Information
...1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2802003000
2000
200
16,7
72,5%
90,8%
94,3%
96,1%
97,5%
98,6%
99,1%
3000
300
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802004000
3500
350
21,9
80,4%
93,1%
95,7%
97,1...%
98,1%
99,0%
99,3%
4000
400
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802006000
5000
500
20,8
79,2%
92,8%
95,5%
96,9%
98,0%
98,9%
99,3%
6000
600
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802008000
7000
700
21,9
80,4%
93,1%
95,7...
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Information
...[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2802003000
2000
200
16,7
72,5%
90,8%
94,3%
96,1%
97,5%
98,6%
99,1%
3000
300
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802004000
3500
350
21,9
80,4%
93,1%
95,7%
97,1%
98,1%
99,0%
99,3%
4000...
400
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802006000
5000
500
20,8
79,2%
92,8%
95,5%
96,9%
98,0%
98,9%
99,3%
6000
600
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802008000
7000
700
21,9
80,4%
93,1%
95,7%
97,1%
98,1%
99,0%
99,3...
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Information
...disturbing frequency
Article no.:
load on vibroisolator
deflection
RPM
500
800
1000
1200
1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2802003000
2000
200
16,7
72,5%
90,8%
94,3%
96,1%
97,5%
98,6%
99,1%
3000
300
25,0
83,2...%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802004000
3500
350
21,9
80,4%
93,1%
95,7%
97,1%
98,1%
99,0%
99,3%
4000
400
25,0
83,2%
94,1%
96,3%
97,4%
98,4%
99,1%
99,4%
2802006000
5000
500
20,8
79,2%
92,8%
95,5%
96,9%
98,0%
98,9%
99,3%
6000
600
25,0...
Read more
Information
...Article no.:
load on vibroisolator
deflection
RPM
500
800
1000
1200
1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2801400180
150
15
1,7
286,6%
-430,8%
-16,7%
40,3%
68,5%
84,4%
90,6%
180
18
2,0
325,8%
-134,7%
18,6%
54,7...
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Information
...:
180
N/mm
AL
Axial movement:
20
mm
Force= P*A + Cx * AL =
26,400 [N]
As a result of the huge forces created, a good anchor point is essential to allow a bellows system to work effectively. A bellows system can still fail if incorrectly...
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Information
...on vibroisolator
deflection
RPM
500
800
1000
1200
1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2801800240
200
20
2,9
633,0%
7,4%
55,5%
72,8%
84,2%
91,7%
94,8%
240
24
3,5
4077,4%
33,1%
65,5%
78,3%
87,1%
93,1%
95,7...%
2801800750
450
45
2,4
401,6%
-40,6%
40,3%
64,9%
80,1%
89,7%
93,6%
750
75
4,0
-776,2%
46,0%
71,1%
81,5%
88,9%
94,1%
96,3%
2801801500
1000
100
3,7
-4599,3%
38,1%
67,6%
79,5%
87,8%
93,5%
95,9%
1500
150
5,5
-88,0%
65,8%
80,5%
87,2%
92,2%
95,7%
97,3...
Read more
Information
...deflection
RPM
500
800
1000
1200
1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2801800240
200
20
2,9
633,0%
7,4%
55,5%
72,8%
84,2%
91,7%
94,8%
240
24
3,5
4077,4%
33,1%
65,5%
78,3%
87,1%
93,1%
95,7%
2801800750
450
45
2...,4
401,6%
-40,6%
40,3%
64,9%
80,1%
89,7%
93,6%
750
75
4,0
-776,2%
46,0%
71,1%
81,5%
88,9%
94,1%
96,3%
2801801500
1000
100
3,7
-4599,3%
38,1%
67,6%
79,5%
87,8%
93,5%
95,9%
1500
150
5,5
-88,0%
65,8%
80,5%
87,2%
92,2%
95,7%
97,3%
Walraven...
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Information
...no.:
load on vibroisolator
deflection
RPM
500
800
1000
1200
1500
2000
2500
[N]
[~kg]
[mm]
Hz
8,3
13,3
16,7
20,0
25,0
33,3
41,7
2801800240
200
20
2,9
633,0%
7,4%
55,5%
72,8%
84,2%
91,7%
94,8%
240
24
3,5
4077,4%
33,1%
65,5%
78,3%
87,1%
93,1%
95,7...%
2801800750
450
45
2,4
401,6%
-40,6%
40,3%
64,9%
80,1%
89,7%
93,6%
750
75
4,0
-776,2%
46,0%
71,1%
81,5%
88,9%
94,1%
96,3%
2801801500
1000
100
3,7
-4599,3%
38,1%
67,6%
79,5%
87,8%
93,5%
95,9%
1500
150
5,5
-88,0%
65,8%
80,5%
87,2%
92,2%
95,7...
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