LAMILUX CONTINUOUS ROOFLIGHT SYSTEMS
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LAMILUX CONTINUOUS ROOFLIGHT SYSTEMS CONTINUOUS DAYLIGHT Dem Kunden dienen als Programm

CUSTOM-FIT DAYLIGHT AND SAFETY FOR INDUSTRY “Anyone wishing to achieve top performance in a production hall or warehouse requires an optimal environment and suitable conditions. With this goal in mind, we have developed continuous rooflights that can be customised for every application situation. As systems completely free of thermal bridges, they bring lots of daylight and healthy fresh air into a hall as well as safety in the event of a fire. Getting such optimum performance out of the large roof surfaces is precisely our trade." Sören Winkler Head of Sales Daylight Systems The LAMILUX CI...

CONTENT LAMILUX Continuous Rooflights Product Description Product Variants Renovation References Ventilation Smoke and Heat Exhaust Ventilation Ventilation Technology Page 4 Page 12 Page 20 Page 22

LAMILUX CONTINUOUS ROOFLIGHTS Every employee and managing director is grateful for an abundant intake of daylight in industrial halls or warehouses. With regard to buildings with flat roofs, large skylight solutions such as continuous rooflights are especially suitable. They direct healthy daylight into the interior of the building, lower energy costs and serve both as natural ventilation as well as smoke and heat exhaust ventilation (SHEV). The LAMILUX Continuous Rooflight also provides excellent thermal insulation and is structurally safe even under heavy loads caused by wind and snow....

PRODUCT DESCRIPTION

LAMILUX CONTINUOUS ROOFLIGHTS ENERGY EFFICIENCY Tested and certified heat insulation values (ETA – European technical assessment) Optimisation of isothermal characteristics and rebate base ventilation as well as minimisation of the condensate risk due to thermal separation on all construction components Optimal insulating effect and air-tightness for the overall structure, suitable for air-tight shells of buildings (blower door) Customised intake of daylight and solar heat input thanks to object-specific composite glazing with heat transmission coefficients of up to 1.0 W/(m²K) High level...

PRODUCT DESCRIPTION

ACTIVE EXPANSION ABSORBER The active expansion absorber ensures a permanently tight, flush joint between the cover strips and the glazing. It also prevents the seals from slipping in the area of the glazing bars – even in the event of wind suction forces and high snow loads. The active expansion absorber compensates the tension and expansion which occurs when under loads. This is achieved through the continuous, shear-resistant connection between the seals and the cover strips – optimal protection of the construction in the event of snow, ice, wind and excessive heat. Safety aspects in...

PRODUCT DESCRIPTION LINEAR BURN-THROUGH PROTECTION Material components that are perfectly coordinated with each other in the base profile of the continuous rooflight prevent fire from spreading on the roof if there is a fire inside the building – tested as per DIN 18234. Without any need for costly additional measures, such as gravel fill, the Linear Burn-through Protection prevents the "fuse effect" in the vicinity of the skylight opening thereby stopping the flames striking from inside and spreading to the roofing membrane. In most cases, the roofing membrane, which is attached to a...

ISOTHERMAL LOAD CONVERTER The isothermal load converter channels the load on the continuous rooflight into the supporting structure. Since this frees the base profile from loads and tension, there is no need for any further heat-conducting, metallic components in the base profile. High-quality composite with very good heat insulation values can therefore be used for the base profile. This achieves optimised isothermal lines running continuously through the construction and prevents thermal bridges. Benefit from optimum energy efficiency + he base profile exhibits excellent heat insulation....

PRODUCT DESCRIPTION ISOTHERMAL CHARACTERISTICS WITHOUT WEAK SPOTS We require our products to make the greatest possible contribution to the optimised energy performance of buildings. We give this the utmost consideration in the LAMILUX Continuous Rooflight systems. • Optimised isothermal lines Isothermal lines describe lines of equal temperature. With regard to LAMILUX Continuous Rooflights, these lines run continuously in the construction. This results in a significantly minimised risk of condensation formation on the inside of the construction. This is how the isothermal lines are...

LAMILUX CONTINUOUS ROOFLIGHT B Our LAMILUX Continuous Rooflight B is a pioneering daylight system in terms of energy and structure. To be specific, this means: It is an arched, modular skylight system with an optimised energy balance thanks to its complete thermal separation. Optimum smoke removal and ventilation solutions for the property for almost every use case as a result of the extensive range of ventilation and smoke and heat exhaust flaps that can be integrated into the Continuous Rooflight. The LAMILUX Continuous Rooflight B is optimally suitable for using daylight to provide...

PRODUCT VARIANTS – CONTINUOUS ROOFLIGHT B

LAMILUX CONTINUOUS ROOFLIGHT B PASSIVHAUS Anyone also wishing to build large hall complexes in an especially energy-efficient manner is making a good decision with our Passivhaus-certified Continuous Rooflight. The overall system has a heat transmission coefficient of only 0.95 W/(m²/K). This enables an overall construction free of thermal bridges with flawless isothermal lines. Metallic components on the inside and outside are completely thermally separated from each other. The isothermal load converter enables the use of materials with excellent heat insulation properties in the base,...

PRODUCT VARIANTS – CONTINUOUS ROOFLIGHT B PASSIVHAUS

LAMILUX CONTINUOUS ROOFLIGHT S The LAMILUX Continuous Rooflight S is a modular, ridged roof Continuous Rooflight system and can be fitted with a range of composite glazing types according to requirements. Its completely thermally separated profile system ensures optimum thermal protection and minimises the risk of condensation on the construction's surfaces compared with conventional, non-thermally separated structures. Combined with the frame system, which has been optimised for the construction, ideally matched solutions are possible without additional upstands provided by the client....