lindab | we simplify construction Active chilled beam Solus Hygiene Everything is accessible for service The Solus faceplate is simple to lower or remove. The faceplate is kept in place by four cotter pins. If two of the cotter pins, on one side of the faceplate are removed, the faceplate will open and hang from the other two pins. For complete removal, please see the installation instruction. When the faceplate is lowered or removed, the battery is accessible from below (see picture 3). Construction Fixed and flexible The general idea of a HTC system, is to run a fixed airflow at a fixed pressure. At the same time, the high capacity found in the water circuit and the beam coil will auto- regulate the temperature, both for heating and cooling. The water pipes are made of copper. Nevertheless, the water should be oxygen-free to prevent corrosion. Perforation pattern The beam is available in two perforation pattern. Slot 50% (standard) and Dotx2 50% (plus feature). Slot 50% Dotx2 50% Picture 2. Available perforation. Initial settings Presetting Angled Nozzles To achieve a desired air spread pattern the Solus beam is delivered with the Angled Nozzles air distribution system. The Angled Nozzles are a simple yet effective way of cre- ating a divergent air spread pattern without the capacity issues normally related to an air deflector system. The Angled Nozzles can be delivered preset in one of the following standard settings: 30° (default setting) 16° 0° NB! Please note that the Angled Nozzles are manufac- tured in a fixed position (default 30°) and cannot be retro- fitted or changed. Picture 3. When the faceplate is lowered or removed, the battery is accessible from below. 4 Lindab reserves the right to make changes without prior notice 2021-09-15
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