Tehnilised andmed
The Vertiv Liebert GXE UPS is an affordable, efficient UPS with high output power factor (0.9PF), which enables continuous and reliable power to more connected devices. With online double conversion, this 3kVA UPS protects devices against many disturbances. It is ideal for critical applications in financial, government, and manufacturing industries. It has flexible rack/tower mounting options. Up to 4 additional external battery cabinets provide scalable runtime for those applications requiring longer period of backup in case of AC mains failures. The high efficiency in both online and ECO modes of operation (up to 95% in ECO mode) for this already affordable UPS further drives energy and operational costs savings. An optional network management card allows remote management and server shutdown. Its extended runtime and multiple monitoring options make this compact UPS ideal for delivering best-in-class power protection to equipment at the edge of networks or in remote sites.
- Efficient power management
The Liebert GXE3-3000IRT2UXL UPS offers an impressive efficiency of 91% in online mode and 96% in Eco mode, ensuring optimal power usage and reduced energy costs. - Reliable runtime
With a runtime of up to 3.3 minutes at full load and 9.5 minutes at half load, this UPS provides critical short-term battery backup to keep essential systems running during power outages. - Comprehensive protection
Equipped with surge suppression and a surge energy rating of 600 Joules, the Liebert GXE3-3000IRT2UXL safeguards your equipment against power surges and spikes, ensuring the longevity of your investment. - Versatile connectivity
Featuring a USB interface for remote management and multiple output connectors, including 8 IEC 60320 C13 and 1 IEC 60320 C19, this UPS offers flexible connectivity options for a variety of devices. - Optimized for all environments
Designed to operate within a wide range of temperatures (0°C to 40°C) and humidity (5 - 95% non-condensing), ensuring reliable performance in diverse operating conditions without compromising on efficiency.