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DCSC THERM

Circular diffuser with adjustable cones made up of concentric truncated cone profiles, adjustable in height by means of a screw in order to change the direction of the air jet in relation to the required thermal conditions. The internal cone is closed with a flat panel that gives the diffuser a pleasant aesthetic appearance without penalizing the functional specifications. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.

 

SPECIFICATIONS

MATERIAL: aluminium and steel
SURFACE FINISH: epoxy powder coating resistant to impact and abrasion
COLOUR: RAL white 9010 glossy, 9016 glossy, 9003 mat. On request, coating in nonstandard RAL colours.
FASTENING: by means of screws positioned on the diffuser neck
INSTALLATION HEIGHT: 2.7 – 6 m
USE: room cooling and heating

 

GREEN BUILDING

Contribute to obtain the credits of the major international rating systems for suistainable buildings:

  • LEED: IP, EA, MR, EQ
  • WELL: THERMAL COMFORT, MATERIALS, COMMUNITY
  • BREEAM: MAN, HEA, WST

Green Building Completo 2

 

INSTALLATION

Easy installation, adjustments and maintenance. The intermediate cone is easy to remove by turning the central hollow threaded pin. It is fastened to the ceiling by means of screws on the diffuser neck.

 

ADJUSTMENT

Central cone in low position: optimal position in cooling conditions in order to have the largest horizontal diffusion radius without creating discomfort in the occupied area in rooms with an ideal height between 3 and 4 m. With this configuration, you have the best pressure drop, velocity and sound level conditions. The maximum temperature difference (DT) between the ambient air and the air flowing from the diffuser to obtain the optimal induction conditions is 12°C.
Central cone in high position: optimal position for particularly high rooms up to 6 m and in heating conditions, as you obtain a vertical throw that resists the convective motion of the ambient air.

DOWNLOAD TECHNICAL SHEET >>

DCSC THERM

Circular diffuser with adjustable cones made up of concentric truncated cone profiles, adjustable in height by means of a screw in order to change the direction of the air jet in relation to the required thermal conditions. The internal cone is closed with a flat panel that gives the diffuser a pleasant aesthetic appearance without penalizing the functional specifications. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.

 

SPECIFICATIONS

MATERIAL: aluminium and steel
SURFACE FINISH: epoxy powder coating resistant to impact and abrasion
COLOUR: RAL white 9010 glossy, 9016 glossy, 9003 mat. On request, coating in nonstandard RAL colours.
FASTENING: by means of screws positioned on the diffuser neck
INSTALLATION HEIGHT: 2.7 – 6 m
USE: room cooling and heating

 

GREEN BUILDING

Contribute to obtain the credits of the major international rating systems for suistainable buildings:

  • LEED: IP, EA, MR, EQ
  • WELL: THERMAL COMFORT, MATERIALS, COMMUNITY
  • BREEAM: MAN, HEA, WST

Green Building Completo 2

 

INSTALLATION

Easy installation, adjustments and maintenance. The intermediate cone is easy to remove by turning the central hollow threaded pin. It is fastened to the ceiling by means of screws on the diffuser neck.

 

ADJUSTMENT

Central cone in low position: optimal position in cooling conditions in order to have the largest horizontal diffusion radius without creating discomfort in the occupied area in rooms with an ideal height between 3 and 4 m. With this configuration, you have the best pressure drop, velocity and sound level conditions. The maximum temperature difference (DT) between the ambient air and the air flowing from the diffuser to obtain the optimal induction conditions is 12°C.
Central cone in high position: optimal position for particularly high rooms up to 6 m and in heating conditions, as you obtain a vertical throw that resists the convective motion of the ambient air.

DOWNLOAD TECHNICAL SHEET >>

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UNE 23723-90

NF P 92-507 3.1.2

NF P 92-507:2004