Application and energy saving of hydraulic cam and groove coupling in the sand mill.

　　After using the hydraulic cam and groove coupling to run transmission, motor power is changed from 22KW to 18.5KW, according to statistics, each hydraulic vertical sand mill can save 8400KW.h power every year.

　　The torque limited hydraulic cam and groove coupling and other equipment in the paint industry as a reaction kettle, putty drying machine, ball mill, centrifuge, also has the broad application prospect. Such as putty drying machine, each 3min on a motor, not with the hydraulic cam and groove coupling transmission, due to frequent starting of motor and start-up difficulties, often burn the motor, and the starting current of the impact of large power grid. The use of hydraulic coupling transmission, although still frequent start, but due to reduce the starting current and starting time of the motor, the motor will not malfunction.

The latest news:
\How to solve the power being not enough problem of cam and groove coupling
After using hydraulic cam and groove coupling to drive, which matters should be noted if still using pressure reducing method?
The transmission torque capacity of hydraulic cam and groove coupling is proportional to the square of speed
Cam and groove coupling in software engineering
Rotating – rotating – spherical - spherical (RRSS) mechanism in cam and groove coupling