The mobile adiabatic cooler combines the classic advantages of adiabatic cooling with great flexibility and ease of use in a variety of situations.
The versatility of the mobile adiabatic cooler
Flexibility is at the heart of a mobile evaporative cooler. Thanks to its mobility, it can be adapted to many situations where cooling the working environment becomes essential. This flexibility manifests itself both spatially and temporally.
The mobile adiabatic cooler can be positioned at the most appropriate location in the space to be cooled. For example, it can target a hot zone in an industrial process, or a workstation particularly exposed to a heat source. What’s more, the operating principle of evaporative cooling enables these units to adapt to a wide variety of environments, whether indoors or out. A mobile evaporative cooler is just as effective for cooling a company patio, a logistics warehouse, an event marquee or even a covered restaurant terrace.
In addition, the mobile adiabatic cooler can be successively moved to different locations according to variations in the heat flow affecting the workspace.
For example:
- Exposure to solar radiation that moves from east to west over the course of the day, in an industrial building with little or no insulation;
- Alternating workstations subject to overheating, such as loading and unloading containers or trailers throughout the day.
To effectively manage the multiplication of specific hot spots, simply position several evaporative coolers strategically in the space concerned. The versatility and energy efficiency of these units, combined with their cost-effectiveness, offer manufacturers a reliable solution for adopting a multi-cooler approach with complete peace of mind. Their flexibility of use, energy savings and low operating costs compared with traditional air conditioning make this option far more attractive than installing a fixed air transport and distribution network.
The flexibility and responsiveness of the mobile cooler offer a “just-in-time” cool air production solution, perfectly suited to seasonal or industrial heat peaks. What’s more, the adiabatic cooler’s operation is based on the use of external heat flow to generate frigories: the hotter and drier the air, the greater its efficiency.
Ergonomic operation of a mobile adiabatic cooler
Simply fill the water tank, plug in the cooler and press the remote control to start cooling.
A mobile evaporative cooler distributes cool air by simply moving the air to be cooled into the space concerned. It can also be equipped with a sweeping function to speed up the distribution of cool air. What’s more, by increasing ventilation power, it can rapidly cool a hot space, which is essential in urgent safety or productivity situations, such as when a machine is overheated or the environment is excessively hot. For cooling an outdoor marquee, a flexible hose can be added, enabling the cooler to be placed outdoors if required.
A mobile evaporative cooler is designed to be easily transported and quickly moved to the area to be cooled. Thanks to its castors, compactness, light weight and reduced width, it can easily pass through narrow spaces such as doorways, corridors or access ramps. Once in place, it’s easy to adjust its position to ensure optimum fresh air flow over the area to be cooled.
The reservoir is dimensioned to provide 10 to 12 hours of autonomous operation, enabling the cooling of a light outdoor structure or several internal movements within a site throughout the day without the need for a nearby water point. If the cooler is to be installed permanently, it can be connected to a standard tap, guaranteeing a continuous supply of water, automatically regulated by a float.
Inside a building, the cooler is supplied with electricity via a standard single-phase socket. Outdoors, it can be connected to a mobile power supply or a single-phase generator, like any other electrical equipment intended for outdoor use.
Conclusion: The mobile adiabatic cooler meets most needs.
A mobile adiabatic cooler combines diversity, flexibility of use and simplicity of operation. As a result, it can be adapted to a wide range of needs and situations, while offering thermal comfort and the ecological and economic benefits characteristic of adiabatic cooling.Its cost-effectiveness and versatility enable employers to consider the acquisition of several units with complete peace of mind, as they can be used together or separately, depending on the different thermal situations to be dealt with. They can be used both for permanent cooling of specific areas or large volumes, and for successive cooling of different areas of the company (logistics hall, truck trailer, reception patio, marquee, etc.).