Eaton Basic Rack PDU HotSwap MBP 1U 110-125V 12A 1.44 kW NEMA 5-15P and 6 5-15R - 6 x NEMA 5-15R - 1.44kVA - 2U MPN:EHBPL1500R-PDU1U

Eaton Basic Rack PDU HotSwap MBP 1U 110-125V 12A 1.44 kW NEMA 5-15P and 6 x NEMA 5-15R is the perfect solution for power management in data centers, server rooms, and telecom facilities. With a capacity of up to 1.44kVA, it offers 6 high amperage receptacles to support your IT equipment effectively. The UPS mounting options make installation easier and more convenient. Featuring clearly labeled circuits for load balancing and additional output receptacles for Eaton UPSs, this PDU helps in reducing energy consumption by power cycling individual outlets. Ideal for use with rack-mounted equipment such as servers, switches, routers, and hubs, this high-density power distribution unit provides reliable power delivery and improved flexibility in your data center environment.

Top product features:

• High-density, high amperage receptacles
• UPS mounting: Rear panel, top, left or right of the UPS
• Clearly labeled circuits for load balancing

Top product applications:

• Data Centers: Eaton Basic Rack PDU is an essential piece of equipment in data centers to distribute power and manage electrical load for server racks. Its high amperage receptacles and clearly labeled circuits provide reliable power delivery, while the additional output receptacles for Eaton UPSs allow for seamless switching in case of a power outage or brownout.
• Telecom facilities: The product can be used in telecommunication centers to supply power to switches, routers, hubs and other networking equipment within a rack-mounted configuration. Its compact design and ability to accommodate up to 10 amps of load make it ideal for mounting in limited space.
• IT Infrastructure: The Eaton Basic Rack PDU can be used in an IT infrastructure to provide power management for multiple devices within a server room, computer lab or network closet. Its versatility and reliability make it suitable for businesses of all sizes, while its clearly labeled circuits enable administrators to quickly identify which devices are consuming the most power and make adjustments accordingly.