Industrial Evaporative Cooler for Factory & Warehouse | EXINDA Water Cooled Air Conditioner


Industrial Evaporative Cooling Air Conditioner for Large Spaces

EXINDA Industrial Evaporative Cooling Air Conditioner combines evaporative cooling technology, efficient airflow design and intelligent control systems to provide economical cooling solutions for industrial environments.

Unlike traditional air conditioning systems that require high-power compressors for the entire building, evaporative cooling systems deliver cooled airflow directly to occupied areas, reducing energy consumption while improving worker comfort.


Key Features

High-Efficiency Industrial Cooling

  • Cooling capacity from 19.5kW to 56kW
  • Large airflow capacity up to 12,000 m³/h
  • Suitable for factories, workshops and warehouses
  • Designed for continuous operation in high-temperature environments

Energy Saving Operation

  • Lower power consumption compared with conventional DX cooling systems
  • Water evaporation technology improves cooling efficiency
  • Suitable for large open spaces where full air conditioning is costly

Flexible Installation

  • Indoor or outdoor installation options
  • Ceiling, wall or duct-connected applications
  • Modular models for different cooling requirements

Intelligent Control System

  • APP remote monitoring available
  • Automatic operation management
  • Multiple units centralized control support

Applications

Industrial Applications

Suitable for:

  • Manufacturing workshops
  • Automotive factories
  • Electronics production areas
  • Textile factories
  • Warehouses
  • Logistics centers
  • Commercial workshops
  • Agricultural facilities

European 50 Hz Version

This page covers the EXINDA AURA configuration developed for European 50 Hz projects, with capacity expressed in kW. Looking for the North American 60 Hz version? View the 12,000 Btu/h North American AURA HPERV.

Frequently Asked Questions

Can AURA replace separate air-conditioning and ventilation units?
AURA combines heating, cooling and energy-recovery ventilation in one indoor unit. It can replace separate equipment when its performance meets both the project’s thermal loads and ventilation requirements at design conditions.

Can existing ventilation ducts be reused?

Existing ducts may be reused if their size, layout, insulation and pressure losses suit AURA’s required airflows. Ventilation-only ducts are not automatically suitable for air-conditioning duty.

Is AURA suitable for façade-restricted renovations?
AURA avoids a conventional outdoor condenser but still requires outdoor intake and discharge openings. Confirm suitable airflow paths, opening separation, ceiling space and drainage before selection.

What should be planned before finalising the ceiling layout?
Allow space for the unit, insulated ducts, drainage and maintenance access. Coordinate vibration isolation and acoustic treatment, especially near bedrooms and hotel guestrooms.

What technical data should be checked before specifying AURA?
Review capacity at design temperatures, airflow, available external static pressure, dimensions, electrical requirements and sound data. Use documentation matching the selected model and electrical version.

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