ATEN 2-Outlet Eco PDU Power Controller. PDU types: Managed, Mounting type: Desk/Wall, Product colour: Black. AC outlets quantity: 2 AC outlet(s), AC outlet types: C13 coupler, Power plug: C14 coupler. Cable length: 3 m. Supported network protocols: TCP/IP, UDP, HTTP, HTTPS, SSL, SMTP, ARP, NTP, DNS, SNMP V1&V2&V3. Nominal input voltage: 100 - 240 V, Maximum current: 10 A, AC input frequency: 50 - 60 Hz
Key Features
- Local/remote control – On/Off/Cycle per outlet
- Power-on sequencing – sets order & delay per port
- Supports Auto Ping & Reboot
- Remote control via TCP/IP & built-in 10/100 Ethernet port
- Works with web-based eco DC software
Engineered to be an intelligent power distribution solution, the PE4102G Eco PDU Power Controller ships with 2 power outlets in an IEC socket configuration. It provides secure, centralized, intelligent, and remote power management of data center IT equipment to minimize operating costs.
The PE4102G features the remote power control function, allowing you to control devices attached to the PDU at the PDU device level from practically any location via a TCP/IP connection. The power sequence design eliminates the risks of power inrush, guaranteeing reliable operation and protecting the overall system health. With the support for eco DC software, it provides an easy method for managing multiple devices, offering an intuitive and user-friendly Graphical User Interface that allows you to configure a PDU device and reboot the device in case any equipment lock-up occurs. Additionally, the auto ping and auto reboot functions ensure devices remain responsive by automatically detecting connection issues and rebooting when necessary. Administrators can switch on/off or set a delay time for each power outlet or individual power outlet group whenever, wherever.
The PE4102G boasts a slim, compact form factor and supports desk mount, wall mount, as well as rack mount, ensuring easy installation in confined spaces. It is a smart eco PDU power controller tailored for hospitality or retail applications, such as digital signage and video walls, for edge computing devices, including routers, servers, and cameras, or for any data center environments where there is no need to keep the servers powered on at all times.
