Increased engineering quality through consistently objectoriented EI&C engineering
High transparency through seamless transition from basic to detailed engineering
Time and cost savings through minimization of iteration loops
Reduced costs through early estimation of required devices and materials
Incorporation of external partnersor suppliers without dataor quality lossSignal tracking
Discipline-specific fluidics implementation
Accelerated fluidics engineering through unique logic functions and automatisms
Design and function
Standardized object libraries are available to the user for the generation of circuit and connection diagrams, etc. The objects can be immediately used and individually adjusted or newly created.
The COMOS Marshalling Designer supports bulk creation of signal routes in organizational charts. Flexible cable, terminal and I/O assignments are supported. Autoloops are created on the basis of routing data: Connections do not need to be drawn in cable-by-cable, but are generated automatically. The resulting documents such as terminal diagrams, cable lists, parts and order lists are generated by the software automatically and revisions are documented reliably.
Fluidic diagrams can be configured by selecting the components from drop-down lists and simply positioning the components on the circuit diagram by means of drag & drop. The creation of parts lists, piping lists, tubing lists and lubrication point lists is carried out automatically.
The eBlock technology (= engineering block technology) represents a COMOS solution for the intelligent management of assemblies for step-by-step engineering with progress control and workflow support. The tasks defined in the eBlocks and the dependencies between the engineering disciplines are displayed as plain text instructions and reliably guide the engineer through the decision process.
As an open system, COMOS offers numerous interfaces to other systems. For example, COMOS EI&C features interfaces to all conventional automation systems such as SIMATIC.