Cooling Tower Units

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Cooling Towers

Cooling Tower Units

  • Features a dry running fan for prolonged use.
  • Dry air cooling units with a high-efficiency axial fan.
  • Offers both open loop and closed loop cooling towers.
  • Includes a backward centrifugal aluminium impeller direct drive fan.
  • Air filter added for clean water and air, ensuring internal parts stay clean.
  • Low maintenance for cooling media fills due to an external protective layer.
  • Structures can be site-assembled or factory-assembled, with a modular design for larger capacities.
  • Sturdy construction with metal-reinforced body panels and a water tank featuring a fiberglass inner layer.

Key Features

Cross Flow Cooling Tower (Open Loop)

Modular design with PVC fills, centrifugal fans, and efficient heat dissipation for HVAC and industrial cooling.

Cross Flow Cooling Tower (Closed Loop)

Uses copper heat exchange coils and evaporative cooling for refrigerant systems and process fluid cooling.

Evaporative Condenser Cooling Tower

High-efficiency cooling for refrigeration systems with corrosion-resistant copper tube aluminum fin coils.

Modular Design

All cooling towers can be installed in series/grid to increase capacity as per project requirements.

Dry Air-Cooling Unit

Water-free cooling system with copper/stainless steel coils, ideal for oil, gas, and industrial applications.

Corrosion-Resistant Materials

Casing, coils, and components are made from industrial-grade materials with anti-corrosion coatings for durability.

Major Components

Top Industries We Specialized in

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Frequently Asked Questions (FAQS)

They offer open-loop cross-flow cooling towers (WM-CTA), closed-loop cooling towers (WM-CTB), evaporative condenser cooling towers (WM-CTE), and dry air-cooling units (WM-CTD).

 
They are used for HVAC systems, compressors, furnaces, data centers, power generators, refrigeration, and industrial process cooling.

Yes, they can be installed in series or as an array to meet larger cooling capacity requirements.

They use high-performance fans, optimized heat exchange designs, and efficient water distribution systems to reduce energy consumption.
WM-CTA (Open-Loop Cross Flow Cooling Tower)
 
 
It uses an induced draft cross-flow design, where air is drawn through the system while water is sprayed over PVC fills to enhance heat dissipation.
 
 
 

It has a nominal capacity of 30 tons but can be scaled up with multiple units.

It ensures efficient airflow, prevents corrosion, and extends motor life by operating in a dry location.

Desert Cooler

Redefining cooling comfort with advanced technology. Whisper-quiet operation, intelligent temperature control, and energy-saving features ensure optimal comfort. With sleek design and durability, IDEC Supercool seamlessly integrates into any space. Say goodbye to discomfort and hello to unparalleled cooling with IDEC Supercool.

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

Longer life of cooling pads

Regular maintenance, proper water treatment, and shelter from sunlight help prolong cooling pad life in evaporative coolers.

Easy & accessible maintenance

Easy and accessible maintenance simplifies upkeep for evaporative coolers, ensuring convenient servicing without disruptions. This promotes longevity and sustained efficiency of the cooling system.

Can be used as a cooling tower

Evaporative coolers can function as cooling towers, efficiently managing heat in industrial settings. This dual-purpose capability enhances their practicality and versatility.

Easy installation

Ecolater Ventilation systems seamlessly integrate with natural ventilation strategies, such as operable windows, louvers, and skylights, to maximize airflow and indoor comfort while minimizing reliance on mechanical ventilation. s.

Optional Inverter Technology

Evaporative coolers boast an intuitive design that facilitates swift and hassle-free installation, saving both time and effort for users. Their simplicity makes them an ideal cooling solution for various environments.

Air Psychosomatic Chart

Desert Master Cooling at Psychrometric Chart

Modular Design Approach

Perfectly engineered and designed considering a modular approach in Desert Mater.

How it works?

Ideal choice

Schools

Shopping Malls​

Industrial Bakeries​

Open & Sami Open spaces​

Data Centers and Control Rooms​

Mosques

Restaurants

Industrial Manufacturers

Factories and other industries

Distributions Centers and Warehouses

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Faq's

Desert coolers, also known as evaporative coolers, work on the principle of evaporative cooling. They draw in warm air from the environment and pass it through water-soaked pads. As the air passes through these pads, the water evaporates, which cools down the air. The cooled air is then circulated into the room, providing relief from the heat.

The main components of a desert cooler include:

  • Water tank: Stores water for evaporation.
  • Cooling pads: These are typically made of cellulose material and are kept wet to facilitate the evaporative cooling process.
  • Fan: Draws warm air from the environment and blows it through the wet cooling pads.
  • Pump: Circulates water from the tank to keep the cooling pads moist.
Desert coolers use water to cool the air through evaporation, while air conditioners use refrigerants to cool the air through a compression and expansion cycle. Desert coolers are more energy-efficient but work best in dry climates, whereas air conditioners are effective in both dry and humid conditions but consume more electricity.

Desert coolers work best in dry climates where the air is hot and humidity is low. They are less effective in humid environments because the evaporation process is hindered when the air already contains a high moisture content.

  • Cleaning the cooling pads regularly to prevent the buildup of mineral deposits and mold.
  • Checking and cleaning the water tank to remove any sediment or algae.
  • Inspecting the pump and fan for any signs of wear or damage and replacing them if necessary.
  • Keeping the area around the cooler clean to prevent dust and debris from clogging the air intake

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