Modelling of technological processes of processing by pressure demands the task of a curve of hardening of a deformable material. In practice it receive by means of experiences on a stretching and on compression. And experiences on a stretching allow to obtain the data at small degrees of deformation since the sample collapses. At tests for compression because of more favorable scheme of a tension destruction comes at the big degrees of deformation. However the inevitable friction on contact surfaces leads to heterogeneity of deformation on volume of the sample, and, hence, to infringement одноосного a tension.

Now the increasing requirements are shown to quality of a product, stability of technological processes, a resource of work of the process equipment. The given problems allow to solve control systems improved in due course of technological process and the equipment. However development of new manufacturing techniques of details by a method of processing by pressure puts also new problems in management questions these technological processes. One of such technologies is the technology of punching of metals.

Radial forge - process at which two are used and more moving towards each other the tool for creation of shaft with constant or variable diameter on all length or pipes with changes of the internal or external sizes. At radial ковке with use 4 бойков metal in the deformation centre is in a condition of all-round non-uniform compression that allows to increase its technological plasticity.

The modern mechanical engineering is multinomenclature: more than 85 % of its enterprises are manufactures individual-serial types, and the share of the last among them steadily grows

  In this article are viewing the automatic operational regulation by closed gap of forging press with frequency-controlled drive application. Frequency-controlled drive producing by KEB company and consist of frequency converter 18.F5.M1H-3AEA and synchronous motor F2.SM.000-2400. Forging press is equipped with eccentric mechanism regulation of closed gap press, embodied in punch slide. Using the control system by mechanism regulation of closed gap press in automatic mode, will be allow to elevate the accuracy of forged piece high dimension. Regulation is performed on elastic deformation size. Using the automatic control system mechanism regulation and elevate the accuracy of forged piece high dimension will be permit to reduce number of the next mechanical processing of forged piece. The operation by frequency-controlled drive can be produce with computer or PLC application. The accuracy of control by frequency-controlled drive is ±1 degree from destination point of shaft drive. It will allow to realize precision positioning by mechanism regulation of closed gap press and therefore the linear positioning by press slide.