Salicru presents the new SLC XPERT, a three-phase Uninterruptible Power Supply System (UPS/UPS) with double conversion online technology, DSP control, and compact design, which guarantees a permanent quality supply for all high-critical power installations protected by high benefits. The technology incorporated in this series offers one of the highest efficiencies on the market in VFI mode, reaching between 95% and 96% in normal mode and up to 97% in High-Efficiency mode, in addition to an output power factor of 1 (VA =W), selectable on-line/eco-mode operation, monitoring and care of batteries with Batt-Watch, high energy efficiency (both in normal mode and in High-Efficiency mode) and Input current distortion rate (THDi) <3%. It also allows a parallel system for redundancy or capacity, being equally compatible with generator sets.
providing a very low total cost of ownership (TCO). With a power range that covers from 80 to 400 kVA, the SLC X-PERT equipment maximizes the use of the surface occupied by the appropriate design of high power density. Models from 200kVA have full frontal access, thus maintenance is easy because there is no need to save space on the side or rear. Another feature to highlight is that thanks to the common battery option, the series extends its ability to deliver low-footprint solutions, freeing up space for other equipment.
Applications
The SLC X-PERT series solves failures in the electrical supply, guaranteeing total energy for environments as critical as data centers, ITNetworks, financial services, industrial processes, telecommunications and infrastructures, ensuring their functionality and operability in a stable and permanent way. .
advanced features
Among other innovative features, this new series has DSP control, a 10” touch screen for all models, selectable online/eco-mode operation, battery monitoring and care with Batt-Watch, high energy efficiency (both in normal mode and as in High-Efficiency mode) and Input Current Distortion Ratio (THDi) <3%. It also allows a parallel system for redundancy or capacity, being equally compatible with generator sets.
