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Overview
The Honeywell FC-QPP-0002 represents the pinnacle of processing power within Honeywell's control and safety ecosystem. This quad-core processor module is engineered to handle the most computationally intensive tasks, serving as the central brain for high-performance Process Controllers (PC) or the logic solver in robust Safety Manager (SM) applications, where deterministic execution and high availability are paramount.

Key Features & Benefits:

• High-Performance Quad-Core Architecture: Leverages the parallel processing capabilities of four CPU cores to execute complex control algorithms, extensive safety logic, and communication tasks with exceptional speed and determinism.

• Enhanced System Capacity: Supports larger control strategies, more I/O points, and faster scan times compared to previous generation processors, enabling more comprehensive plant integration.

• High Availability & Reliability: Designed for mission-critical 24/7 operation, often supporting redundant configurations to ensure continuous system uptime and fault tolerance.

• Advanced Security Features: Incorporates modern cybersecurity protections to safeguard critical process and safety control layers from unauthorized access and cyber threats.

• Seamless Platform Integration: Fully integrates with both the Experion PKS for process control and the Safety Manager for functional safety, providing a unified and powerful automation foundation.

Technical Specifications:

• Product Code: FC-QPP-0002

• Module Type: Quad-Core Processor Module

• Compatible Systems: Honeywell Experion PKS (as a Process Controller), Honeywell Safety Manager (as a Logic Solver).

• Architecture: Quad-Core CPU.

• Memory: Significant onboard memory for application logic and data.

• Performance: High-speed processing capabilities for fast scan times.

Typical Applications:

• Large-scale process control applications in refining, petrochemical, and power generation.

• High-integrity Safety Instrumented Systems (SIS) requiring SIL 3 certification.

• Complex batch and sequential control processes.

• Applications requiring the consolidation of control and safety functions onto a single, powerful platform.