Foxboro FCP270 P0917YZ - High-Performance Processor Module for Foxboro I/A Series

Foxboro FCP270 P0917YZ – High-Performance Processor Module for Foxboro I/A Series

In stock

Product Introduction:
The Foxboro FCP270 P0917YZ is the main processor module for the Foxboro I/A Series distributed control system. The “FCP” stands for Field Control Processor, “270” identifies the specific processor family as the high-performance I/A Series processor, and “P0917YZ” is the exact part number for this revision. This module is the “brain” of the entire I/A Series system, executing the control algorithms, managing all I/O communication, and running the operator interface. The FCP270 features a 32-bit RISC processor with floating-point unit, large memory for complex applications, and dual redundant communication paths to all I/O modules. It supports the I/A Series operating system and runs applications written in the Foxboro control language.

Technical Specifications:
Board Type: Main Processor Module
System: Foxboro I/A Series (Series 2, Series 3)
Processor: 32-bit RISC processor with integrated FPU (floating-point unit)
Memory: 64MB RAM for application storage, 16MB flash for operating system
Scan Time: 50 milliseconds for basic control, 100ms for complex control
I/O Capacity: Up to 1024 I/O points per controller (expandable with remote I/O)
Communication: Dual redundant I/A Series bus to all I/O modules
Redundancy: Supports processor redundancy (A/B pairs) with automatic failover
Protocols: Modbus, HART, Profibus, DeviceNet, Ethernet/IP (via communication modules)
Operating System: Foxboro I/A Series proprietary real-time OS
Power: 5V DC and 24V DC from backplane
Form Factor: 6U Eurocard (larger than standard I/O modules)
Operating Temperature: 0 to 60 degrees Celsius
Certifications: UL, CSA, CE, ATEX

Functional Features:
High-Speed Execution: The 32-bit RISC processor with FPU executes complex control algorithms (PID, advanced regulatory control, sequential control) at high speed.
Large Memory: 64MB RAM allows storage of very large applications with thousands of control loops and hundreds of operator display pages.
Dual Redundant Communication: Every processor has two independent communication paths to every I/O module, ensuring no single point of failure.
Processor Redundancy: Supports A/B processor pairs where the backup processor takes over instantly if the primary fails.
Online Diagnostics: Continuous self-testing of CPU, memory, communication, and I/O with automatic fault detection.
Hot Swappable: Can be removed and replaced while the system is running in a redundant configuration.
Fail-Safe Design: All outputs default to a safe state on loss of power or communication.