The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

The collection of M Sora windows, detail presented, with all shape and color possibilities.

Combination Ytong Thermo 35 cm and Multipor mineral insulation plates is suitable for walls for passive and low energy buildings. The low dimensional tolerance enable rapid processing in the thin-bed method with a joint thickness of 1 to 3 mm. The result is a high-quality wall with excellent thermal insulation. Due to the low weight, aerated concrete blocks are also suitable for internal walls to be retrofitted as well as for reconstruction and renovation measures. The ecological and non-combustible material allows a safe use and provide high fire protection. Advantages: - Thermal conductivity for YTONG λ10, dry = 0.09 W/(mK) - Thermal conductivity for Multipor λ10, dry = 0.042 W/(mK) - Provides healthy, balanced indoor climate - Very high fire protection level at least EI240 - Economical and stable in value - Ergonomic processing

Combination Ytong Thermo 20 cm and Multipor mineral insulation plates is suitable for walls for passive and low energy buildings. The low dimensional tolerance enable rapid processing in the thin-bed method with a joint thickness of 1 to 3 mm. The result is a high-quality wall with excellent thermal insulation. Due to the low weight, aerated concrete blocks are also suitable for internal walls to be retrofitted as well as for reconstruction and renovation measures. The ecological and non-combustible material allows a safe use and provide high fire protection. Advantages: - Thermal conductivity for YTONG λ10, dry = 0.09 W/(mK) - Thermal conductivity for Multipor λ10, dry = 0.042 W/(mK) - Provides healthy, balanced indoor climate - Very high fire protection level at least EI240 - Economical and stable in value - Ergonomic processing

<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>

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]

Metawell® modular ceilings do not require visible rails or longitudinal frames. Instead, the individual ceiling elements are suspended directly from a concealed substructure. The ceiling elements can be pushed together within a few millimetres to each other. Passive installation strips are placed on the ceiling elements for subsequent installation of partition walls. If necessary, they can be removed easily and the wall can be erected without affecting the ceiling structure. Due to the big dimension of ​​the ceiling panels, the hydraulic connection of the panels is not necessary, which minimizes installation errors and installation times significantly. Through visually offset installation panels and many options for appealing surface design, Metawell® modular ceilings allow the realisation of sophisticated design solutions. Additionally the product has an EPD (Environmental Product Declaration).

CI System Glass Architecture PR60 - Living with light Develop customised shapes, design visual highlights and set aesthetic standards in a prestigious building project while still enjoying first-class energy efficiency: Such requirements are easy to meet with CI System Glass Architecture PR60. Naturally, we will also provide optimum integration of photovoltaic systems as well as connection to building control systems. [LIST] Extremely stable supporting structure made of rigid aluminium Efficient ventilation of glass rebates Practically no design constraints between 0 ° to 90 ° Resistant against wind load (Class C4/B5 EN 12210) Watertightness (Class E 1200 EN 12208) Permeability to air (Class 4 EN 12207) Heat transfer coefficient of the jambs and transoms (Um/t) of 1.3 to 0.72 W/(m²K) (depending on glazing thickness) Enviromental product declaration acc. to EN 15804 Available as Passive House Suitable Component - CI System Glass Architecture PR60energysave [/LIST]

Highly thermally insulated aluminium façade system with optimum thermal insulation properties including FWS 35 PD.SI [LIST] Uf values to 0.88 W/(m²K) As a mullion/transom construction with an internal and external face width of 35 mm. Construction for vertical, straight façades Passive house-certified system by the Passive House Institute in Darmstadt (Germany) Two thermal insulation standards: HI and SI isolators available Triple glazing with a glass thickness of up to 50 mm is possible For glass loads up to 400 kg per transom in the standard system Modular system: profile face widths of 35 mm, 50 mm, 60 mm and 80 mm can be combined with one another [/LIST]

Inward opening, thermally insulated aluminium door system with 90 mm basic depth [LIST] Uf value of up to 1.3 W/(m²K) Optional insulation zone with foam-filled insulating bars enables the highest level of thermal insulation to passive house standard Double centre gasket enables unique insulation and sealing properties Hybrid split insulating bar to compensate for the bimetallic effect Leaf heights up to 2500 mm for maximum leaf weight of 160 kg; leaf weight up to 1250 mm Barrel hinges, concealed door hinges or surface-mounted door hinges can be used Optional door leaf with leaf-enclosing infill on one side or both sides [/LIST]

