OEX Voltage Reducer 24V To 12V - Switch Mode Single Circuit - 5A (With Memory wire for Radio)

Efficient Voltage Conversion with Switch Mode Technology

The OEX Voltage Reducer 24V To 12V - Switch Mode Single Circuit - 5A (With Memory wire for Radio) is designed to deliver efficient and stable voltage conversion. Using advanced switch mode technology, this device reduces 24V input to 12V output while maintaining high efficiency and minimal heat generation. Unlike traditional linear reducers, the switch mode circuit provides a consistent 5A current, ensuring that your electronic devices perform optimally without risk of overheating or voltage drops. This makes it ideal for powering radios and other 12V devices in vehicles or machinery operating on a 24V battery system.

Built-In Memory Wire for Radio Functionality

This voltage reducer includes an integrated memory wire specifically designed for radio systems. The memory wire supports the radio’s ability to retain preset stations and settings even after powering down, offering convenience and uninterrupted user experience. This is especially valuable for commercial trucks, buses, or heavy equipment running on 24V systems where radios often lose memory without this feature. The memory wire bypasses power interruptions that would otherwise reset the radio, ensuring it immediately resumes operation at user preferences after each start-up.

Compact, Durable Design for Easy Installation

The OEX Voltage Reducer is compact and built to withstand demanding environments. Its sturdy casing protects against vibration, dust, and moisture, making it suitable for automotive or industrial use. Installation is straightforward with clear wiring instructions and terminals compatible with standard connectors. The single circuit switch mode design simplifies integration without complex setups. This voltage reducer is an ideal solution for technicians and DIY enthusiasts seeking reliable voltage conversion for 12V radios in 24V systems, combining ease of use with durability and performance.