Product Description

The FOXBORO FCP270 P0917YZ is a high-performance field control processor serving as the core computing unit of Foxboro I/A Series DCS systems. It undertakes real-time process control algorithm operation, field signal processing and FBM module scheduling, supporting complex regulation, logic and sequence control tasks for industrial continuous production processes.

Adopting 100Mbps fiber Ethernet network architecture and industrial fault-tolerant design, this module is equipped with 16MB SDRAM and 32MB flash memory. It supports up to 32 FBM200 series fieldbus modules and features rugged aluminum casing and strong environmental adaptability. With high-precision computing capability and redundant operation support, it ensures low-delay, stable and uninterrupted control of key industrial process loops.

Main Specifications

1. Full Model: FCP270 P0917YZ; Product Type: DCS field control processor and core scheduling module
2. Applicable System: Foxboro I/A Series and Evo distributed control system platforms
3. Core Function: Process algorithm operation, FBM module management, data acquisition and alarm processing
4. Network Performance: 100Mbps fiber-optic Ethernet for high-speed DCS network data interaction
5. Memory Configuration: 16MB SDRAM operating memory and 32MB flash storage memory
6. Expansion Capacity: Supports up to 32 FBM200 series fieldbus I/O module connections
7. Power Parameter: 24VDC standard industrial power supply with 8.5W low rated power consumption
8. Fault Tolerance: Supports dual-module hot redundant configuration for non-fault system switching
9. Operating Environment: 0°C to +60°C temperature range, G3-class harsh industrial environment adaptation
10. Structural Certification: Die-cast aluminum casing with CE industrial safety certification

Core Functions

1. Acts as the core real-time control processor for Foxboro I/A Series DCS automation systems.
2. Executes precise PID regulation, logic control, timing and sequential process algorithms.
3. Uniformly manages and schedules all connected FBM fieldbus I/O module signals.
4. Completes on-site process data acquisition, sorting and real-time alarm detection.
5. Supports fiber high-speed network communication to realize docking with upper DCS host system.
6. Implements dual-module hot redundancy to eliminate single-point control system failures.
7. Stores system configuration programs and process data for stable long-term operation.
8. Provides accurate time synchronization and system operation status self-diagnosis function.
9. Supports remote configuration, online debugging and program parameter modification.
10. Guarantees high-precision, low-delay and stable operation of industrial continuous process control loops.

Application Scenarios

1. Petrochemical industry large-scale DCS system core process control platforms
2. Thermal power plant unit automatic regulation and process scheduling control systems
3. Oil and gas gathering, transportation and refining process intelligent control scenarios
4. Chemical continuous production line closed-loop regulation and monitoring projects
5. Metallurgical and building materials harsh environment process control systems
6. Pharmaceutical and food industry GMP standard precision process control platforms
7. Water treatment and environmental protection large-scale automatic control systems
8. Old Foxboro DCS system core processor replacement and performance upgrading projects
9. Industrial key process safety redundancy control and stable operation guarantee scenarios
10. Process industry intelligent transformation high-reliability distributed control systems