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Quotes - Engineering - SalesAir-Cooled Air-Motor Driven Aftercoolers
Air-cooled air-motor driven aftercoolers are designed to cool compressed air in systems powered by air motors, commonly used in remote or hazardous environments where electrical power is unavailable or unsafe. These aftercoolers efficiently lower air temperatures from 200°F or higher to within 10-20°F of ambient, condensing moisture for removal. This process delivers cleaner, drier air, protecting equipment and optimizing performance in applications such as mining, oil and gas exploration, and mobile construction operations.
- Extended System Longevity: Cools compressed air to reduce thermal stress on components, prolonging the lifespan of compressors and tools in harsh environments.
- Improved Air Quality: Removes moisture from compressed air, ensuring clean, dry air for critical remote and hazardous applications.
- Optimized Performance: Lowers air temperature to enhance system efficiency and reliability in air-motor driven setups.
CC Series (Air Motor)
Compressor Cooling
- Ambient Air Cooling
- Air-Motor Driven Operation
- Pressures Up to 250 PSI
AHP Series (Air Motor)
Compressor Cooling
- Brazed Aluminum Core/ Bar & Plate
- High Performance
- High Flows: 400-3,500 CFM
AHPH Series (Air Motor)
Compressor Cooling
- Brazed Aluminum Core/ Bar & Plate
- High Performance
- High Flows: 400-3,500 CFM
The moisture reduction achieved by air-cooled air-motor driven aftercoolers is vital for remote and hazardous applications. Industries such as mining, oil and gas, and construction rely on compressed air for tools, drilling, and equipment operation, where excess moisture can corrode components, damage equipment, or disrupt processes. By removing water vapor, these aftercoolers ensure high-quality air, reducing maintenance needs and equipment wear. While additional dryers may be used for ultra-dry air, aftercoolers significantly lessen the drying load, improving efficiency and extending dryer lifespan.
These aftercoolers also protect the compressor system itself. In air-motor driven setups, compressors are often paired with piping, filters, and tools, all vulnerable to hot, moist air. By cooling air and removing moisture early, air-cooled air-motor driven aftercoolers prevent corrosion and clogging, minimizing maintenance costs and downtime in challenging environments.
Operational reliability is critical in remote or hazardous locations where electrical power is unavailable. Hot compressed air can reduce equipment performance and increase system strain. Air-cooled air-motor driven aftercoolers deliver cooler, denser air, optimizing tool and equipment performance while maintaining system reliability, making them ideal for air-motor driven compressed air systems.
