IDEC Supercool 3-Stage
Comprehensive HVAC & MEP Solutions.
How the IDEC 3-Stage Works.

IDEC Supercool – Shaping the Future of Climate Control.
When we design cooling systems, we design them for the long run. The IDEC Supercool 3-Stage is built to transform the way people experience comfort indoors, combining advanced engineering with a deep commitment to sustainability and reliability.
Designed for the Future
Cooling Reimagined
IDEC Supercool 3-Stage Features.
Inside the IDEC: 3 Stage Process of Intelligent Evaporative Cooling .
01.
First Stage
02.
Second Stage
03.
Third Stage
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Get detailed specifications and performance insights with our technical datasheet, designed to help you plan with confidence.

Next-Gen Cooling Solutions for a Cleaner, Cooler Tomorrow .
Windmason Arabia's Extended Product Portfolio .

IDEC Supercool 2 Stage
Indirect-direct evaporative cooling (IDEC) system - Two stage adiabatic cooling.

IDEC Supercool 3 Stage
Indirect-direct evaporative cooling (IDEC) system - Three stage adiabatic cooling.

IDEC Supercool 4 Stage
Indirect-direct evaporative cooling (IDEC) system - Four stage adiabatic cooling.











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Frequently Asked Questions.
What is the 3-Stage IDEC Cooling System?
The 3-Stage IDEC Cooling System is an advanced evaporative cooling solution designed to work efficiently in humid climates by combining indirect, direct, and condensation-based cooling.
What is the role of the third stage in the 3-Stage IDEC system?
The third stage involves direct evaporative cooling through wet cooling pads, which further cools the air before it is supplied indoors.
How much cooling can the 3-Stage IDEC system achieve?
The system can deliver highly efficient cooling with a supply air temperature as low as 13 °C.
What type of fan is used in the 3-Stage IDEC system?
It features axial top-discharge fans with corrosion-resistant blades, designed for high efficiency and low noise operation.
How does IDEC handle humid weather conditions?
IDEC employs a three-stage cooling process:
- 1st stage: Indirect cooling with a heat exchanger.
- 2nd stage: Further cooling via a chilled water coil.
- 3rd stage: Direct evaporative cooling using wet pads.
What is the expected water consumption of IDEC units?
Water usage is calculated based on 15 hours of daily operation.