Overview
As part of its NRGence line, ATEN has developed a green energy power distribution unit (eco PDUs) to effectively increase the efficiency of data center power usage. The NRGence PE8324 eco PDUs are intelligent PDUs that contain 24 AC outlets and are available in various IEC socket configurations. Models in the advanced PE8 ranges feature NRGence's proactive overload protection, which automatically powers off the last outlet that caused the current overload. NRGence eco PDUs provide secure, centralized, intelligent, power management (power on, off, cycle) of data center IT equipment (servers, storage systems, KVM switches, network devices, serial data devices, etc.), as well as the ability to monitor the center's health environment via sensors. NRGence eco PDUs offer remote power control combined with real-time power measurement - allowing you to control and monitor the power status of devices attached to the PDUs, either at the PDU device, bank, or outlet level, depending on the model, from practically any location via a TCP/IP connection.
  • Supports 10/100 Mbit Ethernet interface
  • Supports TCP/IP, UDP, HTTP, HTTPS, SSL, DCHP, ARP, NTP, DNS, Telnet, Auto Sense, Ping, SNMP V1, V2&V3
  • Supports three-level account/password security, IP/MAC - filter, 128-bit SSL, RADIUS
  • PDU and outlet level power metering and monitoring
  • Environment monitoring - supports external temperature/temperature and humidity sensors for rack temperature and humidity monitoring
  • Current, voltage, power, power dissipation, temperature, and humidity metering and threshold level setting
  • Support door sensor
  • Remote power outlet control (on/off, power cycle) by individual outlets and outlet groups
  • Outlet group support at the PDU
  • Supports multiple power control methods - wake on LAN, system after AC back, kill the power
  • Power-on sequencing - users can set the power-on sequence and delay time for each outlet to allow equipment to be powered on in the correct order
  • Proactive overload protection (POP) - automatically powers off the last outlet that caused the current overload