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E1-2003-C










Metered eConnect PDU; Black; Vertical; For 42U or Higher Cabinets; C20 Inlet to L6-20 Input; (24) C13 Outlets; 3.3kW; 149°F (65°C); Locking Outlets; 100% Rated Hydraulic Magnetic Breakers; Local Meter; Tool-less Mounting
| Plug | C20 Inlet to NEMA L6-20P |
| Outlets | (24) C13 Locking Outlets |
| Volts | 208V |
| Phase | Single-Phase |
| Input Current | 20A |
| kW Capacity | 3.3kW |
| Cabinet Compatibility | 42U or Higher |
| Color | Black |
Product Description
Metered eConnect® PDUs feature a local display for easy reading of input current to help with initial installation and properly balanced operations.
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.
Product Information
e1 c Power Management Features
The Metered eConnect® Power Distribution Unit identified as E1-2003-C (e1-c) delivers real‑time power consumption data directly at the outlet, enabling operators to verify load distribution without external monitoring equipment. Its built‑in local meter presents current draw in clear numeric and bar‑graph formats, simplifying initial commissioning and ongoing capacity planning. Designed for 42U or taller cabinets, the unit integrates seamlessly with CPI's eConnect® management software for remote analytics. With a market‑leading temperature rating of 149 degreesF (65 degreesC), the 2003 c configuration ensures reliable operation even when mounted in hot‑aisle environments typical of high‑density data centers. The rugged housing incorporates a C20 inlet to L6‑20P conversion that tolerates extreme thermal cycles while maintaining UL® compliance. This resilience reduces downtime caused by overheating and supports continuous AI and HPC workloads. The e1 c model features twenty‑four locking C13 outlets that prevent accidental disconnection, a critical safeguard for mission‑critical servers and storage arrays. Each outlet is paired with a 30 A hydraulic magnetic breaker, providing branch‑circuit protection while preserving a clean, low‑profile front panel. These design choices enable shorter power cords, improving airflow and reducing cable clutter within the rack. Installation is streamlined through tool‑less mounting hardware, allowing the e1=c unit to be secured in minutes without specialized tools or additional components. The unit's vertical orientation and compact depth free up valuable front‑to‑rear rack space, facilitating higher equipment density and easier maintenance access. Additionally, the optional redundancy pack includes a matching Glacier White unit for immediate failover identification. By combining precise metering, high‑temperature endurance, and robust outlet protection, the E1-2003-C (c e1) enhances overall power efficiency and supports proactive capacity management across enterprise, colocation, and hyperscale environments. CPI's global distributor network ensures rapid availability and expert technical support for every deployment. Selecting this metered eConnect® PDU positions data center operators to meet evolving performance demands while protecting critical infrastructure.