The diffuser part may be changed afterwards. The product’s features can be changed to be more suitable for either cooling or heating, if the use of the rooms changes during the product’s lifecycle.

NOX is particularly designed for handling overtemperature air. A unique characteristic of NOX is the possibility to turn the vertical throw pattern 30 degrees to the side. This is a huge advantage if the throw pattern becomes obstructed, for example due to changes in the room’s layout. NOP and NOT are especially suited for isothermal and low temperature air.

NOX is a part of the OptiFlow® product family!

OptiFlow® products adapt to changes in the life cycle of the space due to an optimized and adaptable throw pattern.

Features:

• Especially good adaptability and flexibility
• Precise and clear adjustment based on pressure difference
• Excellent air and sound properties
• Easily adjustable installation height
• Ultra low construction height
• Outstandingly easy and fast to clean
• Possibility to replace the diffuser component

Sound level lower than 35 dB(A) at 50 Pa total pressure.

NOTE! The S models achieve low sound levels even at significantly higher total pressure Pa values!

Main dimensions

The graphs are not intended for adjustment.

NOX-125

NOX-160

NOX-200

NOX-250

NOX-315

NOX throw patterns

Nozzles straight down

NOX alternative throw patterns

Nozzles in twist-supply position	Nozzles turned sideways

Throw lengths

Δt 0°C degrees

Δt +5°C degrees

NOX is particularly designed for handling overtemperature air. A unique characteristic of NOX is the possibility to turn the vertical throw pattern 30 degrees to the side. This is a huge advantage if the throw pattern becomes obstructed, for example due to changes in the room’s layout.

Nozzles turned sideways:

NOX adjustment unit based on the static pressure difference measurement enables highly accurate air flow measurement and control. The adjustment unit allows a precise adjustment of airflow (± 5%) even at low airflows and duct speeds.

NOX is easy to adjust

1. The pressure difference is measured from the measuring socket of the control unit.

2. This adjustment can be made by a screwdriver. The adjustment is done by rotating the control dial with the tool. The control dial readings correspond to separate k-values ​​that can be found on the side of the adjustment unit.

3. The adjustment position can be locked with a screw.