Foxboro P0700KK Product Description
May 30, 2026

Foxboro P0700KK Product Description

The Foxboro P0700KK is a high-reliability redundant control processor module and core component of the Foxboro I/A Series Distributed Control System (DCS). Designed for critical industrial processes demanding maximum uptime, it integrates high-speed processing, multi-protocol communication, and seamless redundancy to eliminate single points of failure. Engineered for heavy-duty applications in oil and gas, power generation, chemical processing, and other continuous-process industries, the P0700KK ensures deterministic control, data integrity, and simplified maintenance within the Foxboro ecosystem.

Description

Foxboro P0700KK Product Description

Product Overview

The Foxboro P0700KK is a high-reliability redundant control processor module and core component of the Foxboro I/A Series Distributed Control System (DCS). Designed for critical industrial processes demanding maximum uptime, it integrates high-speed processing, multi-protocol communication, and seamless redundancy to eliminate single points of failure. Engineered for heavy-duty applications in oil and gas, power generation, chemical processing, and other continuous-process industries, the P0700KK ensures deterministic control, data integrity, and simplified maintenance within the Foxboro ecosystem.

Core Features

High-Performance Processing

Equipped with a 32-bit industrial RISC processor, the P0700KK delivers fast instruction execution: 0.1 microseconds per Boolean instruction and 0.5 microseconds per floating-point operation. It includes 8MB of program memory and 4MB of data memory, supporting large-scale control logic, real-time data buffering, and complex algorithm execution without latency. This processing power enables precise loop control and rapid response to process changes under full system load.

Seamless Redundancy & Fault Tolerance

The P0700KK features a dual-module hot-standby redundancy architecture with automatic failover. The primary and standby modules operate in parallel, synchronizing data via bit-level matching to ensure consistency. In the event of a primary module failure, the standby module takes over control instantaneously (≤100ms) without process interruption. It also supports redundant power supply operation to further enhance system reliability.

Multi-Protocol Communication

The module integrates Ethernet 10/100BaseTX (fiber and copper), ControlNet, and RS-232 interfaces, supporting Modbus TCP/IP, ControlNet, and Ethernet/IP protocols. It enables high-speed data exchange with field sensors, actuators, remote I/O, peer controllers, and upper-level HMI/SCADA systems. The fiber Ethernet interface ensures noise immunity and long-distance communication in harsh industrial environments.

Rugged Industrial-Grade Design

Built to withstand G3 industrial environments (high dust, humidity, and electromagnetic interference), the P0700KK features a fully sealed die-cast aluminum enclosure with an IP20 protection rating. It operates reliably at temperatures from 0°C to 60°C (storage: -40°C to 85°C) and complies with MIL-STD-810G shock and vibration standards. Its hot-swappable design allows module replacement without shutting down the process, maximizing operational availability.

Flexible Configuration & Compatibility

The P0700KK supports up to 256 I/O points and remote I/O link expansion, adapting to small-to-large scale automation requirements. It maintains full compatibility with all Foxboro I/A Series I/O modules, fieldbus devices, communication adapters, and supervisory software (e.g., InTouch, Wonderware System Platform). This compatibility simplifies system integration, reduces spare parts inventory, and enables smooth upgrades from legacy I/A Series hardware.

Technical Specifications

  • Processor: 32-bit industrial RISC processor

  • Instruction Speed: 0.1 μs/Boolean; 0.5 μs/floating-point

  • Memory: 8MB program memory; 4MB data memory

  • Maximum I/O Capacity: Up to 256 I/O points

  • Communication Interfaces: Ethernet 10/100BaseTX (fiber/copper), ControlNet, RS-232

  • Supported Protocols: Modbus TCP/IP, ControlNet, Ethernet/IP

  • Redundancy: Dual-module hot-standby, automatic failover (≤100ms); redundant power support

  • Power Supply: 24VDC, 12W; supports redundant parallel operation

  • Operating Temperature: 0°C to 60°C

  • Storage Temperature: -40°C to 85°C

  • Environmental Compliance: G3 industrial environment, IP20 protection rating, MIL-STD-810G (shock and vibration)

  • Certifications: CE, UL, RoHS

  • Dimensions: 160mm × 170mm × 50mm

  • Weight: 0.7kg

  • Design: Fully sealed, baseboard-mounted, hot-swappable

Applications

The Foxboro P0700KK is ideal for critical, high-availability industrial processes requiring zero downtime:
  • Oil and gas: Refinery control, offshore platform automation, pipeline pressure monitoring

  • Power generation: Boiler/turbine control, plant-wide DCS, critical interlock systems

  • Chemical processing: Continuous polymerization, hazardous area control, batch manufacturing

  • Water treatment: Municipal water supply SCADA, wastewater critical process control

  • Pharmaceuticals: Sterile production line automation, precision batch control

Compatibility & Integration

The P0700KK is fully compatible with the Foxboro I/A Series DCS ecosystem, including all I/A Series controllers, I/O modules, fieldbus devices, and supervisory software. It uses FDSI (Foxboro Data Server Interface) for seamless integration with third-party systems, ensuring consistent data mapping and simplified maintenance. The module supports both local and remote I/O configurations, enabling flexible, scalable system architectures for small to enterprise-level automation projects.

Warranty & Support

The Foxboro P0700KK comes with a 1-year manufacturer’s warranty against defects in materials and workmanship. It is delivered in new, original anti-static packaging to prevent transit damage. Global technical support, spare parts availability, and professional maintenance services are provided to ensure optimal performance and minimize operational downtime worldwide.


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