DOCSLIB.ORG

Fgh-V Galeria Balcony Window a New Dimension to the Loft

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Fgh-V Galeria Balcony Window a New Dimension to the Loft www.fakrousa.com FGH-V GALERIA BALCONY WINDOW A NEW DIMENSION TO THE LOFT CONTACT WITH THE ENVIRONMENT The FGH-V Galeria is an innovatory large roof window whose sashes, when open, form a balcony in the loft. The up- per top hung sash opens upwards with the lower sash sliding forwards and enabling free access to the balcony recess. Just a few steps is all it takes to find yourself "outside" and feel the sun rays, gusts of wind or admire beautiful views. DURABILITY AND AESTHETICS The upper sash is lifted steplessly up to an angle of 45. The side guardrails are integrated into the bottom sash and slide out during its opening. When closing the lower sash, the balcony guardrails hide in the window and do not protrude from the roof surface. They are hidden under the window cladding elements, thus they do not collect dirt or interfere with the aesthetics of the roof. After opening, the balcony railings are always dry and clean, which ensures trouble-free operation. www.fakrousa.com www.fakrousa.com A NEW DIMENSION TO THE LOFT SAFETY Both the upper and lower sashes are equipped with safety glazing units P2 with internal panes laminated and external toughened glass featur- ing easy maintenance coating. Inside the laminated glass, there can be found two layers of PVB film. Under such windows even children can play safely as potential breaking the internal glass does not pose any danger (pieces of glass remain attached to the film). The balcony window as standard is equipped with an innovative structure re-enforcement system topSafe, thus offering increased burglary-resistance. COMFORT OF USE HANDLE ALWAYS WITHIN REACH The window is operated by means of a handle situated in the lower section of the sash, making it always within easy reach, so the window can be freely opened and closed at all times. The window has a multi-point locking system without the traditional locking keep. After turning the handle, the sash is locked at both sides of the frame. The lower sash slides forwards. In order to close it, just release the locks located by the rails on the frame. release the lock ‹‹ EASY CLEANING EXTERNAL GLASS The sash when rotated through 180 can be locked for washing with a special bolt. It allows safe and convenient washing the external glass surface. AUTOMATIC AIR INLET ›› The Galeria balcony window is equipped with an automatic V40P air inlet, ensuring the optimum amount of fresh air in the room and energy savings. FAKRO SYSTEM AVAILABLE SIZES Large sizes of the balcony window provide ample natural light in the room. The windows are offered in the size 94x255 cm (37”x100”) as standard. To order, they are also available in size 78x255 cm (30”x100”). This window is installed in the roofs with pitches 35°-55° without a knee wall. A WIDE RANGE OF STANDARD ACCESSORIES Upper and lower sashes can be equipped with internal or external accessories. FLASHINGS There are few types of flashings dedicated for the balcony window. They are additionally marked with the letter “G”. Available Flashings: - ESV/G for shingles - EBV-A/G for standing seam - EHN-A/G for high profile roofing - EHN-AT/G Thermo universal flashing with additional insulation. www.fakrousa.com 39 West Factory Road Addison, IL 60101 tel: (630)-543-1010 fax: (630)-543-1011 e-mail: [email protected] www.fakrousa.com.
Load more

Recommended publications
  • TW-15 Typical Balcony/Breezeway Detail
    P.O. Box 1404 Joplin, MO 64802-1404 Typical Balcony/Breezeway Detail 800-641-4691 1 inch TW-15 All logos are cmyk tamkowaterproofing.com If needed, TAMKO red is PMS185 1.5 inch FINISHED WALL When to use:Or metal counterflashing at openings. page up to 6 inches = 1 inch TWM-1 MASTIC WEATHER RESISTANT BARRIER or other appropriate, page up to 12 inches = 1.5 inch Positioned to lap TW-60 12" flashing in shingle fashion. compatible sealant at page up to 18 inches = 2 inch membrane and metal page over 18 inches = 2.5 inch flashing terminations. TW-60 12" FLASHING 2 inch Positioned with 4" minimum on horizontal leg and PRIMED 26 GA. 2" minimum beyond vertical leg of metal flashing. The use of TW-60 18" Flashing is (MINIMUM) GALVANIZED recommended in regions that experience heavy snow fall and ice buildup. METAL L-FLASHING (4" × 4" MINIMUM) TW-60 SHEET WATERPROOFING MEMBRANE Prime metal flashing prior to TAMKO red is PMSPlywood 185, or OSB deck must be fully covered. installation with TWP-1 or CONCRETE which according to the TWP-2 primer. 2.5 inch logo standards breaks TWM-1 MASTIC down to be M100, Y80 or other appropriate, compatible sealant at TW-60 termination as a cant. ADHESIVE PRIMER* METAL FLASHING EXTRUDED ALUMINUM BALCONY EDGING (T-BAR) FASTENERS Cross-sectional shape varies. Fasten per Positioned 1" from the PLYWOOD or OSB DECK manufacturer’s recommendations. outside edges of the 1/4":12" minimum positive slope 1 inch flashing. Fastener type required away from wall to drain and and spacing as prevent ponding water.
