Marley NX Crossflow Cooling Tower
Availability: APAC (Asia/Pacific)
GPM Range: 440- 1369
CTI Certified
121-788 tons per cell
Non-corrosive fiberglass
Certified low sound fans standard on all models
The Marley NX is a fiberglass cooling tower designed specifically for expanding markets and optimized for smaller tonnage applications.
Description
Marley NX Fiberglass cooling towers are fiberglass with galvanized steel sub-structure, field-erected, crossflow fill, designed to serve air conditioning and refrigeration systems as well as light to medium industrial process loads on clean water. It has been designed specifically for sound control and tonnage density and incorporates field-proven, industrial-quality components.
Vibration-Resistant Design
Decades of design and manufacturing experience allow Marley to engineer a sturdy, robust structure while minimizing operational vibration levels that could adversely impact efficiency and stability.
Long-Life Construction
Corrosion-resistant materials such as hot-dip galvanized steel and fiberglass ensure your NX cooling tower meets the high-demand needs of your HVAC and light industrial applications — plus outstanding value!
Certified Performance
Offering exceptional thermal performance, the NX cooling tower is certified by CTI (Cooling Technologies Institute). And since it’s a Marley, you can be confident it will provide you with years of reliable service.
Low Operating Cost
Thanks to Marley high-efficiency fill and fans, gravity-flow water distribution and active spray nozzles, and precision drive systems, the NX cooling tower offers maximized cooling with minimized power consumption.
All-Climate Flexibility
From blistering heat to icy cold and everything in between, the NX cooling tower is designed to meet the rigorous, changing, and varied climates of global markets, while providing simple maintenance.
Quiet by Design
All standard NX cooling towers are equipped with low sound fans. This in combination with zero-splash crossflow film-fill results in a line of cooling towers capable of meeting most noise limitations.
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