Honeywell 51308097-200 Industrial Control Cordset Cable

The Honeywell 51308097-200 serves as a high-integrity link within the Experion PKS control architecture. This industrial cordset facilitates reliable data transmission between specialized control components and peripheral hardware. Because it uses high-grade shielding, the cable effectively rejects electromagnetic interference in noisy environments. It specifically supports the Universal Station and touch control interfaces within a DCS network. This hardware ensures that critical operator commands reach the system without latency. Consequently, it maintains the precise coordination required for large-scale industrial processes.

Engineering Excellence and Signal Traceability

Honeywell utilizes a standardized alphanumeric hierarchy for the 51308097-200 to ensure perfect system compatibility. The suffix indicates a specific iteration designed for modern enterprise resource planning (ERP) integration. Furthermore, this structured part number simplifies procurement and prevents component misidentification during maintenance. The cable jacket features durable materials that resist chemical exposure and physical wear. These characteristics allow the cordset to perform consistently in harsh manufacturing zones. Therefore, it provides a stable foundation for global supply chain and engineering operations.

Technical Product Specifications

The following table summarizes the key physical and logistical data for the 51306999-175 cordset.

Streamlined Installation and Maintenance

The modular design of the 51308097-200 cordset allows for rapid deployment in control rooms. It features pre-terminated connectors that eliminate the need for manual field soldering. Moreover, the flexible cable construction permits easy routing through crowded cable trays and conduits. This flexibility significantly reduces the time required for system upgrades or routine replacements. The standardized connectors also ensure a secure mechanical fit to prevent accidental disconnections. Facilities benefit from improved operational efficiency and reduced risk of signal failure.