Influence of the heat and mechanical treatment on the reversible change of shape on the cylindric compression springs with the shape memory effect under the cyclic change of temperatures during the intervals of martensite transformation is investigated. To obtain the optimal functional characteristics of the spring strength elements preheating conditions and the following heat and force cycling conditions were established. Using established relationships gives the possibility to estimate the effect of heat treatment in a new way and confirm the assumption that obtained experimental results are determined by the methods of research since the parameters single change characterizing effects of memory are thermomechanical training cycle. The obtained dependences define rational guidance of strain values and the required number of thermal cycles, providing stabilized characteristics of spring thermosensitive elements and the optimized parameters formation for memory effects data for thermosensitive elements geometric characteristics, and allow us to calculate and design thermal drive for technological systems.