Abstract
The statistical parameters of failing assembly equipment of various automotive industry enterprises operating under similar conditions do not differ from each other, this fact indicates the need to analyze and find common solutions to the problems posed. When planning the calibration frequency of new assembly equipment, failure statistics from existing production facilities can be used, in particular for calibrating the tightening torque in periodic inspection. The materials presented in the article assume formalizing technological preparation of production in terms of ensuring continuous assembly. The paper provides a formal description for calculating the calibration schedule of an assembly tool, the estimated time for the tightening torque to exceed the tolerance range, the time for periodic calibration of the tool and the dependencies for evaluating the frequency of checks. The presented results can be used to build computer-aided process planning for assembly plants in the automotive industry; software and hardware solutions are developed on their basis.
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