Outward opening, thermally insulated aluminium door system with 90 mm basic depth [LIST] Optional insulation zone with foam-filled insulating bars enables the highest level of thermal insulation to passive house standard Double centre gasket enables unique insulation and sealing properties Hybrid split insulating bar to compensate for the bimetallic effect Leaf heights up to 2500 mm for maximum leaf weight of 160 kg; leaf weight up to 1250 mm Barrel hinges, concealed door hinges or surface-mounted door hinges can be used Optional door leaf with leaf-enclosing infill on one side or both sides [/LIST]

WICLINE 95 meets the high requirements of the Dr. Feist Passive House Institute in Darmstadt, Germany, and due to its intelligent modular design offers maximum flexibility in planning projects. In the WICLINE 95 the thermoframe insulator sits inside the window and can be finished as a sashframe and conveniently installed by the installer using the intelligent Clips Technology. This allows a variable setting of the Uf value of the window. System test results / CE product pass in accordance with DIN EN 14351-1:2006+A1:2010 Air permeability: Class 4 Waterproofing against driving rain: E900 Resistance to wind load: Class C5 / B5 Soundproofing: Rw (C;Ctr ) = 47 (–1; –4) dB Operating forces: Class 1 Load capacity of safety precautions: passed Mechanical strength: Class 4 Continuous operation: Class 3 (20,000 cycles) Corrosion resistance of fittings: Class 5 Burglar resistance: RC1N, RC2N, RC2, RC3 Quality management: Certified according to ISO 9001:2008

WICLINE 75 TOP is a highly thermally insulating window system with optimal performance, reliable fabrication and performance figures at passive house levels – combined with the familiar slimline appearance of a 75 mm window system. System tests / CE-marked product passport according to DIN EN 14351-1:2006+A1:2010 Air permeability: Class 4 Watertightness: E900 Resistance to wind load: Class C5/B5 Acoustic performance: Rw (C;Ctr) = 47 (-1;-4) dB Operating forces: Class 1 Load capacity of safety precautions: Passed Mechanical strength: Class 4 Continuous operation: Class 3 (20,000 cycles). Corrosion resistance of fittings: Class 5 Burglar resistance: RC1N, RC2N, RC2, RC3 Bullet resistance: FB4 S, FB4 NS (depending on profile combinations) Quality management: Certified to DIN EN ISO 9001:2008

Schüco FWS 50 mullion/transom façade combines simple fabrication with high energy efficiency to passive house standard. The Schüco Façade FWS 50 sets new standards of fabrication and energy efficiency. The focus of the development of the tried-and-tested systems was particularly the optimisation of fabrication in the workshop and on the construction site. New prepared system components ensure, for example in the workshop, much faster and therefore more efficient fabrication processes. The Schüco FWS 50 façade provides architects with a diverse range of design options – including the passive house-certified SI version – in the popular face widths. [LIST] Passive house-certified SI system with new isolator technology: Uf values up to 0.70 W/(m²K) New HI isolator to passive house standard: Uf values of up to 0.90 W/(m²K) Complete solutions for the integration of Schüco BIPV systems Units from the Schüco systems AWS, ADS, ASS New glazing supports for maximum weights and simple fabrication Burglar resistance to RC 2 / RC 3 / FB4 Glass loads up to 910 kg [/LIST]

ASSA ABLOY Sicherheitstechnik Solution for double-leaf aluminium or steel door with Guide-Rail Door Closer. The narrow stile version of the OneSystem Project Mortise Locks impresses with its versatility with regard to function, security and reliability. It is suitable for single-leaf doors and for double-leaf doors in combination with the unique espagnolette in the passive leaf. [LIST] Mortise Lock, OneSystem Standard project lock, Standard: EN 12209 Espagnolette OneSystem , for automatic locking of the passive leaf Security Fittings, OneSystem (Handle Inside + Fixed Knob Outside), Standard: DIN EN 1906, DIN EN 179, DIN 18273 Door closer with Cam-Motion® technology with integrated mechanical door coordinator, Standard: EN 1158, (EPD-ASA-20130275-IBC1-EN) [/LIST] Typical applications: Education, School, University, Hotel, Hospital, Stadium, Multi Arena, Museum, Gallery, Shopping Mall, Bank, Industry, Office, Commercial, Congress, Multi-Residential, Health Care For more information, please contact us: www.assaabloy.de/kontakt-tuerloesungen/

