The 72V to 24V DCDC Stepdown Modul Converter provides a stable 24 V DC output from a wide input DC range of 30 to 90 V. It is designed to deliver up to 10 A of continuous current with constant voltage regulation, making it suitable for powering 24 V devices from higher voltage power rails in industrial, automotive, and renewable energy applications. Key benefits Wide input range supports various voltage sources from 30 to 90 V DC, including 72 V systems. Delivers up to 10 A continuous current to power multiple 24 V devices from a single voltage source. Constant voltage output maintains a steady 24 V regardless of input fluctuations within the specified range. Compact module form factor enables straightforward integration into control panels, equipment housings, or existing electrical assemblies. Straightforward wiring with clearly labeled input and output connections simplifies installation and maintenance. Key attributes Functionality: DCDC stepdown converter (buck) module with constant voltage output. Compatibility: Input 30–90 V DC; output 24 V DC up to 10 A; suitable for supplying 24 V devices in a variety of systems. Size / form factor: Modulestyle device intended for integration into equipment and enclosures. Material: Not specified; designed as a module for convenient incorporation into standard assemblies. Performance: Provides reliable 24 V output at up to 10 A with stable regulation across the input range. Specifications at a glance Input voltage range: 30–90 V DC Output voltage: 24 V DC Maximum output current: 10 A Regulation: Constant voltage output Type: Buck DCDC converter module Applications and use cases Industrial automation panels: Power 24 V sensors, actuators, and PLC peripherals from a 72 V DC bus or other voltage DC sources within the 30–90 V range. Automotive and vehicle systems: Supply 24 V lighting, instrumentation, and auxiliary equipment from a higher voltage DC source in 72 V class systems. Renewable energy and remote monitoring: Convert 60–90 V DC rails from solar or battery setups to a stable 24 V for auxiliary circuits, control electronics, or communication equipment.