CyberPower PDU41004 power distribution unit (PDU) 8 AC outlet(s) 1U Black
£281.94
£338.33
Switched, 8 x C13 Out
Availability:
In stock
SKU
PDU41004
CyberPower PDU41004 Switched series power distribution unit provides output from a UPS unit, generator, or utility power to multiple connected devices in datacenter environments. The unit supports remote individual outlet control over the network, allowing administrators to turn on/off connected devices from any location. Administrators can further determine the power sequence used to turn individual outlets on or off.
The power management web interface offers real-time remote monitoring of the PDU vitals of the outlets of networked clients. Event logging via a web browser or network connection allows users to review a history of power conditions. When specified power events occur, automatic event notifications will be sent via email, SMS text, or SNMP trap to designated users so that they can take immediate actions. The featured RJ45 port enables the connection of the optional environmental sensor (ENVIROSENSOR), which can provide real-time temperature and humidity monitoring in an IT center.
The product is also certified to be interoperable and compatible with Cisco Compatible™ network environments, which helps to achieve the best energy performance possible in the datacenter scenario.
The power management web interface offers real-time remote monitoring of the PDU vitals of the outlets of networked clients. Event logging via a web browser or network connection allows users to review a history of power conditions. When specified power events occur, automatic event notifications will be sent via email, SMS text, or SNMP trap to designated users so that they can take immediate actions. The featured RJ45 port enables the connection of the optional environmental sensor (ENVIROSENSOR), which can provide real-time temperature and humidity monitoring in an IT center.
The product is also certified to be interoperable and compatible with Cisco Compatible™ network environments, which helps to achieve the best energy performance possible in the datacenter scenario.
