Industrial duct air cooler About
industrial duct air cooler is an evaporative cooling system that delivers cooled air through ductwork to large indoor spaces such as factories, warehouses, workshops, textile units, and commercial buildings. It is designed to cool much larger areas than portable or residential air coolers.
Typical features include:
- High airflow: Usually from 5,000 to over 50,000 m/hour, depending on the model.
- Ducted air distribution: Cool air is supplied through galvanized iron (GI), aluminum, or insulated ducts to multiple locations.
- Large water tank or continuous water supply: Ensures uninterrupted operation.
- Energy efficient: Uses significantly less electricity than conventional air conditioning.
- Suitable for open or semi-open spaces: Works best where there is good ventilation.
Common applications:
- Manufacturing plants
- Warehouses
- Garment and textile factories
- Workshops
- Commercial kitchens
- Event halls
- When choosing an industrial duct air cooler, consider:
- Cooling area (square feet or square meters)
- Airflow (CFM or m/h)
- Static pressure (important for long duct runs)
- Water tank capacity or direct water connection
- Power consumption
- Pad type (typically cellulose honeycomb pads)
- Installation location (roof-mounted, side-mounted, or floor-mounted)
- If you're looking to buy one, I can recommend suitable models based on:
- The size of the area to be cooled (e.g., 5,000 sq ft or 10,000 sq ft)
Superior Cooling for Industrial Environments
This air cooler is ideal for maintaining a comfortable and productive environment in large-scale industrial spaces such as factories and warehouses. Its high airflow, extended air throw distance, and advanced cellulose honeycomb pads ensure uniform cooling across expansive areas. Durable construction and energy-efficient operation make it a dependable choice for demanding industrial applications.
Customizable & User-Friendly Design
Tailor your cooling system to your facility's requirements with options including duct mounted or floor standing installation, manual or remote control systems, and customizable blade materials. The sturdy rectangular body, adaptable voltage input, and easy maintenance features provide versatility and longevity. Choose a standard white finish or opt for custom coloration to match your setup.
FAQ's of Industrial duct air cooler:
Q: How does the industrial duct air cooler work in large factory spaces?
A: The air cooler uses a high-capacity axial fan to draw warm air through cellulose honeycomb cooling pads. As the air passes through these water-saturated pads (filled from the 60-100L tank), it cools down and is then distributed over broad areas of 100-250 m2. The cooler provides efficient air delivery up to 35 meters, ensuring uniform cooling in large spaces.
Q: What are the benefits of using a cellulose honeycomb cooling pad?
A: Cellulose honeycomb pads offer superior water retention and evaporation, increasing cooling efficiency. They are durable, require minimal maintenance, and provide consistent performance over time, making them suitable for industrial applications with high cooling demands.
Q: When should I refill the water tank, and what type of water is recommended?
A: Refill the water tank when the water level drops significantly or as indicated by the cooler's gauge, depending on usage. The cooler accepts both tap water and soft water. Frequent checks are recommended in continuous operations to maintain optimal performance.
Q: Where can this industrial cooler be installed and used effectively?
A: This cooler is designed for use in factories, warehouses, workshops, and industrial sheds. It can be installed as a duct-mounted or floor-standing unit, depending on available space and cooling requirements, making it highly adaptable to varied work environments.
Q: What is the installation process for this air cooler?
A: Installation is straightforward and can be performed by following the manufacturer's instructions. It involves positioning the unit in the desired location, connecting the water supply, and ensuring an appropriate power source (220-240V/380V). The cooler can be integrated into existing ductwork or set up as a standalone unit.
Q: How does this air cooler promote energy efficiency and low maintenance?
A: The cooler is designed to consume only 1.1-2.2 kWh of power, making it cost-effective for large spaces. Its simple design with robust components such as plastic or metal blades and honeycomb pads ensures ease of cleaning and less frequent servicing.
Q: What control options are available for operating the cooler?
A: Depending on the model, users can choose from manual switches, remote control, or PLC systems for automation. This flexibility allows for tailored operation and integration with facility management systems for maximum convenience.