Automatic curved smoke curtain - Smokeshield-C type
Smokeshield-C
The curved smoke curtain with a leakage of 0%
System description
The flexible smoke curtain with a closed, curved course is designed for an installation in circle- or ellipse-shape but also as an open, curved (serpentine) smoke curtain
For the time and temperature-class D 60 resp. D 120 (600°C)
Since the smoke curtains consists of one fabric panel there is no overlapping and no remaining openings
Integrated in the suspended ceilings
Connection to the ceiling panel with laser-cut bottom rail over self-levelling bearing elements
Alternatively with direct connection to the false ceiling (hardly visible, only 2mm mismatch) or by a shadow groove execution
As standard the smoke curtain closes by the engine system gravigen, that means closing without auxiliary energy, hence no fire- resistant cables are needed
Extreme widths of the smoke curtain up to 300 m and drop length up to 4m (for curve shape radii > 4m)
The textile surfaces are piled stored on the completion modul under the ceiling
Connected completion modul over the total length of the smoke curtain
Optional: integrable ligthings in the completion modul
Dimensions
Bottom bar in
shadow groove execution
Bottom bar with
direct connection
to the ceiling
Drop length A
Installation height E
0,1 - 1,5 m
560 mm
1,5 - 3,0 m
700 mm
3,0 - 4,0 m
800 m
Previous solution:
Devided, overlapping smoke curtain elements
STÖBICH´s INOVATION:
Continous smoke curtain
Range of curve courses
CE-Classification
Patented tubular motor with Gravity Fail Safe technology
Modutex 600 A2
Kennzeichnung EN 12101-1
Stöbich System Smokeshield-C
Automatic smoke curtain
Typ ASB 1 / ASB 3 Closing without electric energy
Temperature classification
D120 (600°C / 120 min)
Closing Time (depending on the drive)
0,12 m/s e.g. drop length 4 m = 30 s in fire alarm position
Gap - casing
0 mm
Gap edges embrasure
0 mm
Gap joint
0 mm
Max. permeability of the smoke curtain fabric with ambient temperature and 200 °C (max. 25 m³/m²/h)
< 1m3/m2/h
Free area casing
= Casing length x gap casing = L x 0 = 0 mm2
Free area casing
= D x gap edges
Free area edges
= D x gap joint x number of joints
CE-Certificate of Conformity
Applied
Building approval for the fire behaviour of the fabric
