Flat, fixed panel skylight with mullion settings.

Top hung flat skylight.

Pyramid shape skylight.

3D parametric, skylight dome, Hungarian, with optional\n- frame\n- opening angle\n- wind deflector\n- fixing profile3D parametric, skylight dome, Hungarian, with optional\n- frame\n- opening angle\n- wind deflector\n- fixing profile

Pivot hung flat skylight.

Pyramid shape skylight.

Flat, fixed panel skylight with mullion settings.

Top hung flat skylight.

3D parametric, skylight, Everlite roofing sheet, 5 panel, with optional beams, Hungarian3D parametric, skylight, Everlite roofing sheet, 5 panel, with optional beams, Hungarian

#http://www.cadstudio.hu ROTO CAD 2008 Developed by: Graphisoft CAD Stúdió Budapest http://www.cadstudio.hu © All rights reserved3D parametric, wall-roof connection window, Roto

Round skylight dome with scale sensitive section and lining options.

Rectangular skylight dome.

Multi-side skylight dome with scale sensitive section and lining options.

Pyramid shape skylight.

Pitched glass skylight.

2D / 3D parametric, glass roof panels, Plastmo2D / 3D parametric, glass roof panels, Plastmo

2D / 3D parametric, pyramid of glass panels, Plastmo2D / 3D parametric, pyramid of glass panels, Plastmo

2D / 3D parametric, pyramid of glass panels with opening, Plastmo2D / 3D parametric, pyramid of glass panels with opening, Plastmo

2D / 3D parametric, glass roof panels with opening, Plastmo2D / 3D parametric, glass roof panels with opening, Plastmo

3D parametric, skylight, ridge3D parametric, skylight, ridge

3D parametric, everlite ribbon, inclined, Hungarian3D parametric, everlite ribbon, inclined, Hungarian

Световой люк пирамидальный.

#http://www.cadstudio.hu ROTO CAD 2008 Developed by: Graphisoft CAD Stúdió Budapest http://www.cadstudio.hu © All rights reserved3D parametric, roof window, Roto

Прямоугольный световой люк куполообразный.

Round glass skylight dome with scale sensitive section.

Flat, fixed panel skylight with mullion settings.

Multi-side skylight dome with scale sensitive section and lining options.

Glass prism skylight.

Pitched glass skylight.

Round glass skylight dome with scale sensitive section.

Round skylight dome with scale sensitive section and lining options.

Rectangular skylight dome.

Flat, fixed panel skylight with mullion settings.

Glass prism skylight.

Pivot hung flat skylight.

Glass prism skylight.

Pivot hung flat skylight.

Round skylight dome with scale sensitive section and lining options.

Multi-side skylight dome with scale sensitive section and lining options.

Rectangular skylight dome.

Pitched glass skylight.

Round glass skylight dome with scale sensitive section.

Top hung flat skylight.

[LIST] With the FW 50+ systems, the design of even complex geometrical skylight constructions, such as arcades, glass domes, pyramids and barrel vaults is straightforward and can produce stunning result Elegant skylight constructions with broad spans are also possible for large projects, such as shopping centres, adminsistrative buildings, hotels, eshibition halls ans leisure centres The highly functional Schüco Roof Window AWS 57 RO is another example of a powerful opening unit Schüco Roof Window AWS 57 RO: High level of flexibility thanks to two different heights of outer frame and two different thermal insulation standards, high level of weathertightness due to an additional centre gasket, Glass thicknesses of 26 mm - 48 mm can be installed, i. e. also suitable for special glazing and stepped glazing, concealed hinges (WK2 / RC 2) increase security against break-in Opening angle of up to 90° is possible, can be used for roofs with slopes from 7° to 75°, Roof slopes < 7° or > 75° on request [/LIST]

2D parametric, twinlite wall2D parametric, twinlite wall

2D / 3D parametric, glass roof panels, Plastmo2D / 3D parametric, glass roof panels, Plastmo

