Hydraulic Magnetic Circuit 16-Outlet Vertical TCP/IP Sensor eco Smart Rack Pdu

The Hydraulic Magnetic Circuit 16-Outlet Vertical TCP/IP Sensor eco Smart Rack PDU is an advanced power distribution unit designed specifically for data centers and server rooms. Combining the reliability of hydraulic magnetic circuit breakers and the intelligence of TCP/IP Sensor Eco Smart technology, this PDU offers a highly efficient and secure power distribution solution for your critical equipment.

Featuring a vertical design, this PDU maximizes space utilization within your rack. With 16 power outlets, it can accommodate a wide range of devices, including servers, switches, routers, and storage systems, providing flexible power options for various equipment configurations.

The hydraulic magnetic circuit breakers integrated into this PDU provide enhanced protection against electrical faults. These breakers offer superior performance by quickly detecting and isolating overloads, short circuits, and other electrical abnormalities, ensuring the safety and continuous operation of your valuable equipment.

The TCP/IP Sensor Eco Smart technology enables remote monitoring and control of this PDU over the network. With TCP/IP connectivity, you can easily access real-time data on power consumption, voltage, current, and temperature from anywhere within your network. This remote monitoring capability simplifies power management tasks and allows for proactive maintenance and troubleshooting.

The eco Smart functionality of the PDU enables advanced energy monitoring and management. By analyzing power consumption data, you can identify energy-intensive devices, optimize power usage, and implement energy-saving measures to reduce operational costs and promote sustainability.

Installation and configuration of the PDU are made simple through its user-friendly interface and centralized management features. The intuitive web-based interface allows for easy customization of power settings, scheduling of power cycles, and monitoring of individual device power consumption.