LAMILUX Translucent Façade and Roof
Flexible in design, colour and function
Benefits at a glance
Translucent Façade and Roof
Energy efficiency
- Perfect thermal insulation with General Building Approval
- Modular overall system consisting of numerous, perfectly coordinated and innovative single components
- The interior and exterior metallic components in the supporting structure as well as in the flap systems are completely thermally separated from each other
- Composite glazing with lowest heat transmission coefficient
- All glazing variants achieve the highest airtightness class according to EN 12207 (up to class 4)
Stability, safety and SHEV
- Effective ventilation effect with the Smoke Lift W | R (DIN EN 12101-2), as tandem-serial
- Fast opening in the event of fire due to thermal triggering, thermal and CO2 remote triggering or electric remote triggering
- All smoke and heat exhaust ventilation units can also be combined with ventilation systems
- Highest stability of the flap systems in open position through spring-mounted multi-joint traverses
- We provide professional, regular maintenance
Tested and certified
General Building Approval: German cross reference
General Building Approvals (ABZ) are issued by the German Institute of Building Technology (Deutsches Institut für Bautechnik – DIBt). This certificate verifies that a construction product meets the technical requirements for its use.
LAMILUX Quality Certificate – This certificate provides proof that our skylights are consistently manufactured and implemented in accordance with product approvals and the technical standards specified in the approvals. We keep our promises.
Test certificates and european technical approvals
- Thermal protection properties tested in accordance with EN ISO 10077-1
- Watertightness tested in accordance with EN 12208
- Airtightness tested in accordance with EN 12207
- Fire behaviour of the glazing classified according to EN 13501-1
- Melt-out verified in accordance with DIN 18230-1
- Single and double flap systems of the smoke and heat exhaust ventilation systems are tested and classified in accordance with EN 12101-2
Variants
Translucent Façade and Roof
Glazing types
Note: The Ug value is determined per DIN EN 673 (vertical installation). The profile structure's actual heat transmission values, including those of base profiles, gable wall profiles and flap profiles, are used to calculate the Continuous Rooflight's energy values (Uw).
PC40-4
| Ug –value (vertical | horizontal installation): | 1.5 W/(m²K) | 1.6 W/(m²K) |
| Sound insulation value according to manufacturer's information: | 20 dB |
| Maximum service temperature without load: | -40° bis + 115 °C |
| UV resistance: | Co-extruded, external UV protection layer |
| Hail resistance: | Resistance class HW 5 (seal tightness) |
| Installed thickness | weight: | 40 mm | 4.00 kg/m² |
| Light transmittance (τ) (opal | clear): | approx. 29% | approx. 66% |
| Total energy transmission (g) (opal | clear): | approx. 42% | approx. 60% |
PC40-7
| Ug value (vertical | horizontal installation): | 1.1 W/(m²K) | 1.2 W/(m²K) |
| Sound insulation value according to manufacturer's information: | 22 dB |
| Maximum service temperature without load: | -40° bis + 115 °C |
| UV resistance: | Co-extruded, external UV protection layer |
| Hail resistance: | Resistance class HW 5 (seal tightness) |
| Installed thickness | weight: | 40 mm | 4.30 kg/m² |
| Light transmittance (τ) (opal | clear): | approx. 25% | approx. 55% |
| Total energy transmission (g) (opal | clear): | approx. 39% | approx. 56% |
PC50-10
| Ug value (vertical | horizontal installation): | 0.90 W/(m²K) | 0.92 W/(m²K) |
| Sound insulation value according to manufacturer's information: | 22 dB |
| Maximum service temperature without load: | -40° bis + 115 °C |
| UV resistance: | Co-extruded, external UV protection layer |
| Hail resistance: | Resistance class HW 5 (seal tightness) |
| Installed thickness | weight: | 50 mm | 5.00 kg/m² |
| Light transmittance (τ) (opal | clear): | approx. 21% | approx. 48% |
| Total energy transmission (g) (opal | clear): | approx. 38% | approx. 50% |
PC60-12
| Ug value (vertical | horizontal installation): | 0.75 W/(m²K) | 0.77 W/(m²K) |
| Sound insulation value according to manufacturer's: | 22 dB |
| Maximum service temperature without load: | -40° bis + 115 °C |
| UV resistance: | Co-extruded, external UV protection layer |
| Hail resistance: | Resistance class HW 5 (seal tightness) |
| Installed thickness | weight: | 60 mm | 5.80 kg/m² |
| Light transmittance (τ) (opal | clear): | approx. 18% | approx. 42% |
| Total energy transmission (g) (opal | clear): | approx. 34% | approx. 45% |
Flap systems for shevs and ventilation
