APC Basic Rack 4.992kVA PDU

Engineered for reliability in busy data centers and IT closets, the APC Basic Rack 4.992kVA PDU delivers essential, cost-effective power distribution to racks of servers, networking gear, and storage devices. Built to withstand continuous operation in demanding environments, this basic PDU streamlines power delivery while helping you maintain organization, protection, and uptime across critical IT infrastructure. With a focus on dependable performance, it provides a straightforward solution for powering your rack-mounted equipment without unnecessary complexity, making it an ideal choice for growing data centers, server rooms, and wiring closets that demand consistent electrical service.

• High-capacity, 4.992 kVA power distribution enables you to feed multiple servers, switches, and storage devices from a single rack, helping you plan for growth, simplify wiring, and maintain uptime in busy IT environments.
• NEMA 5-20R receptacles provide safe, reliable 120V power with standard compatibility for common IT gear, reducing the need for adapters and ensuring consistent electrical performance in data centers and server rooms.
• Rack-mountable design fits standard 19-inch racks, streamlining installation, reducing cable clutter, improving airflow, and enabling straightforward integration into existing data-center infrastructure with minimal downtime.
• Cost-effective solution focused on essential power distribution delivers dependable operation without unnecessary features, helping you balance performance, energy use, and budget across your rack deployments.
• Ideal for data centers, wiring closets, and enterprise server rooms where reliability matters, the APC Basic Rack PDU keeps critical equipment powered through routine maintenance, configuration changes, and peak usage periods.

Technical Details of APC Basic Rack 4.992kVA PDU

• Capacity: 4.992 kVA to support multiple devices simultaneously within a single rack.
• Receptacle type: NEMA 5-20R outlets for safe, reliable 120V power delivery to common IT gear.
• Mounting: 19-inch rack-mountable chassis designed for easy integration into standard equipment racks.
• Input voltage: 120V AC nominal, 20A circuit rating to align with typical data-center power infrastructure.
• Output configuration: Distributed outlets arranged to service connected servers, switches, and storage devices with organized cable routing.
• Application: Specifically suited for data centers, server rooms, and wiring closets that require dependable basic power distribution without unnecessary features.

how to install APC Basic Rack 4.992kVA PDU

To install, place the PDU inside a standard 19-inch rack and align it with the mounting rails. Secure the unit with rack screws, ensuring it is firmly fastened and level. Connect the input power cord to a suitable 120V circuit that matches the PDU’s rating, and then route the outputs to your IT equipment, taking care to manage cables for optimal airflow and accessibility. After wiring, power on the PDU and verify that all connected devices receive power. Confirm that indicator LEDs reflect proper operation and that any safety features remain engaged. If your facility supports it, log the PDU into your infrastructure management system for basic monitoring and quick power-cycling of individual outlets as needed.

Frequently asked questions

• Q: What is the capacity of the APC Basic Rack 4.992kVA PDU? A: It provides 4.992 kVA of power distribution capacity to support multiple rack-mounted IT devices.
• Q: What type of outlets does it use? A: The unit uses NEMA 5-20R receptacles to deliver safe, standard 120V power.
• Q: Can this PDU be installed in a standard 19-inch rack? A: Yes, it is designed for standard 19-inch rack mounting for easy integration into existing IT infrastructure.
• Q: Is this suitable for data centers and server rooms? A: Yes, it is intended for data centers, server rooms, and wiring closets where dependable power distribution is essential.
• Q: Does it offer advanced monitoring? A: The Basic Rack PDU focuses on reliable power distribution; advanced monitoring features depend on the specific model and any connected management tools you use.