CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 450
Doppelschneckengetriebe Double Worm Gear Units Réducteurs à double vis sans fin
Leistungen und Drehmomente Power Ratings and Torques Puissances et couples
Übersetzungen i, Steigungswinkel γm, Drehzahlen n 1 und n 2, Antriebsleistung P 1N, Abtriebsdrehmomente T 2N und T 2max, Faktor f 7
Transmission ratios i, lead angles γm, speeds n 1 and n 2, input power rating P 1N, output torques T 2N and T 2max, factor f 7
Rapports i, angle d’hélice γm,v itesse n 1 et n 2, puissances d’entrée P 1N, couples de sortie T 2N et T 2max, facteur f 7
i 1 x i 2
= i
K88 DE/EN/FR
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2400 10.5 80.5 63900 97800 0.87
11.67
x
1800 7.91 75.7 79600 116000 0.80
19.5
=
227.5
1500 6.59 66.0 82600 120000 0.71
1200 5.27 55.4 85800 125000 0.63
1000 4.40 47.7 88100 128000 0.58
ca. 750 3.30 37.4 91100 132000
19 °
13 °
500 2.20 26.1 94300 137000 0.53
300 1.32 16.4 96800 141000
2400 8.39 66.5 65800 98900 0.90
14.67
x
1800 6.29 62.6 82000 121000 0.82
19.5 1500 5.24 55.0 85900 125000 0.73
=
286
1200 4.20 45.9 88600 129000 0.62
1000 3.50 39.4 90500 131000 0.55
ca. 750 2.62 30.7 93000 135000
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
x
1800 4.99 53.4 86500 126000 0.87
19.5 1500 4.16 46.1 88700 129000 0.75
=
360.8 1200 3.33 38.4 91000 132000 0.64
1000 2.77 32.8 92600 134000 0.57
ca. 750 2.08 25.5 94700 137000
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
x
1800 4.06 45.6 85200 121000 0.82
38 1500 3.38 39.8 88300 125000 0.75
=
443.3 1200 2.71 33.5 91600 130000 0.67
1000 2.26 28.9 94000 133000 0.61
ca. 750 1.69 22.8 97100 137000
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
x
1800 3.23 38.4 89000 126000 0.74
38 1500 2.69 33.3 91700 130000 0.67
=
557.3 1200 2.15 27.9 94500 134000 0.60
1000 1.79 24.0 96500 137000 0.55
ca. 750 1.35 18.8 99100 140000
17 °
500 0.897 13.1 102000 144000 0.53
6.8 °
300 0.538 8.32 104000 147000
Auswuchten erforderlich
Bei Einbaulagen mit vertikaler Antriebswelle und
Drehzahlen n 1 ≥ 2000/min ist Rückfrage erforderlich.
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2400 3.41 40.5 88100 125000 0.76
18.5
x
1800 2.56 32.5 92300 131000 0.66
38 1500 2.13 28.2 94600 134000 0.60
=
703
1200 1.71 23.6 97000 137000
1000 1.42 20.2 98600 140000
ca. 750 1.07 15.8 101000 143000 0.53
13 °
500 0.711 11.1 103000 146000
6.8 °
300 0.427 7.02 105000 148000
2400 2.81 34.8 91100 129000 0.70
22.5
x
1800 2.11 27.8 94800 134000 0.59
38 1500 1.75 24.1 96700 137000 0.54
=
885
1200 1.40 20.0 98800 140000
1000 1.17 17.1 100000 142000
ca. 750 0.877 13.4 102000 144000 0.53
11 °
500 0.585 9.36 104000 147000
6.8 °
300 0.351 5.96 105000 149000
27.5
x
2400 2.30 29.7 93700 133000 0.73
1800 1.72 23.7 96900 137000 0.56
38
=
1045
1500 1.44 20.5 98600 140000
1200 1.15 17.0 100000 142000
ca.
1000 0.957 14.5 101000 144000
750 0.718 11.3 103000 146000 0.53
ca.
10 °
6.8 °
500 0.478 7.91 105000 148000
300 0.287 5.04 106000 150000
34
x
2400 1.86 26.0 96100 136000 0.76
1800 1.39 20.8 98800 140000 0.59
38
=
1292
1500 1.16 18.0 100000 142000
1200 0.929 15.1 102000 144000
ca.
1000 0.774 12.9 103000 145000
750 0.580 10.1 104000 147000 0.53
ca.
6.8 °
6.8 °
500 0.387 7.13 105000 149000
300 0.232 4.54 106000 150000
43
x
2400 1.47 21.6 98400 139000 0.78
1800 1.10 17.3 101000 142000 0.60
38
=
1634
1500 0.918 15.0 102000 144000
1200 0.734 12.5 103000 146000
ca.
1000 0.612 10.7 104000 147000
750 0.459 8.42 105000 148000 0.53
ca.
5.9 °
6.8 °
500 0.306 5.93 106000 150000
300 0.184 3.78 106000 149000
Balancing required
For mounting positions with vertical input shaft
arrangement and input speeds n 1 ≥ 2000/min,
please refer to us.
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2400 1.17 18.0 100000 142000 0.80
54
x
1800 0.877 14.4 102000 144000 0.62
38 1500 0.731 12.6 103000 146000 0.54
=
2052 1200 0.585 10.5 104000 147000
1000 0.487 8.98 104000 148000
ca. 750 0.365 7.07 105000 149000 0.53
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
x
1800 0.707 12.2 103000 146000 0.63
38 1500 0.589 10.6 104000 147000 0.54
=
2546 1200 0.471 8.83 105000 148000
1000 0.393 7.61 105000 149000
ca. 750 0.295 5.99 106000 150000 0.53
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
x
1800 0.572 9.96 96900 137000
47
1500 0.476 8.71 97600 138000
=
3149
1200 0.381 7.26 98300 139000
1000 0.318 6.27 98700 140000 0.53
ca. 750 0.238 4.95 99300 141000
4.4 °
5.9 °
500 0.159 3.50 99900 141000
300 0.095 2.29 100000 142000
67
x
2400 0.618 9.09 78400 111000
1800 0.463 7.33 78400 111000
58
=
3886
1500 0.386 6.42 78400 111000
1200 0.309 5.35 78400 111000
1000 0.257 4.62 78400 111000 0.53
ca. 750 0.193 3.65 78400 111000
4.4 °
5.2 °
500 0.129 2.58 78400 111000
300 0.077 1.69 78400 111000
67
x
2400 0.498 6.40 58600 82900
1800 0.373 5.24 58600 82900
72
=
4824
1500 0.311 4.63 58600 82900
1200 0.249 3.89 58600 82900
1000 0.207 3.36 58600 82900 0.53
ca. 750 0.155 2.67 58600 82900
4.4 °
4.5 °
500 0.104 1.90 58600 82900
300 0.062 1.25 58600 82900
Equilibrage nécessaire
Pour des constructions à arbre vertical et des
vitesses n 1 ≥ 2000/min, veuillez nous consulter.
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