In the Delta UPS product line, the Ultron family are three-phase UPS systems for power rating requirements above 10kVA that support mission critical applications including industrial equipment, datacenters, traffic control facilities, broadcast stations and backbone networks. The word Ultron (Ultra + on), signifies ultimate performance, which describes the features of this UPS system – outstanding stability and insurance for mission critical applications.
Product Portfolio
EH Series, Three Phase In – Single Phase Out, 10/15/20 kVA
The Ultron EH series is an online double-conversion 3p-1p UPS which provides reliable power protection for IT rooms, SMBs, telecommunications, banking, medical facilities and industry.
HPH Series, Three Phase, 20/30/40/60/80/100/120 kW
The Ultron HPH is a true online double-conversion UPS offering the best-in-class combination of maximum available power, unbeatable energy efficiency and superior power performance for small data centers and other mission critical applications.
The brand-new Ultron HPH series 160-200kVA is a true online double-conversion UPS offering the best-in-class combination of power performance and efficiency for medium data centers, pan-IT, and other mission critical applications.
The Ultron NT series is a three phase UPS featuring customized I/P-O/P ratings for various applications. With N+X parallel redundancy or expansion, it guarantees high availability and reliability for your critical loads.
DPS Series, Three Phase, from 160 to 500 kVA, scalable up to 4000kVA in parallel
Delta’s Ultron DPS is a double-conversion and IGBT-rectifier three phase UPS. With the three level IGBT topology for both PFC (power factor correction) and inverter, the Ultron DPS features industry leading performance of up to 96% AC-AC efficiency.
DPS Series UPS, Three Phase, 300/400/500/600/1000/1200 kVA
Delta’s superior Ultron DPS series 300 – 1200kVA UPS supports unity output power factor to deliver up to 10 MW power capacity to meet the demands for large data centers and colocations that require higher power capacity.