ASSA ABLOY Sicherheitstechnik Security solution for double-leaf aluminium or steel doors. The OneSystem panic touch bars are perfect for use on escape doors. Door closer with Cam-Motion® technology with integrated mechanical door coordinator for double leaf doors and installation, non-hinge side. Door is equipped with the OneSystem standard panic lock in the narrow stile version in combination with a standard passive leaf lock. [LIST] Mortise Lock, OneSystem Panic Lock, Standard:EN 179, EN 1125 Passive Leaf Lock, OneSystem, Standard: EN 1634, EN 15804 Half Fittings Outside, OneSystem, Standard: DIN EN 1906, DIM 18273 Door closer with Cam-Motion® technology with integrated mechanical door coordinator, non-hinge side, Standard: EN 1158, (EPD-ASA-20130275-IBC1-EN) Carry Bar for guide rail, Double-leaf Panic Push Bar, OneSystem, Standard. EN 1125, EN 1634, EN 15804 [/LIST] Typical applications: Education, School, University, Hotel, Hospital, Stadium, Multi Arena, Museum, Gallery, Shopping Mall, Bank, Industry, Office, Commercial, Congress, Health Care For more information, please contact us: www.assaabloy.de/kontakt-tuerloesungen/

Inward opening, highly thermally insulated aluminium window system [LIST] Thermal insulation to passive house standard with a Uf value of 1.0 W/(m²K) with a face width of 117 mm Uw value 0.80 W/(m²K) with Ug = 0.6 W/(m²K) and plastic spacer Realization of passive houce certification with specific profile combination Concealed Schüco AvanTec system fitting up to 250 kg Vent profiles for Schüco TipTronic with vent weights up to 160 kg Burglar resistance up to WK3 ( RC3) in accordance with DIN V ENV 1627 [/LIST]

ASSA ABLOY Spain solution for RF Doors with electromagnetic open-door retaining and locking selector integrated with the guide. Panic exit bars ensure the exit as an emergency route in any circumstances. The handle-cylinder set will only allow for the opening of the door in the opposite side under specific circumstances. [LIST] Panic exit rim sliding device with one lateral locking point, TESA's TOP series, Standard: EN 1125 Panic exit rim sliding device on passive leaf with two bolt locking points, TESA's TOP series, Standard: EN 1125 Patented security cylinder, TESA's TX80, Standard: EN 1303 Handle with keyhole for panic exit rim devices and blind plate on passive leaf, TESA's SENA series, AISI 316 quality, Use Category: 3, Standard: EN1906 ASSA ABLOY Cam-Motion® DC 500 door closer and guide, Standard: EN1154, DDA/CEN PR 15894, EN 15804 (EPD-ASA-20130275-IBC1-EN) [/LIST] Typical markets: For all kinds of buildings, particularly Hospitals, Hotels, Offices and Institutional Buildings For more information, please contact us: http://http://www.assaabloy.es/en/local/assaabloyes/specification-bim

ASSA ABLOY Spain solution for Doors with electromagnetic lock. The lock is unblocked via an electric case or a firebreak system, allowing for evacuation through the activation of panic exit bars. The concealed door closer allows for the coordinated opening of both leaves. [LIST] Panic exit rim push device with one lateral locking point, TESA's Universal series, Standard: EN 1125 Panic exit rim sliding device on passive leaf with two bolt locking points, TESA's Universal series, Standard: EN 1125 Rim electric case, electric activation by key Patented security system, TESA's TX80, Standard: EN 1303 Handle with keyhole for panic exit rim devices and blind plate, TESA's SENA series, AISI 316 quality, Use Category: 3, Standard: EN1906 Electromagnetic rim lock ASSA ABLOY Cam-Motion® DC 840 concealed door closer and sliding guide, Standard: EN1154, DDA/CEN PR 15894 [/LIST] Typical markets: For all kinds of buildings, particularly Hospitals, Offices, Airports, Stations or Leisure Spots. For more information, please contact us: http://http://www.assaabloy.es/en/local/assaabloyes/specification-bim

