Product Description
The Marley NX crossflow spray nozzle is a reliable solution for crossflow cooling towers, particularly designed to handle water sources containing debris that may clog smaller nozzles. With an extra-large, clog-resistant orifice, the NX 250 ensures optimal performance in splash-fill crossflow cooling towers, where clogging can lead to issues such as overflow basins and inefficient operation.
This Crossflow Cooling Tower NX Spray nozzle features a self-cleaning water deflector ring that ensures smooth water distribution, closely mimicking the distribution capabilities of smaller nozzles despite its larger size. The standard nozzle spacing for the NX 250 is 2 feet, providing even coverage throughout the cooling tower.
Made from high-impact, injection-molded black polypropylene, the Marley NX spray nozzle is designed as a single-piece assembly with no moving parts. This makes it a low-maintenance, durable option for industrial cooling tower applications where clogging is a frequent concern.
Key Features:
- Clog-resistant design: The NX’s large orifice prevents debris from obstructing the nozzle, ensuring uninterrupted operation in splash-fill crossflow cooling towers.
- Consistent water distribution: The self-cleaning water deflector ring guarantees effective water spread, similar to that of smaller, closely spaced nozzles.
- Long-lasting durability: Constructed from high-impact black polypropylene, the NX is a sturdy, long-lasting nozzle with no moving parts, reducing the risk of wear and tear.
- Standard nozzle spacing: Nozzles are typically placed 2 feet apart for balanced water distribution across the cooling tower.
- Available in multiple sizes: The NX spray nozzle comes in orifice sizes of 1.875 inches and 2.5 inches to accommodate different cooling tower needs.
For cooling towers facing frequent clogging issues, the Marley NX 250 is the ideal solution. Its clog-free design and efficient water distribution make it a perfect choice for maintaining the performance and longevity of splash-fill crossflow cooling towers.