Vertiv Edge UPS - 1500VA 1350W 230V 2U Line Interactive AVR Tower/Rack Mount - Rotatable LCD Monitor| Sine Wave Output on Battery| 3 Programmable Outlets| Vertiv Intellislot SNMP/Webcards available for remote power management| 2-year Warranty Reliable UPS Protection At The All-Important Network Edge The network edge is becoming increasingly important as companies seek to take advantage of Internet of Things, cloud computing and other applications that require localized compute power, networking services and data storage - all with low latency. Distributed and edge data centers are now no less important to business success than large centralized data centers, so must be afforded similar power protection. The Vertiv™ EDGE line interactive UPS family is intended for distributed IT and edge applications that require reliable, efficient power protection for server and networking equipment. It comes in mini-tower, rack tower and rack-mount form factors, with capacities ranging from 500VA to 3000VA. Each model has a 0.9 output power factor (PF), enabling them to protect larger loads than competing models of the same capacity. Vertiv EDGE UPSs support up to 6 extended-run battery cabinets (EBCs), providing more runtime at full load than comparable competing UPSs. Auto-detect features make the EBCs easy to add and configure. Vertiv EDGE UPSs are also highly manageable, with a colorful, graphical LCD screen for easy, intuitive on-site management, as well as optional SNMP support. Vertiv EDGE is compatible with the free Vertiv Power Assist software for local UPS status and shutdown of IT loads connected locally. Features 1500VA UPS with advanced AVR for a more stable output voltage regulation This line interactive UPS has 0.9 output power factor ensuring more active power to protect larger loads Extended runtime capability with external battery cabinets with autodetection, for hours of back-up time Add a communication card to this single phase UPS to manage devices remotely Get 6 total outlets with 3 programmable outlets to prioritize critical loads and achieve longer runtime
