Closed Circuit Cooling Tower
FCQ Series
The FCQ series features square-shaped coolers, ready to operate with any type of water, whether from wells, rain, rivers, or reuse, without compromising the distribution system.
It also incorporates AP Technology, which refers to high-performance equipment designs that are more compact, with lower water and energy consumption, without interfering with cooling capacity, ensuring maximum productivity and performance.
It also incorporates AP Technology, which refers to high-performance equipment designs that are more compact, with lower water and energy consumption, without interfering with cooling capacity, ensuring maximum productivity and performance.



Options
- Frequency inverter drive.
- Ladder with or without platform.
- Stainless steel metal structure.
- Body, reservoir, and filling made of self-extinguishing material.
Advantages
- Cooling capacity of up to 500 m³/h.
- Operating pressure up to 7.5 bar (higher pressures available upon request).
- Coils made of stainless steel, galvanized carbon steel, or copper.
- Direct drive or via pulleys and belts.
- Compact and self-supporting body and reservoir, constructed from PRFV (fiberglass reinforced plastic) with UV protection. AP
- Fixed water distribution system with self-cleaning sprinkler nozzles made from polypropylene.
- Polypropylene drop eliminator.
- Splash-proof louvers.
- Galvanized steel carbon metal structure.
- Internal pipes made of polypropylene or PVC.
- Inlet and outlet connections via flanges or threaded connections.
- Latest-generation, high-performance fan blades made of fiberglass-reinforced polypropylene and aluminum hub. AP
- Electric motor with energy efficiency compliant with regulations. AP
- Excellent thermal performance. AP
- Standard and reduced noise levels.
- Inspection door with easy access to components for inspection and maintenance.
- 100% national manufacturing.
Applications
- Contamination-free cooling.
- All types of industries and air conditioning systems or applications where contamination of the fluid to be cooled cannot occur.