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CI-System continuousroofight B
robust - safe - best-of-breed statics
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Serving the customer is our focus
Dipl. Ing. Joachim Hessemer
Technical Director
Safety First
Extreme weather conditions are becoming
more frequent. Storm, hail, heavy snow
all of these inclement weather conditions
affect the roof, and thus the continuous
rooights. As a building owner you will
appreciate that there is no real protection
against freak weather conditions. But you
are right to ask your suppliers for maxi-
mum protection against these natural risks
when choosing building materials. This is
why we placed great emphasis on the stability
and robustness of the construction during the
development of CI System continuous roof-
light B to make sure it can withstand even
the most adverse weather conditions.
Our system stands for tried-and-trusted safe-
ty: a large number of certicates from buil-
ding supervision authorities give customers
access to many approved variants and thus
maximum design freedom. Also approved
and safe the smoke outlet device to DIN
EN 12101-2 and hail proong to LAMILUX
standards.
Even more benets:
Saves energy: Free of thermal bridges
thanks to optimized isothermal
characteristics.
Our technology:
The isothermal load converter (ITL)
Benet from excellent re protection
- DIN 18234 compliance at a low cost.
Our technology: Linear burn-through
protection (LDS)
State of art technology you can rely on
and best-of-breed static safety.
Our technology: the active expansion
absorber (ADA) and dynamic torque
control (DTC)
The CI System continuous rooight B sets a
new standard with respect to roof protection
and safety in combination with excellent
daylight incidence qualities. Customized
intelligence serving the customer is our
mission.
If you create a mission statement, you have
to live by it!
In LAMILUXs case this means:
: We develop best-of-breed quality - and that
means genuine benets for our customers
: We are innovative and guide you throught
your projekts thanks to top quality technical
consultancy and comprehensive aftersales
support
: We offer competence - fast, reliable, friendly
: Our service is tailored to your requirements
and wishes
Protected against Wind and Weather
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CONTENTThe active expansion absorber (ADA)
Stability thanks to intelligent components
page 6
Dynamic torque control (DMR) Safety thanks to new technology
page 7
The isothermal load converter (ITL)
Patented innovations prevent thermal brid-
ges
page 8
Linear burn through protection (LDS)
Fire safety thanks to DIN 18234
page 10
Architectural freedom
Roof connection & tting variants
page 12
Glazing variants
Functional versatility
page 13
Smoke and heat ventilation systems
Approved safety
page 14
Actuating technology
Can save lives in an emergency
page 17
A continuous rooight with many facets
More than just standard
page 18
Longevity
New materials
page 19
Reconstruction
Maintaining value
page 20
Maintenance and & controls
Competence for your safety
page 21
Technology & Innovation Practicality & Detail Versatility & Options
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Li
pr
CI system continuous rooight B
Value added by default
Dynamic torque control
DMR
Page 7
The new CI System continuous rooight B combines a high incidence of daylight with maximum safety in case of heavy loads on the roof
construction caused by wind and weather, along with best-of-breed protection in case of re. Thanks to its modular design the continuous roof-
light can be tailored to cope with individual snow and wind loads, even in case of larger spans.
Innovative technologies, developed by LAMILUX, prevent ames from spreading, as specied by DIN 18234, give you more safety in case of re,
provide superior heat technology, best-of-breed statics, an optimum seal and plastic sheet mountings that react exibly and maintain value.
Linear burn-through protection
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r burnthrough
ction LDS
Page 10
Isothermal load
converter ITL
Page 8
Technology & Innovation
Versatility &
Options
pitch
Upper edge of roof clear width
(interior dimensions of upstand)
1.50m to 6.00m
Gable elevation:
Longitudinal side elevation:
Practicality & Detail
Active torsion
absorber ADA
Page 6
Axial dimension of truss
Cassette length
Fitting
dimensions
Upper edge of roof clear length (interior dimensions of upstand)
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The active expansion absorber - ADA
Stability thanks to intelligent components
6
SAFETY BY
IServing the customer is our focus
A new technology, the active expansion ab-
sorber (ADA), guarantees additional safety
in extreme weather conditions. The glazing
cannot slip in the vicinity of the bars.