2D / 3D parametric, glass roof panels with opening, Plastmo2D / 3D parametric, glass roof panels with opening, Plastmo

2D / 3D parametric, pyramid of glass panels, Plastmo2D / 3D parametric, pyramid of glass panels, Plastmo

3D parametric, ribbon3D parametric, ribbon

2D / 3D parametric Everlite panel2D / 3D parametric Everlite panel

2D / 3D parametric Everlite pyramid2D / 3D parametric Everlite pyramid

2D Greschalux smoke tunnel, Hungarian2D Greschalux smoke tunnel, Hungarian

2D detail drawing, Greschalux skylight engine, Hungarian2D detail drawing, Greschalux skylight engine, Hungarian

2D detail drawing, Greschalux skylight operator, Hungarian2D detail drawing, Greschalux skylight operator, Hungarian

2D detail drawing, Greschalux GZPN 32 500 skylight engine, Hungarian2D detail drawing, Greschalux GZPN 32 500 skylight engine, Hungarian

2D detail drawing, Greschalux skylight dome with aluminium frame, Hungarian2D detail drawing, Greschalux skylight dome with aluminium frame, Hungarian

2D detail drawing, Greschalux skylight dome and frame, Hungarian2D detail drawing, Greschalux skylight dome and frame, Hungarian

2D detail drawing, Greschalux skylight dome with jack-screw, Hungarian2D detail drawing, Greschalux skylight dome with jack-screw, Hungarian

2D detail drawing, Greschalux skylight dome with power cylinder , Hungarian2D detail drawing, Greschalux skylight dome with power cylinder , Hungarian

2D detail drawing, Greschalux skylight dome with engine, Hungarian2D detail drawing, Greschalux skylight dome with engine, Hungarian

2D detail drawing, Greschalux skylight dome with Rasant engine, Hungarian2D detail drawing, Greschalux skylight dome with Rasant engine, Hungarian

3D parametric, skylight, Everlite roofing sheet, 1 panel, Hungarian3D parametric, skylight, Everlite roofing sheet, 1 panel, Hungarian

3D parametric, skylight, Everlite roofing sheet, 3 panel, with optional beams, Hungarian3D parametric, skylight, Everlite roofing sheet, 3 panel, with optional beams, Hungarian

2D / 3D parametric plastic window, Plastmo2D / 3D parametric plastic window, Plastmo

2D / 3D parametric plastic double window, Plastmo2D / 3D parametric plastic double window, Plastmo

2D / 3D parametric plastic door, Plastmo2D / 3D parametric plastic door, Plastmo

2D / 3D parametric plastic double door, Plastmo2D / 3D parametric plastic double door, Plastmo

2D detail, Twinlite roof window2D detail, Twinlite roof window

2D detail, glass panel roof, Plastmo2D detail, glass panel roof, Plastmo

2D detail, glass panel roof, Plastmo2D detail, glass panel roof, Plastmo

2D detail, glass panel roof, Plastmo2D detail, glass panel roof, Plastmo

2D detail, glass panel roof, Plastmo2D detail, glass panel roof, Plastmo

2D detail, wall window connection, Plastmo2D detail, wall window connection, Plastmo

2D detail, roof wall connection, Plastmo2D detail, roof wall connection, Plastmo

2D detail, roof wall connection, Plastmo2D detail, roof wall connection, Plastmo

2D detail, curtain wall, Plastmo2D detail, curtain wall, Plastmo

2D detail, glass roof panel connection, Plastmo2D detail, glass roof panel connection, Plastmo

2D detail, curtain wall window connection, Plastmo2D detail, curtain wall window connection, Plastmo

2D detail, wall half-galbe roof connection, Plastmo2D detail, wall half-galbe roof connection, Plastmo

2D detail, gable roof window, Plastmo2D detail, gable roof window, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, opening, Plastmo2D / 3D parametric, stave glass panel, opening, Plastmo

