Table of Contents
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n
M
S
2
2
-1
min
Nm
21.2
6277
1.0
23.7
5614
1.1
26.4
5053
1.2
29.1
4571
1.4
34
3908
1.0
36
3700
1.7
38
3495
1.1
40
3309
1.9
42
3145
1.2
45
2978
2.1
47
2846
1.3
49
2695
2.3
58
2362
1.6
64
2123
1.0
64
2113
1.8
71
1911
1.1
72
1901
2.0
79
1729
1.2
79
1720
2.2
93
1459
1.3
93
1459
2.2
104
1305
1.5
104
1305
2.5
116
1174
0.9
116
1174
1.6
116
1174
2.7
128
1063
1.8
128
1063
3.0
129
1054
1.0
142
961
1.1
144
943
2.0
158
861
2.4
160
851
1.3
160
850
1.4
161
843
2.3
179
759
1.4
179
759
2.5
184
741
1.3
187
727
2.3
198
687
2.8
200
681
1.6
207
656
1.5
209
650
2.6
227
598
1.3
233
585
1.7
233
585
2.9
245
556
2.5
257
530
1.5
257
529
3.2
259
525
1.9
274
497
2.8
284
479
1.9
288
472
1.7
290
470
3.2
304
447
3.1
321
424
2.1
321
424
1.9
336
405
3.5
360
378
2.4
401
339
2.7
15 kW
i
Rn
2
N
68.8
42000
AS 90 D_160 B5 BN 160L 4
61.5
42000
AS 90 D_160 B5 BN 160L 4
55.4
42000
AS 90 D_160 B5 BN 160L 4
50.1
42000
AS 90 D_160 B5 BN 160L 4
42.8
31000
AS 80 D_160 B5 BN 160L 4
40.6
42000
AS 90 D_160 B5 BN 160L 4
38.3
31000
AS 80 D_160 B5 BN 160L 4
36.3
42000
AS 90 D_160 B5 BN 160L 4
34.5
31000
AS 80 D_160 B5 BN 160L 4
32.6
42000
AS 90 D_160 B5 BN 160L 4
31.2
31000
AS 80 D_160 B5 BN 160L 4
29.5
42000
AS 90 D_160 B5 BN 160L 4
25.35
31000
AS 80_
22.78
9680
AS 60_
22.67
31000
AS 80_
20.5
9760
AS 60_
20.4
30500
AS 80_
18.55
9790
AS 60_
18.46
29900
AS 80_
15.65
10300
AS 60_
15.65
29500
AS 80_
14
10200
AS 60_
14
28800
AS 80_
12.6
10200
AS 55_
12.6
10100
AS 60_
12.6
28100
AS 80_
11.4
10000
AS 60_
11.4
27400
AS 80_
11.31
10100
AS 55_
10.31
10500
AS 55_
10.12
10200
AS 60_
18.55
9950
AS 60_
9.13
10400
AS 55_
18.31
10200
AS 55_
9.05
10000
AS 60_
8.14
10200
AS 55_
8.14
9890
AS 60_
15.96
10400
AS 55_
15.65
9950
AS 60_
7.37
9730
AS 60_
7.31
10100
AS 55_
14.13
10200
AS 55_
14
9760
AS 60_
6.42
10200
AS 55_
12.6
10000
AS 55_
12.6
9570
AS 60_
5.96
9580
AS 60_
5.68
10000
AS 55_
11.4
9390
AS 60_
11.31
9890
AS 55_
5.33
9370
AS 60_
10.31
9940
AS 55_
5.07
9810
AS 55_
10.12
9310
AS 60_
4.8
9170
AS 60_
9.13
9710
AS 55_
4.55
9610
AS 55_
4.34
8970
AS 60_
8.14
9490
AS 55_
7.31
9280
AS 55_
88
88
88
88
86
88
86
88
86
88
86
88
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
82
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
84
160 B5 BN 160L 4
86
160 B5 BN 160L 4
82
160 B5 BN 160L 4
82
160 B5 BN 160L 4
84
160 B5 BN 160MB 2
84
160 B5 BN 160L 4
82
160 B5 BN 160MB 2
82
160 B5 BN 160L 4
84
160 B5 BN 160L 4
82
160 B5 BN 160L 4
84
160 B5 BN 160MB 2
82
160 B5 BN 160MB 2
84
160 B5 BN 160L 4
84
160 B5 BN 160L 4
82
160 B5 BN 160MB 2
82
160 B5 BN 160MB 2
84
160 B5 BN 160L 4
82
160 B5 BN 160MB 2
82
160 B5 BN 160MB 2
84
160 B5 BN 160L 4
84
160 B5 BN 160L 4
82
160 B5 BN 160MB 2
84
160 B5 BN 160MB 2
82
160 B5 BN 160L 4
84
160 B5 BN 160MB 2
82
160 B5 BN 160L 4
82
160 B5 BN 160MB 2
84
160 B5 BN 160L 4
84
160 B5 BN 160MB 2
82
160 B5 BN 160L 4
82
160 B5 BN 160L 4
84
160 B5 BN 160MB 2
82
160 B5 BN 160MB 2
82
49
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Do you have a question about the AS Series and is the answer not in the manual?
Questions and answers
what is the Agitator RPM when we used 1450 rpm motor
The agitator RPM depends on the gear ratio of the BONFIGLIOLI AS Series gearbox. The output speed (agitator RPM) is calculated as:
Agitator RPM = Motor RPM / Gear Ratio
From the provided document, typical gear ratios are listed in the data tables. For example, if the gear ratio is 14, then:
Agitator RPM = 1450 / 14 ≈ 103.6 RPM
If a different gear ratio is used, the agitator RPM will vary accordingly.
This answer is automatically generated
WHAT IS THE GEAR BOX SPEED FOR AS 30 F 10.18 100