Samlex Evolution™ F Series 1200W, 120V Pure Sine Wave Inverter/Charger w/24V Input & 40 Amp Charger w/Hard Wiring

The Samlex Evolution™ F Series 1200W, 120V Pure Sine Wave Inverter/Charger w/24V Input & 40 Amp Charger w/Hard Wiring serves as a critical power hub for heavy-duty vehicle builds and off-grid mobile applications. Designed to convert 24V DC battery power into clean 120V AC electricity, this unit is essential for operators running sensitive electronics or power tools in the field. By integrating an advanced multi-stage battery charger with a high-performance inverter, it simplifies complex electrical systems while ensuring consistent energy delivery. This hardware is built for those who require a reliable, professional-grade solution for remote power management in demanding automotive environments.

At its core, the system utilizes pure sine wave technology to replicate the quality of utility-grade power, preventing interference and damage to modern electronic components. The integrated 40-amp charger features six programmable charging profiles, allowing users to choose between 2, 3, or 4-stage cycles including a dedicated equalization phase. This flexibility ensures compatibility with diverse battery chemistries, specifically modern Lead Acid and Lithium-ion configurations. The hard-wired design provides a secure, permanent connection that withstands the constant vibrations and thermal stresses common in professional vehicle installations.

Engineers and mechanics will find this unit particularly effective in 24V vehicle platforms, such as heavy-duty service trucks, overland rigs, and specialized emergency vehicles. The 1200W continuous output provides ample headroom for running diagnostic equipment, mobile workstations, or small appliances without straining the vehicle's electrical architecture. Because it handles both charging and inverting, it reduces the overall footprint of the power system, making it an ideal choice for space-constrained interior compartments. Proper hard-wired installation ensures a seamless transition between shore power and battery power for uninterrupted operation during critical field assignments.