APC SRVL3KRIL On-Line Easy UPS – Description
3kVA/2700W, Lithium-ion, Rack/Tower 4U, 230V, 6 IEC C13 + 1 IEC C19 outlets, Intelligent Card Slot, Extended runtime, W/O rail kit
High-Performance APC SRVL3KRIL 3kVA Online UPS for Mission-Critical Applications:
APC SRVL3KRIL On-Line Easy UPS is a robust, high-efficiency, 3kVA/2700W double-conversion online UPS designed for demanding IT environments. With a true sine wave output and power factor of 0.9, it ensures stable and reliable power delivery for servers, workstations, and sensitive electronic systems. Supporting 230V main output, and also compatible with 220V and 240V, this unit is ideal for regions using standard European voltages. It features 6 IEC C13 and 1 IEC C19 output connections, making it adaptable for a wide range of equipment. Designed to be rack/tower convertible (4U size), it fits seamlessly into various installation scenarios including server rooms, micro data centers, healthcare IT, and surveillance systems.Reliable Lithium-Ion Battery with Extended Runtime:
This model is powered by lithium-ion battery technology, offering an impressive battery lifespan of 8 to 10 years, significantly reducing total cost of ownership compared to traditional VRLA UPS systems. With support for up to 3 external battery packs (SRVL48RMBP2U), users can achieve extended runtime, making it ideal for environments requiring long backup durations. The battery recharge time is only 4.8 hours, ensuring rapid recovery after power outages. Additionally, the built-in 500W battery charger enhances efficiency and supports quick turnaround between outages.
Advanced Efficiency and Energy Savings:
Engineered for energy-conscious operations, the SRVL3KRIL achieves up to 90% efficiency in online double-conversion mode and an outstanding 96% in ECO mode. This minimizes heat output and reduces utility and cooling costs without sacrificing performance. The internal automatic and manual bypass system ensures uninterrupted power flow even during maintenance or failure. Its 3:1 crest factor is ideal for handling high inrush currents of IT loads and power-hungry equipment.