Project-specific documents (if any) NOTICE! Potentially hazardous situation which, if not avoided, may result in property damage. ENVIRONMENT! Environmental pollution hazard. Tips and recommendations Useful tips and recommendations as well as information for efficient and fault-free operation. Active chilled beams Type DID632...
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– in humid rooms; Product name – in rooms with aggressive or dust-laden air. TROX order number Delivery date Brief description of the fault Online www.troxtechnik.com Phone +49 2845 202-400 Active chilled beams Type DID632...
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The work described in this manual has to be car- their assigned duties, understand any potential haz- ried out by individuals with the qualification, training, ards related to the work under consideration, and knowledge and experience described below: recognise and avoid any risks involved. Active chilled beams Type DID632...
Max. operating pressure, water side 6 bar Max. operating temperature 75 °C (55 °C, when using flexible connecting hoses) Minimum operating temperature 6 °C Dimensions Fig. 2: Dimensional drawing of DID632 Dimensions [mm] B = Width of front frame Active chilled beams Type DID632...
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561.5 3000 2993 – 3000 1635 651.5 = Nominal length L = Total length (diffuser face) Weights [kg] Variant ) [mm] 1200 1500 1800 2100 2400 2700 3000 DID632-LR DID632-LQ DID632-GL DID632-GQ Contained water (max.) Active chilled beams Type DID632...
Use only lifting and transport gear designed for the required load. Always secure the load against tip- ping and falling. Upon delivery, carefully remove the packaging and check the unit for transport damage and complete- ness. Active chilled beams Type DID632...
Plasterboard ceiling ② Fig. 4: Ceiling installation, T-bar DID632 ① Ceiling tile ② Fig. 5: Ceiling installation, clamping profile DID632 ① Ceiling tile ② Fig. 6: Ceiling installation, concealed T-bar DID632 ① Ceiling tile ② Active chilled beams Type DID632...
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Stand clear of suspended loads, unless properly secured. – Check secure fixing after installation. Fig. 10: Inserting the device into the ceiling Fig. 8: Drilling the holes Fig. 11: Fastening the device with threaded rods Active chilled beams Type DID632...
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15° incre- Fig. 14: Setting examples ments up to 45° to the left or right. Three different air distribution patterns can be set. Straight air discharge ① Angled air discharge ② Divergent air discharge ③ Active chilled beams Type DID632...
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Incorrect assembly will damage the heat exchanger! Always use a suitable tool to counter the tight- ening force in order to prevent any damage. Fig. 15: Example DID632 with 4-pipe system 2-pipe system: 2 water connections 4-pipe system: 4 water connections ...
The water quality must be monitored and docu- water quality in order to ensure the long-term mented at regular intervals to prevent corrosion. operation of the system. Active chilled beams Type DID632...
The heat exchanger has thin fins, which are very sharp; when you touch them, there is a danger of your cutting your fingers. To avoid injuries, proceed carefully and wear protective gloves when you work on the heat exchanger. Active chilled beams Type DID632...
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Fig. 17: Cleaning the heat exchanger Carefully clean the heat exchanger with an industrial vacuum cleaner. Be careful so as not to bend any blades. We recommend using a soft brush attachment for cleaning. Active chilled beams Type DID632...
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