WINDMASON ARABIA CO.
IDEC Supercool 4 Stage
IDEC (Indirect, Direct, Evaporative Cooling) is a central ducted air conditioning unit that provides energy-efficient cooling without a compressor. Its SUPERCOOL 4-stage evaporative technology reduces electricity consumption by up to 85%, delivering 100% fresh air and lowering temperatures by 7.5°C to 9°C. With advanced filtration and self-cleaning features, IDEC ensures optimal indoor comfort while minimizing environmental impact.
IDEC Supercool 4 Stage
- Saves up to 85% electricity by operating without a compressor.
- Multi-stage cooling process ensures optimal temperature control.
- Equipped with G4 aluminum washable filters, removing up to 99% of dust.
- Uses reinforced fiberglass layers for wet area protection and durability.
- Equipped with a long-life, direct-drive fan without a belt, suitable for dry air.
- Smart thermostat controller UV Light for disinfecting the air, Lower humidity.
- Designed for commercial, industrial, residential, and governmental projects.
- Features a touchscreen smart thermostat, auto water drain, and cleaning system.
- Offers optimal evaporative cooling performance with wet bulb achievement up to 100%. Includes a heat recovery system for winter ventilation, saving energy.
Key Features
Temperature Control
The Smart Temperature Control system features a touchscreen thermostat and inverter technology for efficient cooling, heating, and humidity regulation. It optimizes comfort, energy savings, and fresh air supply automatically
Energy-Efficiency
The IDEC Supercool ensures energy efficiency by using compressor-free cooling, consuming 85% less electricity, and optimizing temperature control with smart inverters, reducing costs while maintaining optimal indoor comfort.
Whisper-Quiet Operation
The IDEC Supercool system features whisper-quiet operation with axial fans designed for low noise, a direct drive motor, and smooth airflow, ensuring high performance without disturbing indoor environments.
Durability and Reliability
IDEC Supercool is built to last, constructed with high-quality materials and robust engineering. With its durability and reliability, you can trust IDEC Supercool to provide consistent and effective cooling for years to come, making it a wise investment for your comfort needs.
Versatile Applications
Whether you need to cool a small room, a large office space, or a commercial establishment, IDEC Supercool is up to the task. Its versatile design and powerful performance make it suitable for a wide range of applications, ensuring that everyone can benefit from its cooling prowess.
Air Psychosomatic Chart
4-Stage IDEC Cooling at Psychrometric Chart
Air Psychosomatic Chart
Perfectly engineered and designed considering modular approach in 4-Stage IDEC system.
4-Stage of IDEC Supercool
The 1st stage uses an air-to-air heat exchanger to cool incoming air by transferring heat to the outgoing exhaust air without adding moisture. In the 2nd stage, a water-to-air heat exchanger further cools the air through evaporative cooling, adding some moisture. The 3rd stage Incorporates a DX evaporator coil, which cools the air further using a refrigerant-based system, similar to air conditioning. Finally, the 4th stage utilizes cooling pads and a secondary fan to enhance cooling efficiency and ensure even air distribution. Choose our energy-efficient HVAC cooling systems to lower environmental impact and achieve excellent cooling performance.
Major components
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Faq's
The 4-Stage IDEC Cooling System is an advanced evaporative cooling solution designed to provide maximum efficiency in extreme weather conditions by combining multiple cooling processes.
An AHU draws in outside air or recirculates indoor air through intake vents. The air passes through filters for purification and then undergoes heating or cooling using coils. A fan then distributes the conditioned air through ductwork to various areas of the building.
AHUs ensure the supply of fresh air, remove stale air, regulate temperature and humidity, and improve indoor air quality, thereby creating a comfortable and healthy indoor environment for occupants.
AHUs filter out airborne particles, such as dust, pollen, and pollutants, before distributing the air. They may also incorporate humidification or dehumidification systems to maintain optimal humidity levels and remove excess moisture.
Regular maintenance of AHUs is essential to ensure optimal performance and efficiency. This includes filter replacement, coil cleaning, inspection of fans and motors, and monitoring of airflow and temperature sensors.
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