CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 250
Stirnrad-Schneckengetriebe Helical Worm Gear Units Réducteurs combinés à un train
d’engrenages cylindriques
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
Durch eine zusätzliche Vorschaltstufe, sind außerdem folgende Übersetzungen möglich:
By mounting an additional primary gear stage, the following transmission ratios can be obtained:
En montant un train d’engrenages supplémentaire, les rapports suivants peuvent être obtenus:
2.040 x 3.174 x 35 = 226.6
2.455 x 3.174 x 35 = 272.7
3.120 x 3.174 x 35 = 346.6
3.905 x 3.174 x 35 = 433.8
4.857 x 3.174 x 35 = 539.6
4.857 x 3.174 x 44 = 678.3
4.857 x 3.174 x 55 = 847.9
4.857 x 3.174 x 69 = 1064
Leistungen und Drehmomente auf Anfrage / Power ratings and torques on request / Puissances et
couples sur demande
ab Vorrat ex stock en stock
K88 DE/EN/FR
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
150 5.28 10.8 17800 25000
f f7 2800 74.3 67.2 7840 11200 0.90
2400 63.7 63.7 8640 12300 0.86
2.038
x
1800 47.7 56.1 10100 14300 0.80
18.5
1500 39.8 51.2 11100 15600 0.76
=
37.7
1200
1000
31.8
26.5
45.1 12200 17100 0.72
40.3 13100 18300 0.68
ca.
13
°
750
500
19.9
13.3
33.2 14400 20000 0.62
24.6 15900 22000
300 7.96 16.2 17300 24000 0.53
150 3.98 8.76 18600 25700
2800 62.2 63.1 8760 12400 0.86
2400 53.3 59.1 9570 13500 0.82
2.435
x
1800 40.0 51.3 11100 15500 0.76
18.5
1500 33.3 46.3 12000 16800 0.72
=
45.05
1200
1000
26.6
22.2
40.4 13100 18200 0.68
35.8 13900 19300 0.64
ca.
13
°
750
500
16.6
11.1
29.2 15100 20900 0.58
21.3 16400 22800
300 6.66 13.9 17700 24500 0.53
150 3.33 7.44 18800 26000
2800 47.7 56.1 10100 14300 0.80
2400 40.9 51.9 10900 15400 0.77
3.174
x
1800 30.7 44.1 12400 17300 0.71
18.5
1500 25.5 39.3 13300 18500 0.67
=
58.72
1200
1000
20.4
17.0
33.8 14200 19800 0.62
29.7 15000 20800 0.58
ca.
13
°
750
500
300
12.8
8.51
5.11
23.9 16000 22200
17.1 17200 23700
11.0 18200 25200 0.53
150 2.55 5.84 19100 26300
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
2800 118 91.7 6920 10300 0.79
2800 39.3 40.9 8490 11600 0.97
2400 101 87.5 7670 11300 0.77
2400 33.6 38.7 9310 12700 0.93
2.038
x
11.67
1800
1500
75.7
63.1
78.2 9120 13300 0.72
71.8 10000 14500 0.69
2.038
x
35
1800
1500
25.2
21.0
33.9 10800 14800 0.86
30.8 11800 16000 0.81
=
23.78
1200
1000
50.5
42.1
63.7 11100 16000 0.65
57.2 12000 17200 0.62
=
71.33
1200
1000
16.8
14.0
27.0 13000 17600 0.76
24.1 13900 18800 0.72
ca.
20 °
750
500
31.5
21.0
47.5 13300 18900 0.57
35.4 14800 21000
ca.
6.8 °
750
500
10.5
7.01
19.8 15100 20500 0.65
14.7 16700 22500 0.56
300
150
12.6
6.31
23.4 16300 23000 0.53
12.7 17600 24700
300
150
4.21
2.10
9.65 18200 24500
5.25 19500 26200
2800 98.6 86.8 7790 11500 0.76
2400 84.5 81.9 8570 12500 0.74
2.435
x
1800 63.4 71.9 10000 14500 0.69
11.67 1500 52.8 65.3 10900 15700 0.66
=
28.41
1200
1000
42.2
35.2
57.4 12000 17200 0.62
51.1 12800 18300 0.59
ca.
