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Quotes - Engineering - Sales12 Volt and 24 Volt Aftercoolers
12V and 24V aftercoolers are designed to cool compressed air in systems powered by low-voltage DC sources, commonly used in mobile or off-grid applications. These aftercoolers rapidly reduce air temperatures from 200°F or higher to within 10-20°F of ambient, condensing moisture for removal. This process delivers drier, cleaner air, protecting equipment and enhancing performance in applications such as construction, agriculture, and mobile service operations.
- Enhanced Equipment Longevity: Cools compressed air to reduce thermal stress on system components, extending the life of mobile compressors.
- Superior Air Quality: Removes moisture from compressed air, ensuring clean, dry air for sensitive mobile applications.
- Improved Efficiency: Lowers air temperature to optimize performance and reduce energy consumption in 12V and 24V systems.
DC Series Aftercoolers
Mobile Cooling
- Ambient Air Cooling
- 12V and 24V Motor Options
- Pressures Up to 250 PSI
DCS Series Aftercoolers
Mobile Cooling
- Ambient Air Cooling
- 12V and 24V Motor Options
- Pressures Up to 250 PSI
The moisture reduction provided by 12V and 24V aftercoolers is transformative for mobile applications. Industries like construction, agriculture, and mobile repair services often rely on compressed air for tools, sprayers, or equipment, where excess moisture can cause corrosion, damage finishes, or contaminate products. By removing water vapor, these aftercoolers ensure air quality, reducing equipment wear and maintenance needs. While additional dryers may be used for ultra-dry air, aftercoolers significantly reduce the drying load, improving efficiency and extending dryer lifespan.
These aftercoolers also protect the compressor system itself. In mobile setups, compressors are paired with piping, filters, and tools, all of which can be damaged by hot, moist air. By cooling air and removing moisture early, 12V and 24V aftercoolers prevent corrosion and clogging, reducing maintenance costs and downtime in remote operations.
In mobile environments, energy efficiency is critical. Hot compressed air can reduce the performance of pneumatic tools and increase compressor strain. 12V and 24V aftercoolers deliver cooler, denser air, optimizing tool performance and reducing energy consumption, making them ideal for battery-powered or low-voltage systems.
