The 72V to 24V DCDC Stepdown Modul Converter is a constant voltage power converter that steps down higher DC voltage to a stable 24V output. With an input range of 30V to 90V and a maximum output of 15A, this module provides a reliable 24V supply for a variety of load conditions. Key Benefits Delivers a regulated 24V output from a wide DC input range, enabling consistent performance for 24V devices without multiple regulators. Wide input range (30V to 90V) accommodates common DC sources such as 72V battery systems, solar arrays, or other voltage DC networks. Constant voltage output helps protect connected equipment from voltage fluctuations and spikes. Module design supports straightforward integration into power distribution panels, control cabinets, or vehicle and marine installations. current capability up to 15A supports mid load devices such as controllers, sensors, small motors, LED arrays, and telecom equipment. Key Attributes Functionality: DCDC stepdown module with constant voltage 24V output. Input range: 30V to 90V DC. Output: 24V DC, up to 15A. Type: Module converter designed to provide regulated 24V to connected loads. Compatibility: Suitable for devices and systems that require a stable 24V supply from higher voltage sources in industrial, telecom, automotive, and related applications. Size and materials: Dimensions and casing material are not specified in the product title. Performance: Provides a constant voltage output appropriate for loads up to 15A within the stated input range. Use cases Industrial automation: Power 24V controllers, sensors, and actuators from a 72V DC power source in control panels or distributed automation networks. Telecom infrastructure: Supply 24V telecommunication equipment, racks, and line cards from a higher voltage DC supply in 30V to 90V range. Mobile and vehicle systems: Run 24V devices in commercial vehicles, boats, or remote installations from a voltage battery bank. Notes Ensure the load current does not exceed 15A and that the input remains within 30V to 90V for proper operation. Plan appropriate wiring, mounting, and cooling as part of standard installation practices for module based converters.