.29 100000 142000
2400 0.618 9.09 78400 111000
67
1800 0.463 7.33 78400 111000
x
x
58
1500 0.386 6.42 78400 111000
=
1200 0.309 5.35 78400 111000
3886
3886
1000 0.257 4.62 78400 111000
750 0.193 3.65 78400 111000
ca.
ca.
4.4 °
500 0.129 2.58 78400 111000
5.2 °
°
300 0.077 1.69 78400 111000
2400 0.498 6.40 58600 82900
67
1800 0.373 5.24 58600 82900
x
x
72
1500 0.311 4.63 58600 82900
=
1200 0.249 3.89 58600 82900
4824
4824
1000 0.207 3.36 58600 82900
750 0.155 2.67 58600 82900
ca.
ca.
4.4 °
500 0.104 1.90 58600 82900
4.5 °
°
300 0.062 1.25 58600 82900
F Equilibrage nécessaire
Pour des constructions à arbre vertical et des
≥ 2000/min, veuillez nous consulter.
vitesses n
1
7
T
2N
2max
f
f
7
Nm
0.53
0.53
0.53
0.53
0.53
79
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