21
4.054
4.055
4.056
4.057
4.058
4.059
4.060
4.061
4.062
4.063
31,0
45,5
48,0
48,0
68,0
73,0
81,0
81,0
110,0
151,0
35,5
51,0
56,8
56,8
72,0
82,0
95,0
95,0
132,0
192,0
11
13
18
18
23
25
31
31
43
68
10,30
12,40
12,90
12,90
22,40
22,00
23,80
23,80
33,90 (26,00)
59,20
3,20
3,87
4,00
4,00
7,00
7,00
7,44
7,44
10,60
18,50
11
14
18
18
23
27
36
36
50
71
900
900
800
800
750
700
650
650
550
450
0,53
0,80
1,00
0,87
1,62
1,74
2,27
2,82
3,89
6,52
AP0 AP0-Q
AP1 AP1-Q
AP2 AP2-Q
-
AP3.1 AP3-Q
-
-
AP4 AP4-Q
AP4 AP4-Q
AP6 AP6-Q
0NbV
1NbV/3018NbV
2NbV
3019NbV
3NbV/3020NbV
2912NbV
3100NbV
4NbV
5NbV (3353NbV)
6NbV
F
R
kN
F
R
kN
F
A
kN
F
A
kN
C kN
C kN
C
O
kN
C
O
kN
C
A
kN
C
A
kN
C
OA
kN
C
OA
kN
0,80
5,23
10,30
12,40
12,90
–
22,40
–
–
23,80
33,90
–
59,20
39,50
91,80
–
–
–
–
–
–
–
–
–
12,40
–
12,90
22,40
22,00
23,80
–
–
26,00
–
–
–
41,71
58,00
84,00
101,50
139,40
192,00
3,10
1,68
3,20
3,87
4,00
–
7,00
–
–
7,44
10,60
–
18,50
18,50
23,70
–
–
–
–
–
–
–
–
–
3,87
–
4,00
7,00
7,00
7,44
–
–
10,60
–
–
–
13,91
19,40
28,00
33,90
46,50
57,70
–
–
–
3018NbV
–
3019NbV
3020NbV
2912NbV
3100NbV
–
–
3353NbV
–
–
–
10
16
18
28
36/42
50
A
S
(PR) 0NbV
(PR) 1NbV
(PR) 2NbV
–
(PR) 3NbV
–
–
(PR) 4NbV
(PR) 5NbV
–
(PR) 6NbV
(PR) 6NbV
(PR) 8NbV
–
–
–
–
–
–
–
4.053
(PR) 4.054
(PR) 4.055
(PR) 4.056
(PR)
4.057
(PR) 4.058
(PR)
4.059
(PR)
4.060
(PR) 4.061
(PR) 4.062
(PR)
4.062
(PR) 4.063
–
–
–
–
–
–
–
–
–
–
(PR) 4.454
(PR) 4.455
(PR) 4.456
(PR)
4.457
(PR) 4.458
(PR)
4.459
(PR)
4.460
(PR) 4.461
(PR) 4.462
(PR)
4.462
(PR) 4.463
–
(PR) 4.085
4.089
4.090
4.091
4.092
4.093
4.094
–
–
(PR) 4.072
(PR) 4.073
(PR) 4.074
(PR)
4.075
(PR) 4.076
(PR)
4.077
(PR)
4.078
(PR) 4.0784
(PR) 4.079
(PR)
4.079
–
(PR) 4.080
–
–
–
–
–
–
–
–
–
(PR) 2.054
(PR) 2.055
(PR) 2.056
–
(PR) 2.058
–
–
(PR) 2.061
(PR) 2.062
–
(PR) 2.063
–
–
–
–
–
–
–
–
4.052 P
–
(PR) 4.072 P*
(PR) 4.073 P*
(PR) 4.074 P*
–
(PR) 4.076 P*
–
–
(PR) 4.0784 P*
(PR) 4.079 P*
–
(PR) 4.080 P*
–
(PR) 4.085 P*
–
–
–
–
–
–
–
–
(PR) 3.054*
(PR) 3.055*
(PR) 3.056*
–
(PR) 3.058*
–
–
(PR) 3.061*
(PR) 3.062*
–
(PR) 3.063*
–
–
–
–
–
–
–
–
–
–
JC4.054
JC4.055
JC4.056
–
JC4.058
–
–
JC4.061
JC4.062
–
JC4.063
–
–
–
–
–
–
–
–
–
–
KB (PR) 4.072 (P*)
KB (PR) 4.073 (P*)
KB (PR) 4.074 (P*)
–
KB (PR) 4.076 (P*)
–
–
KB (PR) 4.0784 (P*)
KB (PR) 4.079 (P*)
–
KB (PR) 4.080P*
KB (PR) 4.080
–
–
–
–
–
–
–
F
R
kN F
A
kN
Komponenten-Systeme |Components systems
WINKEL-Rollen |
WINKEL Bearings
C = Dynamic load capacity radial bearing (ISO 281/1), C
O
= Static load capacity radial bearing (ISO 76)
C
A
= Dynamic load capacity axial bearing (ISO 281/1), C
OA
= Static load capacity axial bearing (ISO 76
F
R
= Load capacity radial bearingmax. allowable force between bearing and profile
F
A
= Load capacity axial bearingmax. allowable force between bearing and profile
Auswahl derWälzlager über die
Hertz’sche Pressung
Selection of bearings over the
Hertzian pressure
WINKEL-
Rolle
Axialrolle
fest
WINKEL
Bearing
with fixed
axial
Bearing
Profile
Profile
Doppel
T-Profil
I-Profile
U-Profil
U-Profile
Doppel
T-Profil
I-Profile
U-Profil
U-Profile
Doppel
T-Profil
I-Profile
WINKEL-
Rolle
Axialrolle
überExzenter
einstellbar
WINKEL
Bearing
eccentric
adjustable
axial
Bearing
WINKEL-
RolleAxial-
rolleüber
Scheiben
einstellbar
WINKEL
Bearing
adjustable
withshims
WINKEL-
Radiallager
WINKEL
Radial
Bearing
WINKEL-
Rollemit
Oilamid-
einsatz
WINKEL
Bearing
with
Oilamide
insert
HeavyDuty
WINKEL-
Rolle
HeavyDuty
WINKEL
Bearing
Justierbare
WINKEL-
Rollen-
einheit
Adjustable
WINKEL
Bearing
unit
WINKEL-Rollemit
Kombibolzen
WINKELBearing
withcombined
bolt
max. stat.
radial
max. stat.
radial
max. stat.
axial
max. stat.
axial
Typ
Type
u/minmax.
r/pmmax.
Gewicht kg
Weight kg
Anschraubplatten
Flangeplates
ProfileStandard
Profilesstandard
U-Profil
U-Profile
*max. stat. AxialbelastungderWINKEL-Rollenbittedem jeweiligenRollendatenblatt entnehmen
* formax. staticaxial loadofWINKELbearingplease refer to the respectivedata sheet