ASSA ABLOY Spain's solution for Evacuation Route with Wall Reader for access monitoring (the wall reader unblocks the electromagnetic lock). Free exit via the activation of the panic exit bar with micro in one single. The management of the wireless communication is carried out via SMARTair™ Hubs. These hubs are able to manage up to 30 access points, depending on their location and placement. [LIST] Panic exit rim sliding device with one lateral locking point. Includes Micro. TESA's TOP series, Standard: EN 1125 Panic exit rim sliding device on passive leaf with two bolt locking points. Includes Micro. TESA's TOP series, Standard: EN 1125 Patented security cylinder, TESA's TX80, Standard: EN 1303 Handle with keyhole for panic exit rim devices and blind plate on passive leaf, TESA's SENA series, AISI 316 quality, Use Category: 3, Standard: EN1906 Electromagnetic rim lock ASSA ABLOY Cam-Motion® DC 500 door closer and guide, Standard: EN1154, DDA/CEN PR 15894, EN 15804 (EPD-ASA-20130275-IBC1-EN) Mortise cable grommet [/LIST] Typical markets: For all kinds of buildings, particularly Hospitals, Hotels, Offices, Institutional Buildings, Stations, Airports and Leisure Spots For more information, please contact us: http://http://www.assaabloy.es/en/local/assaabloyes/specification-bim

ASSA ABLOY Spain's solution for Evacuation Route with panic exit bar, which ensures evacuation. Access will be monitored by a standalone electronic lock operating directly on the panic exit bar. The door closer integrates a coordinating device that allows for the synchronization of the two leaves. [LIST] SMARTair™ Electronic Lock, Standard: ISO 14025, EN 15804 (EPD-ASA-20150162-IBA1-EN) Panic exit rim sliding device with one lateral locking point, TESA's TOP series, Standard: EN 1125 Panic exit rim sliding device on passive leaf with two bolt locking points, TESA's TOP series, Standard: EN 1125 ASSA ABLOY Cam-Motion® DC 500 door closer and guide, Standard: EN1154, DDA/CEN PR 15894, EN 15804 (EPD-ASA-20130275-IBC1-EN) [/LIST] Typical markets: For all kinds of buildings, particularly Hospitals, Hotels, Offices, Institutional Buildings, Stations, Airports and Leisure Spots For more information, please contact us: http://http://www.assaabloy.es/en/local/assaabloyes/specification-bim

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

FAKRO FTT U6, for energy-efficient construction and passive buildings roof windows. Dedicated for roof pitches 15 to 70 degrees. The glazing units are installed to the specially designed sash frames. The sashes have widened frames when compared to standard windows. Such a structure minimises the phenomenon of thermal bridges and better window insulation. The pivot window with hinge situated above the centre of the window height, so even a tall person can comfortably stand at the open window. Easy cleaning of the outer pane and operating the awning blind with the use of blocking sash bolt when sash rotated through 180 degrees. High quality pine wood, glued in layers, vacuum impregnated. Double coated wood with ecological acrylic lacquer in natural colour. Increased resistance to burglary - topSafe system. A wide range of accessories. Warranty: 10 years warranty period for window, lifetime – glazing until hail resistance warranty.

FAKRO FTT U8 Thermo, for energy-efficient construction and passive buildings roof windows. Dedicated for roof pitches 15 to 70 degrees. The glazing units are installed to the specially designed sash frames. The sashes have widened frames when compared to standard windows. Such a structure minimises the phenomenon of thermal bridges and better window insulation. The pivot window with hinge situated above the centre of the window height, so even a tall person can comfortably stand at the open window. Easy cleaning of the outer pane and operating the awning blind with the use of blocking sash bolt when sash rotated through 180 degrees. High quality pine wood, glued in layers, vacuum impregnated. Double coated wood with ecological acrylic lacquer in natural colour. Increased resistance to burglary - topSafe system. A wide range of accessories. Certificate PASSIVHAUS for FAKRO FTT U8 Thermo The window with innovative structure, designed to be widely used in passive construction, offers very good overall heat-transfer coefficient for the whole window, guaranteeing significant energy savings. Warranty: 10 years warranty period for window, lifetime – glazing until hail resistance warranty.

