FAG NU1064-M1 bearings
Cylindrical roller bearing NU..-M1, with cage, single row, Running accuracy in P6, Replaces: NU1064M1


 FAG Cylindrical roller bearing, Brass cage
Measurement system
Metric
Bore diameter
320.000 mm
Outside diameter
480.000 mm
Width
74.000 mm
Cr
910000 N
C0r
1490000 N
Limiting speed
2200 r/min
Net weight
46.1 kg
Number of rows
1
Sealing
Without
Cage
Brass
Bore type
Cylindrical
Outer diameter type
Cylindrical
Bearing material
Steel
Rolling material
Steel
Tolerance class
Normal (PN)
Internal clearance
CN
Lubricant in bearing
None
Relubrication feature
Without

In stock


Technical specification for FAG NU1064-M1

NU1064-M1 FAG
Part NumberNU1064-M1
Main Dimensions & Performance Data
d 320 mm Bore diameter
D 480 mm Outside diameter
B 74 mm Width
Cr 910000 N Basic dynamic load rating, radial
C0r 1490000 N Basic static load rating, radial
Cur 125000 N Fatigue load limit, radial
nG 2200 1/min Limiting speed
nϑr 1300 1/min Reference speed
m 46.1 kgWeight
Mounting dimensions
da min 335 mm Minimum diameter shaft shoulder
da max 356 mm Maximum diameter of shaft shoulder
Da max 465 mm Maximum diameter of housing shoulder
db min 365 mm Minimum shaft shoulder
ra max 3 mm Maximum recess radius
ra1 max 3 mm Maximum recess radius
Dimensions
rmin 4 mm Minimum chamfer dimension
r1 min 4 mmMinimum chamfer dimension
s 11.5 mm Axial displacement
E 440 mm Raceway diameter outer ring
F 360 mm Raceway diameter inner ring
D1 min 425.1 mm Minimum rib diameter outer ring
 FAG Cylindrical roller bearing, Brass cage

FAG NU1064-M1 - Cylindrical roller bearing NU..-M1, with cage, single row, non-locating bearing, 2 ribs on outer ring, 0 ribs on inner ring (smooth), type NU, Running accuracy in P6.

NU1064-M1 FAG have high rigidity, high radial load-carrying capacity and, due to the cage, are suitable for higher speeds than full-complement designs.

NU1064-M1 FAG have two rigid ribs on the outer ring, and have no ribs on the inner ring. As a result, axial displacements of the shaft relative to the housing are possible in both directions and within certain limits. During rotational motion, length compensation occurs without constraint in the bearing between the rollers and the raceway without ribs and is therefore practically free from friction. NU1064-M1 bearings are used as non-locating bearings - they cannot guide the shaft axially in either direction.

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