Evapco AXS Cooling Tower

PRODUCT DESCRIPTION

The Advanced Crossflow Series (AXS) puts a new spin on induced-draft, axial fan, crossflow cooling technology with features designed for simplified maintenance.
Crafted from decades of engineering know-how, EVAPCO's AXS cooling towers feature state-of-the-art induced draft, crossflow technology to deliver superior operating advantages in any climate. From performance to maintenance, they simply work smarter.

Product Highlights

• Range in capacity from 312 to 1,357 nominal tons
• IBC Compliant – Independently certified by the International Building Code to withstand seismic and wind load forces in North America
• Independently certified by the Cooling Technology Institute
• Available with FM Approved construction
• OSHPD Pre-Approval available

Warm water from the heat source is pumped to the water distribution system at the top of the tower. The water is distributed over the wet deck fill by means of large orifice nozzles. Simultaneously, air is drawn in through the air inlet louvers at the ends of the tower and travels horizontally through the wet deck fill across the water flow.  A small portion of the water is evaporated which removes the heat from the remaining water. The warm moist air is drawn to the top of the cooling tower by the fan and discharged to the atmosphere. The cooled water drains to the basin at the bottom of the tower and is returned to the heat source.

Product Features
EvapPak Fill

• Constructed of inert polyvinyl chloride (PVC)
• Resistant to rot or decay
• Capable of water temperatures up to 120ºF
• Flame spread rating of 5 per ASTM-E84-81a

High-Efficiency Drift Eliminators

• Limits the drift rate to less than 0.002% of the recirculating water rate
• Limit the potential of spreading Legionella
• Constructed of an inert polyvinyl chloride (PVC)

Superior Air Inlet Louver Design

• Constructed of an inert polyvinyl chloride (PVC)
• Two pass design that minimizes splash-out

Modular Hot Water Basins

• Steel covers in easy to handle sections
• Integral weir dams to accommodate at least 50% design flow
• Large orifice, non-clog nozzles