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E0-1464-CE

Basic eConnect PDU; Redundancy Pack; 1 Black/1 Glacier White; Horizontal 2U; L21-30 Input; Locking (18) C13 + (6) C19 Outlets; 8.6kW; 149°F (65°C), 100% Rated Hydraulic Magnetic Breakers

MSRP $2,282.62
PlugNEMA L21-30P
Outlets(18) C13 Locking + (6) C19 Locking Outlets
Volts120/208V
PhaseThree-Phase
Input Current30A
kW Capacity8.6kW
Cabinet Compatibility2U or Higher
Color1 Black + 1 Glacier White
Product Description

Basic eConnect® PDUs provide reliable power distribution in high-density applications where no power monitoring is required. 

Key Features and Benefits

  • Resistance to High Temperature – Marketleading temperature ratings of up to 149°F (65°C) ensures reliability when mounted toward hot aisles.
  • Simplified Load Balancing – Phase-balance outlets on three-phase models ensure equal loading across all phases; allows use of shorter equipment power cords for better cable and airflow management.
  • No Accidental Disconnections – Patented, low-profile locking outlets prevent accidental disconnections without requiring special cords.
  • Easy Identification of Failover Unit – Redundancy Pack includes 2 PDUs (one in Black and one in Glacier White) for easy identification of the primary and secondary unit.
  • Latest UL Compliance – Meets UL and IEC 62368 for compliance with new listing requirements for North America and the European Union.
  • Cabinet Preinstallation – Complete ecosystem ships ready for IT equipment integration, and saves deployment time and reduces packaging waste.
  • High Power Configurations – Configurations supporting up to 100A Input provide an optimized solution for GPU & AI based applications. 30A branch circuit breakers provide flexibility when plugging high power IT equipment.
  • Quickly select and customize your solution with CPI consultation services. 
  • Universal Input – A single PDU design with detachable input cords supports global AC power standards, streamlining procurement, reducing inventory complexity, accelerating deployment, and ensuring reliable high-power performance across worldwide data centers.