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Information × Registration Number 0217U004260, 0112U001500 , R & D reports Title To investigate the physics-metallurgical features of receipt of the weld-fabricated connections high alloyed instrumental steels and alloys with carbon construction steels and to work out the methods of increase of efficiency of technologies of their surfacing. popup.stage_title Head Ryabtsev Igor Olexandrovich; Lankin Yuri Nikolaevich, Registration Date 27-01-2017 Organization E.O. Paton Electric Welding Institute of the National Academy of Sciences of Ukraine popup.description2 As a result of experimental studies of the optimal ranges of arc welding modes submerged gas-shielded open arc and flux-cored wires, which provide high-quality weld metal with minimal penetration of the base metal. The first version of the control system and the automatic control of arc welding modes with support for decision-making on technology surfacing details. A serial programmer for plasma-powder surfacing. The programmer provides a variety of setup and automatic plasma-powder surfacing modes, which provide a high performance, excellent formation of beads, high quality welding crater and minimal loss of filler powder. When ESS in the current-carrying mold determined the behavior of the currents of the pallet, the electrode and the mold to the extent of penetration of the electrode into the slag bath for different electrode diameters, different depth of the slag bath. Automatic support for the setpoint value of the electrode penetration provides the necessary uniformity and depth of penetration of the details. The first version of the computer system automatically in ESS CCM management. Developed arc technology, plasma-powder and ESS with automatic management and control of penetration and weld the formation of layers. This increased performance and reduced power consumption of the different ways of surfacing. Product Description popup.authors Кондратьєв Ігор Олександрович Кусков Юрій Міхайлович Перепльотчіков Евген Федорович Соловйов Володимир Георгійович popup.nrat_date 2020-04-02 Close