YAXIGE DC 12V to 24V Boost Converter — 240W, 10A, Waterproof Step-Up Module

Efficient 12V to 24V Power for Demanding Modules

The YAXIGE DC 12V to 24V boost converter is a compact, rugged module designed to deliver a steady 24V rail from a typical 12V source. Built with an aluminum shell and a silicone seal, this unit emphasizes reliability in real-world environments where moisture, dust, and vibration can challenge electronics.

Designed to maximize energy transfer, it offers high efficiency up to 97% and can supply up to 240 watts when the load allows. The device supports an input range of 10–16V (12V recommended), making it a versatile candidate for projects that rely on a 24V supply derived from common 12V batteries or power packs.

Key specifications

• Input voltage range: DC 10–16V (recommended 12V)
• Output voltage: 24V fixed; max current 10A; max power 240W
• High efficiency: up to 97% conversion
• Protection: overload, overcurrent, overtemperature, short circuit, and overvoltage

Durability and protection

• Aluminum shell with silicone seal for waterproof, shockproof, moisture-proof, and dustproof protection
• Organic silicone sealing enhances environmental sealing and resilience against vibration

Usage notes and practical tips

Important: ensure the input supply can provide more current than the load requires. For example, a 24V load of 3A benefits from at least 6A input. If your equipment needs more current, consider a higher-capacity converter.

When integrating this module, verify the battery or power source capabilities and monitor total current draw. The booster tends to perform best with input headroom, reducing the chance of performance drop under heavier loads.

Why choose YAXIGE for 24V projects

YAXIGE combines sturdy construction with reliable electrical performance. The durable enclosure and protective features help guard against harsh environments, while the high efficiency minimizes heat buildup and energy loss. This makes the module suitable for long-term operation in automation, robotics, and industrial setups where a stable 24V supply is beneficial.

Common applications

• Robotics, CNC equipment, and automation systems
• Motors, pumps, and printers operating at 24V
• Other 24V electronic loads requiring a steady voltage rail

Notes on installation and care

Mount the unit in a well-ventilated area and avoid direct exposure to extreme elements when possible. Regularly check connections for tightness and signs of wear to maintain reliability over time.