IBD

IBD nozzle banks provide an inconspicuous and highly effective, air terminal device solution.

Air diffusion is characterised by multiple, high velocity discharge jets, encouraging mixing at high induction ratios (9:1), providing high capacity flows with short throws and minimal cooling differential effects.

• Air flow handling up to 4 l/s/nozzle or 100 l/s/m in linear banked arrangements

• Suitable for cooling differentials to -14K and heating to +10K

• IBD nozzles provide high levels of end reflection ensuring that in-duct noise sources are “reflect” back into the ductwork system

• All solutions are suitable for demanding applications including residential and hotel bedrooms, requiring very low noise levels in the range NR20-30

• IBD nozzles can be used for exhaust/return flows. However, if low resistance return is required to suit FCU/VRF systems, then over-cornice slots or shadow gaps are usually preferred

IBD

IBD nozzle banks provide an inconspicuous and highly effective, air terminal device solution.

Air diffusion is characterised by multiple, high velocity discharge jets, encouraging mixing at high induction ratios (9:1), providing high capacity flows with short throws and minimal cooling differential effects.

• Air flow handling up to 4 l/s/nozzle or 100 l/s/m in linear banked arrangements

• Suitable for cooling differentials to -14K and heating to +10K

• IBD nozzles provide high levels of end reflection ensuring that in-duct noise sources are “reflect” back into the ductwork system

• All solutions are suitable for demanding applications including residential and hotel bedrooms, requiring very low noise levels in the range NR20-30

• IBD nozzles can be used for exhaust/return flows. However, if low resistance return is required to suit FCU/VRF systems, then over-cornice slots or shadow gaps are usually preferred


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