BONFIGLIOLI Riduttori C Série Mode D'emploi page 382

F 31
i
n
min
F 31 2_6.9 6.9 403
F 31 2_8.2 8.2 340
F 31 2_9.0 9.0 311
F 31 2_10.7 10.7 261
F 31 2_12.7
12.7 220
F 31 2_13.9 13.9 201
F 31 2_16.8 16.8 167
F 31 2_18.5 18.5 151
F 31 2_21.1
21.1 133
F 31 2_23.4 23.4 120
F 31 2_27.3 27.3 103
F 31 2_30.1 30.1 93
F 31 2_34.4 34.4 81
F 31 2_37.7 37.7 74
F 31 2_40.4 40.4 69
F 31 2_44.6 44.6 63
F 31 3_47.5 47.5 59
F 31 3_52.1 52.1 54
F 31 3_62.8 62.8 45
F 31 3_69.1
69.1 41
F 31 3_78.9 78.9 36
F 31 3_87.4 87.4 32
F 31 3_101.9 101.9 27.5
F 31 3_112.5 112.5 24.9
F 31 3_128.4 128.4 21.8
F 31 3_140.7 140.7 19.9
F 31 3_150.8 150.8 18.6
F 31 3_166.8 166.8 16.8
F 31 3_185.4 185.4 15.1
F 31 3_202.3 202.3 13.8
F 31 3_228.2 228.2 12.3
F 31 3_253.6 253.6 11.0
F 31 3_293.8 293.8
F 31 3_332.8 332.8
F 31 3_374.4
374.4
F 31 4_418.9 418.9
F 31 4_462.6 462.6
F 31 4_527.8 527.8
F 31 4_578.6 578.6
F 31 4_619.9 619.9
F 31 4_685.6 685.6
F 31 4_762.3 762.3
F 31 4_831.6 831.6
F 31 4_938.2 938.2
F 31 4_1042 1042
F 31 4_1208
1208
F 31 4_1368 1368
F 31 4_1539 1539
(—) Consulter notre service technique en donnant les détails concernant la charge radiale (sens de rotation,
indexage, position)
380 / 578
= 2800 min
n -1
1
M P R
2 n2 n1
-1 Nm kW N
295 13.1
310 11.6
310 10.6
450 12.9
475 11.5
475 10.5
475 8.7
475 7.9
475 6.9
475 6.3 1020
475 5.4 1100
475 4.9 1270
475 4.3 1330
475 3.9 1430
475 3.6 1440
475 3.3 1540
475 3.1 2110
485 2.9 2120
515 2.6 2120
530 2.4 2130
550 2.2 2120
570 2.1 2130
595 1.8 2130
600 1.7 2130
600 1.5 2140
600 1.3 2140
600 1.3 2140
600 1.1 2150
600 1.0 2160
600 0.94 2160
600 0.83 2160
600 0.75 2160
9.5 600 0.64 2170
8.4 600 0.57 2170
7.5 600 0.51 2170
6.7 600 0.47 1230
6.1 600 0.42 1250
5.3 600 0.37 1270
4.8 600 0.34 1290
4.5 600 0.32 1300
4.1 600 0.29 1300
3.7 600 0.26 1300
3.4 600 0.24 1300
3.0 600 0.21 1300
2.7 600 0.19 1300
2.3 600 0.16 1300
2.0 600 0.14 1300
1.8 600 0.13 1300
n
R n M
n1 n2 2
N min -1 Nm
— 2710 201 360
— 2880 170 375
— 3000 155 385
— 2790 130 525
— 2950 110 555
290 3100 100 570
510 3410 83 595
730 3580 76 600
830 3830 66 600
4020 60 600
4330 51 600
4540 46 600
4820 41 600
5030 37 600
5190 35 600
5430 31 600
5490 29.4 580
5680 26.9 600
6040 22.3 600
6250 20.3 600
6500 17.8 600
6500 16.0 600
6500 13.7 600
6500 12.4 600
6500 10.9 600
6500 9.9 600
6500 9.3 600
6500 8.4 600
6500 7.5 600
6500 6.9 600
6500 6.1
600
6500 5.5 600
6500 4.8 600
6500 4.2 600
6500 3.7 600
6500 3.3 600
6500 3.0 600
6500 2.7 600
6500 2.4 600
6500 2.3 600
6500 2.0 600
6500 1.8 600
6500 1.7 600
6500 1.5 600
6500 1.3 600
6500 1.2 600
6500 1.0 600
6500 0.91 600
600 Nm
= 1400 min
-1
1
P R R
n2 n1 n1 n2
kW N N
8.0 — 3460
7.0 — 3690
6.6 390 3810
7.5 500 3670
6.7 490 3880
6.3 650 4010
5.5 680 4310
5.0 910 4510
4.4 1030 4820
4.0 1270 5060
3.4 1380 5450
3.1 1590 5710
2.7 1660 6070
2.5 1800 6330
2.3 1800 6500
2.1 1930 6500
1.9 2200 6500
1.8 2200 6500
1.5 2200 6500
1.4 2200 6500
1.2 2200 6500
1.1 2200 6500
0.93 2200 6500
0.84 2200 6500
0.74 2200 6500
0.67 2200 6500
0.63 2200 6500
0.57 2200 6500
0.51 2200 6500
0.47 2200 6500
0.41 2200 6500
0.37 2200 6500
0.32 2200 6500
0.28 2200 6500
0.25 2200 6500
0.23 1300 6500
0.21 1300 6500
0.19 1300 6500
0.17 1300 6500
0.16 1300 6500
0.14 1300 6500
0.13 1300 6500
0.12 1300 6500
0.10 1300 6500
0.09 1300 6500
0.08 1300 6500
0.07 1300 6500
0.06 1300 6500
429