2D / 3D parametric, stave glass panel, opening, Plastmo2D / 3D parametric, stave glass panel, opening, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, stave glass panel, Plastmo2D / 3D parametric, stave glass panel, Plastmo

2D / 3D parametric, glass panel with window, Plastmo2D / 3D parametric, glass panel with window, Plastmo

2D / 3D parametric, glass panel, Plastmo2D / 3D parametric, glass panel, Plastmo

2D / 3D parametric, glass panel, Plastmo2D / 3D parametric, glass panel, Plastmo

2D / 3D parametric, glass panel, Plastmo2D / 3D parametric, glass panel, Plastmo

#http://www.cadstudio.hu ROTO CAD 2008 Developed by: Graphisoft CAD Stúdió Budapest http://www.cadstudio.hu © All rights reserved3D parametric, roof window Roto

#http://www.cadstudio.hu ROTO CAD 2008 Developed by: Graphisoft CAD Stúdió Budapest http://www.cadstudio.hu © All rights reserved3D parametric, roof window, Roto

CI System Glass Element FEenergysave - flat roof windows for passive house The CI System Glass Element FEenergysave combines the outstanding heat insulation and airtightness with a generous light incidence. It has been certified by the renowned Passive Houses Institute in Darmstadt, Germany, as the first skylight suitable for passive buildings and achieves the top efficiency class. [LIST] top Passive House efficiency class - phA advanced component heat transfer coefficient (USL): 0.84 W/(m²K) minor heat losses and hight solar gain of heat overall system with flawless isothermal characteristics and free of thermal bridges outstanding airtightness by double balloon sealing: performance class 4 - certified according to EN 1207 enviromental product declaration according to ISO 14025 and EN 15804 (EPD - modules A1 - D) permanent fall-through protection (GS-BAU-18) available in nine dimensions [/LIST]

Ecophon Solo Baffles are acoustic solutions, primarily when it is not possible to install wall-to-wall ceilings. Baffles are suitable in buildings where the volume should be maintained, the natural light is brought into the room from skylights or as an option when TABS (Thermally Activted Building System) is selected as cooling system. Different possibilities exist to suspend the baffles using Connect Baffle profile, Connect Adjustable wire hanger or Connect grid system. The systems consist of Ecophon Solo Baffle/anchor or Solo Baffle/hook and Ecophon Connect accessories with an approximate weight of 2-3 kg/m. The baffles are manufactured fromhigh density glass wool, with Akutex FT surface on both sides. The edges are straight cut and painted. Ecophon Solo Baffles are easily demountable systems.

Caution, heavy-duty transporter! - The DXD moves virtually anything with the power of two motors. Its favourite task is moving extremely large façade windows, skylights and roof-mounted flaps under a snow load. Here it handles even the heaviest elements with precise synchronisation. It is good to know that it is available in so many different designs.   The defining characteristics of the DXD Series - Exceptionally high power and efficiency - Achieves the maximum opening in almost no time even in case of high weights - Precise synchronisation when it comes to extremely heavy elements - A large variety of designs and customised object solutions - Available as a 230 V AC SHEV solution Performance features - Can be used for openings for smoke exhaust; D+H Euro SHEV in accordance with EN 12101-2; and for daily ventilation - With integrated BSY+ motor and synchronised electronics controlled via microprocessor - Direct control via 230 V AC - High speed function (HS) for especially fast opening windows in case of fire (SHEV) - Option of up to 4 drives in one synchronous group - Groove in the drive tube for flexible installation and configuration of the swivel range - Option of cable infeed above and below - Programmable drive functions and different drive parameters - Running speed in CLOSED direction decreases to 5 mm/s (passive closing edge protection) - Time-controlled reversing when an obstacle is detected in the CLOSED direction (active closing edge protection)