The principle:
Thanks to the active expansion absorber
(ADA) the whole tension bar system is
constructed in a such a compact way that
the seal at the joints remains unimpaired de-
spite adverse, external weather conditions.
The seal and the tension bar are kept con-
nected by non-positive, form-locking joint.
The positive effect:
The ADA system absorbs differences in
expansion rates between the tension bar
and the seals in the continuous rooights
to prevent seals slipping out when the con-
tinuous rooight construction is subjected
to heavy load this means best-possible
protection in case of snow, ice, wind or
heat.
Glazing bars viewed from underneath
Aluminium tension bar
with ADA system
Tensile stress vector
in tension bar
Glazing
Y glazing bar - aluminium
ADA
non-positive, form-locking
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Dynamic torque control - DMR
Safety thanks to new technology
Technology&Inno
vation
7
TELLIGENTCOMPONENTS
Tensioning view of DMR spring
Thanks to our new dynamic torque control
(DMR) technology, CI System continuous
rooight B offers even more safety and
protection in case of storms and heavy
snow loads.
The principle:
DMR technology helps to anchor the poly-
carbonate sheet glazing even more rmly in
the ventilation, and smoke and heat exhaust
cassette system.
The glazing is exibly mounted and optimally
secured by means of a spring-loaded mul-
tipoint system. The clamping torque of the
springs in the DTC system adapts to match
the load, driven by the spring characteristic.
The positive effect:
In case of heavy load on continuous roof-
light constructions the polycarbonate
sheets stay perfectly tensioned, and are
perfectly secured as they absorb and thus
damp loads in an optimum way. The same
principle applies when the SHEVS aps
are open: when subjected to gusts of wind,
DTC and spring-bedded multiple joint tra-
verses provide best possible protection.
View of underside of ap
Flap hinge
Glazing
Glass bar
DMR-spring
Flap frame
made of Aluminium
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The isothermal load converter - ITL
Innovation removes thermal bridges
8
SAFTEY BY INNOVAServing the customer is our focus
One of the most important instruments of
ongoing product optimization is the ability
to calculate heating technology. Maximum
customer benets from our products
means: removal of thermal bridges, taking
care that none of our composite elements
breaks a sweat due to condensation. The
results of our work: an intelligent overall
system at the foot of the continuous roof-
light construction.
One of our most important building compo-
nents, and one that has given us amazing
results in the optimization of isothermal cha-
racteristics is the isothermal load converter
(ITL). Lets face the facts: The ITL guarantees
a supporting structure free of thermal brid-
ges.
The principle:
The isothermal load converter (ITL) channels
the load on the continuous rooight into the
supporting structure. This keeps the base
prole free of loads and torsion, thus enabling
the use of materials with excellent heat insula-
tion propert ies.
The positive effect:
ITL technology means that we can guaran-
tee optimized temperature characteristics
and thus a low incidence of condensation
at the base prole of the continuous roof-
light.
Tensioning plate
Base prole
Isothermal load
converter (ITL)
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Technology&Innov
ation
9
ION
Thanks to ITL technology in the anchor
point, coupled with ap proles without
thermal bridges and optimized glazing
bars, CI System continuous rooight B
achieves far better heat insulation values
than are typical for industrial buildings.
Optimized isothermal characteristics
Thermal calculations as an instrument for
permanent product optimization:
computers have helped to optimize the
isothermal characteristics for all continuous
rooight elements.
A continuous rooight without thermal bridges
Best insulating values in industrial construction
Temperature drops between components act like a waterfall: the higher the temperature vec-tor, the faster heat will ow from the higher to the lower level.
Comprehensive calculations and tests all of which are documented by protocols and tech-nical information demonstrate the optimized isothermal characteristics (red lines) in com-ponents such as at the base point, in the glazing bars and the ap systems of the continuousrooight construction.
Plateau
Waterfall
Valley
warm
cold
Temperature drop
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Linear burn through protection (LDS)
LDS has spread over the burning roof skin and smothered the
ames, thus preventing burn through to the exterior
of the roof.
10
SAFETY BY
Serving the customer is our focus
In linear burn through protection (LDS) we
have developed a technology that comple-
tely fulllls the protection targets of DIN
18234 without laborious gravel lls on
the roof: Linear burn through protection
prevents the re from spreading, thus elimi-
nating the dreaded fuse effect.
