CAVEX® - MOTOR-GEAR as

CAVEX Größe / Size / Taille 280
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
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
300 0.643 2.68 26700 36200
f f7 i 1 x i 2
= i
n 1 n 2 P 1N T 2N T 2max
γm 1/min kW Nm
3000 15.2 30.1 16500 25400 0.66
10.67 2400 12.2 29.2 19900 29900 0.67
x
18.5
=
1800 9.12
1500 7.60
25.3 22800 31800 0.63
21.9 23400 32700 0.58
197.3
1200 6.08 18.3 24100 33600
1000 5.07 15.7 24600 34300
ca.
19 °
750 3.80 12.2 25300 35100 0.53
13 ° 500 2.53 8.50 25900 36000
300 1.52 5.33 26500 36800
3000 12.2 25.3 17200 25900 0.69
13.33 2400 9.73 24.3 20500 30300 0.66
x
18.5
1800 7.30 21.2 23600 32900 0.60
= 1500 6.08 18.3 24100 33600
246.7
ca.
17 °
1200 4.86
1000 4.05
750 3.04
15.2 24700 34400
13.0 25100 35000
10.1 25700 35700 0.53
17
13 ° 500 2.03 6.99 26200 36400
300 1.22 4.39 26700 37000
3000 9.83 23.2 19100 27800 0.77
16.5 2400 7.86 22.1 22700 32400 0.73
x
18.5
1800 5.90 18.0 24200 33700 0.62
= 1500 4.91 15.5 24700 34400 0.55
305.3
1200 3.93
1000 3.28
12.9 25200 35100
11.0 25500 35500
ca.
13
° 750 2.46 8.56 26000 36100 0.53
13 ° 500 1.64 5.92 26400 36700
300 0.983 3.72 26800 37200
3000 8.04 21.7 20700 28200 0.82
10.67 2400 6.43 18.5 21800 29600 0.74
x
35
1800 4.82 14.9 23000 31200 0.64
= 1500 4.02 12.9 23600 32000 0.58
373.3
1200 3.21 10.8 24300 32900
1000 2.68 9.31 24700 33600
ca.
19
° 750 2.01 7.28 25400 34400 0.53
6.8 ° 500 1.34 5.10 26000 35200
300 0.804 3.22 26500 36000
3000 6.43 18.5 21800 29600 0.74
13.33 2400 5.14 15.6 22700 30900 0.66
x
35
1800 3.86 12.5 23700 32200 0.57
= 1500 3.21 10.8 24300 32900
466.7
ca.
17 °
1200 2.57 8.99 24800 33700
1000 2.14 7.75 25200 34200
750 1.61 6.03 25700 34900 0.53
3000 5.19 15.9 22700 30800 0.66
16.5 2400 4.16 13.4 23500 31900 0.59
x
35
=
1800 3.12 10.7 24400 33100
1500 2.60 9.24 24800 33700
577.5
1200 2.08 7.70 25300 34300
1000 1.73 6.64 25600 34700 0.53
ca.
13 °
750 1.30 5.19 26000 35300
6.8 ° 500 0.866 3.62 26500 35900
300 0.519 2.30 26800 36400
3000 4.18 13.4 23500 31900 0.59
20.5 2400 3.34 11.3 24200 32800
x
35
1800 2.51 8.99 24900 33800
= 1500 2.09 7.75 25300 34300
717.5
1200 1.67 6.46 25700 34800
1000 1.39 5.57 25900 35200
17
6.8 ° 500 1.07 4.21 26300 35600
0.53
ca.
11 ° 750 1.05 4.34 26300 35600
6.8 ° 500 0.697 3.03 26600 36100
300 0.418 1.93 26900 36500
3000 3.36 11.3 24100 32800 0.56
25.5 2400 2.69 9.50 24700 33600
x
35
1800 2.02 7.52 25300 34400
= 1500 1.68 6.49 25700 34800
892.5
1200 1.34 5.42 26000 35200
1000 1.12 4.67 26200 35500 0.53
ca.
