Automation System Simulation Software

The Automation System Simulation Software, allows the user to learn the basic concepts of industrial automation software that performs SCADA control functions, PLC programming, 2D and 3D automation systems simulation, configuration of the properties of pneumatic and hydraulic components, etc. without any previous knowledge or experience.

ATENG 12398 — Automation System Simulation Software

• The “ATENG 12398” whatever are the licenses supplied, “AE-AS-SLE” or “AE-AS-SLP”, includes:
  2D and 3D systems simulations.
  Configurable simulation speed with the modes “normal simulation”, “slow motion simulation”, “step-by-step simulation” and “pause”.
  3D editor to import pieces made with compatible formats (.STEP,.STL and.IGES) with most 3D design programs (3D Studio, Solid Edge,
  CATIA, Solid works, etc.). Capacity to generate 2D and 3D animations associated to the results of the simulation the user is working
  with.
  Possibility to design systems supervision applications.
• Capacity for simulating the following systems and synchronizing all the types of simulations included in the software:
• Hydraulic and electrohydraulic: according to ISO 1219 - 1 and 1219 - 2 standards, with an extensive library of hydraulic and
  electrohydraulic components with its standardized symbol.
• Pneumatics and electro-pneumatics: with an extensive library of pneumatic, electro-pneumatic and pneumatic logic components.
• Capacity to modify the most important parameters of each hydraulic and pneumatic component, such as: efficiency curves, external
  loads, leaks, viscosity, thermal characteristics, etc.
• Digital electronics: with an extensive library of standard electronic components
  (logic gates, amplifiers, transistors, displays, multiplexers, etc.).
• Electrical single-line diagram: with a library that enables to create diagrams
  for all levels of voltage usually employed in power generation, transport and
  distribution networks.
• Electrical engineering: with a library that contains a great amount of
  components to create simple and complex electrical circuits. The models
  of the components included are generic and real and belong to several
  manufacturers.
  All the libraries include the components and its standardized symbols.
• Capacity to program with the following languages:
• GRAFCET: allows encapsulated stages for a better organization of the programmed
  control structures.
• Block diagram: blocks included are preset but they can be completely configured by the
  user.
• Ladder: includes three libraries to program PLCs from Siemens, Allen Bradley and those
• fulfilling the IEC61131 - 3 standard, allowing the PLC to program directly. It also allows
  for creating and simulating the PLC program in the automated system simulated by the
  ATENG 12398 Software
  software.
• Digital logic: with an extensive library of logic gates and components configured by the user.
• Function blocks with configurable structured text.
• Direct programming in the PLCs from the manufacturers Siemens, Allen Bradley and those fulfilling the IEC61131 - 3 standard of the
  programs simulated in the software.
  Supervision, control and simulation of the manufacturing process of each station and the complete assembly by an open SCADA system
  (modification, optimization and development of other projects based on the supplied SCADA system). It allows the user to simulate,
  supervise and control a real process from the computer.
  The SCADA system included is structured by branched screens, the user can access the SCADA system of every station that form the unit
  from the main SCADA screen.
  Each SCADA screen contains a control panel with “Start” and “Stop” buttons, a “Manual/Automatic” switch, “Reset” button and
  “Emergency stop” button. Besides, it includes a display of the alarms generated in each station (fault warnings, lack of pieces warnings,
  etc.).
  Chart with the signals that indicate the current production state in each station, indicating every motion in real time from the computer.
  Possibility to control in real time all the variables of the complete system and of every station remotely from the computer, without time
  limit. Access to the PLC variables, to the library of the components (pneumatic, hydraulic, etc.). Independent windows for 3D models
  and for the control panel.
  Communication with the PLCs of the unit is performed via OPC protocol.
  Includes the 3D simulation of the automation system with the control panel and the visualization of the alarms generated by the system.