Table of Contents
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n
2
-1
min
4.5
4.8
5.0
5.4
5.6
6.0
6.1
6.2
6.8
6.8
6.8
7.4
7.5
7.6
8.4
8.4
8.6
9.1
9.2
9.2
9.3
9.6
10.2
10.2
10.7
11.1
11.1
11.3
11.3
11.9
12.4
12.4
13.0
13.8
13.8
13.8
13.8
14.5
16.7
16.7
16.7
18.7
18.7
19.7
20.8
20.8
22.8
25.4
27.9
29.6
33
34
37
43
44
49
53
54
65
65
30
M
S
i
2
Nm
730
1.1
202.1
687
2.0
190.3
653
1.2
180.7
608
2.2
168.4
587
1.4
162.7
546
1.0
151.1
542
2.5
150.2
531
1.5
147.2
487
2.8
134.8
486
1.1
134.7
485
1.5
202.1
443
3.0
122.7
437
1.2
120.9
434
1.7
180.7
392
3.4
108.6
390
1.8
162.7
381
2.1
105.5
363
1.3
151.1
359
1.0
99.3
359
1.5
99.3
353
2.0
147.2
341
2.3
94.3
323
1.0
134.7
323
1.5
134.7
306
2.6
84.9
297
1.2
82.2
297
1.8
82.2
290
1.1
120.9
290
1.7
120.9
277
2.9
76.8
265
1.3
73.3
265
2.0
73.3
253
2.8
105.5
238
1.3
99.3
238
2.0
99.3
238
1.5
65.8
238
2.2
65.8
226
3.2
94.3
197
1.6
82.2
197
2.4
82.2
197
0.9
82
176
1.8
73.3
176
2.7
73.3
167
1.1
69.6
158
2.0
65.8
158
3.0
65.8
144
1.2
60.1
130
2.5
54
120
1.3
49.04
111
2.9
46.2
99
3.2
41.2
99
1.6
40.29
90
1.8
36.86
78
1.0
31.71
77
2.1
31.27
69
1.2
28.13
63
2.5
25.75
62
1.3
25.43
52
1.5
21.19
52
3.1
21.16
0.37 kW
Rn
2
N
9500
AS 45 D_080 B5 BN 80A 6
15000
AS 55 D_080 B5 BN 80A 6
9500
AS 45 D_080 B5 BN 80A 6
15000
AS 55 D_080 B5 BN 80A 6
9500
AS 45 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
15000
AS 55 D_080 B5 BN 80A 6
9500
AS 45 D_080 B5 BN 80A 6
15000
AS 55 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
15000
AS 55 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
15000
AS 55 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
9500
AS 45 D_080 B5 BN 80A 6
7200
AS 35 D_071 B5 BN 71B 4
5500
AS 30 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
9500
AS 45 D_080 B5 BN 80A 6
5500
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
9500
AS 45 D_080 B5 BN 80A 6
5500
AS 30 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
5500
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
9500
AS 45 D_080 B5 BN 80A 6
5500
AS 30 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
5500
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
5500
AS 30 D_080 B5 BN 80A 6
7200
AS 35 D_080 B5 BN 80A 6
9500
AS 45 D_071 B5 BN 71B 4
5500
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
2610
AS 25 D_071 B5 BN 71B 4
5480
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
2580
AS 25 D_071 B5 BN 71B 4
5340
AS 30 D_071 B5 BN 71B 4
7200
AS 35 D_071 B5 BN 71B 4
2630
AS 25 D_071 B5 BN 71B 4
5090
AS 30 D_071 B5 BN 71B 4
2560
AS 25_
4950
AS 30 D_071 B5 BN 71B 4
4800
AS 30 D_071 B5 BN 71B 4
2480
AS 25_
2440
AS 25_
1980
AS 20_
2360
AS 25_
1980
AS 20_
2310
AS 25_
1950
AS 20_
1880
AS 20_
2200
AS 25_
80
82
80
82
80
78
82
80
82
78
80
82
78
80
82
80
80
78
76
78
80
80
76
78
80
76
78
76
78
80
76
78
80
76
78
76
78
80
76
78
74
76
78
74
76
78
74
76
071 B5 BN 71B 4
74
76
76
071 B5 BN 71B 4
74
071 B5 BN 71B 4
74
071 B5 BN 71B 4
72
071 B5 BN 71B 4
74
071 B5 BN 71B 4
72
071 B5 BN 71B 4
74
071 B5 BN 71B 4
72
071 B5 BN 71B 4
72
071 B5 BN 71B 4
74
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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