Aqua-Evap Fiberglass Cooling Towers | Dry Coolers Inc.

Dry Coolers Inc.

Industrial Process Cooling Systems

Dry Coolers, Inc.
575 South Glaspie Street
Oxford, MI 48371 USA

1-800-525-8173

Aqua-Evap Fiberglass Cooling Towers

Brochure Code
FT-100 1005

If you're running city or well water through your machinery for cooling — you're wasting money. Water bills and sewer charges add up to more than you may realize. With water rates increasing at a rapid pace with no relief in sight, it's time to consider “closing the loop.” An Aqua-Evap fiberglass cooling tower recirculates your water through an evaporative heat exchanger giving you inexpensive, reliable heat transfer. 

Compared to city or well water, you'll find our low maintenance Aqua-Evap tower is much more economical. Compared to conventional galvanized or wood towers, you'll find our fiberglasstower lasts much longer due to its corrosion-resistant design. 

Complete systems with pumping stations and electrical control panels are available. Built to perform in tough industrial environments these systems feature NEMA rated industrial electrical enclosures, TEFC pump motors, epoxy coated reservoirs as standard. Optional items include: plate heat exchangers, centrifugal separators, water treatment systems, digital temperature control,

emergency backup cooling systems, etc. Dry Coolers can meet almost any specification with a standard or custom built cooling package.

Stop wasting valuable fresh water for process cooling — look into our corrosion resistant cooling towers today. One of our knowledgeable application engineers will be ready to assist you in designing a more efficient method of cooling your process.

Rapid payback, corrosion resistant construction and esthetically pleasing design make the
Aqua-Vent cooling tower a winner on all fronts.

FEATURES

  • AN AFFORDABLE RECIRCULATING SYSTEM
  • CORROSION-RESISTANT CONSTRUCTION
  • ATTRACTIVE DESIGN
  • DIRECT DRIVE PROPELLER FAN
  • INDUCED DRAFT — LOW HORSEPOWER
  • FIBERGLASS HOUSING — RESISTS CORROSION
Complete systems with pumping stations and controls are available.
SPECIFICATIONS
  • Spray Head: Self-rotating, Non-corroding Non-Clogging Design
  • Cooling Fan: Cast Aluminum Alloy Propeller Direct Drive, No Belts or Gear Reducers Totally Enclosed, Ball Bearing Motor
  • Fill: PVC Fill Won't Corrode, Easy Replacement
  • 360° Air Intake: Eliminates Tower Positioning Problems, Unaffected by Prevailing Winds
  • Galvanized Mount: Rugged Motor Base Resists Corrosion
  • Grille: Prevents Entry of Debris
  • Housing: Heavy Duty Fiberglass Reinforced Polyester Shell, UV Inhibitors in Gel Coat, Fire-retardent Added
  • Inlet Louvers: Fiberglass to Resist Corrosion, Reduces Splash and Windage Losses
TOWER MODEL NOM. TONS DIMENSION (INCH) PIPE CONNECTION (INCH) FAN MTR (HP) FAN DIA. (IN) AIR VOLUME (CFM) WEIGHT (LBS) MIN. INLET PSI GPM MIN/MAX
H D OUTLET INLET OVER FLOW DRAIN MAKE- DRY OPER.
FT8180 22 66 62 2 1/2 2 1/2 1 1 1/2 1 28 8,475 265 1135 3 35/135
FT8220 38 73 75 3 3 1 1 3/4 2 36 11,650 485 1475 3 70/200
FT8250 60 79 84 4 4 1 1 3/1 2 47 19,070 660 2100 5 180/230
FT8260 80 95 95 5 5 1 1 1 3 59 24,700 960 2785 5 200/450
FT8270 100 100 95 5 5 1 1 1 3 59 29,300 1000 2890 5 200/450
FT8280 120 106 95 5 5 1 1 1 5 59 31,500 1100 2990 5 200/450

1 Ton = 15,000 BTU/hr. Nominal tons are based upon 95°F entering water, 85°F leaving water at 78°F wet bulb. 3 GPM per ton.

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