Inhaltsverzeichnis
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Doppelschneckengetriebe
Leistungen und Drehmomente
Übersetzungen i, Steigungswinkel γm, Drehzahlen n
Transmission ratios i, lead angles γm, speeds n
Rapports i, angle d'hélice γm, vitesse n
i
x i
1
2
n
n
P
T
1
2
1N
2N
= i
γm
1/min
kW
3000
17.6
2.93
1260
2400
14.1
2.46
1290
10.33
10.33
x
1800
10.6
1.96
1330
16.5
1500
8.80
1.69
1350
=
=
170.5
1200
7.04
1.40
1370
1000
5.87
1.20
1380
ca.
750
4.40 0.936 1400
18 °
°
12 °
500
2.93 0.668 1410
300
1.76 0.426 1430
3000
14.4
2.52
1290
2400
11.5
2.09
1320
12.67
12.67
x
1800
8.61
1.66
1350
16.5
=
1500
7.18
1.43
1360
209
1200
5.74
1.18
1380
1000
4.78
1.01
1390
ca.
750
3.59 0.793 1410
16 °
16
12 °
500
2.39 0.561 1420
300
1.44 0.360 1430
3000
11.7
2.17
1310
2400
9.38
1.81
1340
15.5
15.5
x
1800
7.04
1.44
1370
16.5
=
1500
5.86
1.23
1380
255.8
1200
4.69
1.03
1390
1000
3.91 0.882 1400
ca.
750
2.93 0.693 1410
12 °
12
12 °
500
1.95 0.494 1420
300
1.17 0.322 1430
3000
9.07
1.86
1330
2400
7.26
1.57
1360
10.33
10.33
x
1800
5.44
1.27
1400
32
=
1500
4.54
1.10
1410
330.7
1200
3.63 0.911
1430
1000
3.02 0.785 1450
ca.
750
2.27 0.623 1460
18 °
18
6.3 °
500
1.51 0.449 1480
300 0.907 0.292 1490
3000
7.40
1.60
1360
2400
5.92
1.35
1390
12.67
12.67
x
1800
4.44
1.08
1420
32
1500
3.70 0.928 1430
=
405.3
1200
2.96 0.781 1450
1000
2.47 0.674 1460
ca.
750
1.85 0.528 1470
16 °
16
6.3 °
500
1.23 0.381 1490
300 0.740 0.250 1500
ab Vorrat
K88 DE/EN/FR
CAVEX
Größe / Size / Taille 100
Double Worm Gear Units
Power Ratings and Torques
und n
, Antriebsleistung P
1
2
and n
, input power rating P
1
2
et n
, puissances d'entrée P
1
2
i
x i
1
2
T
n
n
2max
1
= i
f
f
7
γm
Nm
1/min
1670
3000
6.05
1720
2400
4.84
15.5
15.5
x
1760
1800
3.63 0.943 1430
32
1780
1500
3.02 0.816 1450
=
=
496
1810 0.53
0.53
1200
2.42 0.690 1460
1830
1000
2.02 0.598 1470
ca.
1850
750
1.51 0.470 1480
12 °
°
6.3 °
1870
500
1.01 0.342 1490
1890
300 0.605 0.226 1500
1710
3000
4.81
1750
2400
3.85 0.992 1430
19.5
19.5
x
1790
1800
2.88 0.796 1450
32
1810
=
1500
2.40 0.691 1460
624
1830 0.53
0.53
1200
1.92 0.577 1470
1840
1000
1.60 0.500 1480
ca.
1860
750
1.20 0.399 1490
10 °
10
6.3 °
1880
500 0.801 0.290 1500
1890
300 0.481 0.191 1500
1750
3000
3.83 0.990 1430
1780
2400
3.06 0.831 1450
24.5
24.5
x
1810
1800
2.30 0.668 1460
32
1830
=
1500
1.91 0.581 1470
784
1840 0.53
0.53
1200
1.53 0.493 1480
1850
1000
1.28 0.427 1490
ca.
1870
750 0.957 0.341 1490
8.8 °
8.8
6.3 °
1880
500 0.638 0.249 1500
1890
300 0.383 0.163 1510
1720
3000
3.02 0.880 1450
1760
2400
2.42 0.753 1460
31
31
x
1800
1800
1.81 0.607 1470
32
1830
=
1500
1.51 0.531 1480
992
1850 0.53
0.53
1200
1.21 0.454 1490
1870
1000
1.01 0.397 1490
ca.
