WINDMASON ARABIA CO.
Desert Master
Industrial Evaporative Cooler
The Desert Master by Windmason Arabia Co. is a high-performance evaporative cooler designed for extreme desert climates. It solves issues like salt formation, corrosion, and inefficiency, making it ideal for residential and industrial use.
Desert Master
- Sturdy design with a coated, heavy-gauge, long-life water tank.
- The heavy-gauge boom panels provide a reinforced base frame for support.
- Zero risk of water leakage from the unit's boom.
- Includes an internal plastic layer for wet areas.
- Features a 50mm external cooling pad layer to protect the main cooling pads from scaling, extending their life.
- Easily replace the 50mm layer, reducing maintenance by up to 100%.
Key Features
Exceptional Cooling Efficiency
Achieves an impressive 85-90% wet bulb efficiency, delivering refreshingly cool air at 22-24°C even in extreme outdoor temperatures of 47-48°C, ensuring superior comfort and energy efficiency.
Advanced Water Distribution System
The engineered water distribution system ensures even flow, preventing dry spots and maximizing cooling. A submersible pump maintains continuous circulation for consistent performance.
Energy Efficiency & Insulated Body
Insulated panels reduce heat gain from the sun, maintaining cooler air temperatures inside the unit and lowering energy consumption. Low power consumption makes it an eco-friendly cooling solution.
Easy Maintenance & Service
The removable outer cooling pad allows easy cleaning and replacement, lowering maintenance costs. Rust-resistant materials and a heavy-duty cleanout pipe ensure durability and easy upkeep.
Eco-Friendly Cooling Solution
It uses water evaporation instead of refrigerants, making it a sustainable alternative to traditional air conditioning. Reduces carbon footprint by consuming less energy.
Air Psychosomatic Chart
Desert Master Cooling at Psychrometric Chart
How does it work?
The Desert-Master single-stage evaporative cooler works by drawing warm outdoor 45-45 °C air through to installed vortical wet cooling wet cooling pads, where it is cooled via the evaporation of water. The cooled 24-25 °C air is then distributed into the indoor space, creating a more comfortable environment. While evaporative coolers can be effective and eco-friendly cooling solutions, their efficiency is influenced by outdoor temperature It's essential to consider these factors and perform regular maintenance to ensure the best performance from the evaporative cooler.
How it works?
Desert coolers contain water-soaked pads or media through which warm air is drawn. As the warm air passes through the wet pads, water evaporates into the air, absorbing heat and lowering the air temperature.
A fan inside the cooler draws warm air from the surrounding environment and forces it through the wet pads. The cooled air is then distributed into the desired space, providing a refreshing breeze.
The process of water evaporation absorbs heat energy from the surrounding air, resulting in a decrease in air temperature. The cooled air provides relief from hot temperatures, creating a comfortable environment, especially in dry climates.
Desert coolers add moisture to the air as part of the evaporation process. While this can be beneficial in dry climates where humidity levels are low, it may not be suitable for humid environments where additional moisture is not needed.
Compared to air conditioning systems, desert coolers consume less energy because they do not rely on refrigeration or compressor mechanisms. They use the natural process of evaporation, making them a cost-effective and environmentally friendly cooling solution, especially in arid regions. However, their effectiveness may be limited in areas with high humidity levels.
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Frequently Asked Questions (FAQS)
The Desert Master is an innovative evaporative cooling unit designed for high efficiency, durability, and long-term performance in extreme climates.
It achieves 80-85% wet bulb efficiency, providing air at 24-25°C in Riyadh conditions (45°C outdoor temperature).
- Long lifespan
- Stronger structure
- Salt formation reduction
- Less damage during transportation
- Better cooling efficiency
Reduces vibration, provides stability, and ensures long-lasting operation.
High-efficiency submersible water pump that ensures continuous water flow to the cooling pads.
- Formula: DBT – ((DBT – WBT) × 0.83)
- Example for Riyadh:
45°C – ((45 - 20) × 0.83) = 24.25°C
The outer cooling pad layer acts as a barrier, preventing salt from damaging the inner cooling pads.
- More cooling in high temperatures
- Lower maintenance costs
- Stronger, corrosion-resistant structure
- Energy-efficient operation
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