ASSA ABLOY Belgium Solution for double-leaf aluminium or steel doors. The active leaf of the double door is equipped with a narrow stile version of the OneSystem mortise lock, the passive leaf is equipped with an espagnolette which locks this. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.be/en/local/be/specification-and-bim/the-solutions-team-specification/

ASSA ABLOY Belgium Solution for double-leaf aluminium or steel doors. Both leaves are equipped with the OneSystem panic touch bars. The active leaf and the passive leaf are each equipped with a narrow stile version of the OneSystem mortise panic lock. The lock of the active leaf has an extra locking point on top of the door and B-function. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.be/en/local/be/specification-and-bim/the-solutions-team-specification/

ASSA ABLOY Solution for double-leaf aluminium or steel doors. The active leaf of the double door is equipped with a narrow stile version of the OneSystem mortise lock, the passive leaf is equipped with an espagnolette which locks this. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.lu/en/local/lu/specification-and-bim/the-solutions-team-specification/

ASSA ABLOY Solution for double-leaf aluminium or steel doors. Both leaves are equipped with the OneSystem panic touch bars. The active leaf and the passive leaf are each equipped with a narrow stile version of the OneSystem mortise panic lock. The lock of the active leaf has an extra locking point on top of the door and B-function. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.lu/en/local/lu/specification-and-bim/the-solutions-team-specification/

ASSA ABLOY Solution for double-leaf aluminium or steel doors. The active leaf of the double door is equipped with a narrow stile version of the OneSystem mortise lock, the passive leaf is equipped with an espagnolette which locks this. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.nl/nl-nl/local/nl/architecten_en_bestekschrijvers/solutions-team/

ASSA ABLOY Solution for double-leaf aluminium or steel doors. Both leaves are equipped with the OneSystem panic touch bars. The active leaf and the passive leaf are each equipped with a narrow stile version of the OneSystem mortise panic lock. The lock of the active leaf has an extra locking point on top of the door and B-function. The double door is self-closing using the Cam-Motion® technology with integrated mechanical door coordinator. Typical applications: Education, School, University, Shopping Mall, Office, Commercial, Health Care For more information, please contact us: http://www.assaabloy.nl/nl-nl/local/nl/architecten_en_bestekschrijvers/solutions-team/

