LAMILUX SHEVS - air supply devices

A supply of fresh air to the lower area of the building optimizes smoke and heat ventilation efficiency. The draft creates a chimney effect (natural smoke extraction) and draws smoke more effectively upward.
DIN 18232-2 is increasingly specifying air supply devices in its smoke and heat ventilation system regulations. Fresh air must be planable and controllable like any other smoke and heat ventilation system.
LAMILUX air supply devices

function:          air supply for SHEVS

composition of air supply system          
types B-air K-air G-air R-air T-air
construction material classification* A1/ B2 A1/ B2 A1/ B2 A1/ B2 A1
composition of integrated frame          
materials aluminium aluminium aluminium aluminium sheet steel
construction material classification A1 A1 A1 A1 A1
* B1 upon request

framework made out of aluminium/ sheet steel, construction material classification A1

fittings made out of aluminium/ stainless steel, construction material classification A1

function of integrated framework ideal connection as mounting flange can be delivered for every wall panel system (sandwich, waffelwalls), concrete/ brick work, wodden framing or truss, or mullion-and-transm-façade

Five types for any application

Typ T-air

Sizes
Width: 0.4 – 2.0 m in 20 cm steps
Height: 0.345 – 1.995 m in 16.5 cm steps
All widths and heights can be combined; intermediate sizes possible.

Materials
Frame and panels of galvanized steel

Actuation
Electric motor 24 V
Pneumatic cylinder
Air supply in case of alarm only
Air supply for daily aeration and ventilation

Effective surface of air supply aperture
A = 0.65 x building shell aperture (factor 0.65 from DIN 18232-2)

Fields of application
Wall systems (sandwich wall, paneled wall), concrete, brickwork, wooden framed or semi-timbered

Typ B-air

Sizes
Width: 0.6 – 2.44 m
Height: 0.94 – 2.96 m
Heights at 22 cm intervals, individual widths available

Materials
Aluminium frame, insulated aluminium panels, PC, VSG

Actuation
Electric motor 24 V
Pneumatic cylinder (single or dual barrel)
Air supply in case of alarm only
Air supply for daily aeration and ventilation

Effective surface of air supply aperture
A = 0.65 x building shell aperture (factor 0.65 from DIN 18232-2)

Fields of application
LAMILUX PC light panel systems (sandwich walls, paneled walls), concrete, brickwork, wooden framed or semi-timbered, post and rail façades

Typ G-air

Sizes
Any length as of approx. 1.2 m with center rail, windows are connected
Any height up to 2.0 m

Materials
Aluminium or galvanized steel tube frame
Panels float glass, cast glass, opaque ornamental glass

Actuation
electrical
pneumatic
mechanical
individually or in groups

Effective surface of air supply aperture
A = 0.65 x building shell aperture (factor 0.65 from DIN 18232-2)

Fields of application
Wall systems (sandwich walls, paneled walls), concrete, brickwork, wooden framed or semi-timbered, post and rail façades

Typ R-air

Standard sizes
Width: 0.95 – 1.27 m
Height: 0.97 – 1.027 m

Custom sizes
Width: 0.5 – 1.5 m
Height: 0.5 – 1.8 m
Maximum size approx. 1.5 m²

Materials
Aluminium frame, PC filling

Actuation
electrical
pneumatic

Effective surface of air supply aperture

Skylight and tilt leaves, opening angle 45°
A = 0.4 x building shell aperture (factor 0.4 from DIN 18232-2)

Skylight and tilt leaves, opening angle 30°
A = 0.3 x building shell aperture (factor 0.3 from DIN 18232-2)

Horizontally pivoted sash
A = 0.65 x building shell aperture (factor 0.65 from DIN 18232-2)

Fields of application
Wall systems (panels)

Typ K-air

Sizes
Glazed window, maximum geometric aperture width 2 m²
Height: approx. 0.5 – 2.0 m
Width: approx. 0.5 – 2.0 m
(must be within ratio of 3:1) Window with PC filling or panel filling, maximum geometric aperture width 3.5 m²
Height: approx. 0.5 – 2.7 m
Width: approx. 0.5 – 2.7 m
(must be within ratio of 3:1)

Materials
Aluminium frame, panels float glass, opaque ornamental glass, PC, aluminium panels

Actuation
electrical
pneumatic
mechanical
individually or in groups

Effective surface of air supply aperture

Opening angle 45°
A = 0.4 x building shell aperture (factor 0.4 from DIN 18232-2)

Opening angle 30°
A = 0.3 x building shell aperture (factor 0.3 from DIN 18232-2)

Fields of application
Wall systems (sandwich walls, paneled walls), concrete, brickwork, wooden framed or semi-timbered, post and rail façades
 

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