The sliding contact surface of the Aluminum Rod Ends is spherical, and is mainly suitable for oscillating motion, tilting motion and rotational motion.
The bearing cage assembly has two rows of rollers, which are mainly subjected to a radial load and can withstand axial loads in either direction. It is a self-lubricating linear motion system. The biggest difference between the metal linear bearings is that the metal linear bearings are rolling friction, and the bearing is in point contact with the cylindrical shaft, so this is suitable for low-load high-speed motion. The plastic linear bearing is sliding friction, and the bearing is in surface contact with the cylindrical shaft, so this is suitable for high-load medium-low speed movement.
The compact Aluminum Rod Ends structure provides high rotational accuracy and can withstand high axial loads while withstanding a high axial load. It has the properties of angular contact ball bearings and can withstand axial loads alternating in two directions. Compared with other types of the same size, it has a small friction coefficient, high limit speed and high precision, which is the preferred bearing type for users.
XM: (race: Nylon) (Cases: XM6, XML6)
XF: (race: Nylon) (Cases: XF3, XFL3)
-A = BALL I.D
-D = Nylon Slot Height
-E = Ball O.D
-ă - Minimum Cone Angle of Ball.