Powerful EcoFlow stations for energy anywhere!
In cart {{totalProductsCount}} item(s)
Your cart is empty
PDU Rittal 7979.210 metered power distribution unit 13 AC outlets (12×C13 + 1×C19) 230V 16A, 3 m cable, black
The Rittal 7979.210 metered power distribution unit (PDU) delivers monitored, rack-mounted power distribution for data centres and server rooms. Designed for vertical (0U) installation in IT racks, this black PDU accepts a 230 V nominal input at up to 16 A and supplies 13 AC outlets (12×C13 and 1×C19), with a total output capacity up to 3700 W. It features integrated current and voltage measurement, a 3 m power cable and an aluminium/plastic housing. Network management is supported via HTTP/HTTPS, SNMP, Modbus/TCP and OPC‑UA, and firmware updates can be performed via USB.
The unit provides accurate energy measurement with ±1% kWh accuracy to EN 62 053-21 and includes an integral real-time clock with battery buffering for stable timestamping of measurements and events. Colour-coded phase marking and adjustable alarm thresholds for voltage, current and output simplify monitoring and fault detection. The PDU is self-supplied so no external supply is required, and an integrated acoustic buzzer and operating hours meter support operational management.
This PDU is intended for single-phase 230 V systems up to 16 A and is not suitable for three-phase high-current distribution or locations requiring higher than 3700 W output. It is a metered device focused on monitoring rather than remote outlet-level switching; if per-outlet switching or switched PDU functionality is required, choose a switched model instead.
Install the PDU vertically in the rack’s zero-U space or suitable vertical mounting position following rack manufacturer guidelines. Connect the PDU to a 230 V, 16 A supply using the integrated 3 m power cable. Plug IT equipment into the C13 and C19 outlets according to the equipment’s inlet type. Access the PDU’s web interface or management protocols (SNMP, Modbus/TCP, OPC‑UA) to view live voltage and current readings, configure alarm thresholds and record energy consumption. Use USB for firmware updates and replace the real-time clock battery when service intervals indicate.
Distribute connected equipment across outlets to balance load and set appropriate alarm thresholds to detect overcurrent or undervoltage conditions early. Regularly monitor logged measurements and perform firmware and battery maintenance to ensure accurate metering and reliable operation.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}
{{ productComparisonGenerationError }}