Air-Cooled Oil Coolers for Compressors

Compressor oil cooling is essential for maintaining optimal operating temperatures in air compressors, reducing wear, and extending equipment life. Our air-cooled oil coolers, available through AirCooledAftercoolers.com, are designed for industries such as construction, manufacturing, and automotive, providing efficient heat dissipation without water-based systems.

  • Optimized Performance: Cools compressor oil to maintain viscosity, reducing friction and wear in rotary screw and piston compressors.
  • Durable Construction: Made with aluminum or stainless steel for corrosion resistance and reliability in harsh industrial environments.
  • Water-Free Cooling: Fan-driven air cooling eliminates the need for water, lowering maintenance and operational costs in water-scarce settings.
  • Broad Capacity Range: Supports compressors with oil flow rates from 5 to 500 GPM, suitable for small workshops to large industrial systems.
  • Versatile Applications: Ideal for construction equipment, automotive repair, and manufacturing processes requiring consistent compressor performance.
  • Customizable Options: Available with AC or DC power, NPT or SAE connections, and ASME-compliant designs for tailored integration.
Standard Oil Coolers:
Compressor Applications
  • High-Efficiency Fins
  • Compact Designs
  • Flow Rates: 5-500 GPM
Standard Air-Cooled Oil Cooler
Custom Oil Coolers:
Compressor Applications
  • Tailored Cooling Capacities
  • Corrosion-Resistant Materials
  • Custom Fittings & Mounts
Custom Air-Cooled Oil Cooler

Compressor Oil Cooling

Compressor oil cooling is critical for maintaining the performance and longevity of air compressors, particularly in rotary screw and piston models. By cooling the lubricating oil, air-cooled oil coolers prevent overheating, reduce wear, and ensure efficient operation in applications ranging from construction equipment to manufacturing processes.

Why Use Air-Cooled Oil Coolers

Air-cooled oil coolers dissipate heat from compressor oil using high-efficiency fans, maintaining optimal viscosity and reducing friction in high-duty systems. Constructed with durable aluminum or stainless steel, they handle oil flow rates from 5 to 500 GPM and pressures up to 300 PSI. Their water-free design eliminates the need for water treatment, lowering maintenance costs and making them ideal for mobile or water-scarce environments. These coolers ensure consistent performance and protect compressor components from thermal stress.

Applications and Features

These oil coolers serve compressors in automotive repair, small workshops, heavy machinery, and industrial manufacturing. Key features include compact heat exchanger designs, low-pressure drop configurations, and customizable options like AC or DC power, NPT or SAE connections, and ASME-compliant construction. Optional accessories, such as oil filters and temperature gauges, enhance performance for critical applications, ensuring reliability and compliance with industry standards.

Common FAQs

Compressor oil cooling uses heat exchangers to cool lubricating oil in air compressors, maintaining viscosity and preventing overheating. This reduces wear, enhances efficiency, and extends equipment life in applications like manufacturing, construction, and automotive repair.

Air-cooled oil coolers eliminate water requirements, reducing maintenance and costs. They provide efficient cooling, handle oil flow rates from 5-500 GPM, and are ideal for mobile or water-scarce environments, ensuring reliable compressor performance in diverse applications.

Key features include high-efficiency fins, low-pressure drop designs, and durable materials like aluminum or stainless steel. Ensure compatibility with oil flow rates (5-500 GPM), customizable fittings (NPT, SAE), and optional filters or gauges for critical compressor applications.

Oil coolers cool compressor lubricating oil to maintain viscosity and protect internal components, while aftercoolers cool compressed air to remove moisture. Oil coolers focus on system efficiency, and aftercoolers ensure air quality for downstream use.

Maintenance includes monthly cleaning of fins to remove dust, inspecting fan motors, and checking oil connections for leaks. Annual thermal performance tests ensure efficiency. Regular oil filter checks maintain cooling performance and compressor reliability.

Quote Request Form:

Questions?

1-805-484-2992

Quotes - Engineering - Sales