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LSC 44-M4
99.823.35 1.2/06/09
Louvre Drive
Domelight
Smoke Vent Device / Connecting Elements
Louvre windows with the electric
motor driven drive serve for
carrying-off of conflagration
gases and for ventilation
purposes. They are made of heat
separated aluminium profiles with
insulating glazing. Through this, a
good heat insulation will be
achieved in closed condition. The
louvres will close flush with the
frame outside.
Open geometric ventilation area:
Heat protection glass ex works:
Surface:
Element overall size (w x h)
of approx. 0,1m or 0,3m
insulating glazing with a thickness
of maximum 24mm.
UV test certificate = 1,1W/qmk, UV BAZ = 1,2
W/qmk, Ug rated value = 1,2 W/qmk
fittings and frames Alu E6 EV-1
:
600 x 300mm
600 x 752mm
Different sizes, colours and
designs possible on request.
2
2
or
The domelight with electric motor driven drive
serves for carrying off of conflagration gases and for
ventilation purposes.
It has a rated quantity of 900x600mm and a PVC-
upstand of 15-30cm height for a connection
appropriate for the material involved to the roof
area.
The domelight consists of double pane opaline
acrylic glass. It represents an open geometric vent
area of approx. 0.3 m .
2
Mounting Frame
Delivery of a louvre window is always carried out
with pre-assembled mounting frame. The louvre
window will be pushed into an existing shell
opening inside.
The frame is made of aluminium-L profiles. The rest
flange width is wraparound approx. 46mm.
The louvre window will be
opened and closed by a 24V
drive with integrated electronic
limit stop.
Flange
fastening holes must be drilled by self.
Louvre Drive
Chain drive
Type KA 32, 500 mm opening width, 24VDC with integrated limit stop, with VdS-approval.
Safe and reliable opening of the smoke vent
elements in the top end of the lift shaft is of central
significance in case of fire. The well tried D+H
SHEV-drives, triggered from the LSC-system will
ensure reliable opening of domelights respectively
louvre windows. Different operational elements and
detectors are available for release and operation of
the LSC-system.
