KLIMANAUT
The core component of the Kampmann KLIMANAUT is a high-capacity, patented crossflow heat exchanger based on KLIMANAUT technology.
In cooling mode, the unit's operation is based on the principle of indirect evaporation cooling that operates on the principle of two separate streams of air. Water evaporation only takes place on the hermetically separate secondary side; on a hydrophilic layer of the aluminium fins of the heat exchanger. No humidity is supplied to the supply air stream (primary air stream) - absolute humidity remains unchanged.
The hydrophilic coating is sprinkled with droplets water at periodic intervals. So-called process air now flows past the damp fins, carrying the evaporated air away with the air movement. The heat required for evaporation is removed from the fresh air via the fins, thereby cooling the air. The warm and moist process air is carried off outside as exhaust air from the unit. If no cooling is required, the heat exchange dries, thereby preventing the formation of germs and the growth of bacteria.
In free ventilation, the room is cooled using fresh air if there are heat loads in the room. The fresh air is not treated in the heat exchanger - an efficient and cost-effective cooling option.
In winter, the cold fresh air is heated almost free of charge in the heat exchanger by the transfer of energy from the room air - only the fans need to be driven. The high-output heat exchangers have a heat provision coefficient of up to 96%. The ventilation required in sealed buildings thus becomes the energy source. Take advantage of these benefits and save money.
In cooling mode, the unit's operation is based on the principle of indirect evaporation cooling that operates on the principle of two separate streams of air. Water evaporation only takes place on the hermetically separate secondary side; on a hydrophilic layer of the aluminium fins of the heat exchanger. No humidity is supplied to the supply air stream (primary air stream) - absolute humidity remains unchanged.
The hydrophilic coating is sprinkled with droplets water at periodic intervals. So-called process air now flows past the damp fins, carrying the evaporated air away with the air movement. The heat required for evaporation is removed from the fresh air via the fins, thereby cooling the air. The warm and moist process air is carried off outside as exhaust air from the unit. If no cooling is required, the heat exchange dries, thereby preventing the formation of germs and the growth of bacteria.
In free ventilation, the room is cooled using fresh air if there are heat loads in the room. The fresh air is not treated in the heat exchanger - an efficient and cost-effective cooling option.
In winter, the cold fresh air is heated almost free of charge in the heat exchanger by the transfer of energy from the room air - only the fans need to be driven. The high-output heat exchangers have a heat provision coefficient of up to 96%. The ventilation required in sealed buildings thus becomes the energy source. Take advantage of these benefits and save money.

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