HPE Standard Power Cord

Designed for reliability in demanding data center environments, the HPE Standard Power Cord delivers consistent, high-quality power to PDUs, servers, and other critical IT equipment. This IEC 60320 C13 to C14 cord is engineered to handle up to 250 V AC and 10 A, making it a versatile choice for modern racks and distribution units. Its 6.60 ft length strikes a balance between reach and cable management, reducing clutter while allowing safe, organized cable runs. The cable’s durable black jacket is built to withstand routine wear, rack vibrational stress, and the rigors of busy server rooms, ensuring long-term performance in both hot and cool data center ranges. Whether you’re upgrading, replacing, or provisioning spare cords for a growing infrastructure, this power cord provides dependable, plug-and-play power delivery with minimal fuss.

Compatible with a wide range of Hewlett Packard Enterprise equipment and standard power distribution configurations, the HPE Standard Power Cord emphasizes safety, efficiency, and productivity. The IEC 60320 C13 (female) connector on one end mates securely with servers, UPS units, and PDUs, while the IEC 60320 C14 (male) connector on the other end connects to outlets, power strips, or PDU inputs. The design prioritizes a snug, vibration-resistant connection that maintains power continuity even in environments with frequent cable movement or infrastructure rearrangements. For IT teams, this means less downtime due to loose connections and a simpler, cleaner setup process that supports efficient airflow and easier maintenance.

In addition to core electrical specifications, this cord reflects thoughtful engineering for real-world use. It offers a stable electrical pathway with optimized conductors and shielding to minimize resistance, heat buildup, and potential EMI interference. The 6.60 ft length provides flexibility in cabinet layouts and rack elevations, helping to optimize cable routing behind racks and across power strips. Its universal color and standardized IEC end fittings make it a straightforward replacement option across mixed-brand deployments, supporting fast inventory workflows and reduced procurement complexity.

• High-capacity power delivery: Designed to support up to 250 V AC and 10 A, this cord ensures reliable power transfer for demanding IT devices while maintaining safe operating margins. The robust conductor size and insulation minimize voltage drop and heat, helping prevent performance throttling in equipment that requires steady, consistent power. Its specification aligns with modern data center standards, making it an ideal choice for PDU inputs and critical server connections that demand stable electrical supply.
• IEC 60320 C13 to C14 compatibility: The first end features an IEC 60320 C13 female connector, compatible with a wide array of servers, PDUs, and network devices. The second end uses an IEC 60320 C14 male connector that plugs securely into outlets and power distribution units. This common configuration supports universal interchangeability in mixed-brand environments, reducing the need for multiple cord types and simplifying maintenance across racks and enclosures.
• Optimized length for clean cabling: At 6.60 feet, this cord provides ample reach for standard data center racks while keeping pathways neat and manageable. The length helps minimize excessive slack, promotes better airflow, and reduces the risk of accidental tripping or strain on connectors. For installations that require tighter routing, the cord’s flexibility makes it easy to tuck behind rails or along cable trays without compromising accessibility or safety.
• Durable construction for daily data center use: The black jacket is built to endure frequent handling, rack movements, and environmental shifts. The insulation and outer sheath resist abrasion and wear from contact with metal edges, cable organizers, and accessory hardware. The plug-and-socket interfaces are designed for repeated insertion and removal, delivering long service life in busy environments where cords are routinely swapped or relocated as equipment configurations evolve.
• Safety, compliance, and reliability: This power cord adheres to industry standards and is built to align with PDU and IT equipment safety expectations. Its sturdy design helps prevent accidental disconnections under normal vibration or minor tugging, supporting uptime in critical workloads. By delivering stable power with predictable performance, it reduces the risk of unexpected outages and supports ongoing operations in data centers, server rooms, and high-density deployments.

Technical Details of HPE Standard Power Cord

• Voltage rating: 250 V AC
• Current rating: 10 A
• Cord length: 6.60 ft (approximately 2.01 m)
• End connectors: IEC 60320 C13 (female) to IEC 60320 C14 (male)
• Color: Black
• Purpose: Power cord for PDU, servers, and IT equipment

How to Install HPE Standard Power Cord

Installing the HPE Standard Power Cord is quick and straightforward. Before you begin, ensure that both the equipment and the power source are powered down to prevent electrical shock or data loss. Verify that the device’s power inlet accepts an IEC 60320 C13 plug and that the outlet or PDU accepts a C14 input. Align the C13 connector with the device inlet, then firmly push until you hear or feel a click indicating a secure connection. Do the same with the C14 end into the power source or PDU, ensuring a snug fit. Once connected, gently run the cord along the cable management path, avoiding tension or sharp bends that could compromise insulation or connector integrity. Use cable ties or organizers to route the cord away from airflow vents or hot access areas, maintaining clean airflow paths for efficient cooling. If multiple power cords are used in a single rack, stagger their entry points to prevent crowding and to simplify future maintenance. Periodically inspect the connections for signs of wear or looseness, and replace the cord promptly if damage or fraying becomes evident. This approach helps preserve uptime, supports compliance with safety standards, and ensures predictable power delivery to all devices in your IT ecosystem.

For deployment in environments with tighter distances between devices, consider pairing this cord with orderly cable management solutions to minimize strain on the connectors during operational shifts or equipment repositioning. While the cord is rated for reliable performance under standard data center conditions, it’s prudent to avoid running it parallel to high-heat sources or near abrasive surfaces that could degrade the jacket over time. If you need to replace an existing cord, confirm that the replacement matches the same length, voltage, current rating, and connector type to maintain consistent performance and safety across your rack. With proper installation, the HPE Standard Power Cord becomes a dependable backbone for your IT hardware, helping your servers, PDUs, and network devices receive stable power with reduced risk of interruptions.

Frequently asked questions

Q: What devices can the HPE Standard Power Cord power?
A: It is designed for use with PDUs, servers, UPS units, and other IT equipment that accept an IEC 60320 C13 input and require a C14 power source, delivering up to 250 V AC and 10 A.

Q: What is the length and why does it matter?
A: The cord is 6.60 ft long, offering a balance between reach and cable management. This length helps reduce clutter in racks while still providing enough slack to connect devices across standard cabinet layouts.

Q: Is this power cord compatible with all brands?
A: While it uses a common IEC 60320 C13 to C14 configuration, compatibility depends on the device’s receptacle and power inlet. It’s a universal option for devices that accept IEC 60320 C13 on one end and connect to C14 outlets.

Q: Is the cord UL-listed or compliant with safety standards?
A: The HPE power cord is built to meet industry safety expectations for data centers, with robust insulation and connectors designed for repeated use. Always confirm local electrical codes and PDU requirements when deploying in specific regions.

Q: How should I maintain or replace this cord?
A: Regularly inspect for wear, cracking, or looseness at the connectors. If damage is detected, replace the cord promptly to maintain safe operation and reliable power delivery. When upgrading or reconfiguring racks, keep spare cords of equivalent rating on hand for quick replacements.