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E0-1252-C
Basic eConnect PDU; Black; Horizontal 1U; IEC 32A 1P+N+E Input; Locking (12) C13 Outlets; 6.1(UL)/7.7(CE)kW; 149°F (65°C); 100% Rated Hydraulic Magnetic Breakers
| Plug | IEC 60309 32A 1P+N+E |
| Outlets | (12) C13 Locking Outlets |
| Volts | 220-240V |
| Phase | Single-Phase |
| Input Current | 32A |
| kW Capacity | 6.1(UL) / 7.7(CE) kW |
| Cabinet Compatibility | 1U or Higher |
| Color | Black |
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.
- Get in contact with Tech Support today.
Product Information
Key Features and Benefits of the Basic eConnect PDU
The Basic eConnect® PDU E0-1252-C delivers dependable power distribution for high-density environments, ensuring optimal performance in data center applications. With its robust design, this power distribution unit supports up to 12 locking C13 outlets, preventing accidental disconnections and enhancing server cabinet power stability. Engineered for single-phase operation at 220-240V, it offers a capacity of 6.1 kW (UL) or 7.7 kW (CE), making it ideal for rack mount PDU installations.
This model excels in harsh conditions with a market-leading temperature rating of 149 degrees Fahrenheit (65 degrees Celsius), guaranteeing reliability when mounted in hot aisles. The patented locking outlets secure connections without special cords, reducing downtime in critical power distribution unit setups. Additionally, phase-balance features on applicable models simplify load balancing, promoting efficient airflow management and supporting server cabinet power needs.
For redundancy and failover scenarios, the Basic eConnect PDU is available in a pack with distinct colors for easy identification of primary and secondary units. It meets latest UL and IEC 62368 standards, ensuring compliance with North American and European requirements for data center PDU safety. Cabinet preinstallation options save deployment time and minimize packaging waste, streamlining integration into your infrastructure.
High-power configurations accommodate demanding applications like GPU and AI-based systems, with 30A branch circuit breakers for flexibility. The eConnect PDU series includes hydraulic magnetic breakers rated at 100 percent for consistent performance under load. Quick customization through CPI consultation services ensures this rack mount PDU meets specific operational demands, backed by expert technical support.
In summary, the Basic eConnect PDU E0-1252-C provides a solid foundation for power management, combining durability with user-friendly features. Its locking outlets and high-temperature resilience make it a top choice for securing server cabinet power in diverse environments. Trust CPI for innovative solutions that power and protect your growing investment in technology.