Schneider Electric / Invensys / Foxboro P0961FR Control Processor CP60 Module

The Schneider Electric / Invensys / Foxboro P0961FR is a Control Processor CP60 Module designed for industrial automation systems. It provides real-time processing capabilities for control applications, ensuring efficient and reliable operation.

Model
Schneider Electric / Invensys / Foxboro P0961FR
Calibration
Available on request
Price
$725
Status
In stock
RFQ ref
P0961FR
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This unit

The Schneider Electric / Invensys / Foxboro P0961FR is a Control Processor 60 (CP60) module engineered for distributed control within the Foxboro I/A Series DCS. This 32-bit processor executes regulatory, logic, timing, and sequential control algorithms at 100 MHz clock speed. It manages real-time data acquisition, alarm detection and notification, and bidirectional communication between Fieldbus Modules, field devices, controllers, and supervisory systems.


The module supports user-defined control strategies including PID and sequential logic, with 2 Mbps data throughput for inter-module communication.


Technical Specifications



  • Manufacturer: Schneider Electric / Invensys / Foxboro

  • Model: P0961FR

  • Processor: 32-bit, 100 MHz clock speed

  • Data Throughput: 2 Mbps

  • Height: 7.2 in

  • Redundancy: Dual-processor fault-tolerant configuration (CP60); single-width non-fault-tolerant variant (CP60S) available


Key Features



  • Real-time data processing and fast control logic execution

  • Handles complex regulatory and sequential control tasks

  • Live updating loop drawings with graphical configuration environment

  • One-spot engineering environment using common integrated database

  • Dual-processor redundancy support with main or backup processor capability

  • Configurable for redundant power supplies and high-availability architectures


Communication & Protocols



  • Modbus integration for third-party device connectivity

  • TCP/IP for remote monitoring and control

  • Proprietary Foxboro protocols and industry-standard protocol support (OPC)

  • High-speed communication interfaces for system module interconnection


Typical Applications Process control ranging from basic feedback loops to feedforward and nonlinear control schemes. Field device management, multi-loop PID implementation, alarm-driven logic sequences, and supervisory data exchange in industrial automation environments.