Tripp Lite’s APSX3024SW DC-to-AC inverter with automatic line-to-battery transfer & integrated charging system serves as an extended run UPS, a standalone power source or an automotive inverter. Supplies up to 3000 watts of continuous 230V sine wave AC power from any 24V battery or automotive DC source. When hardwire AC input is energized, commercial power passes through to connected equipment & the battery set is recharged via 3 stage, 23/90 amp charging system. In UPS mode, the APS system responds to blackouts & severe voltage fluctuations with a near instantaneous automatic transfer to battery-derived AC output.
Includes:: a set of high current DC input terminals for simple installation (user supplies batteries & cabling
- see owner's manual for recommendations). Passes sine wave utility or generator power during battery charging & UPS line power operation, & sine wave AC output in inverter & UPS backup modes. Built-in Automatic Voltage Regulation (AVR) corrects line power AC brownouts & overvoltages without using battery power during battery charging & UPS standby modes. Reliable large transformer design, with frequency control powers resistive electronic loads or large inductive motors, compressors & other items with high current needs on startup. Optional APSRM4 wired remote power switch with full status LEDs provides remote power inverter on/off switching & continuous status information (part APSRM4 sold separately). Supports an unlimited amount of runtime with any number of user-supplied batteries connected. Highly adaptable to a variety of applications & site conditions with adjustable charger settings for wet/gel battery types & selectable line to battery power transfer voltages. 24V DC or 230V (selectable) AC input & output; 230V, 50/60 Hz, pure sine wave output (hardwired) 3000 watts continuous, 4500 watts Over Power & 6000 watts Double Boost inverter output 3-stage, 23/90 amp selectable wet/dry cell battery charger; Auto Transfer Switching Automatic Voltage Regulation corrects brownouts & overvoltages without using battery power