Fmt Fertigungs und Montagetechnik

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	Quelques documents de Fmt Fertigungs und Montagetechnik
	Methodology and set of tools for the improvement of machine tool automation AUTOMAT 1996 - 1999 Sujets : Industrial Manufacture, Information Processing, Information Systems, Innovation, Technology Transfer Type de contrat : Cost-sharing contracts Participants : Fatronik System ESPAÑA Fatronik System Industry PO Box 160 Poligono Ibaitarte 1 20870 ESPAÑA Danobats Coop Itda ESPAÑA Danobats Coop Itda Industry PO Box 28 Poligono Arriaga 21 20870 ESPAÑA Fundacion Tekniker ESPAÑA Fundacion Tekniker Research Avda. Otaola , Apartado 44 20 20600 ESPAÑA Universita diModena-Dipartimento diScienze Dell'ingegneria ITALIA Universita diModena-Dipartimento diScienze Dell'ingegneria Education V. Universita 4 41100 ITALIA Bohner & Koehle Gmbh Werkzeugmaschinen DEUTSCHLAND Bohner & Koehle Gmbh Werkzeugmaschinen Industry Burkhardt + Weber Str 57 72760 DEUTSCHLAND Fmt Fertigungs- und Montagetechnik Gmbh DEUTSCHLAND Fmt Fertigungs- und Montagetechnik Gmbh Industry Burkhardt + Weber Str. 57 72760 DEUTSCHLAND Prosyst France Prosyst Industry Place Froissart 19 59300 France Bohner & Koehle Werkzeugmaschinen Germany Bohner & Koehle Werkzeugmaschinen Industry Burkhardt + Weber Str 57 Germany Fmt Fertigungs und Montagetechnik Germany Fmt Fertigungs und Montagetechnik Industry Burkhardt + Weber Str. 57 Germany Danobats Coop Itda Spain Danobats Coop Itda Industry PO Box 28 Poligono Arriaga 21 Spain Fatronik System Spain Fatronik System Industry PO Box 160 Poligono Ibaitarte 1 Spain Democenter Centre Servizi per la Diffusione dell'Automazione Industriale Italy Democenter Centre Servizi per la Diffusione dell'Automazione Industriale Industry VIA LE VIRGILIO, 55 Italy FIDIA Italy FIDIA Industry RESEARCH DEPT. Casella Postale 1009 CORSO LOMBARDIA 11 Italy Sueri Alfredo Italy Sueri Alfredo Industry Via Carpi Ravarini Frazione Limidi 115 Italy Hide objective In spite of the increasing importance of the activities related to the automation of machine tools, there is no methodology or tool which supports software work in this area. The fast evolution of the CNCs and customer demand for different types of control requires machine tool producers to create and maintain different versions of automation for their products. This implies the existence of qualified personnel on different types of controls, more involved in getting adapted to them than with the automation itself. So, the main goal of this project is to improve the productivity of the machine-tool builders by generating a specific programming platform, a complete software toolkit, with several modules to design, develop, test, set-up and manage PLC automation programs. This will isolate the technician from that variety, allowing him to carry out his work independently of the control selected thereby reducing the time needed to set-up the machine. Hide general information This is to be achieved through the development of a specific methodology and implementation of various computer aided tools that will support and assist in the area of design and programming of automation for machine tools. This methodology and tools will include design, programming, simulation, documentation, management of changes during the set-up phase and automation software maintenance. The AUTOMAT consortium consists of eight EU companies. The partner roles are of four types : users, (covering a wide spectrum of different types of machine-tools), research centres, (supporting the methodological and instrumental developments of the project), NC supplier (supplying the needed skills from the CNC point of view) and a software developer (specialised in technical software for automation simulation and testing). The project is subdivided into four main phases: - Definition of a structured methodology for machine-tool automation improvement, based on the concept of 'functional units' (e.g. the tools change module, the alarms handling module, the axis command module, etc.). These functional units can be standardised and reused in different machine configurations. - Definition of common programming language for PLC programming, able to support the particularities of the machine tool automation tasks (i.e. interconnection between CNC and PLC). - Integrated software for automation support, covering all phases involved, from the design to the final setting-up of the machine. - Implementation and testing at user sites. Source : cordis