The principle:
CI System continuous rooight B has a
thermoplastic base prole that is mounted
on a supporting construction, such as an
upstand. The roof skin is typically pulled up
to the upstand beam and thus fed under the
base prole of the continuous rooight.
If a major re breaks out in the building, the
interior opening side of the roof skin will
ignite.
As the roof skin has a tendency to burn in
the direction of the exterior of the roof, like
a fuse, the thermoplastic base prole is
melted by the extreme temperatures directly
on the upstand beam and spreads over the
burning edge of the roof sheeting.
Fire safety thanks to DIN 18234
Phase 1 Phase 2
The roof skin burns like a fuse towards theexterior of the roof.
Roof skin
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EW TECHNOLOGYSafety certied and demonstrable
Technology&Inno
vation
11
The new joint between plastic and suppor-
ting construction that this forms, automatical-
ly seals the burning joins, interrupts the supp-
ly of oxygen and extinguishes the ames.
The positive effect:
Linear burn through protection (LDS)
switches off the fuse effect and prevents
ames from spreading. The base prole
remains stable throughout the duration
of the re, as the uppermost metal section
cools and stiffens.
You can really trust in the safety of our CI
system continuous rooight B, as substanti-
ated documentation proves. The continuous
rooight has been put through its paces
in various individual benchmarks. The re-
sults: general building regulation authority
approval for the whole product range by
Deutsches Institut fr Bautechnik (German
Institute of Building Technology) and general
building authority certications and homolo-
gation tests.
Linear burn through protection after re damage
Base prole has spread over the burning
skin of the roof and smothered the ames.
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Mounting variants:
12
Plate angle to
DIN 18807-3
Plate angle
over 2 grooves
Serving the customer is our focus
The CI System continuous rooight B is
characterized by its versatile roof tting
and roof attachment variants. Thanks to its
modular design, the CI System continuous
rooight B adapts perfectly to match
individual requirements the epitome of
architectural freedom.
Various tting scenarios are shown on the
left: Continuous rooights can be tted to
at roofs, at roofs with a slight inclination, as
ridge lights, over ridge eaves and ridge, or as
a customized solution.
Roof mounting variants include mounting on
steel sheeting upstands, on wooden trusses
or reinforced concrete upstand beams.
Proven stability
Stability is our primary concern with
LAMILUXs own steel sheet upstands. LAMI-
LUX complies with the requirements of the
Deutsches Institut fr Bautechnik (German
Institute for Building Technology), according
to which steel upstands must be dimen-
sioned and certied to comply with DASt
Directive 016.
After all: LAMILUX engineers dimension up-
stands according to the static requirements
of each individual project in order to ensure
maximum product qualiy.
Architectural freedom
A continuous rooight for many applications
Mounting scenarios: Eaves Ridge - Eaves
Mounting scenarios: Ridge light
Mounting scenarios: Flat roof
Mounting scenarios: Roof with slight inclination
Customized solutions
Roof mounting variants:
Roof sheeting
connection provides
by customer
Mounting on
wooden trusses
Foam rubber
sealing strips
Width: continuous
1.20m or more
Mounting on
steel sheet upstands
Width: continuous
1.20m or more
Moisture barrier
provided by customer
Mounting on reinforced
concrete upstand beams
Width: continuous
1.20m or more
Foam rubber
sealing strips
Gluelam
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Smoke and heat ventilation systems by LAMILUX
Air to breathe safety in case of re
14
LAMILUX
SMOKE A
Serving the customer is our focus
80 percent of all re victims die of smoke
poisoning This is why smoke and heat
ventilation systems are imperative for a
holistic re protection concept. SHEVS
systems keep escape routes clear for lon-
ger and give the re service access to the
origin of the re.
The CI System continuous rooight B can
be tted with smoke and heat ventilation de-
vices that fully comply with the requirements
of the new EN 12101, Part 2 (this standard
replaces the previous standard DIN 18232,
Part 3).
SHEVS are integrated as double and single
aps that open as needed by means of
thermal actuation, thermal and CO2 remo-
te actuation, or electrical remote actuation.