    [Show full text]
  • Glossary of Terms
    143 Glossary of Terms Baluster: A vertical support used to fill the open area between the rail and the stair or landing. Balustrade: A complete rail system that includes the handrail, balusters, and newel posts. Box newel: An oversize square newel that is usually hollow and is used in a post-to-post balustrade system. Brackets: Ornamental pieces fastened beneath the tread on the open side of a stair; also know as tread brackets. Building code: A set of legal requirements established by various governing agencies that covers the minimum regulations for all types of construction, including stair construction. Bullnose starting step or tread: A starting tread that has one or both ends rounded to a semi-cir- cle and projecting beyond the face of the stair stringer. Cap: The part of the fitting that accepts the newel post; used in conjunction with a pin top newel in an over the post balustrade system. Carriage: See stringer. Easement: The over or under ramp of a stair or rail. False Tread Caps: A piece attached to the end of a rough tread to simulate solid wood treads, usu- ally with a carpet runner down the steps. Fillet: A thin strip that is usually flat on one side and fits into the plow of a piece of handrail or shoe rail. Flight: A continuous series of steps with no intermediate landings. Gooseneck: A fitting that is used in the transition of a handrail to a landing or balcony; compen- sates for the change in the rise of the stair and may make a change in direction.
    [Show full text]
  • Guidelines for Member-Led Tours Into the Capitol Dome General
    GUIDELINES FOR MEMBER-LED TOURS INTO THE CAPITOL DOME GENERAL Member Must Accompany Group – Members are responsible for their guests and must accompany them during the entire tour. Availability – Dome tours are available to Members of Congress only and are conducted by US Capitol Visitor Center Guides Hours of Operation – Tours are available Monday through Friday from 9:00 a.m. to 3:00 p.m. Tours last between 45-60 minutes. One (1) tour per hour is available. Group Size – To ensure that a safe evacuation is possible, group size is limited to the Guide, the Member, plus a maximum of seven (7) guests. Scheduling – To request a tour, please call Visitor Services at (202) 593-1762. Requests may be made up to sixty (60) days in advance and are processed in the order in which they are received on a space available basis. Severe Weather – Weather-permitting, the Guide will take Dome Tour groups to the balcony beneath the Statue of Freedom. However, during periods of severe weather (i.e., thunderstorms, lightning, snow, and high wind), the Guide will conduct a Dome Tour of the internal space only. Where to Meet for the Tour – The Member should bring the tour group to the Crypt of the Capitol and meet the Guide at the Office of Congressional Accessibility Services, which is located in the Crypt (room S-156). Waiver Forms – Signed waiver forms must be given to the Guide prior to the beginning of the tour. Children – Children may participate in Dome Tours, but, due to the nature of the tour route, the tour is not recommended for children under the age of 10.
