APC SRV5KRIRK uninterruptible power supply (UPS) Double-conversion (Online) 5 kVA 5000 W

The APC SRV5KRIRK 5 kVA 5000 W Double-conversion uninterruptible power supply provides continuous, regulated AC power for critical IT equipment. Designed for a 4U rack deployment, this UPS uses online double-conversion topology to deliver stable output voltage and frequency, isolating connected systems from power disturbances, brownouts and blackouts. With a rated output power of 5000 W (5 kVA), it supports servers, network hardware and storage systems that require high availability and clean power.

Advantages

Double-conversion operation ensures a consistent sine-wave output and rapid response to input anomalies, eliminating transfer time during power events. The rack-ready 4U form factor simplifies integration into standard server cabinets. The UPS offers high power capacity suitable for medium-density rack configurations and provides continuous runtime support to allow for orderly shutdowns or load transfers. Its design focuses on reliable protection, consistent performance and straightforward deployment in data center and edge environments.

Key specifications

• Topology: Online double-conversion
• Rated output power: 5 kVA / 5000 W
• Form factor: 4U rack-mountable
• Output waveform: Sine wave (regulated)
• Intended use: Continuous power protection for IT equipment

How to use

Install the UPS in a compatible 19-inch server rack occupying 4U of space and ensure adequate ventilation around the unit. Connect equipment loads to the UPS output receptacles and configure any available management interfaces according to the network and shutdown policies. Verify battery presence and charge status before placing critical systems on the UPS. Test the system by simulating a power interruption and confirm that connected devices remain powered and that any configured alerts or automated shutdown sequences operate as intended.

Recommendations

Place the UPS in a temperature-controlled environment within the manufacturer's specified ambient range and avoid obstructing airflow. Regularly inspect battery condition and perform periodic runtime tests. For critical installations, pair the unit with appropriate monitoring and orderly shutdown software, and schedule preventive maintenance to sustain reliable operation.