Cisco Standard Power Cord for Power Modules and PDUs — 14 ft, IEC 60320 C20P (North America)

The Cisco Standard Power Cord is engineered to deliver dependable power to Cisco power modules and PDUs, combining robust construction with practical reach for dense data center and rack environments. Designed for North America electrical standards and optimized for Cisco hardware ecosystems, this 14-foot jumper cord helps you maximize rack space, streamline cable management, and minimize downtime caused by power delivery issues. With a focus on compatibility, safety, and ease of installation, this power cord is a dependable choice for maintaining uninterrupted performance of Cisco servers, switches, and related equipment.

• Compatibility and connector details: Features an IEC 60320 C20P first end, specifically configured as a North America jumper cord to connect Cisco Power Modules and PDUs efficiently. This design supports quick, tool-free installation while maintaining secure, standards-compliant power delivery across your equipment lineup.
• Optimal cord length for clutter-free racks: At 14 feet, this power cord provides ample reach to connect devices in large cabinets and multi-rack layouts without forcing awkward angles or excessive slack. The length helps you maintain clean cable pathways, improve airflow, and simplify routine maintenance.
• Durability and reliability for data centers: Constructed for daily use in demanding environments, the cord balances rugged durability with flexible performance. It complements Cisco’s reliability-focused hardware, helping ensure stable power delivery to critical networking gear and reducing the risk of unintended disconnects or power interruptions.
• Safe, straightforward installation: This is a plug-and-play solution—no special tools required. Simply connect the IEC 60320 C20P end to your Cisco power module or PDU inlet, route the cord away from hot components and airflow paths, and plug the other end into a compatible North American outlet. The result is a neat, secure power connection that’s quick to deploy in busy data centers.
• Designed for Cisco ecosystems and data-center efficiency: By aligning with Cisco’s hardware standards, this power cord helps improve overall system reliability and operational efficiency. It supports consistent power delivery across Cisco devices and is an excellent choice for rack-mounted servers, switches, and other infrastructure assets that rely on stable, predictable power connections.

Technical Details of Cisco Standard Power Cord

• Cord length: 14 ft (4.27 m) to reach power sources across standard and extended rack configurations.
• End connectors: IEC 60320 C20P at the first end, designed for secure connection to Cisco power modules and PDUs in North American deployments.
• Region compatibility: North America, suitable for use with common U.S. electrical outlets and Cisco equipment designed for North American power standards.
• Primary application: Intended for powering Cisco Power Modules and PDUs, with a focus on dependable power delivery and efficient cable routing within server racks.
• Construction and materials: Built for durability in data centers, featuring quality conductors and insulation designed to handle routine plug-in and removal cycles while maintaining performance.

How to install Cisco Standard Power Cord

Installing the Cisco Standard Power Cord is a straightforward, tool-free process that enhances reliability and helps optimize cable management in busy data-center environments. Follow these general steps to ensure a secure, efficient setup:

1) Power down or temporarily suspend use of the equipment as required by your operating procedures. Confirm there are no power hazards or live circuits before handling cables.

2) Locate the inlet on the Cisco Power Module or PDU that accepts an IEC 60320 C20P connection. Ensure the inlet is clean and free of debris to ensure a solid electrical connection.

3) Align the IEC 60320 C20P end of the Cisco Standard Power Cord with the inlet and firmly insert it. You should feel a secure, snug fit; avoid forcing the connection if it does not seat properly.

4) Route the cord along designated cable management channels or racks, keeping it away from fans, hot air exhausts, and other moving parts. Use ties or guides if available to maintain a clean, organized path that minimizes strain on the plug and inlet.

5) Plug the other end of the cord into a compatible North American power outlet. Ensure the outlet and circuit are rated for the connected devices and do not exceed safe amperage limits. Restore power to the equipment and verify that the power indicators on the devices show stable operation.

6) Perform a quick functional check to confirm that all connected Cisco devices power on correctly and that there are no intermittent connections. If any issues arise, recheck connector seating and cable routing before contacting support.

Frequently asked questions

• Q: What is the length of the Cisco Standard Power Cord?
  A: The cord measures 14 feet (approximately 4.27 meters), providing ample reach for typical rack configurations and larger data-center layouts.
• Q: What devices is this cord compatible with?
  A: It’s designed for Cisco power modules and PDUs that accept an IEC 60320 C20P connector, and it is configured as a North America jumper cord to align with local electrical standards.
• Q: What type of connector is on the cord?
  A: One end features an IEC 60320 C20P connector, while the other end is configured for North American electrical compatibility as a jumper cord.
• Q: Is this cord suitable for data-center use?
  A: Yes. The 14-ft length, durable construction, and Cisco-aligned design make it well-suited for data-center environments, supporting reliable power delivery to critical devices while helping with cable management.
• Q: Does the cord come with any accessories or mounting hardware?
  A: The Cisco Standard Power Cord is provided as a high-quality jumper cord focused on power delivery and cable routing. It does not require additional mounting hardware; simply connect and route as needed.