OPTIMAL PREVENTIVE MAINTENANCE SCHEDULE OF SLEWING RINGS FOR DEMANDING PRODUCTION MACHINE

Abstract

When designing any demanding production machine should be chosen minimum necessary set of technical components that are necessary to the achievement of the required functions. Moreover, the quality of fulfilling the functions is closely related to its reliability. One of the basic ways of improving the reliability of technical components of demanding production machines is increasing their reliability through preventive maintenance. By design an optimal preventive maintenance schedule of production machine can be timely and effective interventions to prevent the breakdown. This paper describes the design of optimal preventive maintenance schedule of slewing rings intended as rotating parts for demanding production CNC machine with EDM technology.

Recommended articles

SORPTION OF NICKEL CATIONS FROM THE WATER ENVIRONMENT ON THE CLINOPTILOLITE

IVETA PANDOVA
Keywords: clinoptilolite | nickel | sorption | isotherm | kinetic | wastewater

FUSED DEPOSITION MODELLING VS. INJECTION MOULDING: INFLUENCE OF FIBER ORIENTATION AND LAYER THICKNESS ON THE MECHANICAL PROPERTIES

LUBOŠ BĚHÁLEK, JIŘÍ ŠAFKA, MARTIN SEIDL, JIŘÍ HABR, JIŘÍ BOBEK
Keywords: fused deposition modelling | injection moulding | Acrylonitrile-butadiene-styrene copolymer | polymer blend | polycarbonate

A SUBSTRUCTURING APPROACH FOR SIMULATION OF TIME DEPENDENT WORKPIECE DYNAMICS DURING MILLING

CHRISTIAN BRECHER, PRATEEK CHAVAN, ROBERT SPIERLING, MARCEL FEY
Keywords: workpiece dynamics | dynamics substructuring | physical domain | milling

THE CARRYING CAPACITY OF TiCN COATING ON CONVEX-CONCAVE (C-C) GEARINGS

ERNEST GONDAR, MIROSLAV BOSANSKY, JANA REPKOVA, FRANTISEK TOTH
Keywords: convex-concave gearing | TiCN coating | Friction Coefficient | wear | adhesion | Hardness | Niemann´s test | biogearfrom