Monitored - NEMA L6-30P - 24 x IEC 60320 C13, 6 x IEC 60320 C19 - 230 V AC - Network (RJ-45) - 0U - Rack-mountable
SKU
Category
PDUs
$848.69
Back-ordered
Special order — estimated OEM lead time 3–8 weeks. Order today and we expect to receive stock between Nov 22 and Dec 27, then process your delivery right after.
Genuine Server Technology through authorized distribution — NDAA §889 screened before checkout. TAA verified on request.
SKU
Category
PDUs
Country of origin
United States
Country of origin is manufacturer-reported and can vary by production lot. Where TAA applies to your purchase, we verify the shipping unit's origin on request.
Overview
The Server Technology® PRO1 Smart PDU provides local LED input current monitoring, allowing IT personnel to determine safe levels of loading on a per-phase basis while installing equipment into the rack/cabinet. The integral PIPS® technology provides billing-grade accurate measurement of current, voltage, active power, apparent power, power factor, crest factor, and accumulated energy at the input. These power data points, along with temperature and humidity measurements (provided via optional probes), are accessible through the built-in Web and CLI interfaces as well as through SNMP. The PRO1 Smart "Master" PDU can be connected to as many as three (with optional module) PRO1 Smart "Link" PDU to extend the network access to the redundant or secondary power feed without the risks of a daisy chain linking configuration.
Warranty
Limited Warranty: 2 Year
Highlights
PDU allows power to be more efficiently distributed and controlled
Remotely monitor single-or-three phase voltage, frequency even load levels with monitored PDUs
IEC 60320 C13 receptacle type to ensure maximum usability and reliable power output
Three Phase phase PDU for reliable performance with maximum productivity
NEMA L6-30P plug/connector type for better, dependable connectivity and desired power output
230 V AC input voltage for optimal performance with maximum usability
208 V AC output voltage for optimal performance with maximum feasibility
