Industrial Evaporative Air Cooler High Airflow Energy Efficient Wall Mounted

Our industrial evaporative air cooler is designed to provide high-volume cooling and fresh-air ventilation for factories, workshops, warehouses and other large commercial spaces. Using water-saturated honeycomb cooling pads, it reduces incoming air temperature through evaporation without a conventional refrigeration compressor. This makes it a practical option for suitable open and semi-open industrial environments.

The product range includes AP standard, AS deluxe and APS variable-frequency series, with airflow capacities from 18,000 to 46,500 m³/h. Depending on the model and site conditions, the reference coverage area is approximately 100–400 m². Engineering-grade plastic housing is designed for durable service, while the control system and available outlet configurations support different installation requirements.

Bottom-outlet and top-outlet wall-mounted configurations can be selected according to the building layout and air distribution plan. For factory operators, engineering contractors, purchasing teams and distributors, this industrial evaporative cooler offers a flexible way to improve airflow and provide localized or broader-area cooling. Actual performance depends on ambient humidity, temperature, ventilation and correct model selection.

Large workshops can trap heat from machinery, production lines, roofs and direct sunlight. High temperatures and poor air circulation can make working areas uncomfortable and increase the need for effective ventilation. Conventional air conditioning can be expensive to install and operate in spaces with open doors or frequent air exchange, while ordinary fans mainly circulate existing air without lowering its dry-bulb temperature.

Low-quality cooling equipment may also require frequent maintenance. Industrial buyers therefore need to evaluate airflow, power supply, installation options, operating noise and suitability for local climate conditions.

This industrial evaporative air cooler draws outdoor air through wetted honeycomb pads and supplies the cooled air to the target space. Its high airflow range supports cooling for large work areas, while wall-mounted installation can help keep floor space clear.

The AP series is intended for standard applications, the AS series offers a deluxe configuration, and the APS series provides variable-frequency control where available. Evaporative cooling performs best in hot, relatively dry climates. In humid conditions, the cooling effect decreases, so suitable fresh-air exchange and a realistic performance assessment are essential.

Additional reference data: Listed cooling effect 3–18°C; water consumption approximately 5–50 L/h, depending on model and conditions. Housing dimensions, noise, outlet size, current and weight vary by model. Confirm the full model-specific specification sheet before ordering. Voltage options and outlet configurations should be verified for the destination market and installation.

• Factories and workshops: Machinery production, furniture manufacturing, textiles, footwear, ceramics and other suitable industrial work areas.

• Warehouses and logistics facilities: Cooling and ventilation for packing, sorting and loading zones.

• Commercial and public spaces: Markets, exhibition halls, sports facilities and other well-ventilated buildings.

Avoid applications where increased humidity may damage products or disrupt production, including humidity-sensitive storage and precision processes. Chemical or hazardous industrial areas require a site-specific suitability assessment.

1. A water pump distributes water over the honeycomb cooling pads.

2. The fan draws warm outdoor air through the wetted pads.

3. Evaporation absorbs heat from the passing air and lowers its temperature.

4. The cooler supplies fresh air to the target area, while unevaporated water returns to the tank for recirculation.

Because this process adds moisture to the air, a suitable exhaust or air outlet path is needed to prevent excessive humidity buildup.

1. Calculate airflow requirements: Consider floor area, ceiling height, heat loads, occupancy and required air changes. Use coverage figures only as an initial guide.

2. Select the installation configuration: Confirm whether bottom-outlet or top-outlet wall-mounted installation matches the site layout, and check the required opening and support structure.

3. Choose the series: Compare AP standard, AS deluxe and APS variable-frequency configurations against the actual control features and project budget.

4. Check utilities and noise: Confirm voltage, current, motor power, water supply, drainage, maintenance access and noise requirements.

5. Assess the climate: Evaporative cooling is generally more effective in hot, dry conditions. Request a site-specific recommendation for humid regions.