Induction units for suspen­ ded ceilings Type DID312 DID312-LR, with hinged ​ down induced air grille Water connection Active chilled beam with two-way air discharge, ​ 300 mm nominal width, vertical heat exchanger and ​ condensate drip tray Active chilled beam for heating and cooling, with 2-pipe or 4-pipe heat exchanger, for ​ integration with various ceiling systems. The condensate drip tray is useful if the ​ temperature temporarily falls below the dew point. ■■ Preferably for room heights up to 4.00 m Eurovent certification ■■ High heating and cooling capacity with a low conditioned primary air volume ​ flow rate and low sound power level ■■ High comfort levels due to low airflow velocity in the occupied zone ■■ Three nozzle variants to optimise induction based on demand ■■ Hinged, removable induced air grille in four designs Optional equipment and accessories ■■ Control system ■■ Additional casing for extract air ■■ Heat exchanger powder-coated black ■■ Powder coating in many di

Induction units for suspended ceilings General information Technical data Quick sizing Specification text Order code Installation examples Installation details Basic information and nomenclature General information Function Application – Active chilled beams of Type DID312 for the ​ integration into various ceiling systems, ​ preferably for room heights up to 4.00 m – The vertical heat exchangers and the ​ condensate drip tray are useful if the ​ temperature temporarily falls below the dew ​ point. – 2-pipe or 4-pipe heat exchangers enable good ​ comfort levels with a low conditioned primary...

Induction units for suspended ceilings General information actuators; and lockshields – X-AIRCONTROL control system Construction features – Spigot is suitable for circular ducts to EN 1506 ​ or EN 13180 – 4 or 6 suspension points for on-site installation ​ (by others) – Three nozzle variants to optimise induction ​ based on demand – Optional extract air spigot on the same side as ​ the primary air spigot or opposite – Condensate drip tray including condensate ​ drain that can be connected to a condensate ​ pipe (Ø12 mm, to be provided by others) Materials and surfaces – Casing, front frame, nozzle...

Induction units for suspended ceilings Functional description Active chilled beams provide centrally conditioned ​ primary air (fresh air) to the room and use heat ​ exchangers for additional cooling and/or heating. The primary air is discharged through nozzles into ​ the mixing chambers; as a result of this, ​ secondary air (room air) is induced via the ​ induced air grille and passes through the heat ​ exchanger. Primary and secondary air mix and are then ​ supplied to the room horizontally through the ​ supply air slots. ① Front frame ② Primary air spigot ③ Casing ④ Heat exchanger ⑤ Suspension...

Induction units for suspended ceilings ① Conditioned fresh air (primary air) ② Supply air

Induction units for suspended ceilings Technical data Nominal length Length Height Width Primary air spigot, diameter Primary air volume flow rate Cooling capacity Heating capacity Max. operating pressure, water side Max. operating temperature

Induction units for suspended ceilings The quick sizing table contains operating points for defined reference units. For other operating points you may use the Easy Product Finder design software. 02/2017 - DE/en TROX ®TECHNIK

Induction units for suspended ceilings Quick sizing

Induction units for suspended ceilings 02/2017 - DE/en TROX ®TECHNIK

Induction units for suspended ceilings Specification text This specification text describes the general ​ properties of the product. Texts for variants can be ​ generated with our Easy Product Finder design ​ programme. Active chilled beams of Type DID312, with two-​ way air discharge and high thermal output, ​ providing high thermal comfort levels. For installation flush with the ceiling, preferably in ​ rooms with a height up to 4.00 m. The units consist of a casing with suspension ​ points, a spigot, non-combustible nozzles, and ​ two vertical heat exchangers. Three nozzle variants to optimise...

Induction units for suspended ceilings Order code  Type DID312 Active chilled beam  Induced air grille GL Longitudinal blades GQ Transverse blades LR Perforated metal, circular holes LQ Perforated metal, square holes  Heat exchanger 2 2-pipe 4 4-pipe  Nozzle variant Z Small plus M Medium G Large  Arrangement of casings and connections LL (also available as supply and extract air ​ combination) LR ML MR RL RR (also available as supply and extract air ​ combination) Note L = left side, R = right side, M = centre  Additional casing for extract air, with spigot No entry: none AV Front AH Rear...

Induction units for suspended ceilings Order code Order examples DID312–LR–2–Z–LL/1193×1200×293 Induced air grille Heat exchanger Nozzle variant Arrangement of casings and connections Total length (diffuser face) × nominal length Perforated metal, circular holes 2-pipe Small plus Left side, left side 1193 × 1200 × 293 mm DID312–GL–4–M–RR–AV–A1/1193×900×293/P1–RAL9016/G3/VS Induced air grille Heat exchanger Nozzle variant Arrangement of casings and connections Additional casing for extract air, with spigot Water connections Total length (diffuser face) × nominal length Exposed surface Surface...

Induction units for suspended ceilings Product examples

Induction units for suspended ceilings Condensate drain, Ø12 mm Water connection, Ø12 mm pipe, either with plain tails ​ or with G½" external thread ① 2-pipe system ② 4-pipe system ③ Widths 293, 300 and 312 mm ¹ Water flow ² Water return ³ Chilled water flow ⁴ Chilled water return ⁵ Hot water return ⁶ Hot water flow L = Total length (diffuser face) LN =

Induction units for suspended ceilings B B = Width of front frame L = Total length (diffuser face) LN = Nominal length Weights Nominal length (LN) kg/piece kg/piece kg/piece kg/piece kg Non-active section as extension: 10 kg/m Differences in width can be neglect