The type C flat roof window is equipped with a double glazed unit with laminated internal glass which is anti-burglary P2A class as standard. Should the pane crack, shards of glass do not pose a danger but remain on the laminate film. The P2 glazing unit has an innovative and patent-pending dome installation system which increases its anti-burglary resistance. The dome is made of durable polycarbonate. It is characterised by high resistance to impacts and adverse weather conditions such as rain or hail. Special coatings on the outer and inner surface of the dome protect it against UV radiation. GLAZING UNITS The heat transmittance co-efficient for the whole window is U=1.2 W/m²K (to EN 12567-2) which is as much as 14% better result than compared with other manufacturer’s windows of a similar size. The product range also includes a quadruple U8 glazing unit. Heat transmittance co-efficient for the whole D_C U8 window is U=0.72 W/m²K (to EN 12567-2) (U=0.55 W/m²K to EN 1873) and makes the window suitable for energy-efficient and passive buildings. ACCESSORIES The structure of the window enables installation of internal as well as external accessories. A patent-pending system of profiles enables the installation of the awning blind under the dome of the flat roof window, thus protecting the blind against damage as a result of strong winds etc. INSTALLATION RANGE The type C flat roof window is suitable for roof pitches between 2 and 15 degrees. AVAILABLE SIZES The wide range of sizes available has been matched to standard skylights, enabling the quick and easy replacement of an existing skylight for a new window. FAKRO DEC flat roof window is electrically opened with wireless Z-Wave system

Developed with the sole purpose of keeping people safe, Stratobel is our extended range of laminated glass which looks identical to normal glass, but is strong enough to provide protection from injury, falls and break-ins and vandalism. Transparent protection is provided by a polyvinyl butyral (PVB) interlayer, a plastic material placed between two sheets of glass. Subjected to many forms of impact and tests, varying thicknesses of glass and configurations determine the level of safety. By applying layers of specific PVB, specific tinted float and glass coatings, functionality can be added on top of the safety components. The three main functions of this range are: Protection from injury – tested and certified in compliance with EN 12600(Class: 1B1 - 2B2) If this glass breaks, it shatters into blunt fragments which stick to the PVB rather than sharp pieces. For bus shelters, doors, windows, balconies, skylights and any overhead glazing, this glass, which includes two sheets of glass and at least one PVB interlayer, reduces the risk of injury due to accidental impact. Protection from falls - tested and certified in compliance with EN 12600 (Class: 1B1) Whenever there is a risk of falling through glass, for example, ceiling-to-floor windows, balustrades and banisters, this glass, which includes two sheets of glass and at least two PVB interlayers, prevents falls as the glass stays together – even when accidentally broken. Protection against break-ins and vandalism - tested and certified in compliance with EN 356. (Class: P1A-P5A) Windows are a potential entry point for burglars, but this glass, which includes two sheets of glass and at least two PVB interlayers, resists forced entry threats and intrusion. Tested with a metal ball drop, this method evaluates the performance with three levels of impact from small-scale manual attacks to intentional break-ins.