SHEV aps can be actuated for ventilation
(electrically/pneumatically) and for fair wea-
ther ventilation (pneumatically).
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90
15
Stability even when the aps are open
Even in case of larger sized aps of, say, 2
by 2 meters per double ap, best-of-breed
safety is guaranteed in open state, despite
heavy load exerted by gusts of wind. This
is guaranteed by spring-loaded multiple
joint traverses connected directly to the ap
construction.
Opening variants
SHEVS and ventilation with double ap
D HEAT VENTILATION
C02 opening
1 pipe system required
Closing from roof
C02 opening
+ pneumatic ventilation
Compressed air supply provided
by customer
2 pipe system required
Opening/closing from below
Ventilation position 90
C02 opening
+ electrical ventilation
1 pipe system required
Closing from roof for maintenance purposes
Practicality&Detail
Dynamic torque control (DMR) thanks to multipoint supports the polycarbonate
sheets are optimally tensioned and thus perfectly secured
Wind bafe
Spring mounted multi-joint traverses
Opening cylinder
Flap leaf
Compressed air line
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SAVES LIVES
I
Serving the customer is our focus
16
Wind bafe
Optional ventilation
operations
C02 opening
1 pipe system required
Closing from roof
C02 opening
+ pneumatic ventilation
Compressed air supply provided
by customer
2 pipe system required
Opening/closing from below
Ventilation position 120
C02 opening
+ electrical ventilation
1 pipe system required
Closing from roof for maintenance purposes
Alternatively pneumatic ventilation with 2
pipe system
Opening variants
SHEVS and ventilation with single ap
Dynamic torque control (DMR) thanks to multipoint supports the polycarbonate
sheets are optimally tensioned and thus perfectly secured
0786-CPD-50006
Compressed air line
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AN EMERGENCY
17
Your advantage
closing supported viaa second CO2 bottle
Electrical
signal to
SHEVS
command
centre
Actuation technology - 100 percent reliability
Saves lives in an emergency
SHEVS actuation via thermal triggering device
SHEVS actuation via alarm cabinet OPEN ONLY
SHEVS actuation via alarm cabinet OPEN/CLOSE
Electrical
signal to
alarm cabinet
SHEVS actuation via SHEVS-DIN pushbutton / alarm cabinet with electrical remote actuation
Practicality&Detail
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18
NEW: Glazing made of
glass bre reinforced plastics
Option: Rigid, DIN 41027 compliant roong + melt-out
area in compliance with DIN 18230
Option: Solar protection with deciduous tree effect
and permanent, certied fall-through safety
Option: powerful
ventilators on fronts
Option: Personal protective
equipment PSA
Option: Upstands and aluminiumproles in RAL colours
More than just standard
A continuous rooight with many facets
Besides the aspects of safety and stability, giving you a perfect continuous rooight with numerous options rather than just the standard
was our target for product development.
VERSA
A new kind of glazing, made of polyester sandwich elements can replace polycar-
bonate ridged sheeting for trouble-free integration with the continuous rooight
system. The material is characterized by its excellent resilience to UV radiation
and weathering as well as its excellent resistance to some typical emissions in the
metalworking industry.
CI System continuous rooight B glazing can fullll the conditions for rigid roong
and melt-out area at the same time or comply with these two characteristics se-
parately. It thus fulllls the DIN 4102-7 requirements for ying sparks and radiated
heat as conrmed by MFPA Leipzig GmbH (Approval no. PZ III/B-05-028)
A metal screen in any RAL coating you require with deciduous tree effect for
natural shade. Deciduous tree effect screens fullll GS Building 18 standards for
permanent fall-through safety. In addition to this, the stamped steel sheet provides
protection against hail and incidental UV light.
Powerful fans can be tted to the front side of the continuous rooight for additional
ventilation of hot air out of the enclosed space.
Lanyard rings for the protection of persons on the roof fullll DIN EN 795 Class A1
requirements and are BG approved certied by Safety Technology Centre of the
Berufsgenossenschaft (employers liability insurance association) Rhineland and
Westphalia. The eyes are designed to bear the weight of two persons.
LAMILUX steel sheet upstands and all visible aluminium proles can be custom
coated in RAL colours on request.
