Samlex 360W Fully Isolated DC-DC Converter - 15A - 20-35V Input - 24V Output

The Samlex 360W Fully Isolated DC-DC Converter is purpose-built for vehicle electrical system integrations where galvanic isolation is critical—whether you're upgrading an auxiliary charging system, powering auxiliary lighting circuits, or integrating modern 24V equipment into older 12V chassis. This 15A converter bridges the gap between varied input voltages (20–35V range) and a regulated 24V output, making it ideal for dual-battery setups, truck camper installations, and custom mobile equipment where electrical noise isolation prevents damage to sensitive electronics and ground loops.

Built on Samlex America's proven industrial-grade platform, the IDC-360B-24 delivers 360 watts of clean, isolated power through transformer-based galvanic isolation—eliminating common-mode noise that can corrupt data signals in modern vehicle networks. The wide input voltage window (20–35V) accommodates the charging curve fluctuations inherent to alternators and solar systems, while internal protection circuits guard against over-current, over-temperature, and reverse polarity faults. High efficiency conversion minimizes heat dissipation, critical in engine bay and tight enclosure applications where thermal management directly impacts reliability and component lifespan.

This converter excels in heavy-duty mobile platforms—expedition vehicles, emergency response units, marine auxiliary systems, and off-road builds where maintaining clean power distribution across multiple subsystems is non-negotiable. The 24V output specification makes it compatible with industrial LED lighting arrays, modern winch control modules, and auxiliary charging systems common in commercial upfits. Installation requires proper sizing of input and output cabling (consult vehicle amperage requirements and wire gauge standards), shore-side isolation from main battery negative, and thermal clearance; professional integration is recommended for systems exceeding 200A input current or complex multi-converter configurations.