    [Show full text]
  • Brochure Displays Several Hi-Con References and Installation Principles to Inspire You to Create the Balcony of Your Dreams
    BALCONIES in high performance concrete BALCONYSLABS 13 PARAPETBALCONIES 21 BOXBALCONIES 29 BALCONYRENOVATION 39 INSTALLATIONPRINCIPLES 45 2 3 WHAT IS YOUR BALCONY DREAM? 4 Bosco Verticale - Milano Ragnitzstrasse 36, Austria Rendering by Fujimoto Architechts by LOVE Architecture and Urbanism 3 5 IMAGINE INNOVATE IMPRESS if you can dream it, you can do it... Walt Disney If you can dream it, you can do it Walt Disney 6 6 WE MAKE YOUR BALCONY DREAMS COME TRUE Balconies from Hi-Con are bespoke solutions ”that create value” for both the architect, the engineer, the contractor, the builder and the end-user. Hi-Con is specialized in creating solutions in high performance concrete for buildings where both a strong design and func- tionality is essential. The slender balconies from Hi-Con exploit the unique properties of high performance con- crete to create larger balconies with greater aesthetical possibilities than other materials. This brochure displays several Hi-Con references and installation principles to inspire you to create the balcony of your dreams. COUNSELING AND SHARING KNOWLEDGE IS ALWAYS A PART OF THE PROCESS When you choose a Hi-Con balcony, our knowledge and counseling is always a part of the process. That means that we put our specialized knowledge into play in every project to make sure to create a solution that meets the required design and specific installation principles for your balcony. With high performance concrete comes a plentitude of possible ways of combining function, aesthetic design and installation principles,
    [Show full text]
  • Halfen Hit – Insulated Balcony Connection Hit 13-Us
    HALFEN HIT – INSULATED BALCONY CONNECTION HIT 13-US CONCRETE Apartment building with HIT, Canada Turn up the Heat on Insulation Improved quality of life with the HIT balcony connection from HALFEN – efficient solutions for your balcony designs. alconies offer additional living space Versatile B and increase the quality of life – as An extensive range of sizes and long as they do not compromise the configurations enable a HALFEN HIT insulation of the building interior. The solution for virtually all concrete balcony insulation problems of concrete balconies connections, whether fully cantilevered, are solved with the HIT balcony connection partially projecting or fully inset. We can from HALFEN. also offer you an insulated connection solution for many other types of projecting Eco-friendly concrete features including, walkways, HALFEN HIT connections are designed to corbels, parapets, and canopies. help maintain comfortable interior temperatures while reducing energy use. Many advantages with one result: HALFEN provides safety, reliability and Efficient efficiency for you and your customers. Integral polystyrene insulation and the selective use of stainless steel components Safe almost eliminates thermal transfer All load-bearing components in the between the balcony and the floor insulating joint are made from of high- slab. This reduces heat loss through the quality corrosion-resistant stainless steel. structure and reduces the possibility of All HALFEN HIT balcony connections are interior condensation and mold growth. available with
    [Show full text]
  • A Review of Balcony Impacts on the Indoor Environmental Quality of Dwellings
    sustainability Review A Review of Balcony Impacts on the Indoor Environmental Quality of Dwellings Catarina Ribeiro 1,* , Nuno M. M. Ramos 1 and Inês Flores-Colen 2 1 CONSTRUCT-LFC, Faculdade de Engenharia (FEUP), Universidade do Porto, Rua Dr. Roberto Frias s/n, 4200-465 Porto, Portugal; [email protected] 2 CERIS, DECivil, Instituto Superior Técnico (IST), Universidade de Lisboa, Av. Rovisco Pais, 1049-001 Lisboa, Portugal; ines.fl[email protected] * Correspondence: [email protected] Received: 19 June 2020; Accepted: 1 August 2020; Published: 11 August 2020 Abstract: Balconies are an ancient architectural archetype that are being increasingly considered in multi-family buildings of high-density cities. This paper aims to provide a comprehensive review of the impacts of balcony types on the indoor environmental quality (IEQ) and energy consumption of dwellings. Of the reviewed studies, 69% were published during the last decade, making it evident that awareness of the positive impact of balcony spaces is continuously increasing. The literature review allowed us to identify three balcony spaces according to their morphology and their boundary system: open balcony (OB), glazed balcony (GB), and eliminate balcony (EB). It was concluded that these balcony types produce relevant impacts in four factors that contribute to the indoor environmental quality: thermal comfort, indoor air quality, visual comfort, and acoustic comfort. Practical design recommendations and constraints were provided according to distinct climatic conditions and building technologies. This review also explored the assessment methodologies used for the optimization of the balconies on the design process. The literature highlighted the lack of a comprehensive study about the impact of balconies in mild and Mediterranean climates, as well as the knowledge limitations concerning the balance between the impacts on IEQ factors.
