BONFIGLIOLI VF30 Mode D'emploi page 75

190 Nm
η
i
%
W 63_7 7 70
W 63_10 10 66
W 63_12 12 63
W 63_15 15 59
W 63_19
19 55
W 63_24 24 52
W 63_30 30 44
W 63_38 38 40
W 63_45 45 37
W 63_64 64 31
W 63_80
80 27
W 63_100 100 23
W 63_7 7 70
W 63_10 10 66
W 63_12 12 63
W 63_15 15 59
W 63_19 19 55
W 63_24 24 52
W 63_30 30 44
W 63_38 38 40
W 63_45 45 37
W 63_64 64 31
W 63_80 80 27
W 63_100 100 23
220 Nm
i
WR 63_21 21
WR 63_30 30
WR 63_36 36
WR 63_45 45
WR 63_57 57
WR 63_72 72
WR 63_90 90
WR 63_114
114
WR 63_135 135
WR 63_192 192
WR 63_240 240
WR 63_300 300
WR 63_21 21
WR 63_30 30
WR 63_36
36
WR 63_45 45
WR 63_57 57
WR 63_72 72
WR 63_90 90
WR 63_114
114
WR 63_135 135
WR 63_192 192
WR 63_240 240
WR 63_300 300
W 63 - WR 63
n M P R
2 n2 n1 n1
S
min Nm kW N
-1
n = 2800 min
1
400 105 4.9 480 1010
280 125 4.2 370 1360
233 125 3.5 435 1540
187 125 2.8 410 1770
147 130 2.4 310 1990
117 130 1.9 370 2250
93 125 1.6 440 2540
74 130 1.3 330 2800
62 130 1.2 380 3020
44 110 0.75 480 3650
35 100 0.59 480 4050
28 100 0.51 480 4420
n = 900 min
1
129 130 2.0 480 1870
90 150 1.7 480 2220
75 150 1.4 480 2480
60 160 1.3 480 2740
47 160 1.0 480 3100
38 165 0.86 480 3440
30 170 0.76 480 3770
23.7 165 0.62 480 4240
20.0 155 0.52 480 4630
14.1 135 0.35 480 5000
11.3 125 0.28 480 5000
9.0 120 0.25 480 5000
n M P
2 n2 n1
η
S
min Nm kW
-1
%
n = 2800 min
1
69 133 130 2.1
65 93 150 1.7
62 78 150 1.5
58 62 160 1.3
54 49 160 1.1
51 39 165 0.90 320 3390 75
44 31 170 0.79 320 3710 70
39 24.6 165 0.62 320 4170 68
36 20.7 155 0.53 320 4560 63
30 14.6 135 0.37 320 5000 56
26 11.7 125 0.29 320 5000 52
22 9.3 120 0.25 320 5000 46
n = 900 min
1
69 43 155 0.85 320 2960 82
65 30 180 0.72 320 3470 79
62 25.0 180 0.61 320 3830 77
58 20.0 190 0.54 320 4230 74
54 15.8 190 0.44 320 4740 71
51 12.5 190 0.37 320 5000 68
44 10.0 205 0.35 320 5000 62
39 7.9 200 0.29 320 5000 58
36 6.7 180 0.23 320 5000 54
30 4.7 150 0.16 320 5000 47
26 3.8 140 0.13 320 5000 43
22 3.0 130 0.11 320 5000 38
R η n M
n2 d 2 n2
N min Nm
-1
%
n
-1
90 200 120
88 140 140
87 117 140
86 93 150
84 74 150
82 58 155
78 47 160
75 37 155 0.85 480 3580
73 31 145 0.71 480 3920
67 21.9 125 0.47 480 4680
62 17.5 115
58 14.0 115
-1
87 71 140
84 50 165
82 42 165 0.92 480 3140
80 33 180 0.83 480 3430
78 26.3 180 0.68 480 3860
75 20.8 185 0.58 480 4280
70 16.7 190 0.52 480 4690
66 13.2 185 0.42 480 5000
63 11.1 170 0.34 480 5000
56 7.8 150 0.24 480 5000
52 6.3 135 0.19 480 5000
46 5.0 130 0.17 480 5000
R R η n M
n1 n2 d 2 n2
N N min Nm
-1
%
-1
180 1840 87 67 140
300 2180 84 47 165
320 2430 82 39 165 0.85 320 3240 79
320 2690 80 31 180 0.77 320 3540 76
320 3050 78 24.6 180 0.63 320 3980 73
19.4 185 0.54 320 4410 70
15.6 190 0.48 320 4830 64
12.3 185 0.39 320 5000 61
10.4 170 0.32 320 5000 58
7.3 150 0.22 320 5000 51
5.8 135 0.18 320 5000 46
4.7 130 0.15 320 5000 41
-1
23.8 170 0.53 320 3750 80
16.7 200 0.45 320 4360 77
14.0 200 0.40 320 4790 74
11.1 200 0.33 320 5000 71
8.8 200 0.27 320 5000 68
6.9 190 0.22 320 5000 64
5.6 220 0.22 320 5000 58
4.4 210 0.18 320 5000 54
3.7 190 0.15 320 5000 50
2.6 150 0.10 320 5000 43
2.1 140 0.08 320 5000 39
1.7 130 0.07 320 5000 34
P R R η
n1 n1 n2 d
kW N N
%
= 1400 min
-1
1
2.9 480 1550 88
2.4 480 1840 86
2.0 480 2070 85
1.8 480 2280 83
1.4 480 2600 81
1.2 480 2890 78
1.1 460 3170 74
70
67
61
0.38 480 5000 56
0.33 480 5000 51
n = 500 min -1
1
1.2 480 2420 84
1.1 480 2830 81
79
76
73
70
64
61
58
51
46
41
P R R η
n1 n1 n2 d
kW N N
%
n = 1400 min
-1
1
1.2 320 2510 84
1.0 320 2920 81
n = 500 min
-1
1
168
168
169
169
73 / 294