Tripp Lite 80000VA 64000W UPS International Smart Online 3-Phase 80kVA
Mfg # SU80KX
CDW # 2448651
| UNSPSC 39121011
Quick tech specs
- Phase Intelligent/ True On-Line UPS System provides 100% system availability with N+1 modular architecture & 1+1 parallel capability
- 3-phase hardwire (220/380V 230/400V or 240/415V AC/ 3-phase/ 4-wire + ground/ wye) input/output
- 3-phase uninterruptible power supply/ 3 phase UPS system/ power array/ expandable runtime
- 80,000 VA 3-phase tower UPS
- IGBT technology & zero transfer time/ on-line/ double-conversion operation
- 2 Year Tripp Lite Warranty
Know your gear
Tripp Lite's SU80KX SmartOnLine modular 3-phase intelligent UPS system provides 100% system availability with N+1 modular architecture and 1+1 parallel capability. In N+1 configuration, the SU80KX provides four self-contained, redundant power modules that can be hot-swapped (load remaining powered) if maintenance is required.
The SU80KX provides mission-critical equipment with the highest level of power protection available. Perfectly regulated, continuous sine wave output with zero transfer time assures compatibility with all equipment types. High input power factor, advanced IGBT inverter technology and Digital Signal Processor (DSP) technology produce less than 3% input total harmonic distortion (THDi). With low THDi, generators run cooler and last longer, allowing managers to save installation costs by installing a generator with a capacity equal to the equipment load. Extremely efficient operation saves money by lowering electricity consumption.
The SU80KX provides mission-critical equipment with the highest level of power protection available. Perfectly regulated, continuous sine wave output with zero transfer time assures compatibility with all equipment types. High input power factor, advanced IGBT inverter technology and Digital Signal Processor (DSP) technology produce less than 3% input total harmonic distortion (THDi). With low THDi, generators run cooler and last longer, allowing managers to save installation costs by installing a generator with a capacity equal to the equipment load. Extremely efficient operation saves money by lowering electricity consumption.