    [Show full text]
  • An Overview of the Balcony's Contribution To
    Plea2004 - The 21th Conference on Passive and Low Energy Architecture. Eindhoven, The Netherlands, 19 - 22 September 2004 Page 1 of 5 An Overview of the Balcony’s Contribution to the Environmental Behaviour of Buildings N. Papamanolis Dept. of Architecture, Faculty of Engineering, Aristotle University of Thessaloniki, Greece ABSTRACT: Balconies constitute an important element of the architecture of buildings in a broad spectrum of geographical areas. Especially in areas with a mild climate, they represent an inseparable and characteristic component of the local architecture. The main purpose of a balcony is to offer the inhabitants quick and easy access to the environment. Nevertheless, in parallel with their functional role, their presence on a building’s façade influences several mechanisms that determine the interaction between the building and its environment. Such mechanisms and the resulting influences concern numerous aspects of building physics, like sun-control, daylighting, heat transfer, damp protection, sound insulation, wind-loading, natural ventilation, etc. Accordingly, the building’s energy behaviour is also affected. This paper examines the role of balconies in the environmental and energy behaviour of the buildings to which they belong. In particular, it determines the environmental factors whose interaction with buildings in which balconies appear is altered by the presence of those balconies, it investigates the mechanisms which cause these changes and assesses their results. Conference Topic: 5 Materials, building
    [Show full text]
  • Hitchhiker's Guide to Using
    12" INCH PROCEDURES FOR USE ANNOTATED CHECK LIST NOTE: DUE TO CURRENT ISSUES WITH THE DOME SOLO OPERATION OF THE TELESCOPE IS NOT ALLOWED A MEMBER OF THE CREW WHO HAS WORKED ON THE DOME MUST BE PRESENT TO ASSIST. I. Opening/ Preparing to observe Key with OS opens the north outside door and the ramp of the Observatory; key marked 27 - 28 unlocks the Club Room, (Rm 28); third key (AAAA3) unlocks the dome. It is good practice to keep the keys in your pocket. Once inside the building, make sure that the exterior doors are locked shut. [see rev. 1] 1. Upon entering the dome, check around dome for current condition. (Ex. power - OFF; slit - Closed and Secured, balcony door locked, etc.) 2. SIGN IN and begin the LOGBOOK entry! Record any issues noted from your inspection in item # 1. 3. OPEN THE NORTH BALCONY DOOR AND THE DOME SLIT & WINDOWS as desired. This is to allow the dome interior to come to equilibrium with the outside. Never open or close the dome slit with the lens caps off . Open slit with a hook-pole located in 201 (the closet next to the desk). Unfasten the ring from the retaining slot on the left side of the slit, then pull down on the ring on the right side. If this is difficult, leave a note in the logbook so that it can be fixed. Maximum wind: 35 mph. 4. KEEP THE INSIDE ACCESS DOOR CLOSED to prevent drafts and turbulence in the dome. Now is a good time to collect the eyepieces if you haven't already got them.
    [Show full text]
  • Balcony Door Selection Guide
    Balcony Door Selection Guide YTD 350 T/TH YSD 700 T/TH Terrace Doors YSD 400 YSD 600 T/TH Sliding Doors A heavy duty commercial An operable swing door A heavy duty sliding door Product A thermally broken AW rated grade sliding door designed to designed for condominiums, system designed to comply w/ Description glass sliding door designed to provide protection from fi erce hotels, and high-rise residen- with higher structural loads provide greater effi ciency and cyclical pressures and projec- tial properties that integrates while maintaining a pleasing occupant comfort. tiles associated with hurricane with YKK AP wall systems or appearance. force winds. other wall conditions. Typical Vertical Detail System Depth 3-1/2”, 4-1/2” 4” 6” 7” Single, Pairs Confi gurations OX , XO, XOX, XX, OXXO OX , XO, XOX, OXXO OX , XO, XOX, OXXO Inswing & Outswing Infi ll Options 1” 1” 1”, 1-3/16” 9/16, 1”, 1-3/16” Sill / Threshold Standard Threshold, Standard Threshold, Low Threshold (Non-Impact Standard Sill, High Sill Low Threshold (non-Impact OX or Standard Threshold Options Outswing Only) XO Only) Thermally Broken / No / Thermally Broken / Thermal System / CRF : 56 No / CRF : 21 f CRF : 43 f Performance U-value: 0.44 btu/hr/ft2/°F Std U-value: 0.54 btu/hr/ft2/°F f U-value: 1.28 btu/hr/ft2/°F U-value: 0.51 btu/hr/ft2/°F Sill, 0.50 btu/hr/ft2/°F Low Sill Monolithic, 0.70 Insulated STC: 35 annealed, 38 laminated STC: 31 annealed, 33 laminated STC: 33 STC: 30 Acoustic Rating OITC: 29 annealed, 32 laminated OITC: 27 annealed, 30 laminated OITC: 30 OITC: 26 Sill
    [Show full text]
  • The Balcony As a Sonic Interface in Evolution Hengameh Pirhosseinloo-Amini, Noha Gamal Said
    Towards a typology of listening situations: The balcony as a sonic interface in evolution Hengameh Pirhosseinloo-Amini, Noha Gamal Said To cite this version: Hengameh Pirhosseinloo-Amini, Noha Gamal Said. Towards a typology of listening situations: The balcony as a sonic interface in evolution. International Conference for Sustainable Design of the Built Environment (SDBE 2017), Sustainable Development of the Built Environment, Dec 2017, Londres, United Kingdom. pp.305-317. hal-02044924 HAL Id: hal-02044924 https://hal.archives-ouvertes.fr/hal-02044924 Submitted on 26 Mar 2020 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Towards a typology of listening situations: The balcony as a sonic interface in evolution Hengameh Pirhosseinloo – PhD student – AAU – UMR CNRS 1563 – Equipe CRESSON, ENSA Grenoble – University Grenoble Alps. [email protected] Noha GAMAL SAID - Ain Shams Uni. - Faculty of engineering -Department of architecture & urban design; Researcher at AAU – UMR CNRS 1563 – Equipe CRESSON, ENSA Grenoble – University Grenoble Alps. [email protected], [email protected] Abstract This paper is an opening towards a comprehensive typology of listening that corresponds to the emerging forms of residential building interfaces.
