60V to 24V DCDC Buck Converter Module converts higher voltage DC sources into a stable 24V output with a maximum current of 3A. The module accepts a wide input range of 20V to 72V DC and delivers a fixed 24V DC output suitable for 24V devices and systems. Key benefits Wide input tolerance: accepts 20V to 72V DC, enabling use with various voltage sources such as industrial rails, telecom power, or solar/battery systems. Stable 24V output: provides a dedicated 24V DC rail for devices that require a fixed 24V supply. Simple integration: compact module design intended for straightforward inclusion in control panels, enclosures, and existing power architectures. Reliable stepdown conversion: uses a buck topology to efficiently reduce voltage from a higher DC source to 24V for compatible loads. Predictable current capability: supports up to 3A of continuous output current, enabling compatibility with a range of 24V peripherals and modules. Key attributes Functionality: DCDC buck converter module, stepdown from voltage input to a fixed 24V output. Input: 20V to 72V DC. Output: 24V DC, up to 3A. Output type: Fixed 24V rail suitable for devices and systems that require a 24V supply. Form factor: Modulebased design intended for easy integration into existing power circuits and equipment. Model and specs: 60V to 24V DCDC Buck Converter Module with 20V–72V input range and 3A output. Use cases and applications Industrial automation and control panels: power 24V sensors, actuators, and PLC I/O from a higher voltage DC supply such as 48V or 60V rails. Telecommunication and data equipment: derive a stable 24V power rail from a higher voltage DC bus to feed 24V peripherals and equipment. Automotive, solar, and gridtied projects: supply 24V devices in systems that utilize higher voltage sources, including 48V or 60V DC power architectures, or solar battery arrays. Notes This description reflects the product's stated input range (20V–72V), fixed 24V output, and 3A maximum output. No additional features or specifications beyond the stated model and capabilities are assumed. Suitable for applications requiring a dedicated 24V rail derived from higher voltage DC sources, with a modulebased form factor designed for straightforward integration.