Foxboro PO926KP

Product Introduction
The Foxboro PO926KP serves as the core control processor in the I/A Series system, executing advanced process control, logic operations, and system coordination. Its outstanding processing performance and redundant design provide a solid guarantee for continuous and stable industrial processes.

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Description

Foxboro PO926KP

Technical Specifications

  • Processor: 32-bit industrial-grade RISC.
  • Storage Capacity: 8MB program memory / 4MB data memory.
  • Communication Network: 100Mbps fiber optic Ethernet, ControlNet, RS-232.
  • Power Supply: 24VDC, 10W.

Functional Features

  • Multi-Task Processing: Simultaneously executes regulation, logic, timing, and sequential control.
  • High-Speed Data Interaction: Achieves rapid data coordination via fiber optic Ethernet.
  • High-Reliability Redundancy: Supports controller hot-standby and power redundancy.
  • Data Integrity: Bit-by-bit matching technology completely eliminates erroneous data transmission.

Application Scenarios
Applicable to large-scale industrial process control scenarios with extreme reliability requirements, such as chemical processing, power generation, and metallurgy.

Performance Parameters

  • Operating Temperature: 0℃ to 60℃.
  • Storage Temperature: -40℃ to 85℃.
  • Ingress Protection: IP20.

Material Composition
Robust die-cast aluminum housing combined with internally conformal-coated circuit boards offers superior EMI resistance and anti-corrosion capabilities.

Structural Characteristics

  • Dimensions: 140mm × 165mm × 45mm.
  • Weight: 0.6kg.
  • Interfaces: High-density backplane connectors alongside fiber optic/Ethernet ports.

Working Principle
Continuously scans field input signals, executes control algorithms to derive output values, and synchronizes status with other nodes via a redundant network for global coordinated control.

Installation Requirements

  • Maintain control cabinet ambient temperature strictly below 60℃.
  • Keep fiber optic connections clean and avoid bending beyond minimum radius.
  • Correctly configure redundancy jumpers or DIP switches.

Usage Precautions

  • Regularly inspect synchronization status indicator lights on redundant modules.
  • Avoid unsecured usage in high-vibration environments.
  • Store spare modules in moisture-proof and anti-static conditions.