Power Distribution Unit Güde 8316-2 8 AC Outlets 0U Black

The Güde 8316-2 is an 8-outlet metered power distribution unit (PDU) for vertical rack mounting, featuring IEC C13 outlets and a C20 input plug. Designed for managing and monitoring connected equipment, the unit supports a maximum current of 16 A at 230 V and combines remote switching with per-outlet energy metering and network management protocols.

Advantages

The PDU provides individual switching and per-outlet energy measurement, accessible via web interface, serial interface, SNMP (including SNMPv3), Modbus TCP, Telnet and secure connections (SSL). It supports IPv6 and authentication via RADIUS. Two energy meters per outlet and total current metering allow detailed power usage tracking. Built-in buttons on the front panel enable local control, while optional environmental sensors can monitor temperature, humidity and air pressure for automated actions.

Suitable for

• Vertical rack-mounted server cabinets and IT racks
• Remote power management of network equipment and appliances
• Environments requiring per-outlet energy monitoring and logging
• Installations needing integration with SNMP, Modbus TCP or network monitoring systems

Key specifications

• Model: Güde 8316-2
• Number of outlets: 8 × IEC C13
• Input connector: C20
• Max. current: 16 A
• Nominal input voltage: 230 V
• Mounting: vertical rack (0U) — compact dimensions 690 mm × 60 mm × 70 mm
• Network interfaces: TCP/IP, serial
• Protocols: SNMP (including v3), Modbus TCP, Telnet, SSL, IPv6, RADIUS

How to use

Mount the unit vertically in a rack using the appropriate mounting points and connect the C20 input to a suitable 230 V supply with a 16 A rating. Connect equipment to the eight IEC C13 outlets. Access the device via its web interface, serial console or supported network protocols to configure outlet switching, thresholds and metering. Local control is available via front-panel buttons. If using optional sensors, attach them to the sensor ports and configure monitoring or automated actions based on sensor readings or energy thresholds.

Recommendations

Ensure the installation follows local electrical codes and that the supply circuit can safely handle the combined load of connected devices. Use the per-outlet metering and sensor thresholds to automate power cycling and protect equipment from overload. Keep firmware updated and secure network access using SNMPv3, SSL and RADIUS where available.