Custom Cable Builder

Need Help?

1-800-372-3725
NY:631-617-5190
Contact Us
We collect Sales Tax only for orders shipped within NY State.

C14 to C19 White 15 Amp

Managing power pathways in high-density data centers requires a strategic approach to color-coding and infrastructure organization. C14 to C19 power cords bridge the gap between standard 15-amp Power Distribution Unit (PDU) outlets and high-draw hardware such as blade servers, network switches, and large storage arrays. Utilizing white jacketed power cables provides an immediate, high-contrast visual indicator to designate specific power feeds, map redundant power supplies, or separate secondary backup networks from primary utility lines. This systematic visual distinction minimizes the risk of human error during routine maintenance or emergency equipment swaps.

  • Connector A: IEC60320 C14 Plug
  • Connector B: IEC60320 C19 Connector
  • Color: White

Streamlined Cable Organization for High-Density Enterprise Networks

Deploying brightly colored, heavy-duty power links throughout a server enclosure optimizes physical rack architecture and simplifies everyday facility management. These professional-grade patch cords deliver critical operational advantages to network engineers and facility technicians:

High-Draw Equipment Integration: Connects standard C14 PDU receptacles to demanding enterprise hardware equipped with C19 inlets, supporting a stable 15-amp load distribution.

Dual-Feed Identification: The distinctive white jacket allows for rapid identification of A/B power routing, helping technicians isolate redundant circuits instantly and preventing accidental downtime.

Efficient Troubleshooting: Accelerates visual cable tracing inside dark, crowded server cabinets, significantly reducing time spent diagnosing connectivity during scheduled maintenance or expansion projects.

Improved Thermal Efficiency: Matching the precise cord length to the rack layout eliminates excessive cabling nests, clearing the way for unrestricted exhaust airflow and lower cooling overhead.