12V-4000 Watt
Pure Sine Wave Inverter
1. 4000W FLAGSHIP POWER OUTPUT – Provides 4,000 watts of continuous power and 8,000 watts of surge power, converting 12V battery power into clean 120V AC electricity for large mobile and off-grid systems.
2. BUILT FOR MULTIPLE AND HIGH-SURGE LOADS – For everyday use, keep the combined running load at or below 3,200W. Suitable for multiple mid-sized appliances and properly verified pumps, compressors, power tools, and kitchen equipment.
3. DESIGNED FOR LARGE POWER SYSTEMS – Ideal for high-demand RVs, off-grid workshops, professional service vehicles, and large-capacity battery banks. This model is not intended as a plug-and-play solution for standard vehicles or small batteries.
4. FOUR AC OUTLETS PLUS HARDWIRE OUTPUT – Includes four 120V AC outlets, a hardwire terminal block, one 30W USB-C port, one 5V/3.1A USB-A port, and a 15-ft wired remote for maximum installation flexibility.
5. REQUIRES PROFESSIONAL SYSTEM DESIGN – Includes 2-ft 1 AWG battery cables and multiple built-in protections. Full-load battery current can approach 366 amps. For a new 4,000W system, consider a 24V configuration and verify the BMS, fuse, cabling, connections, and cooling capacity before installation.
2. BUILT FOR MULTIPLE AND HIGH-SURGE LOADS – For everyday use, keep the combined running load at or below 3,200W. Suitable for multiple mid-sized appliances and properly verified pumps, compressors, power tools, and kitchen equipment.
3. DESIGNED FOR LARGE POWER SYSTEMS – Ideal for high-demand RVs, off-grid workshops, professional service vehicles, and large-capacity battery banks. This model is not intended as a plug-and-play solution for standard vehicles or small batteries.
4. FOUR AC OUTLETS PLUS HARDWIRE OUTPUT – Includes four 120V AC outlets, a hardwire terminal block, one 30W USB-C port, one 5V/3.1A USB-A port, and a 15-ft wired remote for maximum installation flexibility.
5. REQUIRES PROFESSIONAL SYSTEM DESIGN – Includes 2-ft 1 AWG battery cables and multiple built-in protections. Full-load battery current can approach 366 amps. For a new 4,000W system, consider a 24V configuration and verify the BMS, fuse, cabling, connections, and cooling capacity before installation.
