CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 315
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, 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
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 3.19 x 36 = 234.3
2.455 x 3.19 x 36 = 281.9
3.174 x 3.19 x 36 = 364.5
4.053 x 3.19 x 36 = 465.4
5.063 x 3.19 x 36 = 581.4
5.063 x 3.19 x 45 = 726.8
5.063 x 3.19 x 56 = 904.5
5.063 x 3.19 x 70 = 1131
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
f f7 2400 95.4 144 13400 20000 0.88
2.04
x
1800
1500
71.5
59.6
130
120
16100 23800 0.81
17800 26200 0.78
12.33
=
1200 47.7 108 20000 29200 0.74
25.16 1000 39.7 97.7 21700 31600 0.70
750 29.8 81.9 24200 35100 0.64
ca. 500 19.9 61.9 27400 39500 0.56
20 °
300
150
11.9
5.96
41.5 30600 43900
22.8 33400 47800 0.53
2400 79.3 135 15100 22400 0.83
2.455
1800 59.4 120 17900 26300 0.78
x
1500 49.5 110 19600 28700 0.74
12.33
=
1200 39.6 97.5 21700 31600 0.70
30.28 1000 33.0 87.5 23400 33900 0.67
750 24.8 72.4 25800 37200 0.61
ca.
20 °
500
300
16.5
9.91
53.8 28700 41300
35.5 31500 45100 0.53
150 4.95 19.3 33900 48500
2400 63.6 106 14400 20900 0.95
2.04
1800 47.7 95.3 17200 24700 0.88
x 1500 39.7 87.6 19000 27200 0.83
18.5
=
1200 31.8 78.2 21200 30200 0.78
37.74 1000 26.5 70.5 22900 32600 0.74
750 19.9 58.9 25500 36100 0.68
ca.
13 °
500
300
150
13.2
7.95
3.97
44.3 28700 40500 0.59
29.6 31800 44800
16.2 34700 48700 0.53
2400 52.8 99.1 16200 23300 0.90
2.455
1800 39.6 87.5 19100 27200 0.83
x
1500 33.0 79.8 20800 29700 0.79
18.5
=
1200 26.4 70.4 23000 32600 0.74
45.42 1000 22.0 62.9 24600 34900 0.70
750 16.5 51.9 27000 38200 0.64
ca.
13 °
500
300
150
11.0
6.61
3.30
38.4 29900 42200 0.55
25.3 32700 46000
13.7 35200 49400 0.53
2400 40.7 88.6 18800 26900 0.84
3.19
1800 30.5 76.4 21600 30700 0.77
x 1500 25.4 68.8 23300 33100 0.73
18.5
=
1200 20.3 59.8 25300 35800 0.68
59.02 1000 16.9 52.8 26800 37900 0.64
750 12.7 42.9 29000 40900 0.58
ca.
13 °
500
300
8.47
5.08
31.2 31500 44300
20.2 33800 47500 0.53
150 2.54 10.8 35800 50200
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2400 32.7 62.8 15700 21800 1.03
2.04
x
1800
1500
24.5
20.4
56.3 18600 25700 0.94
51.7 20400 28200 0.89
36
=
1200 16.3 45.9 22700 31200 0.84
73.44 1000 13.6 41.3 24400 33600 0.79
750 10.2 34.4 27100 37200 0.72
ca. 500 6.81 25.8 30300 41600 0.62
6.8 °
300
150
4.08
2.04
17.2 33500 45900
9.50 36400 49800 0.53
2400 27.2 58.8 17500 24300 0.97
2.455
1800 20.4 51.6 20400 28200 0.89
x
1500 17.0 46.9 22300 30700 0.84
36
=
1200 13.6 41.2 24500 33700 0.79
88.38 1000 11.3 36.8 26200 36000 0.74
750 8.49 30.3 28600 39300 0.67
ca.
6.8 °
500
300
150
5.66
3.39
1.70
22.4 31600 43300 0.58
14.8 34400 47200
8.04 36900 50500 0.53
2400 20.9 52.2 20200 27900 0.90
3.19
1800 15.7 44.9 23100 31800 0.82
x 1500 13.1 40.3 24800 34200 0.78
36
=
1200 10.5 34.9 26900 36900 0.72
114.8 1000 8.71 30.8 28400 39000 0.68
750 6.53 25.0 30600 42000 0.61
ca.
6.8 °
500
300
4.36
2.61
18.2 33200 45500
11.8 35500 48700 0.53
150 1.31 6.35 37500 51400
2400 17.1 47.1 22200 30600 0.85
3.889
1800 12.9 39.9 25000 34400 0.78
x
1500 10.7 35.5 26600 36600 0.73
36
=
1200 8.57 30.5 28500 39200 0.68
140 1000 7.14 26.7 30000 41100 0.63
750 5.36 21.5 31900 43800 0.57
ca.
6.8 °
500
300
3.57
2.14
15.4 34200 46800
9.91 36200 49600 0.53
150 1.07 5.31 37900 51900
i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
f f7 2400 13.2 40.5 24700 34100 0.78
5.059
x
1800 9.88
1500 8.24
33.6 27400 37600 0.71
29.6 28900 39600 0.67
36
=
1200 6.59 25.2 30600 41900 0.62
182.1 1000 5.49 21.9 31800 43600 0.57
750 4.12 17.4 33500 45900
ca.
6.8 °
500
300
2.75
1.65
12.3 35300 48400
7.83 37000 50600 0.53
150 0.824 4.17 38300 52400
2400 10.5 32.3 24400 33500 0.77
5.059
1800 7.91 26.7 26700 36700 0.69
x 1500 6.59 23.4 28100 38600 0.65
45
=
1200 5.27 19.9 29600 40600 0.60
227.7 1000 4.39 17.2 30700 42100 0.56
750 3.29 13.6 32200 44200
ca.
6.1 °
500
300
2.20
1.32
9.29 32700 45200
5.69 33000 45300 0.53
150 0.659 2.95 33100 45400
2400 8.47 25.2 22900 31500 0.73
5.059
1800 6.35 20.8 25100 34500 0.65
x 1500 5.29 18.3 26400 36200 0.61
56
=
1200 4.24 15.4 27800 38100 0.56
283.3 1000 3.53 13.4 28800 39400
750 2.65 10.6 30200 41300
ca.
5.1 °
500
300
1.76
1.06
7.24 30600 41900 0.53
4.42 30700 42000
150 0.529 2.29 30700 42000
2400 6.78 19.5 21500 29600 0.68
5.059
1800 5.08 16.0 23500 32200 0.61
x 1500 4.24 14.0 24500 33500 0.57
70
=
1200 3.39 11.2 24500 33600
354.1 1000 2.82 9.40 24500 33600
ca.
°
750 2.12 7.09 24500 33600
500 1.41 4.80 24500 33600 0.53
4.4 °
300 0.847 2.94 24600 33600
Auswuchten erforderlich Balancing required Equilibrage nécessaire
150 0.424 1.54 24600 33600
53