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

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CD896 is a very compact speaker enclosure loaded with one 2-way coaxial transducer plus a second dedicated low-frequency transducer. The coaxial transducer is composed of an 8” (203 mm) LF driver and a 90° x 60° HF horn with 1.7” (43 mm) diaphragm compression driver. The second LF transducer is another 8” driver. Advanced engineering and construction of the complete speaker achieves a space-efficient design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The two 8” LF drivers work together to achieve an increase in overall output and improved mid-bass impact. The coaxial transducer can be rotated in 45° increments to tailor high-frequency coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The LF/HF transducer in the Vector CD896 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 1.7 inch (43 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single neodymium magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, and the use of a single neodymium magnet reduces the speaker’s weight, size, and cost. Dual Low-Frequency Drivers The Vector CD896 employs two mutually-coupled 8” LF transducers to achieve its high efficiency and impactful performance in a relatively small enclosure. Avia™ Digital Signal Processing Every aspect of the Vector CD896 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CD896 is particularly effective in applications where compact dimensions and targeted pattern control are desirable. Such applications include front fill, delay fill, under-balcony, small front of house, and foreground music, especially when mated with a subwoofer. Its clean appearance facilitates acceptance by architects and interior designers, and its 25° beveled rear corners allow it to be mounted close to walls or ceilings without obstructing sight lines. Concealed M6 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Loudspeaker – Dual 12” Bi-Amplified 3-Way Coaxial 60° x 45° Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CD1265 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer plus a second dedicated low-frequency transducer. The coaxial transducer is composed of a 12” (305 mm) LF driver and a 60° x 45° HF horn with 3” (76 mm) diaphragm compression driver. The second LF transducer is a 12” driver with enhanced low-frequency performance. Advanced engineering and construction of the complete speaker achieves a space-efficient design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The two 12” LF drivers work together in a bi-amplified configuration to achieve an increase in overall output and improved low-frequency pattern control. The coaxial transducer can be rotated in 45° increments to tailor high-frequency coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The LF/HF transducer in the Vector CD1265 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single neodymium magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, and the use of a single neodymium magnet reduces the speaker’s weight, size, and cost. Dual Low-Frequency Drivers The Vector CD1265 employs an innovative and unconventional bi-amplified 3-way configuration using dual 12” LF transducers. Relative to the coaxial transducer, the dedicated LF transducer features increased excursion capability below 100 Hz. The frequency range of both drivers overlaps at precise levels to achieve a flat summed response, producing a higher overall output level compared to a more traditional LF/MF/HF 3-way system. The use of dual LF transducers also provides the benefit of extending usable LF pattern control by over an octave, reducing acoustic reflections in the room for better clarity and “projection.” Avia™ Digital Signal Processing Every aspect of the Vector CD1265 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Two channels of processing are employed to deliver an optimized signal to each transducer. Versatile Installation The Vector CD1265 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CD1295 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer plus a second dedicated low-frequency transducer. The coaxial transducer is composed of a 12” (305 mm) LF driver and a 90° x 45° HF horn with 3” (76 mm) diaphragm compression driver. The second LF transducer is a 12” driver with enhanced low-frequency performance. Advanced engineering and construction of the complete speaker achieves a space-efficient design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The two 12” LF drivers work together in a bi-amplified configuration to achieve an increase in overall output and improved low-frequency pattern control. The coaxial transducer can be rotated in 45° increments to tailor high-frequency coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The LF/HF transducer in the Vector CD1295 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single neodymium magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, and the use of a single neodymium magnet reduces the speaker’s weight, size, and cost. Dual Low-Frequency Drivers The Vector CD1295 employs an innovative and unconventional bi-amplified 3-way configuration using dual 12” LF transducers. Relative to the coaxial transducer, the dedicated LF transducer features increased excursion capability below 100 Hz. The frequency range of both drivers overlaps at precise levels to achieve a flat summed response, producing a higher overall output level compared to a more traditional LF/MF/HF 3-way system. The use of dual LF transducers also provides the benefit of extending usable LF pattern control by over an octave, reducing acoustic reflections in the room for better clarity and “projection.” Avia™ Digital Signal Processing Every aspect of the Vector CD1295 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Two channels of processing are employed to deliver an optimized signal to each transducer. Versatile Installation The Vector CD1295 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CD1565 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer plus a second dedicated low-frequency transducer. The coaxial transducer is composed of a 15” (381 mm) LF driver and a 60° x 45° HF horn with 3” (76 mm) diaphragm compression driver. The second LF transducer is a 15” driver with enhanced low-frequency performance. Advanced engineering and construction of the complete speaker achieves a space-efficient design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The two 15” LF drivers work together in a bi-amplified configuration to achieve an increase in overall output and improved low-frequency pattern control. The coaxial transducer can be rotated in 45° increments to tailor high-frequency coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The LF/HF transducer in the Vector CD1565 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single neodymium magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, and the use of a single neodymium magnet reduces the speaker’s weight, size, and cost. Dual Low-Frequency Drivers The Vector CD1565 employs an innovative and unconventional bi-amplified 3-way configuration using dual 15” LF transducers. Relative to the coaxial transducer, the dedicated LF transducer features increased excursion capability below 100 Hz, with a 4” (102 mm) voice coil and powerful ceramic magnet for extra output capacity and higher power handling. The frequency range of both drivers overlaps at precise levels to achieve a flat summed response, producing a higher overall output level compared to a more traditional LF/MF/HF 3-way system. The use of dual LF transducers also provides the benefit of extending usable LF pattern control by over an octave, reducing acoustic reflections in the room for better clarity and “projection.” Avia™ Digital Signal Processing Every aspect of the Vector CD1565 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Two channels of processing are employed to deliver an optimized signal to each transducer. Versatile Installation The Vector CD1565 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate forged shoulder eyebolts (sold separately).[1] Notes: 1. There is no yoke bracket available from Crestron for this model.

