Fin Fan Cooler
A fin fan cooler is a part of an air-cooled heat exchanger, that uses air to cool a fluid (liquid or gas). The liquid or gas runs through the tube while air is blown over the fins by a fan. It is used in any applications where huge quantities of heat are transferred. This includes oil and gas, power generation, HVAC systems, and the chemical and petrochemical industry.
United Cooling Systems designs and manufactures fin fan coolers for cooling various oils such as hydraulic oil, lube oil, etc. We offer various types of fins, such as 'L' type Wrap-On Fins, 'G' type Embedded Fins, Bi-metallic Extruded Fins, etc. Other than finned tubes and headers, axial flow fans and drives, etc., are used as per the cooler requirement.
Product Specifications
| Feature / Specification | Details |
|---|---|
| Product Name | Fin Fan Cooler |
| Brand | United Cooling Systems |
| Type | Air-Cooled Heat Exchanger |
| Draft Type | Forced Draft / Induced Draft |
| Fin Type | ‘L’ Type Wrap-On Fins, ‘G’ Type Embedded Fins |
| Fan Drive | Belt Driven / Direct Drive / Electric Motor |
| Fan Material | Aluminum / Epoxy-Coated Steel |
| Fin Fan Cooler Parts | Finned Tubes, Fans & Motors, Plenum, Headers |
| Motor Rating | 1 HP – 50 HP (as per size & capacity) |
| Fan Configuration | Horizontal / Vertical (Customized) |
| Temperature Control | Auto Variable-Speed Fans / Air Recirculation |
| Corrosion Protection | Epoxy Coating / Galvanized / Powder Coating |
| Noise Level | ≤ 85 dB (Application Dependent) |
| Installation | Outdoor / Indoor |
| Surface Treatment | Shot Blasted + Paint / Weather-Resistant Coating |
| Certifications | ASME / TEMA / ISO |
| Optional Accessories | Vibration Isolators, Temperature Sensors, Dampers |
FIN FAN COOLER WORKING PRINCIPLE
The working principle of the fin fan cooler is that the hot water or lube oil runs through a bundle of tubes while fans blow air across the tube bundle, removing heat via forced convection, effectively cooling or condensing the fluids inside the tubes. The fins increase the heat exchanger's surface area, allowing for more efficient heat transfer.Operational Details
- Fluid Flow: Liquid, gas, or chemical enters a bundle of tubes, where heat moves through the tube to the external fins.
- Airflow Methods: Fans either force air upward (forced draft) or pull it upward (induced draft) across the tubes.
- Heat Transfer: The large surface area of the fins enables high-efficiency heat spreading into the surrounding air.
- Components: Key parts include the bundle of finned tubes, electric fans/motors, supporting structure, and plenums to direct airflow.
APPLICATIONS AND BENEFITS
- Industries: Fin Fan coolers are used in oil & gas, refining, petrochemical, and power generation for cooling processes.
- Advantages: low maintenance costs, no water, and applicability for hot environments.
- Optimization: It controls the flow of energy and is often used to manage energy consumption based on real-time cooling needs.
OUR CERTIFICATIONS
Our Fin Fan Coolers are designed and manufactured in compliance with internationally recognized quality, safety, and performance standards to ensure reliable operation in demanding industrial environments.Certifications & Standards:
ASME – Pressure Vessel & Heat Exchanger Standards
API 661 – Air-Cooled Heat ExchangersISO 9001:2015 – Quality Management System
ISO 14001 – Environmental ManagementCE Certification – European Safety Compliance
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