Automation Training Simulator – autoSIM

$0.00

The autoSIM-200 simulation software is our all-encompassing digital software from SMC for creating, simulating, and visualizing Electrical, Pneumatic, Hydraulic and Control Circuits.

With autoSIM-200, it is possible to carry out dynamic, multi-color simulations using pneumatic, electro-pneumatic, hydraulic, electro-hydraulic, electrical and electronic circuits. A Library stocked with Industrial Component are displayed by means of drop-down menus, showing individual standardized symbols, including conventional and proportional pneumatic and hydraulic valves.

autoSIM-200 can be used to create Grafcet diagrams, Ladder, Logigramme (logic gates) and function blocks with structured text. By running the simulation, it is possible to monitor and control the application step by step.

autoSIM 2D provides students with practical lab activities and proposed circuit simulations for SMC Training Systems.

autoSIM 3D delivers students the 3D virtual models of SMC mechatronics training systems for programming, controlling, and monitoring automated processes.

Description

The autoSIM-200 simulation software is our all-encompassing digital software from SMC for creating, simulating, and visualizing Electrical, Pneumatic, Hydraulic and Control Circuits.

With autoSIM-200, it is possible to carry out dynamic, multi-color simulations using pneumatic, electro-pneumatic, hydraulic, electro-hydraulic, electrical and electronic circuits. A Library stocked with Industrial Component are displayed by means of drop-down menus, showing individual standardized symbols, including conventional and proportional pneumatic and hydraulic valves.

autoSIM-200 can be used to create Grafcet diagrams, Ladder, Logigramme (logic gates) and function blocks with structured text. By running the simulation, it is possible to monitor and control the application step by step.

autoSIM 2D provides students with practical lab activities and proposed circuit simulations for SMC Training Systems.

autoSIM 3D delivers students the 3D virtual models of SMC mechatronics training systems for programming, controlling, and monitoring automated processes.

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