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CD1595 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer plus a second dedicated low-frequency transducer. The coaxial transducer is composed of a 15” (381 mm) LF driver and a 90° x 45° HF horn with 3” (76 mm) diaphragm compression driver. The second LF transducer is a 15” driver with enhanced low-frequency performance. Advanced engineering and construction of the complete speaker achieves a space-efficient design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The two 15” LF drivers work together in a bi-amplified configuration to achieve an increase in overall output and improved low-frequency pattern control. The coaxial transducer can be rotated in 45° increments to tailor high-frequency coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The LF/HF transducer in the Vector CD1595 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single neodymium magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, and the use of a single neodymium magnet reduces the speaker’s weight, size, and cost. Dual Low-Frequency Drivers The Vector CD1595 employs an innovative and unconventional bi-amplified 3-way configuration using dual 15” LF transducers. Relative to the coaxial transducer, the dedicated LF transducer features increased excursion capability below 100 Hz, with a 4” (102 mm) voice coil and powerful ceramic magnet for extra output capacity and higher power handling. The frequency range of both drivers overlaps at precise levels to achieve a flat summed response, producing a higher overall output level compared to a more traditional LF/MF/HF 3-way system. The use of dual LF transducers also provides the benefit of extending usable LF pattern control by over an octave, reducing acoustic reflections in the room for better clarity and “projection.” Avia™ Digital Signal Processing Every aspect of the Vector CD1595 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Two channels of processing are employed to deliver an optimized signal to each transducer. Versatile Installation The Vector CD1595 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate forged shoulder eyebolts (sold separately).[1] Notes: 1. There is no yoke bracket available from Crestron for this model.

6.5” 2-Way Coaxial 90° x 90° Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CS699 is a very compact speaker enclosure loaded with one 2-way coaxial transducer composed of a 6.5” (165 mm) LF driver and a 90° x 90° HF horn with 1” (25 mm) diaphragm compression driver. Advanced engineering and construction of the complete speaker achieves a highly space-efficient design with unusually high output capability and consistent off-axis response. Its coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality. High-Performance Coaxial Transducer The coaxial transducer in the Vector CS699 features a true high-frequency horn and compression driver married to a powerful 6.5” woofer, affording high efficiency and exceptional clarity for both speech and program material. Its broad 90° x 90° coverage pattern works well in small spaces and short-throw applications. Tight integration between the compression driver diaphragm and woofer voice coil achieves coherent summation in the crossover region, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. Avia™ Digital Signal Processing Every aspect of the Vector CS699 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CS699 is particularly effective in applications where compact dimensions and targeted pattern control are desirable. Such applications include front fill, delay fill, under-balcony, control room, and background music, especially when mated with a subwoofer. Its clean appearance facilitates acceptance by architects and interior designers, and its diminutive size allows it to be mounted close to walls or ceilings without obstructing sight lines. Concealed M6 mounting points are included to accommodate either an optional yoke bracket (sold separately) or third-party pan/tilt type speaker mount.

