CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 500
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, vitesse 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
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2200 9.67 101 87100 133000 0.91
11.67
x
1800 7.91 97.2 103000 155000 0.86
19.5
=
227.5
1500 6.59 86.0 108000 159000 0.76
1200 5.27 72.4 113000 166000 0.67
1000 4.40 62.5 116000 171000 0.61
ca. 750 3.30 49.1 120000 177000
20 °
13 °
500 2.20 34.4 125000 184000 0.53
300 1.32 21.6 129000 189000
2200 7.69 82.7 89400 135000 0.93
14.67
x
1800 6.29 79.4 104000 155000 0.87
19.5 1500 5.24 72.0 113000 166000 0.79
=
286
1200 4.20 60.2 117000 172000 0.67
1000 3.50 51.7 120000 176000 0.59
ca. 750 2.62 40.3 123000 181000
17 °
500 1.75 28.1 127000 186000 0.53
13 °
300 1.05 17.4 129000 189000
2200 6.10 74.4 99700 145000 1.04
18.5
x
1800 4.99 69.8 114000 167000 0.95
19.5 1500 4.16 60.4 117000 172000 0.82
=
360.8 1200 3.33 50.4 120000 177000 0.70
1000 2.77 43.1 122000 180000 0.61
ca. 750 2.08 33.5 125000 184000
13 °
500 1.39 23.3 129000 189000 0.53
13 °
300 0.831 14.3 129000 189000
11.67
x
2200 4.84 66.2 105000 151000 0.95
1800 3.96 57.4 110000 158000 0.86
39
=
455
1500 3.30 50.3 115000 164000 0.79
1200 2.64 42.4 119000 171000 0.70
1000 2.20 36.7 123000 176000 0.64
ca. 750 1.65 28.9 127000 182000 0.55
20 °
6.8 °
500 1.10 20.3 132000 189000
300 0.659 12.9 136000 195000 0.53
2200 3.85 56.2 111000 159000 0.85
14.67
x
1800 3.15 48.5 116000 166000 0.77
39 1500 2.62 42.1 119000 171000 0.70
=
572
1200 2.10 35.4 123000 177000 0.63
1000 1.75 30.4 126000 181000 0.57
ca. 750 1.31 23.8 130000 186000
17 °
500 0.874 16.7 134000 192000 0.53
6.8 °
300 0.524 10.6 137000 197000
Auswuchten erforderlich
Bei Einbaulagen mit vertikaler Antriebswelle und
Drehzahlen n 1 ≥ 1800/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
80 K88 DE/EN/FR
ff
7
2200 3.05 47.9 116000 167000 0.76
18.5
x
1800 2.49 41.1 120000 173000 0.68
39 1500 2.08 35.6 124000 177000 0.62
=
721.5 1200 1.66 29.9 127000 182000 0.56
1000 1.39 25.7 129000 185000
ca. 750 1.04 20.0 132000 190000
13 °
500 0.693 14.0 135000 194000
°
0.53
6.8 °
300 0.416 8.82 137000 197000
2200 2.51 41.1 120000 172000 0.69
22.5
x
1800 2.05 35.2 124000 177000 0.62
39 1500 1.71 30.5 127000 181000 0.56
=
877.5 1200 1.37 25.5 129000 185000
1000 1.14 21.8 131000 188000
ca. 750 0.855 17.0 134000 192000 0.53
12 °
500 0.570 11.9 137000 196000
6.8 °
300 0.342 7.45 137000 197000
27.5
x
2200 2.05 35.1 124000 177000 0.72
1800 1.68 30.0 127000 182000 0.60
39
=
1072
1500 1.40 25.9 129000 185000
1200 1.12 21.5 132000 189000
ca.
1000 0.932 18.4 133000 191000
750 0.699 14.3 135000 194000 0.53
ca.
10 °
6.8 °
500 0.466 9.96 137000 197000
300 0.280 6.26 137000 197000
2200 1.61 30.1 127000 183000 0.76
35
x
1800 1.32 25.7 130000 186000 0.63
39 1500 1.10 22.3 132000 189000 0.54
=
1365 1200 0.879 18.7 134000 192000
1000 0.733 16.1 135000 194000
ca. 750 0.549 12.5 137000 196000 0.53
6.8 °
6.8 °
500 0.366 8.71 137000 197000
300 0.220 5.50 137000 196000
2200 1.28 25.1 130000 187000 0.78
44
x
1800 1.05 21.5 132000 189000 0.65
39 1500 0.874 18.6 134000 192000 0.55
=
1716 1200 0.699 15.7 135000 194000
1000 0.583 13.4 137000 196000
ca. 750 0.437 10.4 137000 197000 0.53
6.0 °
6.8 °
500 0.291 7.22 137000 197000
300 0.175 4.59 137000 196000
Balancing required
For mounting positions with vertical input shaft
arrangement and input speeds n 1 ≥ 1800/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 2200 1.03 21.0 132000 190000 0.79
55
x
1800 0.839 18.0 134000 192000 0.66
39 1500 0.699 15.7 135000 194000 0.57
=
2145 1200 0.559 13.1 137000 196000
1000 0.466 11.2 137000 197000
ca. 750 0.350 8.68 137000 197000 0.53
5.1 °
500 0.233 6.05 137000 196000
6.8 °
300 0.140 3.87 137000 196000
2200 0.818 17.6 134000 192000 0.81
69
x
1800 0.669 15.1 136000 194000 0.68
39 1500 0.557 13.1 137000 196000 0.58
=
2691 1200 0.446 10.9 137000 197000
1000 0.372 9.31 137000 197000
ca. 750 0.279 7.24 137000 197000 0.53
4.4 °
500 0.186 5.06 137000 196000
6.8 °
300 0.111 3.27 137000 196000
69
x
2200 0.664 14.4 127000 182000 0.67
1800 0.543 12.4 129000 184000 0.55
48
=
3312
1500 0.453 10.8 129000 185000
1200 0.362 9.06 130000 187000
ca.
1000 0.302 7.80 131000 188000
750 0.226 6.10 131000 188000 0.53
ca.
4.4 °
6.0 °
500 0.151 4.28 131000 188000
300 0.091 2.78 131000 188000
69
x
2200 0.540 10.5 102000 147000
1800 0.442 9.04 102000 147000
59
=
4071
1500 0.368 7.91 102000 147000
1200 0.295 6.61 102000 147000
1000 0.246 5.69 102000 147000 0.53
ca. 750 0.184 4.46 102000 147000
4.4 °
5.2 °
500 0.123 3.14 102000 147000
300 0.074 2.06 102000 147000
69
x
2200 0.437 7.44 76500 110000
1800 0.357 6.47 76500 110000
73
=
5037
1500 0.298 5.72 76500 110000
1200 0.238 4.81 76500 110000
1000 0.199 4.15 76500 110000 0.53
ca. 750 0.149 3.27 76500 110000
4.4 °
4.5 °
500 0.099 2.31 76500 110000
300 0.060 1.52 76500 110000
Equilibrage nécessaire
Pour des constructions à arbre vertical et des
vitesses n 1 ≥ 1800/min, veuillez nous consulter.