208 VAC Three Phase Critical Power Conversion Systems and Power Module Selection

Application Suggestion: Contact us to evaluate the overall features desired that must be inherent to the tailored system. This will influence the optimum power module to be chosen. Choosing the best module to base the system on WILL ALWAYS BE NECESSARY for these systems. Module choice rests on scalability, energy density, AC and DC operating voltages (battery choice), and features.

Mfc	SourceID	Description	Power Range	DC Voltage Link
CE+T	189-1050-100200	TSI Media - 48/120, Power Conversion Inverter Module, DC input range = 40 to 60vdc, AC input range = 100 to 138VAC with datacenter grade output of 120VAC (measured L-N), 1.5kVA/1.2kW module rating with max parallel ability up to 48kVA/38.4kW per system	1.2 to 38.4kW	48
CE+T	189-1020-100800	TSI Bravo - 48/120, Power Conversion Inverter Module, DC input range = 40 to 60vdc, AC input range = 100 to 138VAC with datacenter grade output of 120VAC (measured L-N), 2.5kVA/2kW module rating with max parallel ability up to 80kVA/64kW per system cabinet	2 to 64kW	48
CE+T	189-1010-100400	Bravo 25 - 48/120, Power Conversion Inverter Module, DC input range = 40 to 60vdc, AC input range = 90 to 140VAC with datacenter grade output of 120VAC (measured L-N), 2.75kVA/2.25kW module rating with max parallel ability up to 88kVA/72kW per system cabinet	2.25 to 72kW	48
CE+T	189-1020-100400	TSI Bravo - 125/120, Power Conversion Inverter Module, DC input range = 90 to 160vdc, AC input range = 100 to 138VAC with datacenter grade output of 120VAC (measured L-N), 2.5kVA/2kW module rating with max parallel ability up to 80kVA/64kW per system cabinet	2 to 64kW	125
CE+T	189-1010-100600	Bravo ECI - 380/120, Power Conversion Inverter Module, DC input range = 200 to 400vdc, AC input range = 108 to 290VAC with datacenter grade output of 120VAC (measured L-N), 1.5kVA/1.5kW module rating with max parallel ability up to 225kVA/225kW per system	1.5 to 225kW	380