APC NetShelter Switched Rack PDU, 9K series, 0U, 5.7kW, 200/208V, 21 C13/C15 and 3 C19/C21 outlets
The APC NetShelter 9000 Series Switched Rack PDU (Part Number: APDU9961) is an essential power distribution unit designed for high-density and space-efficient data center environments. With a maximum power capacity of 5.7 kW, it reliably supports demanding applications requiring up to 20A at 208V. This PDU features 21 IEC C13 and C15 outlets along with 3 IEC C19 and C21 outlets, providing extensive connectivity for various server and networking equipment. Its ZeroU form factor allows for vertical mounting within your rack, optimizing space and facilitating effective cable management.
Equipped with advanced remote monitoring and control capabilities, the APC NetShelter PDU enables administrators to efficiently manage power delivery, configure outlet-level on/off switching, and set user-defined alarms. These features help prevent overloads, reduce energy consumption, and improve overall system reliability. The unit is designed with safety and compliance in mind, being UL Listed and CSA certified, and conforms to RoHS standards, ensuring environmentally responsible operation. Its 6-foot (approximately 7 feet) power cord allows flexible placement within your rack setup.
Constructed with durable materials and supporting a vertical mounting orientation, this PDU is suitable for a wide range of data center and network infrastructure applications. The package includes mounting brackets, an installation guide, and safety instructions, making deployment straightforward. Backed by a three-year limited warranty, the APC NetShelter 9000 Series PDU provides both peace of mind and dependable power management for your critical equipment.
Features:
- Maximum power capacity of 5.7 kW, suitable for demanding applications
- Includes 21 IEC C13 and C15 outlets plus 3 IEC C19 and C21 outlets for versatile connectivity
- ZeroU design enables vertical rack mounting to save space and improve cable management
- Supports remote monitoring and outlet-level switching for efficient power control