APC Power Cord, Locking C19 to L6-20P, 3.0m

Overview

The APC AP8753 is a locking power cord designed to connect equipment with an IEC C19 inlet to a power source featuring a NEMA L6-20P plug. With a length of 3 meters and a current rating of up to 20 amps, it is ideal for powering servers, storage systems, and networking devices that require reliable, high-current delivery. Its locking mechanism on both ends ensures a secure connection, preventing accidental disconnections in busy data center or lab environments.

Key features

• Locking connectors on both ends prevent accidental unplugging during maintenance or cable movement
• 3 meter length offers flexible routing options within racks or between cabinets without excess slack
• Supports up to 20 amps, accommodating high power demands of enterprise IT equipment
• Durable black jacket blends into data center environments and resists wear from frequent handling
• Optimized compatibility with APC AP8000 series Rack PDUs for consistent power infrastructure

Key specs

• Cable length: 3.0 meters
• Connector 1: IEC C19 locking inlet
• Connector 2: NEMA L6-20P locking plug
• Maximum current: 20 amps
• Color: Black

Connectivity and compatibility

This power cord is designed to integrate seamlessly with equipment that uses an IEC C19 inlet, commonly found on high-power servers and networking gear. It connects to power sources with a NEMA L6-20P outlet, which is typical in data centers and professional IT environments. Its compatibility with APC AP8000 series Rack PDUs helps maintain a uniform power setup across racks, simplifying management and reducing downtime risks.

Ideal uses and environments

The AP8753 is well suited for data centers, server rooms, and lab environments where maintaining continuous power to critical equipment is essential. Its locking design is particularly valuable in busy racks where cables are frequently moved or adjusted, ensuring power connections remain secure. This cord also fits disaster recovery sites and any setup requiring reliable, high-current power delivery without interruption.