DESIGN OF A STEP ELECTRIC DRIVE FOR MAIN MECHANISMS OF A 3-D MILLING MACHINE

Ishembek Kadyrov; Baktybek Turusbekov; Azamat Baktybek uulu; Dastan Omuraliev; Adilet Kubabychbekov

DESIGN OF A STEP ELECTRIC DRIVE FOR MAIN MECHANISMS OF A 3-D MILLING MACHINE

I Ishembek Kadyrov B Baktybek Turusbekov A Azamat Baktybek uulu D Dastan Omuraliev A Adilet Kubabychbekov

Received 01.11.2022

Revised 23.01.2023

Published 28.02.2023

Abstract

The article provides basic information about the elements that will be used in the construction of a stepper drive for a 3-D milling machine, consisting of three main mechanisms that ensure the spatial movement of the tool during the cutting process. A description is given of a hybrid stepper motor, which, in terms of its adjusting properties, most satisfies all the requirements for achieving the accuracy of processing parts on a 3-D milling machine. Two options for constructing electric drive circuits are considered

Keywords

Milling machine Kinematic diagram Portal Movement coordinates Electric drive Hybrid stepper motor Stator rotor Block diagram Program

Suggested citation

Kadyrov, I., Turusbekov, B., Baktybek uulu, A., Omuraliev, D., & Kubabychbekov, A. (2023). DESIGN OF A STEP ELECTRIC DRIVE FOR MAIN MECHANISMS OF A 3-D MILLING MACHINE . Bulletin of the Kyrgyz National Agrarian University, 21(1), 161-167.

References

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[2] Safonov, Yu.M. (1990). Electric drives of industrial robots. Moscow: Energoatomizdat.

[3] Step motors: Types, structure, and operating principles. (n.d.). Retrieved from https://elektrikexpert.ru/.

[4] Terekhov, V.M. (1987). Elements of automated electric drives: Textbook for universities. Moscow: Energoatomizdat.