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CS1265 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer composed of a 12” (305 mm) LF driver and a 60° x 45° HF horn with 3” (76 mm) diaphragm compression driver. Advanced engineering and construction achieve a space-efficient speaker design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The transducer can be rotated in 45° increments to tailor coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The transducer in the Vector CS1265 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single, powerful ceramic magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, resulting in performance rivaling a more expensive bi-amplified design. Using a single magnet also reduces the speaker’s weight, size, and cost. Avia™ Digital Signal Processing Every aspect of the Vector CS1265 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CS1265 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CS1295 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer composed of a 12” (305 mm) LF driver and a 90° x 45° HF horn with 3” (76 mm) diaphragm compression driver. Advanced engineering and construction achieve a space-efficient speaker design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The transducer can be rotated in 45° increments to tailor coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The transducer in the Vector CS1295 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single, powerful ceramic magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, resulting in performance rivaling a more expensive bi-amplified design. Using a single magnet also reduces the speaker’s weight, size, and cost. Avia™ Digital Signal Processing Every aspect of the Vector CS1295 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CS1295 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CS1565 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer composed of a 15” (381 mm) LF driver and a 60° x 45° HF horn with 3” (76 mm) diaphragm compression driver. Advanced engineering and construction achieve a space-efficient speaker design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The transducer can be rotated in 45° increments to tailor coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The transducer in the Vector CS1565 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single, powerful ceramic magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, resulting in performance rivaling a more expensive bi-amplified design. Using a single magnet also reduces the speaker’s weight, size, and cost. Avia™ Digital Signal Processing Every aspect of the Vector CS1565 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CS1565 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Loudspeaker – 15” 2-Way Coaxial 90° x 45° Crestron® Vector™ Performance Loudspeakers provide a professional sound reinforcement speaker solution for large indoor spaces and venues. Featuring a revolutionary coaxial transducer design complemented by advanced Avia™ digital signal processing, Vector loudspeakers deliver exceptional intelligibility and natural sound quality for speech reinforcement, foreground music, and multimedia presentation applications. Compact, aesthetically-pleasing enclosures afford remarkable performance in less space. A choice of sizes and coverage patterns is offered to address the varying applications and room geometries found in auditoriums, theaters, lecture halls, houses of worship, convention centers, hotel ballrooms, sports facilities, night clubs, and public spaces. The Vector CS1595 is a compact, trapezoidal speaker enclosure loaded with one 2-way coaxial transducer composed of a 15” (381 mm) LF driver and a 90° x 45° HF horn with 3” (76 mm) diaphragm compression driver. Advanced engineering and construction achieve a space-efficient speaker design with high output capability and consistent pattern control. Its integrated coaxial transducer aligns the low-frequency and high-frequency elements to produce precise transient response and uniform directionality across the entire frequency range. The transducer can be rotated in 45° increments to tailor coverage to the space and allow for horizontal or vertical orientation of the enclosure. Advanced Coaxial Transducer The transducer in the Vector CS1595 represents a revolutionary advancement in coaxial speaker design. Its high-frequency horn features a large 3 inch (76 mm) titanium diaphragm compression driver, which operates at frequencies lower than typical, allowing the high-frequency horn to smooth the response of the low frequency section to reduce shadowing of the woofer by the horn. The woofer’s large radiating surface works in conjunction with the high-frequency horn to improve directional control at the lower end of the horn’s frequency range resulting in better pattern control throughout the critical voice band. The large diaphragm also allows the compression driver to produce higher sound pressure levels without distortion to deliver incredibly clear and dynamic sound quality for both speech and program material. The complete coaxial transducer assembly employs a single, powerful ceramic magnet with dual-gap geometry, which minimizes the spacing between the compression driver and woofer voice coils. This integrated approach virtually eliminates the delay between the two drivers, allowing a passive crossover to be used to seamlessly blend the horn and woofer into a single point source. The reduced demand on the internal crossover helps to maximize efficiency and damping, resulting in performance rivaling a more expensive bi-amplified design. Using a single magnet also reduces the speaker’s weight, size, and cost. Avia™ Digital Signal Processing Every aspect of the Vector CS1595 is designed to take advantage of the signal refining abilities of a Crestron Avia DSP. Vector loudspeakers and Avia processing work synergistically to produce a superior speaker system tuned for accurate, uncolored reproduction of voice and program signals. Precision signal processing is employed to accomplish what can’t be done physically, strategically eliminating harsh-sounding resonances caused by horn reflections while retaining every nuance of the original signal. Further refinements are employed to maximize transient response and deliver smooth bandwidth performance both within and beyond the speaker’s nominal coverage pattern. The result is an extremely natural sounding speaker system with superior pattern control, improved intelligibility, reduced listener fatigue, and higher gain before feedback. Versatile Installation The Vector CS1595 is particularly effective in systems where targeted pattern control is desirable, including front of house, delay fill, and foreground music applications. Its clean appearance and familiar format facilitate acceptance by architects and interior designers, and the 40° trapezoidal angle allows it to be mounted near walls or ceilings without obstructing sight lines. Concealed M10 mounting points are included to accommodate either an optional yoke bracket or forged shoulder eyebolts (each sold separately).

Curtain wall Hi ENERGY EFFICIENT. The new system forster thermfix vario Hi offers excellent heat insulation at passive-house level in the phA class. Impressive dimensions are possible with a steel profile system such as the forster thermfix vario Hi. The certified passive house elements can be designed either with profiles of 45 mm or 60 mm widths. Since this profile system is based on the standard mullion and transome construction from forster thermfix vario, many components can be used system-wide. This guarantees an identical appearance of the facade, particularly for buildings with different requirements, such as burglary resistance or fire protection within prescribed areas. Production and assembly is made even more efficient with new aluminium pressure blocks. Clever processing tools save additional time, enhance the work piece accuracy and safety with pre-marked weatherstrippungs. You can find ideal combination elements in the system forster unico and forster unico XS. For example, for heat-insulated windows and doors.