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19
ILITY
ND
OPTIONS
Longevity thanks to new materials!
LAMILUX is again at the leading edge of the
market with CI System continuous rooight
B wherever customers are looking for tech-
nical innovations that improve the longevity
of a product. A new kind of glazing, made
of polyester sandwich elements supports
trouble-free integration with the continuous
rooight system.
High level of resilience to
weathering and UV
Glazing made of polyester shell elements is
highly resistant to UV incidence and wea-
thering due to its special material characte-
ristics.
This continuous rooight was developed
especially for manufacturing environments
with a high level of chemical aggressiveness
below the roof (for example, evaporating coo-
ling lubricants in machining). However, it also
avoids brittleness of the material or cracks
that are often caused by chemically aggres-
sive materials.
The blue translucent gelcoat guarantees a
translucency of approx. 62 percent.
VersatilityandOpt
ions
NEW: Glazing made of glass bre reinforced plastics
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Renovation of continuous rooight systems
Maintaining value
Serving the customer is our focus
20
SAFETY
On request LAMILUX will handle the wholerenovation package deal for you. We
start by performing an inventory, and dis-
cover what you have and what you need
just reconstruction, more light, improved
U values, ventilation, smoke extraction?
What do the authorities require of you?
What consequences arise from the inten-
ded use?
previous
previous
We then draft a concept, and if you like
organize demolition and waste disposal,
safety measures to protect your staff and
assets, and assemble the roof in cooperation
with long-standing roof builders. If the inten-ded SHEVS application requires complex
control technology, our LAMILUX Safety
Technology steps in to handle things.
Typical of LAMILUX Your Benets:
You
can look forward to a tailor-made,
economic solution.
can look forward to shortest possible
renovation times.
can expect production to carry on without
interruptions, as far as humanly possible.
will save time and worries by minimizing
your organizational overhead and having
just one contact who is responsible for
your assignment.
new
new
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21
Maintenance of continuous rooight systems
Service for your safety
BY SERVICESpecialists in SHEVS control technology
Smoke and heat ventilation system ow-
ners are required by law to perform all
necessary measures to keep people out
of danger in case of re. If you do not have
your SHEV system maintained, you may be
breaking the law.
Competence and punctuality
You can rely on the competence and punc-
tuality of our service staff. Our service organi-
zation, LAMILUX Safety Technology employs
20 highly skilled staff who maintain smoke
and heat ventilation systems with complex
control systems all over Europe.
LAMILUX really impresses wherever custo-
mers are looking for an individual solution
rather than something off the peg. One
of our most important key competencies
is planning and integration of state-of-art
smoke and heat ventilation systems and
the accompanying technically challenging
control technologies that need to be ad-
apted to match the construction and the
facility management technology of the
building project.
Planning Assembly - Programming
LAMILUX plans and ts control technology
including wiring for every aspect of a compre-
hensive re and solar protection design.
That means: LAMILUX integrates SHEVS
controls with your facility management tech-
nology, combines different components such
as blackout blinds, solar protection and re
alarm systems with the smoke outlet device,
and supplies and programs the control sys-
tems.
VersatilityandOpt
ions
Complex solutions at the highest level
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DOMELIGHT F80SMOKE LIFT F80
GLASS ARCHITECTURE F
CONTINUOUS ROOFLIGHT B CONTINUOUS ROOFLIGHT S
LIGHT PANEL RECONSTRUCTION
GLASS ARCHITECTURE KWS60 SMOKE APRONS
AIR SUPPLY DEVICES SHEVS CONTROL TECHNOLOGY
The technical data printed in this brochure was accurate when this brochure went to press and is subject to change without notice. Our technical specications are based on our calcula-
tions, specications by suppliers, or have been determined by independent testing authorities within the scope of applicable standards. Calculations of coefcient of thermal transmission
for our plastic glazing were calculated by means of nite element methods with reference values in compliance with DIN EN 673 for insulating glazing. Based on empiric values and speci-c characteristics of the plastics, a temperature vector of 15 K was assumed as the vector between the outer surfaces of the material. Functional values refer to test specimens for testing
of envisaged dimensions. We cannot provide any further guarantees for technical values. This applies in particular to modied tting situations of if dimensions are reassessed on site.