Induction Units for Suspended Ceilings Type DID600B-L
Induction Units for Suspended Ceilings Type DID600B-L
Induction Units for Suspended Ceilings Type DID600B-L
Induction Units for Suspended Ceilings Type DID600B-L
Induction Units for Suspended Ceilings Type DID600B-L
The Type DID600B-L is an active chilled beam for heating and cooling, with 2-pipe or 4-pipe heat exchanger, for integration with various ceiling systems.
Description
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Features:
Preferably for room heights up to 4.00 m
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
Side entry or top entry primary air spigot
Removable induced air grille
Applications:
Active chilled beams of Type DID600B-L for the integration into various ceiling systems, preferably for room heights up to 4.00 m
Particularly suitable for grid ceilings with grid size 600
Air conditioning and lighting combined in one unit
2-pipe or 4-pipe heat exchangers enable good comfort levels with a low conditioned primary air volume flow rate
Energy-efficient solution since water is used for heating and cooling
To contact TROX Australia about Induction Units for Suspended Ceilings Type DID600B-L use Get a quote.
Features:
Preferably for room heights up to 4.00 m
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
Side entry or top entry primary air spigot
Removable induced air grille
Applications:
Active chilled beams of Type DID600B-L for the integration into various ceiling systems, preferably for room heights up to 4.00 m
Particularly suitable for grid ceilings with grid size 600
Air conditioning and lighting combined in one unit
2-pipe or 4-pipe heat exchangers enable good comfort levels with a low conditioned primary air volume flow rate
Energy-efficient solution since water is used for heating and cooling