SAI ONLINE XANTO 1500R 1,5 kVA 1500 W

The ONLINE UPS XANTO 1500R is a double-conversion uninterruptible power supply (UPS) delivering 1.5 kVA / 1500 W output. Designed for rack or tower installation (2U rack height), the unit protects servers, network equipment and sensitive IT applications from power failures, voltage fluctuations and harmonic distortion. It features four AC outlets (C13), internal battery (9 Ah) and provides short backup time at full load; extended autonomy can be achieved with external battery packs. The XANTO family includes dynamic features that improve usable active power and system efficiency up to 97%.

Advantages

XANTO uses online double-conversion technology to completely decouple connected equipment from the mains, ensuring a seamless transfer to battery on mains failure and stable output during voltage peaks or harmonics. Dynamic Power Technology (DPT) increases available active power compared with conventional UPS designs, allowing a smaller model to serve the same load while reducing heat losses and operating costs. The unit supports scalable autonomy with additional external battery packs, offers battery deep-discharge protection and a cold-start function, and can be installed as tower or 2U rack-tower for flexible deployment.

Suitable for

Key specifications

How to use

Install the XANTO 1500R in a rack (2U) or on the floor in tower orientation; the front display can be rotated for horizontal rack mounting using the supplied 19" angle. Connect the UPS input to a suitably rated mains supply and attach critical loads to the C13 outlets. Configure battery deep-discharge protection and other parameters via the on-device menu or the included DataWatch software over RS-232 or USB. For extended runtime, connect recommended external battery packs following the manufacturer instructions. Use the optional SNMP adapter or DataWatch for automated orderly shutdown and remote monitoring.

Recommendations

To maximise UPS lifetime and ensure reliable backup, operate the XANTO within its optimal load range, maintain regular battery tests (time-controlled tests available via SNMP/DataWatch), and add external battery packs when longer autonomy is required. Use the switchable output sockets to shed non-critical loads during battery operation to extend runtime for essential equipment.