Havis IT12-3000-01 Vanner IT Series Pure Sine Wave Power Inverter 12VDC 3000W

The Havis IT12-3000-01 is a Vanner IT Series industrial-grade DC-to-AC pure sine wave power inverter engineered for demanding in-vehicle applications. Designed with advanced power electronics and microprocessor technology, it delivers reliable, clean AC power to operate even the most sensitive electronic equipment in extreme environments.

At the heart of this inverter is TruWave technology, which produces a true pure sine wave AC output — the same quality of power supplied by the utility grid — ensuring safe, stable operation of precision electronics, medical devices, and sensitive computing equipment.

Key Features:

• 3000W continuous output with 6000W surge capacity for up to 3 seconds to handle demanding startup loads
• 12V DC input with a wide input range of 10.5Vdc to 16.6Vdc, compatible with all OEM multi-voltage and multi-mode alternators
• 90%–93% efficiency rating for extended engine-off battery run time and reduced battery discharge
• Voltage regulation ±5% and waveform regulation of less than 4% THD for clean, stable power
• Two AC outlets with 25A continuous output current
• Remote on/off capable for flexible installation and operation
• Operating temperature range of -40°F to 105°F (-40°C to 40°C) for reliable performance in any climate
• Comprehensive protection including short circuit, reverse polarity, low battery warning, low battery shutdown, over-temperature shutdown, overload, and load demand protection
• Multi-configurable mounting brackets for straightforward installation in a variety of vehicle configurations
• White painted aluminum body for durability and heat dissipation
• UL 458 Certified and FCC Class B compliant for safety and electromagnetic compatibility
• 4-year warranty when installed with a Havis/Vanner approved installation harness

The IT12-3000-01 is purpose-built for first responders, utility fleet vehicles, and professional mobile workforces that depend on consistent, high-quality AC power in the field.