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Brentwood XF150MAx Cellular Drift Eliminator

XF150MAx is designed for applications requiring very low drift levels in crossflow cooling towers, evaporative cooling systems, and scrubbers.

 

  • Patented Mechanical Assembly (MA) technology for environmentally friendly, glue-free packs.
  • Upward flow path and steep water drainage angle maximize the drift removal for crossflow applications, making it effective even when installed vertically.
  • Strong enough to span 10 feet when installed at the standard 10° from vertical, requiring fewer support beams and reducing air blockage.
  • High surface area provides maximum performance at minimum pressure drop.
  • Can be field-cut for a tight fit around columns and other structures without sacrificing structural integrity (Dri-Seals are recommended for maximum performance).
  • Nests with adjacent modules to provide seamless drift removal by eliminating gaps between packs that can allow drift droplet bypass.
  • Drift loss of 0.001% circulating water flow (Test Method CTI-HBIK Standard 140; with proper installation and use of Dri-Seals).
  • Material meets CTI Standard 136.
10° Angle
Nesting
Flow

Product Weights & Span Capabilities

Nominal Sheet Thickness
(After Forming)
Dry Weight Maximum Span*
lbs/ft2 kg/m2
Standard: 15 mils (0.38 mm) 1.0 4.9 8 ft (2.4 m)
Heavy Duty: 20 mils (0.51 mm) 1.4 6.8 10 ft (3.0 m)
*Tested at a maximum air temperature of 115°F (46°C) installed at a 10° maximum angle.

Materials

All Brentwood Cellular Drift Eliminators are made from PVC material that meets Cooling Technology Institute Standard 136 and are UV-protected. These PVC compounds have outstanding resistance to weather exposure and are nearly impervious to chemical degradation by alkalis, acids, greases, fats, oils, and biological attacks. PVC has an excellent fire rating due to its self-extinguishing characteristics.

Brentwood XF150MAx Specs
Brentwood Cellular Drift Eliminators Brochure

Product description

XF150MAx Crossflow Cellular Drift Eliminators are specifically designed to maximize drift removal efficiency in crossflow tower applications by providing an upward flow path and discharge angle of 40-55° from horizontal (depending on installation angle) and molded-in drainage channels that direct the collected drift back to the wet section of the tower even when impacted by water spray. The modules are constructed of a series of sinusoidal-shaped, corrugated PVC sheets that are mechanically assembled to mating sinusoidal structural waves, forming closed cells. These cells force the drift droplets being carried in the leaving airstream to make three distinct changes in direction. These forced changes to the air flow create centrifugal forces on the droplets that remove them from the air stream by causing them to impact the module walls, collect, and drain back to the wet section of the cooling tower.

Additional information

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