CPI eConnect Power Distribution Unit Basic - power distribution unit - 4.9 kW
Mfg # L1-1F0B1
CDW # 4285656
| UNSPSC 39121017
Quick tech specs
- Power distribution unit (rack-mountable)
- 4.9 kW
- input: NEMA L6-30
- 0U
- North America
- 208 V
- 1-phase
- output connectors: 36 (IEC 60320 C13)
- 10 ft
- black
Know your gear
CPI's Basic eConnect PDUs are a generation of power distribution products that connect you to your evolving enterprise data center. Whether you need to connect a few pieces of equipment or need to support high density computing with multiple blade servers in every cabinet, Basic eConnect PDUs provide simple, reliable power distribution to equipment in your cabinets.
Choose a Basic eConnect PDU for reliable power distribution in high density applications when no local or remote power monitoring is required. Basic eConnect PDUs are rated for use in ambient air temperatures up to 149°F (65°C) and can be confidently deployed in cabinets with CPI Vertical Exhaust Ducts or in hot aisle containment applications. Universal tool-less mounting hardware allows the PDU to attach to the mounting brackets in most ITC cabinets. The low profile design, only 2.2"W x 2.2"D (56 mm x 56 mm) at the outlets and 2.8"D (71 mm) at breakers, fits in the 0U space along the side of most cabinets and does not block access to the mounting rails or airflow from equipment.
Choose a Basic eConnect PDU for reliable power distribution in high density applications when no local or remote power monitoring is required. Basic eConnect PDUs are rated for use in ambient air temperatures up to 149°F (65°C) and can be confidently deployed in cabinets with CPI Vertical Exhaust Ducts or in hot aisle containment applications. Universal tool-less mounting hardware allows the PDU to attach to the mounting brackets in most ITC cabinets. The low profile design, only 2.2"W x 2.2"D (56 mm x 56 mm) at the outlets and 2.8"D (71 mm) at breakers, fits in the 0U space along the side of most cabinets and does not block access to the mounting rails or airflow from equipment.