Key benefits Converts a wide DC input (30–60 V) to a stable 24 V DC output at up to 10 A, enabling reliable power for 24 V devices from highervoltage sources. Isolation between input and output reduces groundloop problems and protects sensitive downstream electronics. Provides a simple, direct way to power 24 V loads from battery banks, vehicle electrical systems, telecom power supplies, and other 30–60 V DC sources without redesigning the power architecture. What it does and why you need it This DC isolated power converter is a dedicated voltage regulator that accepts 30–60 V DC and delivers regulated 24 V DC up to 10 A. It is designed to stabilize voltage, maintain consistent output under varying input conditions, and isolate the load from the input supply for improved safety and signal integrity. Use it when you need a reliable 24 V supply derived from a highervoltage DC bus, when isolation between circuits is required, or when standard 24 V adapters are not compatible with your input source. Key attributes Functionality: Isolated DCDC power conversion and voltage regulation from 30–60 V DC input to 24 V DC output. Compatibility: Works with any DC source within the 30–60 V range, including 48 V telecom/battery systems and common vehicle or energystorage buses in that range. Performance: Regulated 24 V output at a maximum continuous current of 10 A to support moderate to 24 V loads. Isolation: Galvanic isolation between input and output to reduce noise coupling and groundloop issues. Practical considerations: Intended for integration into equipment enclosures, control cabinets, or vehicle installations where a reliable isolated 24 V rail is needed. Provide adequate ventilation and proper wiring for the rated current. Typical applications Industrial control: Power 24 V PLCs, relays, sensors, and actuators from a 48 V battery or DC bus while keeping control circuits isolated from the main power source. Telecom and networking: Create a stable, isolated 24 V rail for monitoring equipment, interface modules, or legacy devices when the facility supply is 48 V or within the 30–60 V range. Mobile and offgrid systems: Supply 24 V loads in vehicles, boats, or solar/battery systems that use highervoltage DC buses. Ordering and integration tips Confirm your input source voltage falls within 30–60 V DC and that the combined load does not exceed 10 A continuous at 24 V. Plan for proper mounting, wiring, and ventilation to support safe operation at the rated current. Use this isolated voltage regulator where electrical isolation and a reliable 24 V output are required.