Overview The Eaton CBL356-10 is a power cord designed to connect Eaton Universal Input PDUs to a 208 volt Delta three-phase power source. It supports up to 17.3 kVA at 60 amps, providing sufficient electrical capacity for high-density racks and modern IT equipment. With a 10-foot length, this cord offers flexibility for neat cable routing in data centers, colocation facilities, and network closets. Key features 8-pin universal connector that securely mates with Eaton Universal PDUs for reliable power delivery 460P9W molded input plug designed to connect directly to three-phase facility power receptacles 10-foot cable length allows easy routing inside racks and access to overhead, underfloor, or wall outlets without cable strain UL listed and RoHS compliant to meet safety and environmental standards common in enterprise environments Wide operating temperature range from 32 °F to 140 °F ensures consistent performance in typical equipment rooms Supports balanced power distribution to improve uptime and reduce electrical issues in critical IT setups Backed by a 3-year limited warranty for added peace of mind Key specs Power capacity: 17.3 kVA Voltage: 208 V Delta three-phase Current rating: 60 amps Cable length: 10 ft (3.05 m) Connector type: 8-pin universal connector for Eaton UPDUs Input plug: 460P9W Operating temperature: 32 °F to 140 °F (0 °C to 60 °C) Certifications: UL listed, RoHS compliant Connectivity and compatibility This power cord is specifically designed to interface Eaton Universal Input PDUs with three-phase 208 V Delta power sources commonly found in enterprise power distribution setups. The 8-pin universal connector ensures a secure and compatible connection to Eaton PDUs, while the 460P9W plug fits standard facility receptacles. Its design supports balanced power delivery, which is essential for maintaining stable operation of sensitive IT equipment. Ideal uses and environments The Eaton CBL356-10 is well suited for data centers, colocation facilities, edge computing sites, and network closets where reliable three-phase power distribution is critical. Its robust current rating and compliance with safety standards make it a strong choice for IT professionals managing high-density racks and modern hardware that demand consistent and balanced power. The cable length and temperature tolerance also make it practical for typical equipment room conditions.