WINDOW STRUCTURE The type F flat roof window features a sleek modern look, characterised by excellent thermal insulation parameters. The structure of the frame is the same as for flat roof windows with a dome however the main difference lies in the glazing unit which is bonded using modern manufacturing technologies to produce a highly aesthetic and innovative design. The frame is constructed of multi-chamber PVC profiles filled with insulation material. A minimalist and perfect designed DEF flat roof window has been awarded with prestigious Red Dot Design Award. D_F WINDOW - COLOURLINE VERSION The innovative flat roof window D_F ColourLine allows you to match the colour of the window finish with theexisting roof design. A wide range of colours in accordance with the RAL Classic Palette. THE EXCELLENT SOUND INSULATION The DEF flat roof window with a double-chamber DU6 glazing unit has been tested for sound insulation during heavy rain. The result obtained, LIA= 36 [dB] confirms the high level of resistance against sound penetration, therefore the window is ideal for places where peace and silence are welcome. ACCESSORIES The structure of the window enables installation of internal as well as external accessories. The external awning blind protects against room overheating while internal accessories protect from intensive sun light and provide a decorative element. INSTALLATION RANGE The type F flat roof window is suitable for roof pitches between 2 and 15 degrees. GLAZING UNITS Windows are available with two glazing units. -DU6 - Energy-efficient, double-glazed with a whole window U-value of 0.70 W/m²K ). -DU8 Passive, triple-glazed with a whole window U-value of 0,64 W/m²K AVAILABLE SIZES In addition to standard sizes, the D_F type windows can be manufactured in non-standard sizes (in the range of 60x60 - 120x220cm). This enables existing skylights which do meet current thermal insulation requirements to be replaced with ease. DEF - Electrically opened with wireless Z-Wave system. The kit includes AC adapter, remote control and rain sensor. Sash tilts 15cm. Warranty: 10 years warranty period for window lifetime – glazing until hail resistance warranty 2 years for control elements in electric versions 2 years for gas springs

WINDOW STRUCTURE The type F flat roof window features a sleek modern look, characterised by excellent thermal insulation parameters. The structure of the frame is the same as for flat roof windows with a dome however the main difference lies in the glazing unit which is bonded using modern manufacturing technologies to produce a highly aesthetic and innovative design. The frame is constructed of multi-chamber PVC profiles filled with insulation material. A minimalist and perfect designed DEF flat roof window has been awarded with prestigious Red Dot Design Award. D_F WINDOW - COLOURLINE VERSION The innovative flat roof window D_F ColourLine allows you to match the colour of the window finish with theexisting roof design. A wide range of colours in accordance with the RAL Classic Palette. THE EXCELLENT SOUND INSULATION The DEF flat roof window with a double-chamber DU6 glazing unit has been tested for sound insulation during heavy rain. The result obtained, LIA= 36 [dB] confirms the high level of resistance against sound penetration, therefore the window is ideal for places where peace and silence are welcome. ACCESSORIES The structure of the window enables installation of internal as well as external accessories. The external awning blind protects against room overheating while internal accessories protect from intensive sun light and provide a decorative element. INSTALLATION RANGE The type F flat roof window is suitable for roof pitches between 2 and 15 degrees. GLAZING UNITS Windows are available with two glazing units. -DU6 - Energy-efficient, double-glazed with a whole window U-value of 0.70 W/m²K ). -DU8 Passive, triple-glazed with a whole window U-value of 0,64 W/m²K AVAILABLE SIZES In addition to standard sizes, the D_F type windows can be manufactured in non-standard sizes (in the range of 60x60 - 120x220cm). This enables existing skylights which do meet current thermal insulation requirements to be replaced with ease. DMF - manually opened by means of ZSD control rod. Sash tilts 30cm. Warranty: 10 years warranty period for window lifetime – glazing until hail resistance warranty 2 years for gas springs

WINDOW STRUCTURE The type F flat roof window features a sleek modern look, characterised by excellent thermal insulation parameters. The structure of the frame is the same as for flat roof windows with a dome however the main difference lies in the glazing unit which is bonded using modern manufacturing technologies to produce a highly aesthetic and innovative design. The frame is constructed of multi-chamber PVC profiles filled with insulation material. A minimalist and perfect designed DEF flat roof window has been awarded with prestigious Red Dot Design Award. D_F WINDOW - COLOURLINE VERSION The innovative flat roof window D_F ColourLine allows you to match the colour of the window finish with theexisting roof design. A wide range of colours in accordance with the RAL Classic Palette. THE EXCELLENT SOUND INSULATION The DEF flat roof window with a double-chamber DU6 glazing unit has been tested for sound insulation during heavy rain. The result obtained, LIA= 36 [dB] confirms the high level of resistance against sound penetration, therefore the window is ideal for places where peace and silence are welcome. ACCESSORIES The structure of the window enables installation of internal as well as external accessories. The external awning blind protects against room overheating while internal accessories protect from intensive sun light and provide a decorative element. INSTALLATION RANGE The type F flat roof window is suitable for roof pitches between 2 and 15 degrees. GLAZING UNITS Windows are available with two glazing units. -DU6 - Energy-efficient, double-glazed with a whole window U-value of 0.70 W/m²K ). -DU8 Passive, triple-glazed with a whole window U-value of 0,64 W/m²K AVAILABLE SIZES In addition to standard sizes, the D_F type windows can be manufactured in non-standard sizes (in the range of 60x60 - 120x220cm). This enables existing skylights which do meet current thermal insulation requirements to be replaced with ease. DXF - non opening Warranty: 10 years warranty period for window lifetime – glazing until hail resistance warranty

