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Mobatec Modeller Software

Mobatec Modeller is a clear and easy to use software tool that lets model builders construct dynamic (and steady-state) process models of any size in an amazingly short time - from single units to entire processing plants (resulting in more than 50.000 equations). Even beginning users can relatively quickly setup rather complex models that are transparent for others without much documentation.

A free demo-version of Mobatec Modeller can be downloaded from our website. This demo-version has full functionality with only a few exceptions.

>> Click here to go to our download page <<

 

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Screenshots

Click on the icons below to see some screenshots of the Mobatec Modeller environment.

5 Tanks Example     Batch Sequence      

Cooling Water System     Heated Bath - Example of introducing noise to a signal

Database Editor     Trayed Distillation Column - Showing different levels of the model hierarchy


Getting Started

To introduce new users to most of the elementary operations that are needed to build and test (dynamic) process models with Mobatec Modeller, a Getting-Started tutorial can be downloaded here.

A simple model of a central heating unit is used to guide a beginning user through the required steps of developing and simulating a (small)process model. Although the model is quite simple, a certain basic knowledge on thermodynamics is a prerequisite to understand all the steps taken in this tutorial.

We have purposely chosen to build this model completely “from scratch” (i.e. not using predefined objects from a library), such that you get a feel for all the possibilities of Mobatec Modeller for building and editing process models of any size. Several of the low level operations, such as defining (or even choosing) equations, will not be used by model designers during “normal” model design, since numerous library objects are available.

Several “Show-Me-Movies” have been added to show the beginning user one way of getting to the desired results:

Getting Started - Part 1 - Construction of a Physical Topology.

Getting Started - Part 2 - Construction of an EquationTopology.

 
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