Foxboro P0916EV High-Performance DCS Control Processor Module for I/A Series System
June 11, 2026

Foxboro P0916EV High-Performance DCS Control Processor Module for I/A Series System

Foxboro P0916EV is a core industrial control processor module belonging to Foxboro I/A Series distributed control system, built with 32-bit industrial RISC architecture for ultra-fast logic and floating-point operation. Equipped with 8MB program memory and 4MB data memory, it supports up to 256 I/O points and remote I/O extension to match small-to-large-scale process plants. Integrated 10/100M Ethernet, ControlNet and RS232 interfaces, it is compatible with Modbus TCP/IP, Ethernet/IP and mainstream monitoring software. Adopting dual redundant hot backup design and bitwise data verification technology, it achieves bumpless switchover during hardware failure to eliminate production interruption. Die-cast aluminum housing with IP20 protection resists high dust and strong electromagnetic interference under G3 industrial environment, 24VDC power supply with redundant power support for stable long-term operation.

Description

Foxboro P0916EV Operation & Specification Manual

1. Basic Information

  • Brand: Foxboro

  • Model: P0916EV

  • Type: DCS Main Control Processor Module

  • Series: I/A Series Distributed Control System

  • Origin: United States

  • Net Weight: 0.6kg

  • Dimension: 140mm × 165mm × 45mm

2. Core Hardware Parameters

  1. Processor: 32-bit Industrial RISC CPU

    • Boolean instruction execution speed: 0.1μs

    • Floating-point operation speed: 0.5μs

  2. Memory

    • Program Storage: 8MB Flash

    • Real-time Data Storage: 4MB RAM

  3. Communication Interfaces

    • 10/100BaseTX Ethernet

    • ControlNet Bus

    • RS-232 Serial Port

  4. Supported Industrial Protocols

    Modbus TCP/IP, ControlNet, Ethernet/IP, HART

  5. I/O Expansion Capacity

    Max. 256 local & remote I/O points, fully compatible with all Foxboro I/A I/O modules

3. Electrical Specification

  • Rated Power Input: 24VDC

  • Power Consumption: 10W

  • Redundancy Support: Dual module hot standby, redundant power supply

  • Signal Verification: Bitwise matching algorithm for data consistency check

4. Environmental Adaptability

  • Operating Temperature: 0℃ ~ +60℃

  • Storage Temperature: -40℃ ~ +85℃

  • Relative Humidity: 5%~95% non-condensing

  • Protection Grade: IP20

  • Environmental Grade: G3 anti-corrosion, anti-EMI industrial grade

  • Housing: Die-cast aluminum anti-interference shell

5. Installation & Operation Guide

  1. Installation Method: Standard DIN rail cabinet mounting

  2. Wiring Standard: Terminals for 24VDC power, bus communication and I/O expansion

  3. Startup Sequence

    Step1: Confirm input voltage stable at 24VDC before power-on

    Step2: Insert module into I/A backplane and lock fixed buckle

    Step3: Connect Ethernet/ControlNet communication cable

    Step4: Power on, wait 30s for self-test; steady green light indicates normal operation

  4. Redundancy Configuration

    Deploy two P0916EV modules as primary & backup; system auto-switch within 10ms once main module faults, no logic interruption

  5. Maintenance Notice

    • Cut off power before disassembly to avoid circuit burnout

    • Clean dust on aluminum shell every 3 months for heat dissipation

    • Avoid installation near high-voltage inverter or strong magnetic equipment

  6. Warning

    Do not operate beyond temperature and voltage rated range; unauthorized disassembly voids warranty.

6. Packing & Warranty

  • Package: Anti-static foam + carton

  • Standard Warranty: 12 months from delivery date

4. Application Fields

  1. Petroleum & Petrochemical Industry

    Refinery process control, pipeline flow monitoring, reactor temperature & pressure closed-loop regulation, oil-gas extraction automation system integration.

  2. Power Generation & Energy Sector

    Thermal power boiler combustion control, generator set monitoring, substation DCS data acquisition, new energy power station process management.

  3. Chemical & Metallurgical Industry

    Chemical reactor dosing control, smelting furnace logic interlock, acid-base liquid flow precise adjustment, high-temperature workshop automatic control.

  4. Pharmaceutical & Food Processing

    Aseptic workshop temperature/humidity constant control, beverage production line parameter monitoring, pharmaceutical fermentation tank automatic regulation, food safety traceability data collection.

  5. Water Treatment & Municipal Engineering

    Sewage dosing automatic control, tap water pipeline pressure adjustment, urban waste incineration process monitoring, pump station remote centralized control.

  6. General Manufacturing

    Automated production line logic scheduling, CNC equipment signal interconnection, intelligent workshop centralized monitoring, packaging machinery automatic control system.


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