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      Fire protection curtains

      Fire protection curtains are seal openings in walls and ceilings in case of fire. The constructional set-up (rolling- or folding technology) and the use of different fabrics offer a wide application spectrum as well as different protection targets or classifications and time classes. Casings and side guides of those flexible applicable systems are integrated almost invisibly in the building and provide much scope for design of sophisticated architecture for opened designs.

    • Conveyor system closures

      Conveyor system closures

      Manifold production - and logisitc processes require different construction types of conveying systems. If the haulage drifts are passing through fire-retarding resp. fire-resisting walls or ceilings, the necessary openings must be provided with fire protection closures to avoid the expansion of the fire by conveyor technique or by conveyed material. In case of fire the conveyor system closures have to seal those openings immediately and automatically. Thereby a classified fire resistance as well as the smoothly clearing of the closing area must be respected in case of release.

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      Smoke curtains

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    • Smoke protection closures

      Smoke protection closures

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    • Controls

      Controls

      Control systems are necessary for all automatic fire protection systems! They are safety-relevant, because without their function or in the event of a malfunction, the entire investment of a fire protection partition would be useless. Controllers coordinate both fire detection and the interaction with other controls, like superordinate building control or the retraction of the closing area at conveyor closing area.

    • Médiathèque Charles Nègre | Grasse, France

      Médiathèque Charles Nègre | Grasse, France

      The Médiathèque Charles Nègre in Grasse, France, is an impressive example of contemporary architecture that reflects the cultural and historical importance of the region. The information center with space for education, culture and encounters was opened in 2011 and designed by the renowned French architecture firm Marc Barani. The building combines modern aesthetics with the traditional architecture of Provence, creating a harmonious link between old and new, for example by combining modern materials such as glass and steel with local natural stone. The generous window fronts create an atmosphere flooded with light. Ecological sustainability is achieved through natural ventilation and the resulting reduction in energy consumption; green spaces are also integrated on various levels. Our <a href="/us/solutions/fire-protection-curtains/stoebich-fire-smoke-curtain-hc"><b>➥ horizontal Fire and smoke curtain hc</b></a> fire protection curtains fit perfectly into this marvel of contemporary architecture. They securely close the ceiling openings in the event of a fire, but otherwise remain invisible and let in plenty of light and air. Copyright attribution: © Ivry Serres

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SYSTEM: ECCLOS® | Series: Ecclos®-Flex-I

  • ECClos-Flex-I

Product description

One-piece, vertically closing fire protection closure in the course of web-bound conveyor systems for wall openings with continuous and non-continuous conveyor technology in the closing area.

TypeFire protection closure in the course of railway-bound conveyor systems
VerificationVKF approval no. 32476
Closing directionfrom top to bottom
Fire resistanceEI2 90 | tested according to DIN EN 1366-7:2004-09 | classified according to EN 13501-2:2007
Closing cyclesC | tested according to EN 12605:2000-08 | classified according to EN13501-2:2016 For scheduled open closures
Reopeningmotor
Conveyor systemContinuous and non-continuous roller conveyors | belt conveyors | suspension chain conveyors
Visible surfacesCover, guide rails and winding housing
Stainless steel 1.4301 (V2A)
coated in RAL color

Fest panel
untreated fire protection panels
painted with emulsion paint in a similar RAL color
Sheet metal cladding stainless steel 1.4301 (V2A)
Sheet metal cladding coated in RAL color

Downloads

Size dimensions and system design

Due to the combination of classifications or the ratio of clear system width to clear system height, the stated maximum dimensions may be reduced and the dimensions of the enclosure and guide rails may vary. The specifications on the quotation apply.

Component (supporting structure) in which the closure may be installedAchievable fire resistance class
clear wall opening
clear wall opening width
clear wall opening height
High-density solid wall, masonry or solid concrete
with total density of ≥ 800 kg/m3 and a thickness of ≥ 150 mm		EI2 90from 500 mm to 6,000 mmfrom 500 mm to 4,400 mm
Low density solid wall, aerated concrete with total density
of ≥ 450 kg/m3 and a thickness of ≥ 150 mm		EI2 90
from 500 mm to 6,000 mmfrom 500 mm to 4,400 mm


The installation situation must comply with the building code requirements of the country of installation. The fire resistance of a ceiling or wall support structure and the adjacent components must at least cor- respond to that of the fire protection closure. Proof of the stability and serviceability of the adjacent walls and components must be provided under general ambient conditions and in the event of fire. See also notes on the standard supporting structure in EN1366-7:2004 or EN1363-1:2020. The fire protection system must not be subjected to any additional loads other than its own weight, even in the event of fire.

