ATEN 16A 16 uscite PDU commutata + misurata + software Eco PDU Manager gratuito

The ATEN PE8216G is a metered power distribution unit (PDU) with 16 AC outlets designed for efficient power management in data center and rack-mounted IT environments. Housed in a robust metal enclosure and supporting SNMP management, the unit provides remote control and real‑time power measurement across a wide input voltage range of 100–240 V and a maximum current of 16 A. The PE8216G supports centralized monitoring and firmware updates over the network and is TUV‑CB and CE certified.

Advantages

The ATEN PE8216G delivers individual outlet control, real‑time measurement of current, voltage, power and energy (watt‑hour), and networked management via TCP/IP and SNMP. Its metered design and upgradeable firmware enable accurate power analysis and long‑term maintainability. The metal housing and 1.6 m power cable ensure reliable rack installation and operation.

Suitable for

• Rack-mounted servers and storage systems in data centers
• Network devices and KVM switches requiring remote power control
• IT rooms and cabinets that need power metering and monitoring

Key specifications

• Model: ATEN PE8216G (MPN: PE8216G-AX-G)
• PDU type: Metered
• AC outlets: 16
• Nominal input voltage: 100–240 V
• Maximum current: 16 A
• Cable length: 1.6 m
• Product colour: Black
• Weight: 3.9 kg
• Certifications: TUV‑CB, CE

How to use

Install the PE8216G in a standard equipment rack and connect the unit to mains power using the integrated cable. Plug IT equipment into the designated AC outlets. Access the web-based interface or an SNMP management tool over TCP/IP to configure outlet control, view real‑time measurements and generate power reports. Firmware updates can be applied over the network when new releases are available.

Recommendations

Place the PDU in a well‑ventilated rack position, distribute loads across outlets to avoid exceeding the 16 A maximum, and use SNMP or the ATEN eco PDU management tools for centralized monitoring and proactive overload protection.