In the laboratories, products are not only optimized and newly developed – all devices are also measured here in accordance with the applicable standards and guidelines. For reliable performance data you can count on.
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For the realistic simulation of the air conditioning of rooms: walls, floor and ceiling can be heated or cooled independently of one another. Structural features can be replicated. The result is detailed information on airflows and comfort.

The heart of the multi-purpose laboratory is the chamber test rig for standard-compliant measurement of fan and resistance curves as well as of filters, dampers and ducts. Two climate simulation systems provide conditioned air of up to 14,000 m³/h for this purpose.

Large ceiling heights are standard in factory, assembly and warehouse halls. This can certainly lead to doubts as to whether Unit Heaters or diffusers have the corresponding penetration depth to transport the air all the way to the floor. Kampmann demonstrates the momentum of its devices in the industrial tower: depending on the setting, warm air easily reaches the floor, while cold air is distributed evenly beneath the ceiling before descending gently and without drafts.



The two system rooms represent a two-axis and a three-axis office layout (axis dimension = 1.35 m). Customer projects can be simulated and measured in them, or product demonstrations can be held. In product development, these are the rooms in which prototypes are tested. The room airflow laboratory later measures the performance values of the pilot series.

Pssst! 300 mm of concrete, 400 mm of stone and glass wool, and 450 mm wedge absorbers ensure absolute silence in the sound measurement laboratory. The room needs these conditions in order to measure the extremely quiet Kampmann devices.

As impressive as it is to enter the sound-dead sound measurement laboratory with its almost oppressive silence, staying in the hall room is the complete opposite: on the sound-hard wall surfaces, none of them parallel to the one opposite, sound waves are constantly reflected. This creates strong reverberation, producing a uniform, diffuse sound field that is ideal for determining the sound power of Fan Coils and other products. The partition wall integrated into the hall room separates the test rig into a sending room and a receiving room. The building acoustics measurements possible here optimally complement the portfolio of possibilities in the field of acoustic measurement.


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