The AIMS Power 1000 Watt Pure Sine Inverter Charger is a compact and dependable automatic power management system designed for RVs work trucks vans and mobile businesses that combines an inverter transfer switch and battery charger into a single unit to automatically switch between shore power and battery power so appliances keep running without interruption. This efficient system delivers clean pure sine wave energy that safely runs sensitive electronics and common everyday appliances such as refrigerators CPAP machines and small microwaves while the automatic switching functionality keeps power flowing smoothly without the need for manual intervention during transitions. Engineered to be an ideal solution for both do it yourselfers and professional installers alike the inverter charger features a permanent hardwire design and a secure AC direct connect terminal block which greatly simplifies system wiring and integrates all three critical power components into one streamlined device for a secure and long term mobile installation.
1000 Watt continuous power
2000 Watt surge
Selectable 25A or 55A battery charger (Gel, AGM, lead, not for lithium)
Clean Pure Sine Power for Sensitive Electronics: Produces pure sine wave output (THD < 3%) to safely run devices such as CPAP machines, refrigerators, microwaves, and other electronics that require stable power.
Automatic Transfer Switching: Built-in transfer switch automatically moves between shore power and battery power with transfer time under 20ms, preventing interruptions to connected appliances.
Integrated Inverter, Charger, and Power Management: Combines a 1000W inverter, selectable battery charger, and transfer switch into one device, reducing wiring complexity and simplifying RV or mobile power system design.
Selectable Battery Charging Performance: Supports 25A or 55A battery charge current for Gel, AGM, and lead batteries, allowing installers to configure charging performance based on system requirements.
Rugged Reliability for Mobile Applications: Conformal-coated circuit boards and thermally controlled dual cooling fans protect internal electronics and help ensure long lasting performance under continuous operation.
This efficient energy conversion system is designed with an efficiency range of eighty six to ninety percent helping maximize battery energy while delivering reliable AC output for everyday appliances