<p>Crestron® occupancy sensors and daylight sensors offer a powerful, cost-saving solution for reducing energy consumption and enhancing system functionality. As part of a complete Crestron system, they can be used to enable automation of lighting, shading, HVAC, and AV equipment in a conference room, classroom, office, hallway, or other space. Using Crestron sensors, room lighting can automatically turn on when the room is occupied, turn off when it is vacant, and dim to a lower level when there is sufficient natural daylight from windows and skylights. Sensors can also be used to enhance the capabilities of a room scheduling, asset management, or energy monitoring solution through integration with the Crestron Fusion® Enterprise Management service.<br>The GLS-OIRLCL-C-CN serves dual functions as a passive infrared occupancy sensor and closed-loop photocell daylight sensor (photosensor). It can also operate in vacancy-only mode, and is designed to cover an area up to 450 square feet or 42 square meters. Miniaturized construction affords a nearly hidden appearance when installed in a drywall or drop-tile ceiling. It communicates with a Crestron control system via the Cresnet® network. Setup and configuration is accomplished using Crestron Toolbox software or the optional IR remote (model GLS-REMOTE-ODT/OIR, sold separately).<br>Passive Infrared Occupancy Sensing<br>Passive infrared (PIR) technology employs a highly sensitive specialized lens that divides the field-of-view into 64 detection zones. The sensor detects motion when a warm body passes between zones, achieving dependable motion detection with superior immunity to false triggering from vibrations, inanimate objects, or movement in an adjacent corridor. The detection sensitivity can be set to one of three levels for optimum performance. Timeout can be set to one of six settings ranging from 30 seconds to 30 minutes, preventing the sensor from turning off lights or reporting vacancy during moments when the room is occupied but no one is moving. In addition, a “walk-through” mode (Short Timeout) can be enabled to temporarily override the Timeout setting on occasions when the room is only occupied briefly for 90 seconds or less.<br>Vacancy Only Mode with Grace Occupancy<br>The GLS-OIRLCL-C-CN can be configured to sense vacancy only. In this mode, lighting and other equipment must be turned on manually but shuts off automatically after the room is vacated. The “grace occupancy” feature ensures that if the lights turn off while someone is in the room, they can be turned back on by simply waving a hand within a 15 second grace period.<br><br></p><p><strong>Daylight Sensing<br></strong>Its built-in photocell enables the GLS-OIRLCL-C-CN to function as an closed-loop photosensor as part of a complete daylight harvesting solution. By monitoring the ambient light level in the room, electrical lighting can be dimmed automatically when sufficient natural daylight is available. Daylight harvesting enables organizations to improve energy efficiency by taking advantage of natural sunlight from windows and skylights while maintaining consistent lighting levels throughout the day for a more comfortable workspace.<br><br></p><p><strong>Room Usage Monitoring<br></strong>Through integration with the Crestron Fusion Enterprise Management service, occupancy sensors can be leveraged to log room usage based on occupancy, and to maximize efficiency for room scheduling by reporting if a room is occupied or vacant. In the event no one has shown up for a scheduled meeting, the meeting can be cancelled automatically, making the room available to others.<br><br></p><p><strong>Cresnet®<br></strong>The GLS-OIRLCL-C-CN interfaces with a Crestron control system via Cresnet. Cresnet is a simple 4-wire network bus that provides the communications backbone for a system of Crestron sensors, lighting dimmers and switches, motorized shades, thermostats, keypads, and other devices. The GLS-OIRLCL-C-CN is also powered by 24 Volts DC from the Cresnet network.<br><br></p><p>Ceiling Flush Mount Installation<br>The GLS-OIRLCL-C-CN installs easily in a typical drywall or drop-tile ceiling. Simply drill a one-inch (25 mm) diameter hole and insert the sensor. Integrated compression clips hold the sensor in place. Once installed, it achieves a very discreet and flush appearance against a white ceiling.<br><br></p><p>Note 1: The motion detection pattern is rectangular. The sensor should be positioned and oriented accordingly to achieve the desired performance within the space.<br>Note 2: Some functions described in this spec sheet may require custom commissioning of the control system by an authorized Crestron system programmer.<br></p><p><br></p><p><strong>Key Features</strong><br></p><ul><li>Flush ceiling mount occupancy or vacancy sensor</li><li>Passive infrared (PIR) motion detection</li><li>Fully digital circuitry, highly accurate and reliable performance</li><li>450 square feet (42 m2) rectangular detection pattern</li><li>Vacancy-only mode with grace occupancy</li><li>Adjustable sensitivity and timeout</li><li>Short timeout “walk-through” mode</li><li>Built-in closed-loop photosensor for daylight harvesting</li><li>Monitors ambient light level from natural and artificial light sources</li><li>Enables automation of lighting, shading, HVAC, and AV equipment</li><li>Reduces wasteful energy consumption</li><li>Maintains consistent lighting levels</li><li>Reports room usage to Crestron Fusion®</li><li>Miniaturized construction for a nearly hidden appearance</li><li>Installs quickly in a one-inch (25 mm) diameter hole</li><li>IP64 dust-proof and splash-proof</li><li>Cresnet® wired control system interface</li><li>24 Volts DC powered via Cresnet</li><li>Color-coded flying lead connections</li><li>Easy setup via software or IR remote (sold separately)</li></ul><p><span></span></p><p></p>

