Cooling Towers

Operational Principle

Water cooling is obtained by the close contact of the circulating water and of the counter flow air circulation. To attain this the water is sprayed through the spray nozzles of a header placed in the upper part of the cooling tower cooler. The water then flows down by gravity and while dropping, meets an exchange surface and falls into the collecting basin. During this process the water meets the upward flow of air and is cooled by mainly transfering the latent heat, and some of the sensible heat with the evaporation of a small quantity of circulating water.

COOLRITE Cooling Towers Features Large Choice of Models
Three types of COOLRITE coolers for each type, a range of 15 sizes; altogether giving a total of 45 models allowing you to select the cooler for your capacity of heat dissipation, with a flexibility to meet your installation and operation needs.

COOLRITE PD
(Prop fans - draw-through models induced draft)
COOLRITE PB
(prop fans-blow-through models forced draft)
COOLRITE BB
(blower fans - blow-through models forced draft)

The possibility to install these coolers back to back or side by side, increases the number or solutions.

INSTALLATION VERSATILITY
For each installation requirement there is a COOLRITE model:
* outside or inside a building.
* on integral, individual metal basin or on individual or common concrete basin.
* close to a wall or building.
* against, adjacent or in the place of another cooler.
* on roof, flat roof, framing, with a supply water tank at the same level, or on the ground.
The installation is made easy as cooler and collecting basin have the same dimensions.

SAVINGS ON OPERATION
* the homogeneous distribution of water in the cooler.
* the high efficiency of the exchanger surfaces,
* the air moving design.
Combine to give a very favourable Air-to-water ratio and consequently a lower fan motor power input.

OPERATIONAL FLEXIBILITY
Each fan is driven by its own motor allowing a flexible operational control:
a) Speed variation(units with optional 2-speed fan motors),
b) choice of operation of one or several fans, according to cooling loads (units with several fan-motor assemblies).

RELIABILITY
The thickness, shape and composition of the materials and components and the safety protections, give to the COORLITE towers a sturdiness that warranty long life and trouble-free operation.

SILENT OPERATION & ENERGY SAVINGS
The best way to fight the noise efficiently is not to make any in the first place. COORLITE coolers are designed with this in mind, particulary BB models equipped with centrifugal fans with low power input.
These models can be fitted with sound attenuators for installation where very low sound level is at a premium.
The BB range also includes the BBC models in which the number of fan assemblies is doubled and located on the two opposite faces.
Their very low rotation speed gives a very low power input.
The low sound level makes it easy to solve all the noise problems in residential areas, hospital zones, etc.

 
Cooling Tower


Applications: Perfectly convenient for Apartments, Offices, Hospitals, Hotels, Sports Hall and Mini or Maxi Store; Units are especially patterned to meet modern design requirements.

Models: Standard COOLRITE Cooling Towers have the following characteristics:

  • Size from 06 to 126.
  • Handling Air from 6800 to 142900 m³/h (100 to 1200 CFM).
  • Cooling capacity from 100 to 2045 kw (341214 to 6977826 BTU/hr).
  • Nominal capacity from 28 to 582 Tons.
• Central Units
• Fan Coils
• Water Coolers
• Chillers
• Mini Split
• Air Handlers
• Window Units
• Cooling Towers
• Cold Rooms
• Refrigeration
• Ice Rinks
• Coils

• Jet Cool
 
 
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