Description

1 Foot C14 to C15 PDU Power Cord - 15 Amp, White

Connector A: IEC60320 C14 Male Plug
Connector B: IEC60320 C15 Receptacle
Length: 1'
Color: White
Jacket Type: SJT
AWG: 14
Amperage: 15
Voltage: 250V

This 1-foot power cord is specifically designed to connect network hardware with high-temperature requirements to a PDU in a data center rack. It features a male C14 plug on one end and a female C15 connector on the other. The C15 connector is distinguished by its higher temperature rating, making it the appropriate choice for power-intensive devices like blade servers and high-power PoE switches that generate significant heat. Rated for 15 amps, this cord reliably handles the power loads of most enterprise equipment. The precise 1-foot length is perfect for creating a clean, direct connection within a single rack, while the white jacket provides a clear method for color-coding power paths for enhanced organization and safety.

Powering High-Temperature Network Equipment

In a modern data center, managing both power and heat is essential for reliability. These C14 to C15 cords are built to address both challenges, providing a safe connection for hotter-running devices while helping to maintain an organized and thermally efficient rack environment.

High-Temperature Rating: The C15 "hot condition" connector is specifically designed to safely mate with C16 inlets found on networking gear that operates at elevated temperatures.
Clear Power Path Identification: The crisp white color is ideal for differentiating power feeds. For example, you can use white for your "A" feed and another color for your "B" feed to simplify redundancy management.
Improved Rack Organization: By eliminating excess cable slack, the 1-foot length significantly reduces clutter. This improves airflow around your equipment, helping to keep it cool and making maintenance tasks easier.
Reliable and Secure Connection: The durable construction and 15-amp rating ensure a stable power supply for your critical infrastructure, minimizing the risk of accidental disconnections or power failures.