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Quotes - Engineering - SalesAir-Cooled Three Phase Aftercoolers
Air-cooled three phase aftercoolers are engineered to cool compressed air in systems powered by three-phase electrical sources, commonly used in high-capacity industrial environments. These aftercoolers effectively reduce 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 large-scale manufacturing, chemical processing, and heavy-duty industrial operations.
- Prolonged Equipment Durability: Cools compressed air to reduce thermal stress on system components, extending the lifespan of industrial compressors and machinery.
- Superior Air Quality: Removes moisture from compressed air, ensuring clean, dry air for critical industrial processes.
- Enhanced System Efficiency: Lowers air temperature to boost performance and minimize energy consumption in three-phase industrial systems.
Air-Cooled Compressed Air Heat Exchangers
AHP Series:
Air-Cooled Aftercooler
- Brazed Aluminum Core/ Bar & Plate
- High Performance
- High Flows: 400-3,500 CFM
AHPH Series:
Air-Cooled Aftercooler
- Brazed Aluminum Core/ Bar & Plate
- High Performance
- High Flows: 400-3,500 CFM
AOL Series:
Air-Cooled Aftercooler
- Brazed Aluminum Core/ Bar & Plate
- Full Line of Sizes & Features
- High Flows: 400-3,500 CFM
AA Series:
Air-Cooled Aftercooler
- Full Line of Sizes & Features
- Energy Efficienct
- Medium Flows 80-300 CFM
CC Series:
Air-Cooled Aftercooler
- Full Line of Sizes & Features
- Energy Efficienct
- Medium Flows 80-300 CFM
ACOC Series:
Air-Cooled Aftercooler
- Combination Welded Cores (Air/Oil)
- Vertical Air Flow / Compact Design
- Excellent for Field Conversions
UPA Series:
Air-Cooled Aftercooler
- Full Line of Sizes and Features
- High Performance
- High Flows 400-3,500 CFM
HiRoss Aftercoolers
Air-Cooled Aftercooler
- Energy Efficient
- Full Line of Sizes & Features
- Rigid and Durable Air In/Out Conn.
IPAC Aftercoolers
Industrial Applications
- Heavy Duty, Compact Design
- Low Energy Cost
- Rigid and Durable Air In/Out Conn.
The moisture reduction provided by air-cooled three phase aftercoolers is pivotal for large-scale industrial applications. Industries such as manufacturing, chemical processing, and heavy-duty operations depend on compressed air for machinery, tools, and processes, where excess moisture can corrode equipment, degrade product quality, or disrupt operations. By removing water vapor, these aftercoolers ensure superior air quality, reducing maintenance needs and equipment wear. While additional dryers may be required 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 three-phase industrial setups, compressors are integrated with extensive piping, filters, and machinery, all susceptible to damage from hot, moist air. By cooling air and removing moisture early, air-cooled three phase aftercoolers prevent corrosion and clogging, minimizing maintenance costs and downtime in high-capacity operations.
Energy efficiency is a key priority in three-phase systems, where high power demands are common. Hot compressed air can reduce equipment performance and increase compressor strain. Air-cooled three phase aftercoolers deliver cooler, denser air, optimizing machinery performance and reducing energy consumption, making them ideal for large-scale industrial environments.
