Image for Illustration purposes only. Actual product may vary
OBSOLETE
Please call 888-671-2883 for Replacement info
Typically Ships in: 1 day
Returnable:No
Arrangement of Contact Angle (double-row Bearing)
Back-to-back (O)
Axial Internal Clearance
CN
Basic Dynamic Load Rating
163 kN
Basic Static Load Rating
125 kN
Bearing Outer Ring Locating Feature
None
Bore Diameter
70 mm
Cage
Sheet metal
Coating
Without
Contact Angle
30 °
Contact Type
Normal contact (two-point contact)
I.D.
2 3/4 in
Limiting Speed
4300 r/min
Lubricant
None
Matched Arrangement
No
Material
Bearing steel
Number of Rows
2
O.D. (in)
5 8/9
Pack Height
70 mm
Pack Length
175 mm
Pack Width
175 mm
Reference Speed
5000 r/min
Relubrication Feature
Without
Ring Type
One-piece inner and outer rings
Sealing
Without
SKF Performance Class
SKF Explorer
Universal Matching Bearing
No
Width
63.5 mm
Specifications
| Type | Normal contact (two-point contact) |
|---|---|
| Inner Diameter (mm) | 70.000 |
| Outer Diameter (mm) | 150.000 |
| Width (mm) | 63.500 |
| Material/Treatment | Bearing steel |
| Cage | Sheet metal |
| Sealing | None |
| Dimension Type | Metric |
| Lubricant (in Bearing) | None |
| Matched Arrangement | No |
| Relubrication Feature | Without |
| Ring Type | One-piece |
Brand
Nachi Bearing
Model
5314
Brand
NTN Bearing
Model
3314
Brand
NTN Bearing
Model
5314
Brand
Rollway
Model
3314
Brand
FAG Bearing
Model
3314
Brand
SKF Bearing
Model
3314 E
Brand
FAG Bearing
Model
3314-BD
Brand
NSK Bearings
Model
5314J
| Brand | TB Woods |
| Model | TL453521116 |
Disclaimer: The return policy information shown below is merely an excerpt from SKF's General Conditions of Sale.
RETURN OF GOODS FOR CREDIT
Goods will not be accepted for return without prior written approval from SKF. The return freight must be prepaid by the Buyer. Unless return of Goods is due to Supplier error, Goods returned will be subject to a credit service fee of $25.00 or 15% of the credit value, whichever is greater. An additional service fee may apply is further inspection is required at the discretion of SKF