EXPERIMENTAL RESEARCH OF HYBRID POSITION ACTUATOR

Abstract

The article highlights presented experimental studies fusion positional issue in order to confirm its potential. The authors proposed a new schematic diagram about positional , which aims to increase energy efficiency and flexibility. The peculiarity about is the use Pneumohydraulic dispenser that provides volume control principle and, consequently , increases efficiency , and control of the controller, which allows for flexibility. The lack of data about the characteristics and working led to the need for experimental studies. Designed and developed an experimental stand, by which to obtain new scientific results. They are allowed to confirm working drive and install the selected parameters, maximum speed, force on the rod and positioning accuracy . Useful is also specified by the author features of the subject, which take into account the program management will improve the accuracy of the positioning drive. Using the proposed subject of automated equipment will improve the efficiency and flexibility. Actuators of this type can be used as transport, automatic transfer lines , machine tools , industrial robots and more. The article will be useful for developers of automated equipment for industrial facilities for various purposes.