Apc By Schneider Electric 3kVA Line-Interactive 4U Rack/Tower UPS — Pure Sine Wave Power for Critical Electronics

Protect your most important equipment with a trusted name in power protection. The APC by Schneider Electric 3kVA Line-Interactive 4U Rack/Tower UPS delivers clean, reliable power to servers, networking gear, storage devices, and other critical electronics during outages, sags, and surges. Designed for flexibility, this compact yet sturdy unit blends a rack-mount chassis with a tower footprint, making it ideal for data centers, network closets, and home labs alike. Its pure sine wave output ensures compatibility with even the most sensitive equipment, minimizing the risk of equipment damage and data loss when the grid fluctuates or fails.

• Pure sine wave power delivers stable, clean output to protect sensitive electronics, preserving performance and data integrity during brownouts, swells, and outages.
• Flexible 4U rack/tower design supports versatile deployments—from standard 19-inch racks to floor-standing installations—so you can adapt as your infrastructure evolves.
• Global input and cord options with an IEC 320 C20 input and included cord sets (BS1363A, Schuko CEE 7/EU, and related adapters) to accommodate markets worldwide without extra accessories.
• Line-Interactive topology with AVR provides automatic voltage regulation to correct minor outages without drawing from the battery, extending runtime for brief fluctuations and reducing wear on the battery.
• Comprehensive protection for critical workloads ideal for servers, network switches, NAS devices, and other essential gear, helping maintain uptime and data integrity during power disturbances.

Technical Details of Apc By Schneider Electric 3kVA Line-Interactive 4U Rack/Tower UPS

• Capacity: 3 kVA (approx. 2.4 kW at 0.8 power factor), suitable for protecting a small server, network stack, and storage devices in a single rack.
• Topology: Line-Interactive UPS with automatic voltage regulation (AVR) to correct voltage irregularities without discharging the battery.
• Output waveform: Pure Sine Wave to ensure smooth operation of sensitive electronics and peripherals.
• Input connector: IEC 320 C20 input, enabling you to connect to standard hospital-grade or data-center power sources as configured.
• Cord sets included: Includes BS1363A, IEC 320 C20, and Schuko CEE 7/EU-type power cords, supporting multiple regions out of the box.
• Form factor: 4U rack/tower footprint for flexible deployment in mixed environments—data rooms, small to medium data centers, or home labs.
• Protection features: Built-in surge suppression and battery-backed voltage stabilization to protect connected equipment from spikes and outages.
• Intended use: Designed to support critical electronics during power disruptions, offering a controlled shutdown pathway and reliable runtime for essential devices.

How to install Apc By Schneider Electric 3kVA Line-Interactive 4U Rack/Tower UPS

Ready to deploy this APC UPS in your environment? Follow these straightforward steps to maximize protection and uptime:

• Choose the installation location: Pick a cool, dry, well-ventilated area near your IT equipment. Ensure there is adequate clearance for airflow and servicing. If mounting in a rack, use the included mounting hardware and rails designed for a standard 19-inch rack.
• Mount the unit: For rack installation, secure the UPS in your rack using the provided rails and screws. If you’re configuring it as a tower, position it on a stable surface with enough clearance around the unit for ventilation.
• Connect the input power: Attach the supplied IEC 320 C20 input cord to the UPS’s input. Connect the other end to a properly grounded power source that matches the regional cord set provided (BS1363A or Schuko/CEE 7, as applicable).
• Connect protected loads: Plug your critical devices into the UPS’s output outlets. Group devices with similar uptime requirements to optimize runtime for essential equipment.
• Power up and configure: Turn on the UPS and allow it to initialize. If available, install compatible management software to monitor runtime, sensitivity settings, battery health, and alerts. Configure AVR thresholds if you have stable grid power and want to minimize battery usage during minor fluctuations.
• Run a test: Perform a controlled shutdown test to confirm that connected equipment safely transitions to battery power and back when mains return. Regular testing helps ensure readiness during an actual outage.

Frequently asked questions

• What is the purpose of a line-interactive UPS with AVR? A line-interactive UPS with AVR automatically corrects minor power fluctuations without using battery power. This helps extend battery life and reduces unnecessary wear while still providing battery backup when a real outage occurs.
• What devices should I protect with this 3kVA UPS? Ideal for servers, network switches, NAS devices, workstations, VoIP gear, and other critical electronics that require clean power and a safe shutdown path during outages or brownouts.
• Is pure sine wave output important for my equipment? Yes. Pure sine wave output ensures compatibility with modern power supplies and embedded electronics, reduces heat, and prevents performance issues that can occur with simulated sine or square-wave outputs.
• What installation options does the UPS support? The UPS supports 4U rack mounting or can be placed as a tower, providing flexible deployment in data centers, network closets, or home labs. The included cord sets make regional setup straightforward.
• How do I monitor runtime and battery health? Use the built-in indicators and, if available, the APC management software compatible with your operating system. These tools help you track remaining runtime, battery health, and event logs to plan maintenance and orderly shutdowns.
• Can this UPS be expanded or adapted for future needs? The 3 kVA unit is designed to protect a range of essential devices. If you anticipate growth, consider pairing with additional UPS units or upgrading to a higher-capacity model within the APC line to preserve centralized power protection across your infrastructure.