Eaton APSX3024SW Tripp Lite Pure Sine Inverter Charger 3 000 W 24 V to 230 V

Eaton APSX3024SW 3 000 W 24 V to 230 V Pure Sine Inverter Charger

Overview

The Eaton APSX3024SW is a heavy-duty 3 000 W continuous (up to ~6 000 W peak) pure-sine inverter/charger designed for 24 V DC input systems that need 230 V AC output—such as mobile vehicles, remote sites, emergency power systems or off-grid installations. It automatically transfers loads from AC mains to battery-inverter when necessary and includes built-in battery charging capability (selectable 23 A or 90 A mode) for system integration. 
Installation is hard-wired (no standard NEMA plug), designed for battery bank input and AC output via terminal strip; it supports normal operation from AC mains (charging batteries and powering loads) or from a 24 V battery bank when mains is unavailable. The system corrects brownouts/over-voltage automatically via built-in AVR during standby mode and seamlessly transfers to battery-inverter mode in pull-in milliseconds when mains fail. 
From a network-engineer’s view: this device is ideal when you are powering servers, switching gear or equipment racks in a vehicle, remote shelter or micro-data-site where 24 V DC battery infrastructure is present—or where you want one unit to act as both charger and inverter. You can connect external battery banks of your choice to scale runtime. The pure-sine output means you can confidently power active-PFC equipment rather than only simple loads.

Key Features

• 3 000 W continuous output at 230 V AC from 24 V DC input, with up to 6 000 W surge for up to 10 seconds.

• Pure-sine wave AC output ensures compatibility with servers, active-PFC equipment, storage arrays and sensitive electronics.

• Automatic line-to-battery transfer in 10-20 ms for UPS-grade protection; also supports battery charging and AC pass-through mode.

• Rugged steel enclosure with high-current DC terminals, selectable charger (23 A/90 A), brown-out/over-voltage correction, fan cooling—built for mobile and remote environments.

Technical Specifications