Xantrex Freedom X3000 3000W True Sine Wave Inverter

Xantrex Freedom X3000 3000W True Sine Wave Inverter delivers clean, reliable AC power for RVs, boats, and off‑grid systems. With true sine wave output and a compact, lightweight design, it protects sensitive electronics while handling demanding loads.

• True sine wave output: Safe operation for sensitive electronics and motor loads, reducing noise and flicker.
• 3000 W continuous power with 6000 W surge: Extended surge rating that surges to 2x continuous power for 2 seconds, ideal for starting fridges, microwaves, and other demanding loads.
• 12 VDC nominal input with wide 10–18 VDC range: Compatible with high‑voltage alternators found in many vehicle chassis for flexible installation.
• Ignition control: Turns the inverter on/off via a 12 VDC signal, minimizing battery drain when the ignition key is off.
• Built‑in 30 A AC transfer relay: Senses external AC power (shore or generator) and transfers the load from the inverter to incoming power, with automatic invert/charge mode switching.
• Wide operating voltage and safety ranges: Operating 85–140 VAC with safe non‑operating voltage up to 240 VAC for added protection and compatibility.
• Easy installation: Large wiring bay and quick‑connect AC IN/OUT terminals for fast, simple wiring; compact 15.4" x 10.8" x 4.0" footprint for tight spaces.
• Operates across a broad temperature range: Full output from -4°F to 104°F (-20 to 60°C), with derating above 104°F to maintain reliability.
• Efficient performance: Peak efficiency around 91% and full‑load efficiency ≥85%, delivering power with minimal loss.
• What’s in the box: Freedom X unit, plastic bushings for large DC cables, pre‑installed ground lug, documentation.

This inverter helps you run essential devices with confidence by delivering clean, stable power, automatic power transfer when shore or generator power is available, and practical installation features for RVs, boats, and off‑grid setups. Its rugged, compact design supports reliable operation in diverse environments while conserving battery energy for longer trips.