Russian Federation
Voronezh, Russian Federation
This paper presents the results of a study of the energy intensity and dynamic load of the rotation mechanism of the manipulator column of a logging truck based on the developed mathematical model of the working processes and the justification of the parameters of the energy-saving hydraulic drive. In order to reduce energy consumption and dynamic loads on the logging manipulator by improving the hydraulic drive, a method for experimental research has been developed and a special laboratory bench has been created to simulate the operation of the energy-saving hydraulic drive of the rotation mechanism of the column.
manipulator, rotary mechanism, energy-saving hydraulic drive, efficiency, energy saving, recovery.
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