Products:

D-MEC
Media Type Evaporative Cooler

D-IDC
Inderct/Direct Evaporative Cooler

D-MAU
Make-Up Air Handaling Equpiment

D-AHU
Air Handaling Units Outdoor/Indoor

D-AHU MZ
Multizone Air Handling Units Outdoor/Indoor

D-MEC
Media Type Evaporative Cooler


Download Complete Catalog

Product Specification

Technical Drawings

The Media Type Evaporative cooler provides excellent comfort cooling. This type of evaporative cooling works on the principles that water in direct contact with a moving air stream will eventually evaporate and the evaporation will lower the air temperature.

DAirTech’s direct evaporative coolers are manufactured with 304 stainless steel casings and sumps to prevent corrosion and are supplied with submersible or end suction pumps, with water distribution header, adjustable valves and bleed-off valve. Coolers utilize 12” deep CELdek® or GLASdek® media, as manufactured by Munters Corporation.

Media type Evaporative coolers are available as complete units with direct evaporative section, and blower section with a choice of either centrifugal DWDI or Plenum type blower. The fan wheels are available in forward curve, backward inclined or air foil blades construction. The units can incorporate air intake plenum section, return air section, air mixing section and economizer section. Each section is also equipped with air intake dampers, and flat or v-bank air filters.

Features common to all units are structural steel channel base, galvanized steel housing, access doors, high density fiberglass insulation, high efficiency blower motors, and externally mounted and wired electrical enclosures.

DAirTech’s Media Type Evaporative Cooling units are complete packaged units for a single stage cooling and ventilation applications, and are available with a variety of optional features.

DAirTech’s standard units range from 2,500 cfm to 46,000 cfm and special units could be built up to 120,000 cfm. In contrast to standard commercial coolers DAirTech’s each unit is custom designed to meet the particular application and specific requirements of the project.