APC AP8888 2G Metered Rack PDU, 23.0kW, 240V with C13 and C19 outlets

NetShelter Metered Rack PDU, 2G, 0U, 23.0kW, 240V, 30 C13 and 12 C19 outlets

The APC AP8888 NetShelter Metered Rack PDU is a next-generation power distribution unit designed for high-density data center environments. With an impressive 23.0kW capacity and a 240V input, this PDU is engineered to deliver reliable and scalable power to a large number of devices. The 0U vertical form factor saves valuable rack space, making it an ideal solution for modern data centers, server rooms, and network closets that demand precise power management and monitoring.

This intelligent PDU features metering capabilities at the unit level, allowing administrators to monitor power consumption in real-time. With a total of 42 outlets (30 x C13 and 12 x C19), it provides a versatile and high-density power distribution solution for a wide range of equipment. The ability to measure and track power usage is crucial for optimizing energy consumption, managing costs, and ensuring a resilient and efficient power environment.

Features :

This PDU is engineered for optimal power management and efficiency. Its metered design provides a crucial layer of visibility into power usage, enabling informed decisions about load balancing and capacity planning. The combination of C13 and C19 outlets provides flexibility for powering a variety of server, networking, and storage equipment. The vertical form factor ensures it does not consume any valuable U-space in the rack, maximizing the space for IT equipment.

Advanced Options :

The APC AP8888 offers advanced features that go beyond simple power distribution. It is part of the 2nd Generation (2G) of APC's metered PDU lineup, which includes enhanced features for monitoring and reporting. Administrators can set up alerts for specific power events, remotely monitor the unit, and generate reports on power consumption to identify inefficiencies. This level of control and insight is essential for improving uptime, reducing operational costs, and ensuring a resilient power environment.