- Integration as single flap or tandem serial single flap
- Ventilation function triggered manually or control technology automated by electric motors (24 Volt/230 Volt) with spindle opener or pneumatic drive units with pneumatic cylinders
- Fast opening in case of fire by thermal release, thermal and CO2 remote release or electric remote release
- Energy-efficient control of flap systems for natural ventilation with wind and rain sensor set as well as additional control components
- Optimum tightness against driving rain due to welded sealing frame
- Optimum insulation effect
Sizes and value
Translucent Façade and Roof
Aerodynamically effective opening surface of the flap system
at 30° inclination of the glazing surfaces
| Height (mm) | Width (mm) | ||||
|---|---|---|---|---|---|
| 1000 | 1500 | 2000 | 2100 TS* | 4200 TS* | |
| 830 | 0,52 m² | 0,77 m² | 1,02 m² | 1,03 m² | 1,91 m² |
| 1100 | 0,67 m² | 0,97 m² | 1,29 m² | 1,32 m² | 2,39 m² |
| 1400 | 0,81 m² | 1,21 m² | 1,61 m² | 1,56 m² | 2,99 m² |
| 1690 | 0,96 m² | 1,43 m² | 1,91 m² | 1,85 m² | 3,54 m² |
* only as tandem serial smoke and heat exhaust device
Aerodynamically effective opening surface of the flap system
at 45° inclination of the glazing surfaces
| Height (mm) | Width (mm) | ||||
|---|---|---|---|---|---|
| 1000 | 1500 | 2000 | 2100 TS* | 4200 TS* | |
| 830 | 0,52 m² | 0,77 m² | 1,02 m² | 1,03 m² | 1,91 m² |
| 1100 | 0,68 m² | 1,00 m² | 1,33 m² | 1,32 m² | 2,44 m² |
| 1400 | 0,84 m² | 1,25 m² | 1,66 m² | 1,59 m² | 2,99 m² |
| 1690 | 0,99 m² | 1,49 m² | 1,98 m² | 1,89 m² | 3,54 m² |
* only as tandem serial smoke and heat exhaust device
Aerodynamically effective opening surface of the flap system
at 60° inclination of the glazing surfaces
| Height (mm) | Width (mm) | ||||
|---|---|---|---|---|---|
| 1000 | 1500 | 2000 | 2100 TS* | 4200 TS* | |
| 830 | 0,50 m² | 0,74 m² | 0,99 m² | 0,96 m² | 1,84 m² |
| 1100 | 0,65 m² | 0,97 m² | 1,29 m² | 1,23 m² | 2,39 m² |
| 1400 | 0,81 m² | 1,21 m² | 1,61 m² | 1,53 m² | 2,93 m² |
| 1690 | 0,96 m² | 1,41 m² | 1,87 m² | 1,82 m² | 3,47 m² |
* only as tandem serial smoke and heat exhaust device
Aerodynamically effective opening surface of the flap system
at 90° inclination of the glazing surfaces
| Height (mm) | Width (mm) | ||||
|---|---|---|---|---|---|
| 1000 | 1500 | 2000 | 2100 TS* | 4200 TS* | |
| 830 | 0,49 m² | 0,73 m² | 0,97 m² | 0,94 m² | 1,81 m² |
| 1100 | 0,64 m² | 0,95 m² | 1,26 m² | 1,21 m² | 2,31 m² |
| 1400 | 0,80 m² | 1,19 m² | 1,58 m² | 1,51 m² | 2,88 m² |
| 1690 | 0,94 m² | 1,38 m² | 1,84 m² | 1,78 m² | 3,41 m² |
* only as tandem serial smoke and heat exhaust device
Technical details
Translucent Façade and Roof
Head point in the reveal
| 1 Frame profile | 4 External plug-in sealing |
| 2 Clamping strip | 5 PC panel |
| 3 Internal plug-in sealing | 6 Breathable tape |
Base point in the reveal
| 1 Clamping strip | 5 Base profile adapter |
| 2 Base profile | 6 Connecting sealing |
| 3 Side edge windowsill | 7 Vapour-resistant butyl tape |
| 4 Windowsill |
H bar
![[Translate to English:] H-Sprosse](/fileadmin/user_upload/dateien/Tageslichtsysteme/Produkte/Lichtband/Lichtband-wr/RL/h-sprosse.jpg "[Translate to English:] H-Sprosse")
- The Continuous Rooflight W | R has an expansion joint
- Stabilisation of panels (no need for additional pipes to reinforce the panels at the flaps)
- Can be installed with (left side of image) or without (right side of image) a secondary drainage system
Secondary sealing
| 1 Base profile with clamping strip | 4 Clamping strip is optional |
| 2 Adapter profile is optional | 5 Sealant (e.g. Dichtflex) |
| 3 Base profile connecting sealing |
The connection sealing is a continuous EPDM profile, which is fitted onto the upstand and features a flexible, perforated bracket which runs down the upstand.
Tandem-serial flaps
ventilation with tandem-serial flap systems
Cutting-edge technology
LAMILUX solution: Ventilation flaps can be installed directly next to each other.
More space for ventilation with the same Continuous Rooflight surface.
Tandem-serial SHEV flaps
Cutting-edge technology
LAMILUX’s own NSHEV tested according to DIN EN 12101-2: SHEV’s can be installed directly next to each other.
More space for smoke extraction with the same Continuous Rooflight surface.
TIP Technology
Optimised isothermal lines for consistent thermal insulation zones without any weak spots provide superior thermal insulation in all sections throughout the structure, presenting evidence of optimum energy efficiency.
LAMILUX assigned this thermal bridge-free and thermally separated structure the TIP label.
The energy efficiency properties are calculated and certified according DIN EN 10077 T1 and T2.
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Translucent Façade and Roof
