DAM02
Helical-effect diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
CARATTERISTICHE
• MATERIAL: painted steel panel and black PVC deflectors
• SURFACE FINISH: epoxy powder coating resistant to impact and abrasion
• COLOUR: RAL 9010 white. On request, coating in non-standard RAL colours.
• FASTENING: by means of side screws or a central screw
• INSTALLATION HEIGHT: 2.5 – 4 m
• USE: The diffuser can also be used for air return; in this case it is supplied without deflecting fins. The deflectors can also be oriented after the diffuser has been installed in order to make adjustments to optimise airflow in the room once the system is running.
GREEN BUILDING
Contribute to obtain the credits of the major international rating systems for suistainable buildings:
- LEED: IP, EA, MR
- WELL: MATERIALS, COMMUNITY
- BREEAM: MAN, WST
DOWNLOAD TECHNICAL SHEET >>
Related products
-
AR10 THERM MASTERSAN
Flexible hose made of addivated polyolefin resins film reinforced with polyester mesh with anti-bacterial, anti-mildew and anti-viral material protection with steel wire helix. Thermo-insulating covering in polyester fibre (thickness 25mm/16kg/m3), outer aluminized film protection (flame retardant).
Read more -
DCMQ
High-induction circular diffuser with adjustable cones made up of concentric truncated cone profiles on a square panel, suitable for installation on false ceilings with 600×600 panels. Height adjustable by means of an adjustment screw in order to change the direction of the air jet in relation to the required thermal conditions.
Read more -
DSRQ – DSRSQ
Variable geometry diffuser on 597×597 mm panel developed for rooms with high ceilings where a long throw and a high induction ratio are required. Made up of a half-housing in which individually or simultaneously adjustable deflectors are fitted (if required) in order to change the direction of the air jet in relation to the thermal conditions required.
Read more -
DAM01C
Helical-effect diffuser with radially arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed suitable for use at high operating temperatures.
Read more
DAM02
Helical-effect diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
CARATTERISTICHE
• MATERIAL: painted steel panel and black PVC deflectors
• SURFACE FINISH: epoxy powder coating resistant to impact and abrasion
• COLOUR: RAL 9010 white. On request, coating in non-standard RAL colours.
• FASTENING: by means of side screws or a central screw
• INSTALLATION HEIGHT: 2.5 – 4 m
• USE: The diffuser can also be used for air return; in this case it is supplied without deflecting fins. The deflectors can also be oriented after the diffuser has been installed in order to make adjustments to optimise airflow in the room once the system is running.
GREEN BUILDING
Contribute to obtain the credits of the major international rating systems for suistainable buildings:
- LEED: IP, EA, MR
- WELL: MATERIALS, COMMUNITY
- BREEAM: MAN, WST
DOWNLOAD TECHNICAL SHEET >>
Related products
-
AR10 MASTERSAN
Flexible hose made of addivated polyolefin resins film reinforced with polyester mesh with anti-bacterial, anti-mildew and anti-viral material protection with steel wire helix.
Read more -
DMU
Diffuser with individually adjustable micro nozzles with high output velocity and low sound in order to obtain extensive penetration depths of the room to be air conditioned.
Read more