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The new approach for the assessment of reliability condition of the exploited system, based on the appropriate analysis of changes in the current parameters of technical condition aR b  and the regulation condition aR c , determined from the compressed condition equation (1 and 2). While analyzing the course of momentary parameters for technical condition aR b  and the regulation condition aR c , it was observed that the parametric and momentary damages can be identified on the basis of quantitative relations between momentary threshold value dpr and corresponding momentary permissible value dpr dop, which are calculated from equation (7, 8, 9) resulting from Lindeberg–Levy’s theorem. It is assumed that the damages are prevailing, when for the moment θ i : &gt;d pr i &gt; d pr dopi . With the number of damages (damage map), reliability parameters for each moment of exploitation of technical object (before the catastrophic damages will occur) can be determined. Parametric damages (expected lifetime E(T) and standard deviation of expected lifetime σ E(T)  provides the reasonable information for the appropriate planning of the servicing of exploitative objects.

The New Approach to Identification of Parametric and Momentary Damages on the Basis of Lindeberg – Levy’s Model