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Elevator 16
GRAPHISOFT SE | 1343649851Multi-story elevator shaft with elevator car.
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Bodenschlitz 10n
ArchiCAD Talk Depository | 13434008602D symbol, shaft opening
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Prefabricated Chimney Double Flue 16
GRAPHISOFT SE | 1343649851Prefabricated chimney with double flue. Editable with MEP Modeler.
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Prefabricated Chimney Single Flue 16
GRAPHISOFT SE | 1343649851Prefabricated chimney with single flue. Editable with MEP Modeler.
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Elevator 17
GRAPHISOFT SE | 1371557723Multi-story elevator shaft with elevator car.
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Dyn-PolyLKanal_Eng
Heimo Mooslechner | 1415095874Original from: http://archicad-talk.graphisoft.com/viewtopic.php?t=43721 original Author of polygone-methode: sinceV6 changed and added by Heimo Mooslechner for sewer purposes. Version 1 - 3D - variable hights von sewer beds, slopes und pipes to loose hights on a shaft.. Till now its justr the hight of th sewer-beds KSZ[i] following the rules of self-growing of the polygone, Other parameters go up to 50t - mental slothfulness ;-) Its possible to edit nearly everything in the floorplan and in 3D its possible to follow the site-hights.
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Prefabricated Chimney Double Flue 17
GRAPHISOFT SE | 1371557723Prefabricated chimney with double flue. Editable with MEP Modeler.
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Prefabricated Chimney Single Flue 17
GRAPHISOFT SE | 1371557723Prefabricated chimney with single flue. Editable with MEP Modeler.
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Siniat NIDA shaft 75A50
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 80A50
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 110A50
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 100A75
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 105A75
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 135A75
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 125A100
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 130A100
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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Siniat NIDA shaft 160A100
|A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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3 CEP MULTI + INTÉRIEUR
|The 3 CEP Multi +system (internal version) is a specially designed concentric common shared system chimney for flue gas evacuation and air supply for domestic room-sealed C42, C43, C42P & C43P boilers in flats & apartments, ideally suited for new build projects. This innovative system allows the connection of 2 up to 20 boilers. In renovation projects, it is an ideal solution in cases where multiple room-sealed condensing boilers cannot be installed on the face of the building and there is a usable service shaft or existing U-duct. This system requires the use of the Poujoulat flue gas non-return valve unless the boiler is provided with its own non-return valve. All of the products offered by Cheminées Poujoulat have been rigorously tested in every configuration by the CERIC Laboratory to ensure they meet highest standards (Building Regulation Document J - Amendements to Approved Documents).
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Siniat NIDA - solutions
|Plasterboards can be used to the construction of interior and exterior walls. They are of particular use in the repair of all types of buildings. The surface of the drywall is smooth and forms a perfect base for further finishing works. Plasterboards can be fixed to the wall with plasterboard adhesive or directly on the steel framework using steel partitions. By using plasterboard it is possible to increase the protection for fire resistance of the load-bearing walls of the building up to EI120 class. Building such constructions with an additional layer of mineral wool increases the acoustic and thermal insulation of the external walls. The interior walls are used to separate the individual rooms in the building and, depending on their functions, they meet stringent requirements in terms of statics, acoustics and fire protection. Partition walls are mostly made of drywall systems of profiles with different width dimensions: 50, 75 or 100 mm with a single or double layer of plasterboard or cement board. The materials used to make partition walls have important properties, such as acoustic insulation, fire insulation and moisture resistance; they also must be easy to install and remove to ensure the highest comfort of the room. Suspended ceilings function aesthetically, hiding installations or structural components of the ceiling above. They also create a fire resistant barrier and insulate the room acoustically and thermally. The sheathing of the ceiling construction is usually a 12.5 mm or 15 mm plasterboard. Special sound-absorbing ceilings use perforated plasterboards. The construction of a suspended ceiling grid consists of cold-formed sections installed in a single or double layered crossover. Suspended ceilings are hung on either rotary hangers with a spring and fixing rods or, in the case of fire protection ceilings, on nonius hangers or components for direct installation. A casing systems of risers is used to hide all kinds of installations in a building. Due to the possibility of smoke or fire spreading to other levels of the building, the risers must be adequately protected. For this purpose, systems based on 12.5 mm, 15 mm, 20 mm or 25 mm plasterboards are used. The plasterboards are fixed to the intermediate support structure or directly to the walls and ceiling. The casing systems of risers using plasterboards help protect against the spread of fire to the EI 120 fire resistance class. An additional feature of these systems is possible acoustic protection from sounds coming from inside the shaft, caused for example by air flow, sanitation system or vibration of the installation.
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INTRA Easy toilet wallmounted brush holder
|Tube handle, round splash guard and storage cylinder of this wall-mounted unit are fabricated of satin-finish stainless steel. Includes a drip cup at the bottom for easy cleaning. Brush is made of PVC with a polypropylene shaft. 15-1/2″ (394 mm) from bottom of base to top of handle and extends 5-1⁄8″ (131 mm) from wall. Allows for easy cleaning while maintaining an elegant washroom.
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Besam ASSA ABLOY RD4-100
|The Besam ASSA ABLOY RD100 revolving door provides a premiere option for customers with pedestrian traffic who want a compact, low-energy revolving door without compromising on quality. Equipped with features that benefit both users and business owners, it is an ideal choice for even pedestrian flow. The outer walls and doors are constructed of aluminum extrusions with the main shaft constructed of sturdy steel. The result is an attractive, open, inviting feeling to your entryway. To start this door, all it needs is a gentle push. The door then adapts to that push and operates at the pedestrian’s speed, always stopping in the preferred position to welcome the next user and maintain a comfortable indoor climate. Braking capabilities, soft door leafs and intuitive Return-to-park position increase sustainability and enhances safety for users. Disclaimer: This product is available from ASSA ABLOY Entrance Systems - North America. Consult a local representative in your Region to discuss availability. Besam ASSA ABLOY