Prodigy^®

Single platform for all your turbomachinery control needs

Prodigy is a highly scalable hardware platform that can be deployed as a simplex small I/O system for controlling auxiliary machines to a duplex large I/O system for controlling a gas turbine driven compressor. In addition to supporting the field-proven standard control applications, Prodigy also supports custom logic programming by user based on IEC 61131-3 standards. This eliminates the need to have a separate PLC for sequencing and auxiliary control purposes – simplifying the solution architecture and saving space. The following IEC 61131-3 programming language standards are supported:

• Ladder diagram (LD)
• Function block diagram (FBD)
• Structured text (ST)
• Instruction list (IL)
• Sequential function chart (SFC)

Built small, built tough

Prodigy has been designed to save space by integrating field termination assemblies (FTAs) into its compact 19 inch form factor. A full duplex chassis with 96 I/O channels has a similar footprint of a typical 22 inch widescreen monitor.

Prodigy has also been certified for installation in Class 1, Div 2 environment as well as carrying conformal coating to withstand Severity Class G3 environmental conditions.

Designed for maximum availability

Prodigy run CCC’s ProOS that improves system availability and maintenance ease-of-use.

• Flexible switching: fully symmetrical modular redundancy at every level – from power supplies, communication, main processors, to I/O processors
• Self-learning: plug and play replacement of faulty card without the need to manually load configuration files
• Better diagnostics: Higher-resolution archiving with 1millisecond Sequence of Events (SoE) with event-triggered High Density Archiving

Cybersecurity defense-in-depth

Safe, reliable, and efficient operation of turbomachinery trains is critical to process. Prodigy helps you secure these assets with the following industry-leading cybersecurity features:

• Secure Boot: protect against unauthorized tampering of the embedded operating system
• Encrypted Communication: prevent network sniffing of sensitive data like credentials
• Communication Robustness: defend against denial of service attacks
• Security Logs: ensure traceability of security events
• Hardening Options: further harden the device by optionally disabling non-essential functions