APC AP8858 NetShelter Metered Rack PDU, 0U, 16A, 208/230V

NetShelter Metered Rack PDU, 0U, 1 phase, 3.3kW 208V 16A or 3.7kW 230V 16A, 18 C13 and 2 C19 outlets, C20 inlet

The APC AP8858 NetShelter Metered Rack PDU is a high-density, vertically mounted power distribution unit designed to provide real-time power monitoring at the outlet level. With a capacity of 3.3kW at 208V or 3.7kW at 230V, this PDU delivers reliable power to a variety of IT equipment. Its unique 0U form factor is a key advantage, as it mounts vertically in the back of a NetShelter rack, distributing power to a large number of devices without consuming any valuable rack space.

The PDU features an impressive array of outlets, including eighteen IEC 320 C13 and two IEC 320 C19 outlets, making it a versatile solution for a mixed-density environment. The real-time metering provides valuable insight into the power consumption of each connected device. This information is crucial for data center managers for capacity planning, troubleshooting, and for ensuring that circuits are not overloaded. Its C20 inlet provides a secure and reliable connection to the power source.

Features :

This metered PDU is engineered for optimal power management. Its outlet-level metering provides granular data on current, voltage, and power consumption, which can be viewed remotely via a network connection. The high-density outlet configuration in a space-saving 0U design allows for more equipment to be powered in a single rack, increasing efficiency and reducing clutter. The ability to monitor individual outlets helps in identifying and resolving potential power issues before they cause downtime.

Advanced Options :

The APC AP8858 is a core component for a modern, efficient, and well-managed data center. Its network management capabilities allow for remote configuration, firmware updates, and alarm notifications. The PDU's ability to communicate with building management systems or DCIM software enables comprehensive power and environmental monitoring. This advanced functionality makes it an essential tool for achieving higher levels of uptime and energy efficiency.