    [Show full text]
  • Townhouse and Low-Rise Apartment Guidelines January 2018 Townhouse and Low-Rise Apartment Guidelines
    TOWNHOUSE AND LOW-RISE APARTMENT GUIDELINES JANUARY 2018 TOWNHOUSE AND LOW-RISE APARTMENT GUIDELINES URBAN DESIGN GUIDELINES 2018 TOWNHOUSE AND LOW-RISE APARTMENT GUIDELINES City of Toronto Townhouse and Low-Rise Apartment Guidelines www.toronto.ca/lowriseguidelines Table of Contents INTRODUCTION Definitions Background - Evolution of the Townhouse and Low-Rise Apartment Building Key Issues and Objectives Purpose of the Guidelines How and Where the Guidelines Apply Key Considerations Guiding Principles Organization of the Guidelines Principle Guideline Statements TOWNHOUSE AND LOW-RISE APARTMENT GUIDELINES 1.0 SITE CONTEXT 1.1 Context Analysis and Planning for Larger Sites 1.2 Public Realm Framework 1.2.1 Street and Block Patterns 1.2.2 Public Parks and Open Spaces 1.3 Heritage 2.0 BUILDING TYPES 2.1 Building Types 2.1.1 Townhouse 2.1.2 Stacked Townhouse 2.1.3 Back-to-Back Townhouse 2.1.4 Stacked and Back-to-Back Townhouse 2.1.5 Low-Rise Hybrid Building 2.1.6 Low-Rise Apartment Building 3.0 SITE ORGANIZATION 3.1 Streets, Lanes, Mews and Walkways 3.2 Shared Indoor and Outdoor Amenity Areas 3.3 Building Placement and Address 3.4 Site Services, Access and Parking 4.0 BUILDING DESIGN 4.1 Fit and Transition 4.2 Facing Distances and Setbacks 4.3 Primary Entrances 4.4 Private Outdoor Amenity Space 4.5 Building Relationship to Grade and Street 5.0 PEDESTRIAN REALM 5.1 Streetscape, Landscape and Stormwater Management 5.1.1 Streetscape 5.1.2 Landscape 5.1.3 Stormwater Management 5.2 Site Elements 5.2.1 Utilities and Other Equipment TOWNHOUSE AND
    [Show full text]
  • Balconies, Analysis of Constructive Technology Current State and Foresight of New Industrial Development
    Structures and Architecture: Concepts, Applications and Challenges – Cruz (ed) © 2013 Taylor & Francis Group, London, ISBN 978-0-415-66195-9 Balconies, analysis of constructive technology current state and foresight of new industrial development L. Sierra & J.Ll. Zamora Laboratory of Innovation and Technology in Architecture (LiTA), Universitat Politècnica de Catalunya (UPC) ABSTRACT: Despite being an essential part of the Mediterranean facade, the balcony has been relegated to a background in the recent technological evolution of the envelope of the buildings constructed in Spain since the end of the 20th century. In the same way that technician solutions for roofing and facades have been intensively developed, is the balcony destined to be industri- alized as any other element? If so, could it become industrialized? And how should it be? Who must generate it? 1 INTRODUCTION The balcony has been, and still is, an essential architectural element in the configuration of the residential buildings in the Mediterranean tradition, with a strong representativeness for users and architects. However, it is not apparently perceived an innovative concern of the same inten- sity that has characterized the technological research of the facade since the end of the 20th cen- tury. Over the last years in Spain, the constructive development of the architectural envelope has focused mainly on the evolution of the typology of the lightweight ventilated facade, which has consolidated new concepts based on a continuous skin that surrounds the whole building. This continuity seems incompatible with the current relation with balconies, as these are elements that stand out in cantilever drilling it, breaking this new protective and filter skin.
    [Show full text]