Air Movement Package

Removable fan guard—welded heavy gauge rods. Hot dip galvanized after fabrication. Eased inlet fan cylinder—assures full area, low turbulent airflow through the cylinder. High-efficiency fan—aluminum alloy. Adjustable pitch blades. Low noise models available TEAO Fan Motor—specially insulated for cooling tower duty.

Marley Airfoil Fan

Water Distribution System

Gravity flow distribution system—easy, nonrestrictive, online maintenance. Basin covers are standard. Marley Spiral Target polypropylene nozzles. Easy maintenance and reduced clogging.

Marley MX thermoformed PVC film fill—suspended from structural steel tubing. Integral eliminators and louvers keep circulating water confined to fill, even at low air rates.

Heavy-duty cast iron inlet and outlet flanges.

Sloping collection basin for ease of cleaning.

Marley High-Efficiency MX Film-Fill

Structure

Marley “Spiral Target” Nozzle

Crossflow configuration—easier and safer to maintain. Interior walkway is standard.

FRP and hot dip galvanized steel construction. Stainless steel option available.

Large access door—provides nonconfining, quick visual inspection of cold water basin, internal structure, drift eliminators and mechanical equipment in the plenum area.

Field assembled. Simplifies transportation to job-site.

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SPX Cooling Technologies Marley NC Fiberglass manual Air Movement Package, Water Distribution System, Structure

Marley NC Fiberglass specifications

SPX Cooling Technologies stands out in the cooling industry with its Marley NC Fiberglass cooling towers, known for their innovative design and impressive performance. These cooling towers are engineered for reliability, efficiency, and longevity, making them a top choice for various applications in industries like power generation, chemical processing, and manufacturing.

One of the main features of the Marley NC Fiberglass cooling tower is its durable construction. The fiberglass-reinforced plastic (FRP) material used in the tower offers significant advantages over traditional materials. It is lightweight yet incredibly strong, providing resistance to corrosion, a common issue in many cooling environments. This feature extends the lifespan of the cooling tower and reduces maintenance costs.

Another notable characteristic of the Marley NC design is its advanced air inlet and water distribution systems. The engineered air inlets enhance airflow efficiency, optimizing the cooling process while minimizing energy consumption. The water distribution system ensures uniform water distribution across the fill media, allowing for effective heat exchange. This design minimizes the risk of dry spots and maximizes the cooling effectiveness of the tower.

The Marley NC Fiberglass series also incorporates advanced fill technology. The counterflow fill structure enhances heat transfer efficiency, ensuring that the water is properly cooled before being recirculated back into the system. This feature contributes to the overall performance of the cooling tower, making it one of the most efficient designs on the market.

Incorporating modern technologies, the Marley NC towers offer quiet operation, an essential factor for urban and residential installations. Noise reduction features include sound attenuating designs and vibration isolation, which significantly reduce operational noise levels.

The versatility of the Marley NC Fiberglass cooling towers is another advantage. They are available in a range of sizes and configurations, allowing for easy integration into various systems and setups. Their scalability makes them suitable for both small and large applications.

In summary, SPX Cooling Technologies' Marley NC Fiberglass cooling towers exemplify cutting-edge design and engineering. With their robust construction, efficient air and water management systems, advanced fill technology, noise reduction capabilities, and versatile configurations, they provide an excellent solution for cooling needs across diverse industries. Their commitment to quality and innovation ensures enduring performance and customer satisfaction across different environments.