Foxboro Control Simulation
Reduce commission and startup times for Foxboro Control Processors
Foxboro Control Simulation
Design, Operate, and Optimise Your Plant
Reduce commission and startup times while providing an ideal environment for designing and troubleshooting. Foxboro Control Simulation turns the actual Foxboro Evo Control Processor (CP) source code into a Control Simulation. It uses the same communication protocol and connects to the same hardware and software as Foxboro® CP270/CP280.
Efficiently Validate Controls
The Foxboro Control Simulation provides a comprehensive environment for
Reduce Commission and Startups
Foxboro Control Simulation is built on the block algorithms and communication infrastructure of I/A Series/Control Core Services (CCS) and Foxboro Evo. All operational and engineering applications, processes and equipment that run with I/A Series control systems will run the same way with Control Simulation software. Foxboro Control Simulation reduces commission and startup times and provides an ideal environment for designing and troubleshooting.
Perfect Fit Foxboro Software Connectivity
Foxboro Control Simulation is built from the CP270/CP280 algorithms and communication infrastructure as a Foxboro CP. All operational and engineering applications, processes, and equipment that function with I/A Series or Control Core Services systems will run the same way with Foxboro Control Simulation.
Signal Cross-Referencing Utilities
The simulation model drives the system’s field input and output signals. The cross-reference database in the Control Simulation environment defines the exchange of Input/Output data between the control blocks and the process model. Additional cross-reference utilities perform dynamic loading of cross-reference modifications, verification of control point and model parameters, simulation of various I/O malfunctions, and the ability to service points at different time intervals.
Accurate Process Simulation
Foxboro Control Simulation allows a wide range of simulation models to be generated for testing, validation, and training purposes. These include a control model library which can be used for simple “tie-back” simulation models or a DYNSIM Dynamic Simulation model “starter kit” with valves, pumps, vessels, heat exchangers, and limited multi-component thermodynamics.
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