20
°
750
500
26.4
17.6
41.9 14000 19900 0.54
30.8 15400 21800
300 10.6 20.1 16700 23500 0.53
0.53
2800 32.9 38.3 9430 12900 0.93
2400 28.2 35.7 10300 14000 0.88
2.435
x
1800 21.1 30.9 11800 16000 0.81
35
1500 17.6 27.8 12700 17300 0.77
=
85.23
1200
1000
14.1
11.7
24.2 13800 18700 0.72
21.4 14700 19800 0.68
ca.
6.8
°
750
500
8.80
5.87
17.4 15900 21400 0.61
12.7 17300 23300
300 3.52 8.29 18600 25000 0.53
150 1.76 4.47 19700 26500
f f7 2800 25.2 33.9 10900 14800 0.86
2400 21.6 31.2 11700 15900 0.82
3.174
x
1800 16.2 26.4 13200 17800 0.75
35
1500 13.5 23.5 14000 19000 0.71
=
111.1
1200 10.8
1000 9.00
20.2 15000 20300 0.66
17.7 15800 21300 0.62
ca.
6.8
°
750
500
6.75
4.50
14.2 16800 22700 0.55
10.2 18000 24200
300 2.70 6.57 19100 25700 0.53
150 1.35 3.52 20000 26800
2800 19.7 29.7 12100 16500 0.80
2400 16.9 27.1 12900 17500 0.76
4.053
x
1800 12.7 22.6 14300 19400 0.69
35
1500 10.6 19.9 15100 20400 0.65
=
141.9
1200 8.46
1000 7.05
16.9 16000 21600 0.60
14.7 16700 22500 0.56
ca.
6.8
°
750
500
300
5.29
3.52
2.11
11.7 17600 23700
8.30 18600 25000
5.28 19400 26200 0.53
150 1.06 2.81 20200 27100
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2800 16.0 26.2 13200 17900 0.75
2400 13.7 23.8 14000 18900 0.71
5
x
35
1800 10.3
1500 8.57
19.5 15200 20600 0.65
17.1 16000 21600 0.60
=
175
1200 6.86
1000 5.71
14.4 16800 22600 0.56
12.5 17300 23400
ca.
6.8 °
750
500
4.29
2.86
9.80 18100 24400
6.91 19000 25500 0.53
300 1.71 4.37 19700 26500
150 0.857 2.32 20300 27300
2800 12.7 20.8 12900 17400 0.73
2400 10.9 18.8 13600 18300 0.69
5
x
1800 8.18 15.3 14700 19900 0.62
44
1500 6.82 13.4 15400 20800 0.58
=
220
1200 5.45
1000 4.55
11.3 16100 21700
9.72 16700 22400
ca.
6 °
750
500
3.41
2.27
7.64 17400 23400
5.37 18100 24400 0.53
6
300 1.36 3.40 18800 25200
150 0.682 1.81 19300 25900
2800 10.2 16.1 12200 16500 0.69
2400 8.73 14.6 12800 17300 0.66
5
x
1800 6.55 11.9 13900 18700 0.59
55
1500 5.45 10.4 14500 19500 0.55
=
275
1200 4.36
1000 3.64
8.70 15100 20400
7.49 15600 21000
ca.
5.1 °
750
500
2.73
1.82
5.88 16200 21800
3.99 16300 21900 0.53
5.1
300 1.09 2.45 16300 21900
150 0.545 1.28 16300 22000
2800 8.12 12.4 11400 15400 0.64
2400 6.96 11.1 12000 16100 0.61
5
x
1800 5.22 9.07 12900 17400 0.54
69
1500 4.35 7.64 13000 17500
=
345
1200 3.48
1000 2.90
6.14 13000 17500
5.14 13000 17500
ca.
4.4
°
750
500
2.17
1.45
3.89 13000 17500 0.53
2.63 13000 17500
300 0.870 1.62 13000 17500
150 0.435 0.854 13000 17500
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