Main Xinde CNC external grinding belt pulley, suitable for GP-CNC, G18P/20P/25P-40CNC series, GA-CNC, G25A-35CNC series of main Xinde CNC external grinding machines, etc.
Main Xinde CNC external grinding belt pulleyApplicable to
Main Xinde CNC cylindrical grinder (cut in type) GP-CNC series: G32P/G38P/G45P-50/60/75/100/150/200CNC
Main Xinde CNC cylindrical grinder (cut in type) G18P/20P/25P-40CNC series: G18P-40CNC G20P-40CNC G25P-50CNC
Main Xinde CNC cylindrical grinder (angle type) GA-CNC series: G32A/G38A/G45A-35/50/80/120CNC
Main Xinde CNC cylindrical grinder (angle type) G25A-35CNC series: G20A-30CNC G25A-35CNC, etc.
Main Xinde CNC external grinding belt pulley
The pulley is mainly used in grinding machines to transmit power, connect the motor with the spindle or other transmission components, and achieve high-speed rotation of the grinding wheel and synchronous transmission of various moving parts.The specific functions include:
Power transmission:By coordinating the belt and pulley, the power of the motor is efficiently transmitted to the grinding wheel spindle or inner grinding tool spindle, ensuring that the grinding wheel obtains the required speed and torque1
.
Improve transmission accuracy and stability:The application of keyless synchronous pulleys can achieve non sliding and backlash free transmission, reduce installation errors, improve spindle rotation accuracy and feed system motion stability, thereby ensuring workpiece processing quality2
.
Vibration and noise reduction:Optimizing the tightness of the belt can significantly reduce machine tool vibration, while the pulley system can absorb impact and reduce noise propagation3
4
.
Security control:In the design of grinding machines with shared motors, the pulley transmission needs to be coordinated with safe operations (such as disassembling the outer grinding belt to avoid conflicts during inner grinding) to prevent accidental operation1
.
Load bearing and unloading:The use of unloading belt pulley scheme (such as multi wedge belt pulley installed on the bracket instead of the main shaft) can reduce the radial force borne by the main shaft, reduce the risk of deformation, and improve the bearing capacity and service life of the main shaft.