CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 560
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
K88 DE/EN/FR
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2000 8.36 127 127000 194000 0.94
11.67
x
1800 7.53 124 137000 205000 0.91
20.5
=
239.2
1500 6.27 108 143000 214000 0.78
1200 5.02 91.3 150000 223000 0.69
1000 4.18 79.2 154000 230000 0.63
ca. 750 3.14 62.3 160000 239000 0.55
20 °
13 °
500 2.09 43.8 167000 249000
300 1.25 27.7 173000 257000 0.53
2000 6.65 104 130000 195000 0.97
14.67
x
1800 5.99 102 141000 211000 0.93
20.5
=
300.7
1500 4.99 90.8 150000 223000 0.82
1200 3.99 76.1 155000 232000 0.69
1000 3.33 65.6 159000 237000 0.60
ca. 750 2.49 51.3 164000 245000
17 °
13 °
500 1.66 35.8 170000 253000 0.53
300 0.998 22.5 174000 259000
2000 5.27 91.9 142000 208000 1.06
18.5
x
1800 4.75 88.1 151000 225000 1.00
20.5 1500 3.95 76.3 155000 232000 0.85
=
379.3 1200 3.16 63.8 160000 239000 0.72
1000 2.64 54.9 164000 244000 0.63
ca. 750 1.98 42.8 168000 250000
13 °
500 1.32 29.8 172000 257000 0.53
13 °
300 0.791 18.5 174000 259000
11.67
x
2000 4.29 79.5 142000 207000 0.95
1800 3.86 73.9 146000 212000 0.90
40
=
466.7
1500 3.21 64.8 152000 221000 0.82
1200 2.57 54.9 159000 231000 0.74
1000 2.14 47.7 164000 238000 0.67
ca. 750 1.61 37.6 170000 247000 0.58
20 °
6.7 °
500 1.07 26.6 177000 257000
300 0.643 16.9 183000 266000 0.53
2000 3.41 67.5 150000 219000 0.85
14.67
x
1800 3.07 62.5 154000 223000 0.81
40 1500 2.56 54.5 159000 231000 0.73
=
586.7 1200 2.05 45.8 165000 240000 0.66
1000 1.70 39.6 169000 245000 0.60
ca. 750 1.28 31.1 174000 253000
17 °
500 0.852 21.8 180000 261000 0.53
6.7 °
300 0.511 13.8 184000 268000
Auswuchten erforderlich
Bei Einbaulagen mit vertikaler Antriebswelle und
Drehzahlen n 1 ≥ 1650/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 2000 2.70 57.6 157000 229000 0.76
18.5
x
1800 2.43 53.1 160000 233000 0.72
40 1500 2.03 46.1 165000 240000 0.65
=
740
1200 1.62 38.8 170000 247000 0.58
1000 1.35 33.6 173000 252000
ca. 750 1.01 26.2 178000 258000
13 °
500 0.676 18.4 182000 265000
°
0.53
6.7 °
300 0.405 11.5 184000 268000
2000 2.22 49.5 163000 237000 0.69
22.5
x
1800 2.00 45.6 165000 240000 0.65
40 1500 1.67 39.6 169000 246000 0.59
=
900
1200 1.33 33.2 173000 252000
1000 1.11 28.5 176000 256000
ca. 750 0.833 22.3 180000 262000 0.53
11 °
500 0.556 15.6 184000 268000
6.7 °
300 0.333 9.73 184000 268000
2000 1.82 42.2 167000 243000 0.71
27.5
x
1800 1.64 38.9 170000 247000 0.64
40 1500 1.36 33.7 173000 252000 0.55
=
1100
1200 1.09 28.2 177000 257000
1000 0.909 24.1 179000 260000
ca. 750 0.682 18.8 182000 265000 0.53
10 °
500 0.455 13.0 184000 268000
6.7 °
300 0.273 8.18 184000 267000
2000 1.43 36.1 172000 250000 0.75
35
x
1800 1.29 33.2 174000 253000 0.67
40 1500 1.07 28.8 177000 257000 0.57
=
1400 1200 0.857 24.2 180000 261000
1000 0.714 21.0 182000 264000
ca. 750 0.536 16.3 184000 268000 0.53
6.8 °
6.7 °
500 0.357 11.3 184000 268000
300 0.214 7.15 184000 267000
2000 1.14 30.3 176000 256000 0.77
44
x
1800 1.02 27.8 178000 258000 0.70
40 1500 0.852 24.2 180000 261000 0.59
=
1760 1200 0.682 20.3 182000 265000
1000 0.568 17.5 184000 268000
ca. 750 0.426 13.6 184000 268000 0.53
5.9 °
6.7 °
500 0.284 9.45 184000 267000
300 0.170 5.99 184000 267000
Balancing required
For mounting positions with vertical input shaft
arrangement and input speeds n 1 ≥ 1650/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 2000 0.909 25.3 179000 260000 0.79
55
x
1800 0.818 23.4 180000 262000 0.72
40 1500 0.682 20.3 182000 265000 0.61
=
2200 1200 0.545 17.1 184000 268000
1000 0.455 14.6 184000 268000
ca. 750 0.341 11.3 184000 268000 0.53
5.1 °
500 0.227 7.92 184000 267000
6.7 °
300 0.136 5.05 184000 267000
2000 0.725 21.2 182000 264000 0.81
69
x
1800 0.652 19.6 183000 265000 0.73
40 1500 0.543 17.0 184000 268000 0.62
=
2760 1200 0.435 14.3 184000 268000
1000 0.362 12.2 184000 268000
ca. 750 0.272 9.49 184000 267000 0.53
4.3 °
500 0.181 6.64 184000 267000
6.7 °
300 0.109 4.28 183000 266000
69
x
2000 0.592 17.5 172000 250000 0.67
1800 0.532 16.2 173000 251000 0.60
49
=
3381
1500 0.444 14.1 174000 253000
1200 0.355 12.0 176000 255000
ca.
1000 0.296 10.3 177000 257000
750 0.222 8.06 178000 258000 0.53
ca.
4.3 °
5.9 °
500 0.148 5.67 178000 258000
300 0.089 3.67 177000 257000
69
x
2000 0.483 12.6 136000 198000
1800 0.435 11.7 136000 198000
60
=
4140
1500 0.362 10.2 136000 198000
1200 0.290 8.69 136000 198000
1000 0.242 7.45 136000 198000 0.53
ca. 750 0.181 5.85 136000 198000
4.3 °
5.2 °
500 0.121 4.13 136000 198000
300 0.072 2.70 136000 198000
69
x
2000 0.392 9.03 103000 149000
1800 0.353 8.40 103000 149000
74
=
5106
1500 0.294 7.39 103000 149000
1200 0.235 6.38 103000 149000
1000 0.196 5.49 103000 149000 0.53
ca. 750 0.147 4.33 103000 149000
4.3 °
4.5 °
500 0.098 3.07 103000 149000
300 0.059 2.01 103000 149000
Equilibrage nécessaire
Pour des constructions à arbre vertical et des
vitesses n 1 ≥ 1650/min, veuillez nous consulter.
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