SKU: P0926GQ

Foxboro P0926GQ Type 5 Hypalon Termination Cable DCS Interconnect

The Foxboro P0926GQ is a ruggedized Type 5 termination cable featuring a chemical-resistant Hypalon jacket. Designed for 200 Series DCS interconnections, it provides high-performance EMI shielding and G3-rated durability for critical I/O signal transmission in harsh industrial processing zones.

Primary System Logic and Connectivity

The Foxboro P0926GQ serves as a high-integrity signal link within the EcoStruxure Foxboro DCS architecture. By providing a specialized interface between Fieldbus Modules (FBMs) and termination assemblies, this Type 5 cable actively facilitates the transfer of process data with minimal signal loss. Once connected to the system backplane, the cable coordinates the flow of I/O signals, ensuring that the control processor receives real-time feedback from field instrumentation. Because it utilizes a specific 25-pin or 50-pin configuration (depending on the FBM type), it ensures a keyed and secure electrical path that prevents incorrect cross-connections during cabinet assembly.

Performance Characteristics and Asset Protection

Resists Extreme Chemical Exposure: The P0926GQ features an outer jacket constructed from Hypalon (Chlorosulfonated Polyethylene). In doing so, it provides a superior barrier against industrial oils, ozone, and aggressive chemicals that would typically degrade standard PVC cabling.
Neutralizes Electromagnetic Interference: By utilizing a high-coverage tinned copper braid shield, the cable actively suppresses RFI and EMI. As a result, the DCS maintains high data fidelity even when the cable is routed in close proximity to variable frequency drives or high-voltage switchgear.
Maintains Flexibility in Wide Temperature Ranges: By leveraging the thermal stability of Hypalon, the cable remains pliable and crack-resistant across a broad temperature spectrum. Consequently, it facilitates easier routing in cramped cabinets and ensures long-term mechanical reliability in non-climate-controlled environments.
Ensures Gas-Tight Connections: Beyond its ruggedized jacket, the P0926GQ is equipped with precision-engineered connectors that resist oxidation. Therefore, the module protects the system from intermittent communication failures often caused by high humidity or corrosive salt-air in offshore applications.
Facilitates Standardized Marshalling: Finally, the Type 5 design aligns with Foxboro’s modular marshalling standards. By providing a consistent termination footprint, it allows maintenance teams to swap cables or expand I/O capacity without redesigning the entire cabinet wiring structure.