Tripp Lite SU20K3/3 Smart Online 20000VA 3-Phase UPS

Product detail:Tripp Lite SU20K3/3 Smart Online 20000VA 3-Phase UPS

US $4,100

Product Description Tripp Lite's SU20K3/3 SmartOnline 3-Phase Intelligent,True On-Line UPS System provides mission-critical equipment with thehighest level of power protection available. Large capacity 20, 000 VA/ 16, 000 watt power module continually converts incoming AC power intofiltered DC power, and then resynthesizes it back into AC power with apure sine wave. Perfectly regulated, continuous sine wave output withzero transfer time offers compatibility with all equipment types.SmartOnline models provide some of the highest levels of isolation fromTHD (total harmonic distortion) - <3% - allowing equipment toperform at its peak. A 3: 1 crest factor safely supports a variety ofequipment, even those with wildly fluctuating power demands. Extremelyefficient operation (up to 97% efficient in Economy Mode) saves moneyby lowering electricity consumption. Hardwire input and outputconnections support a variety of permanent or PDU style powerconnections.SU20K3/3 features 96-144/166-250V AC (Y, 3-phase, 4-wire)input and user-selectable 110/120/127 and 190/208/240V AC (Y, 3-phase,4-wire) output. Frequency is 50 or 60 Hz (auto-selectable). SU20K3/3includes a power module and an external battery module, both in towerformat cabinets. Battery support can be extended with additionalexternal battery modules. A manual bypass switch as well as anautomatic bypass function ensure 100% availability of connectedequipment by safely passing through AC power when the power modulerequires maintenance. Three built-in communication ports (RS-232,contact closure and AS-400) work with included PowerAlert Software tosimultaneously provide shutdown commands and reporting on multipleservers without the need for costly accessories. An accessory slotaccepts an optional internal SNMP/Web card (model # SNMPWEBCARD) forremote shutdowns, reboots and more. A Battery Start Switch allows coldrestart of UPS during a prolonged blackout to utilize its batteries forperiodic system