Description
APC Basic Rack 2880VA PDU
The APC Basic Rack 2880VA PDU is a vital powerhouse for data centers, server rooms, and IT closets that demand reliable, efficient power distribution to rack-mounted devices. Built to safeguard your critical equipment against power fluctuations while delivering dependable performance, this PDU forms the backbone of a resilient rack infrastructure. With a robust 2880 VA capacity, it supports multiple devices, from servers and storage to networking gear, ensuring they stay online when it matters most. Designed for straightforward installation in standard 19-inch racks, the APC Basic Rack PDU combines simplicity with reliability, making it an ideal choice for environments that value uptime, predictable power distribution, and easy maintenance.
In addition to delivering power where it’s needed, the APC Basic Rack 2880VA PDU emphasizes efficient, organized distribution. Its compact 1U footprint fits neatly into dense racks, freeing valuable space for equipment and cooling. The unit is built with user-friendly accessibility in mind, featuring front-panel outlet access and a clean, scalable design that supports growing IT environments. Whether you’re equipping a small data center, expanding a server room, or upgrading a remote IT closet, this PDU provides stable power delivery and simplifies the day-to-day management of your rack power. Trust in the APC name for dependable power distribution that reduces downtime, protects hardware investment, and makes maintenance straightforward for administrators and technicians alike.
- Reliable 2880 VA power distribution to support rack-mounted servers, switches, storage, and other electronics, helping maintain uptime in busy data centers and IT rooms.
- Compact 1U, 19-inch rack-mountable form factor that blends seamlessly into standard server racks, maximizing space efficiency without sacrificing accessibility.
- Front-access outlets and a simple, plug-and-play installation—designed for fast deployment, easy wiring, and straightforward management in growing environments.
- Durable construction with attention to safety and reliability, enabling continuous operation in demanding environments while protecting connected devices from power irregularities.
- Cost-effective, entry-level PDU option from a trusted brand, delivering essential power distribution capabilities for everyday IT applications without adding complexity.
Technical Details of APC Basic Rack 2880VA PDU
- Power rating: 2880 VA, providing substantial distribution capacity for multiple rack devices.
- Form factor: 1U rack-mountable design that fits standard 19-inch server racks for easy integration.
- Mounting: Front-accessible, 19-inch rack installation suitable for dense rack deployments.
- Output configuration: Multiple outlets configured for typical IT equipment (outlet count and types vary by SKU).
- Power input: Nominal AC input suitable for common data center environments (regional variants apply).
How to install APC Basic Rack 2880VA PDU
Begin by preparing your rack: ensure the rack rails are clean, stable, and properly aligned to support the weight of the PDU and connected devices. Confirm that the rack has adequate clearance for front-panel access and adequate ventilation to prevent overheating. With the PDU in hand, position it at the desired mounting location within the rack, typically in a top-to-middle region of the rack to maximize accessibility and airflow around connected equipment.
Secure the PDU to the rack using the supplied mounting hardware, following the manufacturer’s instructions for your specific model. Tighten all screws evenly to avoid any misalignment that could impede outlet access or airflow. Once the PDU is physically secured, connect the mains power cord to a properly grounded power source that matches the PDU’s input specifications. Ensure the wall outlet or power strip used for input can handle the anticipated load without tripping breakers.
Next, arrange your devices in the rack and connect them to the PDU outlets. Distribute loads evenly across outlets to prevent overloading a single circuit and to optimize heat dissipation. If your PDU includes outlet labeling or color coding, use it to keep critical devices on separate circuits where possible, supporting redundancy and easier troubleshooting.
After wiring, power on the PDU and verify that all connected devices begin receiving power. Check the PDU’s indicator lights or any basic monitoring indicators to confirm normal operation. If your setup includes a basic metering or status panel, review readings to ensure loads are within safe operating limits. Finally, perform a routine check to confirm that cooling airflow around the rack remains unobstructed and that no cables are loosely hanging or pinched, which could cause wear over time.
For ongoing maintenance, keep the PDU and surrounding area free of dust and debris, inspect connections periodically, and verify that the power distribution remains balanced across outlets and branches. Proper labeling of outlets and devices simplifies future maintenance, upgrades, and troubleshooting, helping you maintain uptime with minimal disruption.
Frequently asked questions
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Q: What does the APC Basic Rack 2880VA PDU protect my equipment from?
A: It provides reliable power distribution to rack-mounted devices, helping maintain uptime by delivering stable power and reducing the risk of power-related interruptions in data centers and IT rooms.
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Q: How do I know if this PDU fits my rack?
A: The APC Basic Rack 2880VA PDU is designed for standard 19-inch racks and occupies 1U of vertical space, making it compatible with most enterprise racks. Always verify your rack depth and mounting hardware against the PDU’s specifications before installation.
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Q: Can I monitor this PDU remotely?
A: This is a basic PDU intended for simple power distribution. Remote monitoring capabilities vary by SKU; if you require advanced monitoring, consider models with built-in meters or network connectivity.
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Q: How should I distribute loads across outlets?
A: Distribute loads evenly to prevent overloading any single outlet and to promote balanced airflow. Group critical devices on separate circuits where possible to improve resilience in case of a single-point issue.
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