Machining centre spindle ball bearing 7052P5 grade 260*400*65mm

Single row angular contact ball bearings 7052AC,7052B,7052C can only bear the axial load in one direction. When bearing the radial load, it will cause additional axial force, and can only limit the axial displacement of the shaft or shell in one direction.The ball bearing 7052C with size 260x400x65MM for high speed grinding mill and turnint mill center.

Bearing items 7052AC P4-Angular contact ball bearing-spindle ball bearing
Technical Data
Inside diameter (mm):260mm
Outside diameter (mm):400mm
Width (mm):65mm
Rows Of Balls:single row
The bearing package:strong carton
full inch size:10.24x15.75x2.56 inch size
The bearing outer diameter inch size:15.75
The bearing inner diameter inch size:10.24
The bearing height:2.56 inch size
The bearing clearance:C1 C2 C3 Group
The bearing load :
The dynamic load:346KN
The static load:490KN

In order to improve the load capacity of the bearing, the shoulder of one side of the bearing will be processed lower, so that the bearing can be loaded with more steel balls.
Application: machine tools, robotics, printing,meansuring systems,racing car wheels
Requirements:high positioning accuracy, reliable positioning repeatability, ow energy consumption, long service life,easy mounting,increased machine uptime, high power density for compact designs.

 Back to back bearing arrangement
Face to face bearing arrangement
Tandem bearing arrangement
DB:Back-to-back arrangement Designation suffix DB
DF:Designation suffix DB Designation suffix DF (FF)
DT:Tandem arrangement Designation suffix DT (T)
TBT:Back-to-back and tandem arrangement Designation suffix TBT (TD)
TFT:Face-to-face and tandem arrangement Designation suffix TFT (TF)
TT:Tandem arrangement Designation suffix TT (3T)
QBC:Tandem back-to-back arrangement Designation suffix QBC (TDT)
QFC:Tandem face-to-face arrangement Designation suffix QFC (TFT)
QBT:Back-to-back and tandem arrangement Designation suffix QBT (3TD)
QFT:Face-to-face and tandem arrangement Designation suffix QFT (3TF)
QT:Tandem arrangement Designation suffix QT (4T)