The AIMS Power PILF20W12V120V is an industrial-grade, 2000-watt low frequency pure sine wave power inverter that converts 12V DC battery power into clean 120V AC electricity. Built on AIMS Power's proven low frequency architecture, this inverter delivers reliable, utility-quality power for sensitive electronics, tools, appliances, and demanding industrial loads.
At the core of this unit is a heavy-duty transformer that produces a low-distortion pure sine wave output — the same waveform delivered by the utility grid. This makes it safe and compatible with sensitive equipment including laser printers, variable speed motors, medical devices, computers, and microwaves. The low frequency design also provides exceptional surge handling, capable of delivering 6000 watts of surge power for up to 20 seconds — three times the continuous rating — making it ideal for motors and compressors with high startup demands.
Key Features:
- 2000W continuous output with 6000W surge capacity (20 seconds)
- Pure sine wave output — clean, grid-quality power for sensitive electronics
- Low frequency design with heavy-duty transformer for reduced total harmonic distortion (THD)
- 12V DC input to 120V AC output, compatible with standard 12V battery systems
- 16.6 amp output at 120VAC
- Auto-frequency detection — operates on both 50Hz and 60Hz systems
- Built-in GFCI outlet with reset button for added safety
- Terminal block hard-point connection for direct 3-wire AC output
- Marine-grade conformal coating on circuit boards for protection against moisture and condensation
- Low-voltage battery shutdown to protect your battery bank from over-discharge
- Power saver mode — pulses to detect load before activating, reducing standby draw
- Optional wired remote available (AIMS part # REMOTEHF) for convenient off-site operation
The PILF20W12V120V is well-suited for off-grid solar systems, RV and marine installations, work trucks, emergency backup power, and small industrial applications. Its industrial-grade build quality makes it durable enough for high-vibration and variable-temperature environments where standard inverters may fall short.