The 48V to 24V DCDC Buck Converter provides a reliable way to derive a 24V rail from higher voltage sources with a wide input range of 30 to 60V DC and an output current capability up to 8A. This module is designed to power 24V loads from 3060V sources in industrial, automotive, and renewable energy applications, delivering a stable 24V supply for controllers, sensors, and peripheral devices. Key benefits Wide input tolerance: Accepts 3060V DC, enabling use with 48V battery systems, DC power supplies, and other voltage sources. Regulated 24V output: Delivers up to 8A to support a range of 24V devices with a stable voltage given the input range. Compact and installable: Designed in a compact enclosure for flexible integration into control panels, equipment racks, or portable assemblies. Simple integration: Straightforward wiring with clearly identified input and output connections for quick deployment. Efficient operation: Engineered for efficient conversion to minimize heat generation and energy waste in compact power applications. Key attributes Functionality: DCDC buck converter that steps down from 3060V DC to a fixed 24V DC output with a maximum current of 8A. Compatibility: Suitable for powering 24V loads from 3060V sources, including 48V battery systems and various DC power supplies. Size and enclosure: Compact form factor optimized for mounting in control cabinets and equipment enclosures. Material and construction: Robust enclosure designed for durable use in typical electrical environments. Performance: Provides a regulated 24V output capable of delivering up to 8A continuous current from the specified input range. Use cases and applications Industrial automation: Power 24V sensors, controllers, and actuators from a 48V or higher DC supply in a control cabinet, reducing the need for multiple voltage sources. Automotive and EV subsystems: Supply 24V peripherals such as CAN nodes, controllers, and lighting from a 48V vehicle battery or DC supply. Renewable energy and offgrid systems: Feed 24V devices, controllers, or charging circuits from a higher voltage source such as a solar or battery setup within the 3060V range. This product provides a straightforward, dependable solution for obtaining a stable 24V rail from higher voltage DC sources, with a compact design suitable for integration into a wide range of equipment and installations.