Orders placed before 6 p.m. CET will be shipped today
Payment by invoice possible
Track your order with track & trace
Official Schaeffler distributor
Loading equivalents
Specifications
Availability2 pcs
BrandFAG
Item NumberB7014-C-TVP-P4-UL FAG
Manufacturer Part Number0758507370000
EAN4047643043953
CategoryAngular Contact Ball Bearing Single Row
Weight and Dimensions
Outer (D) MM
110
Width (B) MM
20
Width (B) Inch
0.7874
Weight (kg)
0.59
Product Properties
Seal
No Seal
Cage Type
P - Plastic Molded Cage
Precision
P4 Precision (Higher than P5)
Contact Angle
15 degrees
Pairing
G - Universal Pairing
Axial Internal Clearance / Preload
UL - Universal design for fitting in pairs, bearing pair has slight preload in O and X arrangements
Lubrication
Standard Lubrication
Suffix description
C15° Or 17° Contact Angle
TVPMoulded Polyamide Window-Type Cage, Rolling Element Riding
P4Dimensional & Running Accuracy To ISO Tolerance Class 4 (More Accurate Than P5)-Abec.7
ULSingle Bearing, Universal, Light Preload
Product description
The B7014-C-TVP-P4-UL FAG is a classic spindle bearing with standardized dimensions and large steel balls. This bearing type combines high load carrying capacity with high rigidity and is suitable for medium speed applications.
FAG spindle bearings are single-row, angular contact ball bearings that cannot be dismantled. They have solid inner and outer rings as well as ball-and-cage assemblies with solid window cages. Due to their extremely tight tolerances, they are particularly suitable for applications that require high guidance accuracy and suitability for high speeds. Spindle bearings are commonly used for main spindles in machine tools.
In addition, FAG spindle bearings are designed as universal bearings. Universal bearings with the same deviation in inner ring bore and outer diameter can be combined for use in different arrangements. For example, when the load capacity of a single bearing is insufficient, two matching bearings can be used in a tandem arrangement to support axial loads in one direction only. In order to support axial loads in both directions as well as moments, O or X arrangements are good solutions.
Login
Welcome back! You can login with your ABF account.