Induced Draft Cooling Towers Datasheets

Fiberglass Counterflow Evaporative Cooling Tower
from Ambrell

The FGCT Series Fiberglass Cooling Tower is a highly efficient counterflow evaporative tower designed to efficiently cool your process water. Air enters through the air-inlet louvers on the side of the cooling tower and is drawn up through the fill material by the induced draft fan mounted on top of... [See More]

  • Type: Induced Draft
  • Construction: Fiberglass Reinforced Polymer
  • Design: Counter Flow
  • Motor Power: 1.5 to 15
Hydra Hybrid Fluid Cooling Tower with Adiabatic Pre-Cooling
from Advantage Engineering, Inc.

The Hydra Hybrid Fluid Cooler is designed to remove waste heat from plastics and industrial processes, including hydraulics, feed throats, molds and material. A great alternative to conventional cooling towers. Water & Energy conservation is achieved by using ambient air to cool process water... [See More]

  • Type: Induced Draft
  • Air Capacity: 25 to 500
  • Design: Closed Loop
LRC-H -- 100
from Amcot Cooling Tower Corporation

LRC towers use gravity flow to distribute water evenly over fill material. [See More]

  • Type: Induced Draft
  • Construction: Fiberglass Reinforced Polymer; Metal
  • Design: Cross Flow; Open Loop
  • Specifications: Single Phase (optional feature); Three Phase (optional feature); Custom
Closed Circuit Cooling Towers -- PF2
from Baltimore Aircoil Company

The PF2 induced draft, counterflow unit is designed for systems that benefit from dry operation in severe cold weather. The PF2 offers the flexibility to operate in evaporative cooling mode to minimize energy usage, or in dry mode for extreme winter conditions. BAC ’s patented OptiSpray... [See More]

  • Type: Induced Draft
  • Motor Power: 0.7500 to 5
  • Design: Closed Loop
  • Sump Basin Capacity: 48 to 4196
Dual Cell Cooling Tower -- BT-29624
from BERG Chilling Systems, Inc.

Dual cell, uv-inhibitor in gel-coat to protect the fiberglass [See More]

  • Type: Induced Draft
  • Motor Power: 7.5
  • Construction: Fiberglass Reinforced Polymer
  • Air Capacity: 242
ACT Series -- ACT0AG
from Cooling Technology, Inc.

All season performance, belt drive propeller fans, fan and belt guards [See More]

  • Type: Induced Draft
  • Construction: Metal
  • Design: Cross Flow
  • Specifications: Three Phase (optional feature); 460 Volt
ST Series Cooling Tower
from DME Company

Design Features: The non-rusting FRP casing and basin, circular in shape eliminates special installation requirements. Prevailing wind directions will not affect tower performance. Lightweight and compact, this cooling tower provides quick and easy installation. Job site assembly is simplified by... [See More]

  • Type: Induced Draft
  • Construction: Fiberglass Reinforced Polymer; Polyvinyl Chloride
  • Design: Cross Flow
  • Specifications: 230V; Single Phase (optional feature); Three Phase (optional feature)
from United Refrigeration, Inc.

Induced-Draft Design. Save on fan power and avoid the water leaks typical in forced-draft pressurized towers. The fan will operate in a warm atmosphere even in winter, so youll never have to work on frozen mechanical equipment. Crossflow Design. Save on pump power because you only pay to move the... [See More]

  • Type: Induced Draft
  • Air Capacity: 8
  • Motor Power: 0.3333
  • Operating Weight: 756

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