FNYUVNFAF 60V to 24V DCDC Stepdown Modul Converter is a constant voltage power converter designed to provide a stable 24V output from a DC input in the 30V to 72V range. The unit is intended to power 24V devices from highervoltage sources, including 60V systems, with a continuous output current up to 10A. Key benefits Reliable 24V output from highervoltage sources: Enables safe, stable operation of 24V devices when a 30–72V supply is available. Constant voltage for sensitive electronics: Maintains a steady 24V output to protect connected components from voltage fluctuations. current capability: Supports up to 10A output to power multiple devices or higherdemand 24V loads. Simple module form factor: A compact DCDC buck converter designed for integration into existing 60V or highervoltage systems. Brand and model clarity: Identified as FNYUVNFAF, with a clear 60V to 24V conversion specification. Key specifications and attributes Model: FNYUVNFAF Function: DCDC stepdown (buck) converter module Input voltage range: 30V to 72V DC Output voltage: 24V DC (constant voltage) Maximum output current: 10A Output type: Constant voltage power converter Conversion direction: 60V to 24V setup capability within the specified input range Package: Module converter suitable for integration into DC supply architectures Performance focus: Designed to deliver a stable 24V rail from highervoltage sources Functionality and compatibility Converts highervoltage DC to a fixed 24V output for 24V devices and systems. Compatible with 60V systems and other sources within the 30–72V input range. Suitable for use in automotive, industrial, solar, and automation environments where a 24V supply is required from a highervoltage DC bus. Provides a straightforward path to power 24V sensors, controllers, drives, LEDs, and other 24V loads from a single highervoltage DC source. Size, build, and materials Modulebased DCDC converter designed for integration into existing assemblies. The description references a compact module form factor suitable for mounting within electrical enclosures or on control panels. (Specific dimensions and enclosure materials are not provided in the available specifications.) Performance notes Delivers up to 10A continuous current at 24V, drawn from a DC input in the 30–72V range. Designed to maintain a steady 24V output across its operating range for reliable operation of connected devices. Users should ensure proper wiring polarity and adequate ventilation to maintain performance and safety. Two to three practical use cases Case 1: Powering 24V LED lighting from a 48V or 60V DC supply A 60V battery or DC bus powers a 24V LED lighting array through the converter, eliminating the need for multiple voltage rails and reducing wiring complexity. Case 2: Supplying 24V automation sensors and controllers from a highervoltage DC bus Industrial controllers and sensors that require a stable 24V feed can be powered from a 60V or other DC bus, with the converter ensuring consistent performance despite voltage fluctuations on the input side. Case 3: Feeding a 24V motor driver or servo drive from a highervoltage source A 24V compliant motor driver receives a steady 24V supply from a 30–72V source, enabling reliable motor control in robotics or machinery applications. Installation and usage considerations Connect input terminals to a DC source within the 30–72V range, observing correct polarity. Connect the 24V output to the 24V load, ensuring the load current does not exceed 10A. Provide adequate ventilation around the module to prevent overheating during operation. Use proper wiring practices to minimize voltage drop and ensure safe operation. In summary The FNYUVNFAF 60V to 24V DCDC Stepdown Modul Converter delivers a stable 24V output from a 30–72V DC input, with a rated 10A maximum, as a constant voltage power converter. Its module form factor and specified input/output characteristics make it suitable for powering 24V devices in automotive, industrial, and solar or automation environments, particularly where a 60V–60Vlike supply needs to be converted to a reliable 24V rail.