9.7
° 750 0.840 3.61 26500 35900
6.8 ° 500 0.560 2.53 26800 36300
300 0.336 1.62 27000 36600
3000 2.68 9.81 24700 33600 0.59
32 2400 2.14 8.25 25200 34200
x
35
1800 1.61 6.59 25700 34900
= 1500 1.34 5.71 26000 35200
1120
1200 1.07 4.79 26300 35600
1000 0.893 4.15 26400 35800 0.53
ca.
6.5
° 750 0.670 3.26 26700 36200
6.8 ° 500 0.446 2.30 26900 36500
300 0.268 1.48 27100 36700
3000 2.09 8.09 25300 34300 0.61
41 2400 1.67 6.80 25700 34800
x
35
1800 1.25 5.45 26100 35400
= 1500 1.05 4.73 26300 35600
1435
1200 0.836 3.97 26500 35900
1000 0.697 3.46 26600 36100 0.53
ca.
5.6
° 750 0.523 2.70 26800 36400
6.8 ° 500 0.348 1.90 27000 36600
Auswuchten erforderlich
Bei Einbaulagen mit vertikaler Antriebswelle und
Drehzahlen n 1 ≥ 2800/min ist Rückfrage erforderlich.
300 0.209 1.23 27200 36800
f f7 Balancing required
For mounting positions with vertical input shaft
arrangement and input speeds n 1 ≥ 2800/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 51 51
3000 1.68 6.81 25700 34800 0.63
2400 1.34 5.75 26000 35200
x
35
=
1800 1.01 4.60 26300 35700
1500 0.840 4.00 26500 35900
1785
1200 0.672 3.38 26700 36100
1000 0.560 2.94 26800 36300 0.53
ca.
4.9 °
750 0.420 2.29 26900 36500
6.8 ° 500 0.280 1.62 27100 36700
300 0.168 1.06 27200 36900
3000 1.34 5.71 26000 35200 0.64
64 2400 1.07 4.82 26300 35600
x
35
1800 0.804 3.87 26500 36000
= 1500 0.670 3.38 26700 36200
2240
1200 0.536 2.86 26800 36300
1000 0.446 2.48 26900 36500 0.53
ca.
4.1
° 750 0.335 1.94 27000 36600
6.8 ° 500 0.223 1.38 27100 36800
300 0.134 0.903 27200 36900
3000 1.07 4.83 26000 35300 0.54
64 2400 0.852 4.10 26300 35600
x
44
1800 0.639 3.31 26500 36000
= 1500 0.533 2.90 26700 36100
2816
1200 0.426 2.46 26800 36300
1000 0.355 2.14 26900 36400 0.53
ca.
4.1
° 750 0.266 1.67 27000 36600
5.9 ° 500 0.178 1.20 27100 36700
300 0.107 0.789 27200 36800
3000 0.852 3.68 22400 30300
64 64 2400 0.682 3.12 22400 30300
x
55
1800 0.511 2.52 22400 30300
= 1500 0.426 2.22 22400 30300
3520
1200 0.341 1.89 22400 30300 0.53
ca.
4.1
°
1000 0.284 1.64 22400 30300
750 0.213 1.29 22400 30300
5.1 ° 500 0.142 0.924 22400 30300
300 0.085 0.608 22400 30300
3000 0.679 2.71 17900 24200
64 2400 0.543 2.32 17900 24200
x
69
1800 0.408 1.90 17900 24200
= 1500 0.340 1.68 17900 24200
4416
1200 0.272 1.45 17900 24200 0.53
ca.
4.1
°
1000 0.226 1.26 17900 24200
750 0.170 0.992 17900 24200
4.3 ° 500 0.113 0.714 17900 24200
300 0.068 0.471 17900 24200
Equilibrage nécessaire
Pour des constructions à arbre vertical et des
vitesses n 1 ≥ 2800/min, veuillez nous consulter.
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