Table of Contents
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n
M
S
2
2
-1
min
Nm
110
329
3.3
122
298
1.3
124
292
2.2
137
266
1.0
137
266
1.5
139
261
2.5
152
239
1.1
152
239
1.7
154
235
2.8
162
224
2.6
168
216
1.1
168
216
1.7
171
213
3.1
179
203
1.1
179
203
1.7
181
200
2.9
185
196
1.2
185
196
1.7
187
194
1.2
187
194
1.9
201
181
1.3
201
181
1.9
201
180
3.3
223
162
1.4
223
162
2.1
227
160
1.5
227
160
2.3
229
158
3.3
251
145
1.5
251
145
2.2
272
133
1.7
272
133
2.5
282
129
1.6
282
129
2.5
314
116
1.8
314
116
2.8
369
98
1.8
369
98
2.7
382
95
1.9
382
95
2.8
414
88
2.1
414
88
3.1
461
79
2.3
461
79
3.4
562
65
2.8
6.8
7206
0.9
7.5
6520
1.0
8.3
5875
1.1
8.9
5503
1.2
9.3
5254
1.2
9.9
4921
1.4
10.3
4729
1.3
11.0
4429
0.9
11.0
4429
1.5
11.4
4278
1.4
12.2
4007
1.0
4 kW
i
Rn
2
N
12.6
14500
AS 55_
11.43
6610
AS 35_
11.18
7590
AS 45_
10.18
1780
AS 30_
10.18
6480
AS 35_
10
7410
AS 45_
9.14
1800
AS 30_
9.14
6360
AS 35_
9
7250
AS 45_
17.7
7220
AS 45_
17.11
1850
AS 30_
17.11
6280
AS 35_
8.14
7080
AS 45_
7.78
1890
AS 30_
7.78
6220
AS 35_
15.83
7040
AS 45_
7.51
1810
AS 30_
7.51
6110
AS 35_
15.37
1850
AS 30_
15.37
6140
AS 35_
6.93
1880
AS 30_
6.93
6080
AS 35_
14.25
6860
AS 45_
6.22
1870
AS 30_
6.22
5940
AS 35_
12.62
1840
AS 30_
12.62
5890
AS 35_
6.07
6700
AS 45_
11.43
1900
AS 30_
11.43
5830
AS 35_
5.11
1840
AS 30_
5.11
5680
AS 35_
10.18
1880
AS 30_
10.18
5680
AS 35_
9.14
1850
AS 30_
9.14
5530
AS 35_
7.78
1840
AS 30_
7.78
5350
AS 35_
7.51
1790
AS 30_
7.51
5280
AS 35_
6.93
1800
AS 30_
6.93
5200
AS 35_
6.22
1770
AS 30_
6.22
5060
AS 35_
5.11
1690
AS 30_
5.5 kW
139.4
42000
AS 90 D_132 B5 BN 132MB 6
126.1
42000
AS 90 D_132 B5 BN 132MB 6
173.2
42000
AS 90 D_132 B5 BN 132S 4
106.5
42000
AS 90 D_132 B5 BN 132MB 6
154.9
42000
AS 90 D_132 B5 BN 132S 4
95.2
42000
AS 90 D_132 B5 BN 132MB 6
139.4
42000
AS 90 D_132 B5 BN 132S 4
85.7
31000
AS 80 D_132 B5 BN 132MB 6
85.7
42000
AS 90 D_132 B5 BN 132MB 6
126.1
42000
AS 90 D_132 B5 BN 132S 4
77.5
31000
AS 80 D_132 B5 BN 132MB 6
112 B5 BN 112M 4
82
112 B5 BN 112M 4
78
112 B5 BN 112M 4
80
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
112 B5 BN 112M 4
80
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
112 B5 BN 112M 4
80
100 B5 BN 100LB 2
80
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
112 B5 BN 112M 4
80
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
100 B5 BN 100LB 2
80
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
100 B5 BN 100LB 2
80
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
112 B5 BN 112M 4
80
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
112 B5 BN 112M 4
76
112 B5 BN 112M 4
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
100 B5 BN 100LB 2
78
100 B5 BN 100LB 2
76
88
88
88
88
88
88
88
86
88
88
86
43
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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