(IOSR, 2019) Matarneh, R.; Sotnik, S.; Deineko, Z.; Lyashenko, V.
This work aims to develop a classification model for drives actuators features depending on their
feature. The proposed model consists of nine levels that include the most common actuators, which in turn will
facilitate easy identification of relationships and ease of finding alternatives. On the basis of the proposed
classification, an information model of actuator alternatives has been created, which reflects key information
about them. The created model will provide an opportunity to reduce the design time of the actuators.