ECClos-Flex-I
Dimensions at the end of the conveyor system Closing direction vertical from top to bottom

A - Clear wall opening width500 mm to 6000 mm
B - Clear wall opening height500 mm to 4400 mm
C - Lower edge of wall opening0 - n
I - Planning allowance left Default value 20 mm
J - Planning allowance right Default value 20 mm
K - Planning surcharge above Default value 20 mm
L - Planning surcharge below Wall-hung system: default value = 20 mm
Floor-standing system: default value = 0 mm
Q - Conveyor separation Width Depending on the position and type of the conveyor system and the size of the clear wall opening dimensions
R - Conveyor separation dimension wall side Depending on the position and type of the conveyor system and the size of the clear wall opening dimensions
S - Conveyor separation dimension room side Depending on the position and type of the conveyor system and the size of the clear wall opening dimensions
N - Clearance height/headroomDepending on the position and type of the conveyor system and the size of the clear wall opening dimensions
M - support level0 - n
W - conveying level protrusion-25 mm to +25 mm
AA - Space requirement above the openingBF + BW + K
unseparated continuous conveying = 200 mm + 430 mm + 20 mm = 650 mm
separated conveyor technique = 50 mm + 430 mm + 20 mm = 500 mm
AB - Space requirement below the opening with fixed panel = L + AS + AO = 20 mm + 80 mm + 120 mm = 220 mm
without fixed field = 0 mm
AG - Space requirement drive Installation side 800 mm
AH - Sealing depth at the shut-off element 150 mm
AI - Sealing depth at the fixed panel 175 mm
AJ - Thickness barrier element approx. 12 mm
AK - Total fixed field width AL + AM + AN
AL - Fixed field width A + I + J + CD + CD = A + 20 mm + 20 mm + 230 mm + 230 mm = A + 500 mm
AM - Fixing projection fixed panel left 50 mm
AN - Fixing projection fixed panel right 50 mm
AO - Fixing protrusion fixed panel below 120 mm
AQ - Space requirement for wall frame to the left of the opening I + BD + CD + 100 mm = 20 mm + 50 mm + 230 mm + 100 mm = 400 mm
AR - Traverse path of shut-off element / unwinding length = N
AS - Overlap fixed field below 80 mm
AT - Overlap fixed field left 215 mm
AU - Overlap fixed field right 215 mm
AV - Space requirement wall frame to the right of the opening J + BE + CD + 100 mm = 20 mm + 50 mm + 230 mm + 100 mm = 400 mm
AW - Fixed field depth 175 mm
AX - Height wall frameN + AA
unseparated continuous conveyor = N + 650 mm
separated conveyor technique = N + 500 mm
AY - System height BI + AX
BB - Drive Technology Width 750 mm
BC - Drive Technology Height 430 mm
BD - Offset left50 mm
BE - Offset right50 mm
BF - Offset top unseparated continuous conveyor = 200 mm
separated conveyor technology = 50 mm
BH - fixed field height M - C + L + AS
BI - Total fixed field heightBH + AO
BJ - System width AQ + AV + A = 400 mm + 400 mm + A
BV - Winding case width = BJ
BW - Winding case height 430 mm
BX - Winding case depth 460 mm
BY - Drive housing width 750 mm
BZ - Drive housing height430 mm
CA - Drive housing depth340 mm
CB - Parking area Shut-off element under winding housing unseparated continuous conveyor = 200 mm
separated conveyor technology = 0 mm
CC - Thickness barrier element on reopening400 mm
CD - Guide rail width230 mm
CE -Guide rail depth114 mm
CF - Guide rail heightAX - BW
CG - Separation point conveyor system guide width300 mm
CH - Separation point conveyor guide dimension wall side0 mm
CI - Separation point conveyor guide dimension room side300 mm
CJ - width/height ratioBJ/CF >= 0.333
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