Honeywell PlantCruise by Experion C300 Controller spot goods

Honeywell’s C300 controller provides powerful and robust control for the PlantCruise  by Experion® platform. With the C300 and the Control Execution Environment,  customers can improve engineering productivity and maintenance, maximize process  uptime, and reduce production costs.  

At the core of the C300 in PlantCruiseis Honeywell’s field-proven  deterministic Control Execution Environment (CEE) core  software. The CEE provides a superior control execution and  scheduling environment. Control strategies are configured and  loaded through Control Builder, an easy to use and intuitive  engineering tool.  The C300 controller hardware offers unique space saving,  installation, and maintenance benefits consistent with its  innovative Series 8 form factor.  The C300 is optionally redundant, requiring no additional  hardware other than an identical second hardware module.  

  With the C300 controller, customers can:  

• Improve engineering productivity with a rich set of function  libraries and a seamless and intuitive user environment,  

• Maximize process uptime and minimize maintenance effort  with robust diagnostics and full hardware redundancy, and,  

• Reduce production costs with flexible and efficient control  strategies, on-process migration, and efficient hardware  processing power.  

Easy Control Strategy Creation through Rich  Function Libraries  

The Control Execution Environment function blocks  support:  

• Continuous Control  

• Logic Based Control  

• Sequential Control  

• Model Based Control  Each function block contains a rich set of predefined features,  such as alarm limits and priorities, various control algorithms, and  maintenance statistics, all of which are configurable parameters.  Function blocks are linked together in Control Modules to perform  specific control tasks, which provide a foundation for efficient  control engineering.  Embedded functionality guarantees consistent control strategy  execution and delivers consistent alarming and operations  behavior. This consistency reduces operator errors and saves  implementation time by eliminating the need to develop low-level  basic functions.