6314/C3VL0241

INSOCOAT® deep groove ball bearing

INSOCOAT single row deep groove ball bearings feature an electrically insulating coating on the outside surfaces of either the inner or outer bearing ring.

This keeps stray electric currents from passing through the bearings, protecting them against electrical erosion damage and helping prevent lubricant degradation resulting from electric current discharge. As with deep groove ball bearings generally, they are particularly versatile, have low friction and are optimized for low noise and low vibration, which enables high rotational speeds. They accommodate radial and axial loads in both directions, are easy to mount, and require less maintenance than many other bearing types.

  • Coating protects against electrical erosion damage
  • Reduced lubricant degradation resulting from electric current discharge
  • Typical benefits of single row deep groove ball bearings

Dimensions

d
70 mm
Bore diameter
D
150 mm
Outside diameter
B
35 mm
Width
d1
94.95 mm
Shoulder diameter inner ring
D2
132 mm
Recess diameter outer ring shoulder
r1,2
min.2.1 mm
Chamfer dimension
Abutment dimensions - 6314/C3VL0241

Abutment dimensions

da
min.82 mm
Abutment diameter shaft
Da
min.136 mm
Abutment diameter shaft
Da
max.138 mm
Abutment diameter housing
ra
max.2 mm
Fillet radius

Calculation data

Basic dynamic load rating C
111 kN
Basic static load rating C0
68 kN
Fatigue load limit Pu
2.75 kN
Reference speed
9 500 r/min
Limiting speed
6 300 r/min
Calculation factor kr
0.03
Calculation factor f0
13.2

Description

Properties

Filling slots Without
Number of rows 1
Locating feature, bearing outer ring None
Bore type Cylindrical
Cage Sheet metal
Matched arrangement No
Radial internal clearance C3
Material, bearing Bearing steel
Coating Insulation coating on outer ring
Sealing Without
Lubricant None
Relubrication feature Without

Logistics

Product net weight 2.5 kg
eClass code 23-05-09-01
UNSPSC code 31171537

(70X150X35) (6314C3VL0241)

Additional information

Weight 2.5 kg
Size (mm)

Colour