<p>The MB-SR50N mullion-transom system has been designed to fabricate light weight curtain walling, roofs, skylights and other spatial structures. On current trends in architecture, it allows aligning of mullion and transom profiles on the inner side of the façade, so obtaining variants of different appearance. This system forms the basis of a variant with enhanced thermal insulation: MB-SR50N HI+, and other fire protection solutions, and is also linked to the structures of different types of windows such as tilt-and-pull windows, roof windows and façade-integrated windows. When it comes to glass and aluminium structures, with this rich variety of solutions based on the MB-SR50N façade, architects and designers can now make their most audacious visions come true.</p>

<p>The MB-SR50N EFEKT system is used for the construction of lightweight curtain walls of a hanging and filling type as well as roofs, skylights and other spatial constructions. Its supporting structure is based on a modern and tried-and-tested mullion and transom aluminium system MB-SR50N, which provides a wide range of profiles to choose from and the possibility of selecting sections so that the surface of mullions and transoms is flush with the internal side of façade, and thus its aesthetic joint with development elements inside the building is ensured. It also ensures compatibility with other constructions based on the wide range of products offered by Aluprof SA.</p> <p>MB-SR50N EFEKT is a façade that provides a uniform external appearance of a smooth glass wall divided by the structure of vertical and horizontal lines of 2 cm, thanks to the use of a special system for fixing panes to mullions and transoms. The gaps between glass fields of the façade are filled with a special silicon binder to ensure high tightness of the construction and enhance its insulation properties. As compared to the MB-SR50 EFEKT façade construction, which has already been popular on the market, the new solution has a number of new possibilities, in terms of technology as well as aesthetics.</p> <p>One of the basic advantages of the MB-SR50N EFEKT façade is the rich possibilities of glazing: the wide range of infills available in the catalogue includes one- or two-chamber glass, as well as non-transparent panels based on complex glass. The real novelty, and undoubtedly the hit of this type of façades, is the possibility of using glass units with a laminated pane. The precisely developed infill mounting system allows the flexible and economic adjustment to the technical requirements of a specific project – it is diverse depending on glass weight and includes solutions that enable  loads to be transferred from panes to profiles in such a manner that a load capacity of up to 450 kg can be obtained. We have two standard pane mounting variants at our disposal: with the use of continuous or point frame, which allows the manufacturing process and price to be optimised. Another big advantage of the system is the fact that it has recommendations from three world leading suppliers of constructional and weather-resistant silicones: Dow Corning, Sica and Tremco-Ilbruck, which not only enhance the prestige of this solution, but also ensure and guarantee the resistance and tightness of the construction, as well as easy access to technologies for glazing companies. In this system, the possibility of using silicon in different colours is also worthy of attention, as it significantly widens the spectrum for the creation of façade aesthetics.</p> <p>Façades made in the MB-SR50N EFEKT system have excellent utility parameters. Their use allows  not only the desired façade aesthetics to be obtained, but also very high thermal insulating power, which is, due to a strong, worldwide trend oriented at the limitation of the energy consumption of buildings, one of the main criteria for assessment of contemporary curtain walls.</p>

<p>The MB-SR50N HI+ mullion and transom façade system has been designed to construct lightweight curtain walls of a hanging and filling type as well as roofs, skylights and other spatial constructions.</p> <p>This system allows façades to be constructed with visible narrow dividing lines while ensuring the durability and strength of the structure. The wide offer of profiles enables the architects and designers to realise even the most enterprising ideas for aluminium and glass structures.<br>To obtain the optimum thermal and acoustic insulation and facilitate mounting in the MB-SR50N HI+ system façade, the PE insulator was used, as it provides a very good thermal insulation (Uf from 0.7 W/m2K) and its shape ensures proper screw driving when glazing the façade.</p> <p>As regards the opening elements in “HI”-type façades with improved thermal insulation, the use of windows and doors with improved thermal insulation in MB-86 Aero system is especially recommended.</p> <p>Features that affect the functionality and aesthetics of MB-SR50N HI+ façades:</p> <ul><li>mullions and transoms with “sharp” edges allowing the construction of a curtain wall supporting structures with the appearance of a uniform truss</li><li>angle joints enabling the free shaping of aluminium structures</li><li>aesthetic curtain wall varieties and a number of lining profiles of various shapes providing multiple curtain wall appearances</li><li>a large choice of curtain wall opening elements: windows and doors of various types, including skylight windows and windows integrated with the curtain wall, as well as tilt and parallel opening MB-SR50N OW windows</li><li>a wide glazing range (also two- and three-chamber) with the availability of insulators and accessories allowing a high level of curtain wall thermal insulation</li></ul><p></p>

Dachfenster Kippflügel.

Stahlkamin4- einfacher Stahlkamin aus Teilen Teilhöhen sind in Matrix vorgegeben, können im 3D aber verändert werden. Eine primitive Grundplatte ist vorhanden, die Anschlußteile sind mit SOE-Abzugsbefehlen hergestellt und können in der Lage im Kamin verändert werden. Die Höhen der Elemente können im 3D und auch im 2D verstellt werden. Eine Ansichtsdarstellung im Grundriss ist möglich. Auch hier können die Höhen der Elemente verändert werden. Eine Dachdurchdringung kann zugeschaltet werden. (Vielleicht sollte man dies auch als Dachfenster Programmieren, weil dann die Öffnung im Dach schon dabei wäre.)

ガラスプリズム天窓。

flaches Kipp-Dachfenster.