International StandardASME. TEMA, ASHRAE, IBR, ASME-U-STAMP & R -STAMP
Cooling MethodAir-cooled heat exchangers with extended fins - Water Consumption: Zero (closed-loop system) - Material: Copper tubes (5/8" OD) with galvanized steel frame - Fan Type: Axial flow fan
Water ConsumptionZero (closed-loop system)
Fan TypeAxial flow fan, aerodynamically balanced - Motor: IP55-rated, low-speed for efficiency and noise reduction - Applications: Power plants, industrial cooling, HVAC systems - Construction: No
MotorIP55-rated, low-speed for efficiency and noise reduction - Applications: Power plants, industrial cooling, HVAC systems - Construction: Non-corrosive fiber glass/GI panels, heavy-duty base fr
SizeAs per Capacity
A Dry Cooling Tower is a type of cooling system that operates without water evaporation, making it ideal for regions with water scarcity. It functions by transferring excess heat from industrial processes through a closed-loop system, where heat is dissipated via air-cooled heat exchangers with extended fins.
Key Features:
Closed-Circuit Operation: Heat is transferred through a surface separating ambient air from the working fluid (typically water or a water-glycol mixture).
Air Cooling Technology: Uses natural or mechanical draft to move air over heat exchangers, eliminating the need for water evaporation.
Minimal Water Consumption: Unlike wet cooling towers, dry cooling towers do not require makeup water, reducing operational costs.
Applications: Commonly used in power plants, industrial cooling, solar energy systems, and HVAC applications.
Technical features
Casing in galvanized steel, painted with epoxy (RAL 9002)
Battery frame in galvanized steel
Copper tubes and aluminium fins
Two heat exchanger lengths available:
DUAL versions available, with two independent cooling circuits and fan sections
3 possible configurations depending
Electrical box for fans connections and associated protection (option)
Aluminium-coated fins (option)
Copper fins (option)
Stainless steel tubes (option)
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