1890
750 0.756 0.321 1500
6.1 °
6.1
6.3 °
1910
500 0.504 0.239 1500
1930
300 0.302 0.160 1510
1760
3000
2.40 0.752 1460
1790
2400
1.92 0.638 1470
39
39
x
1830
1800
1.44 0.521 1480
32
1850
1500
1.20 0.458 1490
=
1248
1870 0.53
1200 0.962 0.388 1490
0.53
1880
1000 0.801 0.343 1500
ca.
1900
750 0.601 0.278 1500
5.2 °
5.2
6.3 °
1920
500 0.401 0.205 1510
1930
300 0.240 0.138 1510
ex stock
, Abtriebsdrehmomente T
1N
, output torques T
1N
, couples de sortie T
et T
1N
2N
P
T
T
2
1N
2N
2max
f
f
7
kW
Nm
1.41
1380
1790
1.18
1410
1820
1850
1870
1880 0.53
0.53
1890
1910
1920
1930
1.17
1410
1820
1850
1870
1880
1900 0.53
0.53
1910
1920
1930
1940
1850
1870
1890
1900
1910 0.53
0.53
1920
1920
1930
1940
1870
1880
1900
1910
1920 0.53
0.53
1920
1930
1940
1940
1880
1900
1910
1920
1920 0.53
0.53
1930
1940
1940
1950
Réducteurs à double vis sans fin
Puissances et couples
und T
, Faktor f
2N
2max
and T
, factor f
2N
2max
7
, facteur f
2max
7
i
x i
1
2
n
n
P
T
1
2
1N
2N
= i
γm
1/min
kW
Nm
3000
1.91 0.639 1470
2400
1.53 0.551 1480
49
49
x
1800
1.15 0.446 1490
32
1500 0.957 0.397 1490
=
=
1568
1200 0.765 0.337 1500
1000 0.638 0.298 1500
ca.
750 0.478 0.242 1500
4.4 °
°
6.3 °
500 0.319 0.181 1510
300 0.191 0.120 1510
3000
1.54 0.549 1480
2400
1.23 0.476 1490
61
61
x
1800 0.922 0.391 1490
32
=
1500 0.768 0.344 1500
1952
1200 0.615 0.296 1500
1000 0.512 0.259 1500
ca.
750 0.384 0.213 1510
3.8 °
3.8
6.3 °
500 0.256 0.158 1510
300 0.154 0.106 1510
3000
1.23 0.469 1420
2400 0.984 0.410 1420
61
61
x
1800 0.738 0.336 1430
40
=
1500 0.615 0.301 1430
2440
1200 0.492 0.258 1430
1000 0.410 0.227 1440
ca.
750 0.307 0.187 1440
3.8 °
3.8
5.5 °
500 0.205 0.140 1440
300 0.123 0.093 1440
3000 0.984 0.395 1300
2400 0.787 0.349 1300
61
61
x
1800 0.590 0.288 1300
50
=
1500 0.492 0.257 1300
3050
1200 0.393 0.221 1300
1000 0.328 0.195 1300
ca.
750 0.246 0.161 1300
3.8 °
3.8
4.7 °
500 0.164 0.120 1300
300 0.098 0.081 1300
3000 0.793 0.319 1070
2400 0.635 0.281 1070
61
61
x
1800 0.476 0.235 1070
62
1500 0.397 0.211
1070
=
3782
1200 0.317 0.184 1070
1000 0.264 0.163 1070
ca.
750 0.198 0.134 1070
3.8 °
3.8
4.0 °
500 0.132 0.101 1070
300 0.079 0.068 1070
en stock
7
T
2max
f
f
7
1900
1910
1920
1920
1930 0.53
0.53
1930
1940
1940
1950
1910
1920
1930
1930
1930 0.53
0.53
1940
1940
1950
1950
1830
1830
1840
1850
1850 0.53
0.53
1850
1860
1860
1860
1680
1680
1680
1680
1680 0.53
0.53
1680
1680
1680
1680
1380
1380
1380
1380
1380 0.53
0.53
1380
1380
1380
1380
67
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