The 36V to 24V DCDC Buck Converter Module provides a reliable way to derive a fixed 24V supply from higher voltage DC sources. It accepts a 30V to 60V input and delivers up to 3A of output current, making it suitable for powering 24V loads from a variety of higher voltage systems. Key benefits Simple voltage stepdown: converts a 3060V DC input to a fixed 24V DC output, enabling safe operation of 24V devices directly from higher voltage sources. Up to 3A continuous current: designed to support moderate 24V loads while preserving performance from a DC power rail. Easy integration: a modulebased format that can be incorporated into existing 3060V DC power architectures with minimal wiring. Key attributes Type: DCDC buck converter module Input voltage range: 30V to 60V DC Output voltage: fixed 24V DC Maximum output current: 3A Application scope: suitable for powering 24V devices from higher voltage sources in controlled DC systems Compatibility and use considerations Compatible with systems and devices that operate at 24V and have access to a higher voltage DC source within the 3060V range. Ideal for projects where a stable 24V supply is required from a single highervoltage rail, such as industrial, automation, or DIY electronics setups. Ensure input source can supply the required current and that the load does not exceed 3A to maintain reliable operation. Applications Industrial automation: power 24V actuators, sensors, or controllers from a 48V or other highervoltage DC bus. Robotic and automation projects: provide a regulated 24V supply for logic boards, motor drivers, or peripheral modules from a higher voltage supply. Renewable or vehicle systems: derive 24V power for devices from solar arrays, battery banks, or other voltage DC sources within the specified input range. Notes This module is designed for fixed 24V output with a 3A maximum current. Verify load current requirements and input supply capability prior to integration. Proper wiring and secure mounting are recommended to ensure stable operation and to manage any heat generated during operation.