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- TRIGON FS 040/050/060 FAÇADE SYSTEM
TRIGON FS 040/050/060 FAÇADE SYSTEM
TRIGON FS 040/050/060 FAÇADE SYSTEM
This document provides a detailed overview of HUECK's aluminium systems for windows, doors, façades, sliding, and lifting-sliding systems, including fire protection solutions. The systems emphasize durability, thermal insulation, and aesthetic appeal. Key systems include the HUECK Lambda WS/DS 090, Volato sliding series, and Trigon façades.
Several international projects utilizing HUECK systems are listed, showcasing their application in various architectural designs, such as HanseMerkur in Hamburg, One Commercial Street in London, and UN City in Copenhagen.
This section highlights the advantages and specifications of the Lambda WS/DS 090 system, including robust construction, thermal insulation capabilities, and compatibility with other HUECK systems. It supports various glass thicknesses and offers options for concealed or visible hardware.
HUECK systems are known for engineering excellence, economic production, and assembly efficiency. They offer cross-series compatibility, high-quality materials, and are tested to international standards. The company emphasizes sustainability by recycling aluminium waste and participating in environmental initiatives.
HUECK provides flexible and reliable delivery, online order tracking, and comprehensive support throughout project lifecycles. They offer on-site training and software tools for planners and processors.
HUECK is committed to sustainability, recycling aluminium waste in their foundry, and supporting closed-loop material recovery systems.
The document outlines the construction of a window profile with a depth of 90 mm for inward opening windows. It supports glass thicknesses ranging from 23-54 mm in the fixed field and 38-56 mm in the sash, using standard gaskets suitable for self-cleaning glazing. The system is designed for high thermal insulation, meeting passive house standards, and features an optimized insulation zone with innovative compound materials.
- Maximum window size: 1600 mm width x 2400 mm height
- Maximum weight: 150 kg
- Thermal insulation: Uf > 1.0 W/(m²K)
- Burglar resistance: RC1, RC2 (WK2) according to DIN EN 1627
- Soundproofing: Up to Rw value of 49 dB according to DIN EN 20140
- Water tightness: Class 9A according to DIN EN 12208
- Air permeability: Class 4 according to DIN 12207
- Resistance to wind load: Class C4/B4 according to DIN 12210
- Mechanical load: Class 4 according to DIN EN 13115
The document provides a detailed profile overview and static profile values for the Series Lambda duo 90 window IF, including effective moments of inertia and distances between supports in compliance with guidelines issued by the Institute of Building Technology.
The profile construction is robust and long-lasting, with a 90 mm profile depth. It accommodates glass thicknesses and door inserts of 24-68 mm, suitable for both inward and outward opening doors. The system is production-optimized, using the same parts and hardware for different door configurations, and is compatible with the HUECK Lambda WS 090 window series.
- Maximum door size: 1300 mm width x 2600 mm height
- Maximum weight: 250 kg
- Coefficient of heat transmission: Uf ≥ 1.3 W/m²K
- Burglar resistance: Up to RC 3 (WK 3) according to EN 1627
- Soundproofing: Rw up to 43 dB according to EN ISO 10140 / EN ISO 717-1
- Water tightness: Class 7A according to EN 12208
- Air permeability: Class 4 according to EN 12207
- Resistance to wind load: Class C3/B3 according to EN 12210
The document includes various diagrams and tables detailing vertical and horizontal sections of the sash and fixed fields, as well as profile numbers and static values for different configurations. These provide a comprehensive view of the structural and functional aspects of the window and door systems.
The document provides technical specifications and guidelines for the use of heat-strengthened glass, specifically ESG and ESG-H, as alternatives to TVG in construction. It outlines the requirements for glass quality, installation procedures, and compliance with building regulations.
ESG refers to thermally strengthened soda-lime safety glass, while ESG-H is heat-soaked soda-lime safety glass. Both types must conform to specific building and construction laws. Pane edges must be smoothened to quality KGN as per DIN 1249 Part 11, and free glazing edges must be permanently protected according to TRAV standards.
The document specifies that contact between steel/aluminium and glass must be avoided. Glass panes are to be bedded using visible or invisible fastening methods, with glass supports installed to prevent slipping. EPDM glazing gaskets are used based on glass thickness, and the glass bite must be at least 18 mm. The dead weight of panes should be managed according to technical building regulations.
A U-profile made of stainless steel or aluminium must be used at the upper pane edge. For category A glazing, no lateral connection is needed, while category C requires a load-bearing lateral connection. All design features must comply with TRAV annex B.
A declaration of conformity is required, confirming that the variant meets the general test report and building inspectorate requirements. In-house production control is mandatory, involving continuous surveillance and documentation of production processes. Documentation must be retained for five years and be available for inspection.
Regular cleaning and servicing of the variant are necessary to maintain functionality. Damaged parts must be replaced immediately with certified components. Statical proof for hand rail sub-construction and connections must be provided, adhering to technical building regulations.
The document includes tables detailing glass dimensions, profile numbers, and static profile values, providing a comprehensive overview of the specifications for different glazing categories and installation methods.
The document provides technical specifications and design details for French balconies and Series A72 aluminium window and door systems. It includes information on glazing, fixing categories, and construction features.
The document outlines visible and invisible fixing categories for French balconies using laminated safety glass made of TVG or ESG. It provides horizontal section details and scale measurements for various configurations.
The A72 series features entirely aluminium window and door constructions with various design possibilities, narrow elevation widths, and easy-to-mount wall connecting variants. It supports multiple window and door types, including turn, tilt, and slide-and-tilt mechanisms.
The A72 series offers a modular system with options for anodisation and plastic coating. It includes details on profile depth, glazing, gaskets, and insert elements. The system supports glass thicknesses between 5 mm and 26 mm.
The document specifies thermal insulation standards in accordance with DIN V 4108-4 and EN ISO 10077-2, with a Uf value of 7.0 W/m²K.
Detailed static profile values and glazing bead specifications are provided for the A72 series, including Wx, Jy, Wy, and Jx measurements for various profiles.
The document suggests using system components suitable for all series, including fittings, accessories, and tools. It emphasizes the importance of adhering to glazing standards and provides a profile overview for optimal construction.
The document outlines the design of a thermally insulating aluminum facade system, suitable for slanting, vertical, or level curtain walls. It features a mullion-transom construction with identical profile geometry for both components. The system accommodates glass thicknesses between 20 and 58 mm and allows for various insert elements.
The elevation width for mullion/transom and cover profiles is 50 mm, with profile depths ranging from 32 to 204 mm depending on static requirements. Insulating profiles are made from glass fiber-reinforced plastic, with options for foamed profiles to enhance thermal insulation.
Vulcanised shaped gasket pieces are used in the transom connection area, covering the complete joint area. Optional EPDM gaskets can be used externally and can be inserted on-site without sealing material.
The system has been tested for thermal insulation (Uf= 1.0 – 3.2 W/m²K), water tightness (static RE 1200, dynamic 250 Pa / 750 Pa), air permeability (class AE), wind load resistance (permitted load 2.4 kN/m², increased load 3.6 kN/m²), bullet resistance (up to FB6-S), and burglar resistance (WK1 / WK2 / WK3).
Detailed sections and intersections are provided for various configurations, including horizontal and vertical sections, top-hung windows, and door units. Each section includes specific details on profiles, gaskets, and other components.
The document includes information on the availability of anodized and coloranodic coatings for structural bonded profiles, with specific ordering instructions. It also provides details on the mechanical restraint of components according to local building regulations.
The document provides detailed technical specifications and guidelines for the Trigon 50/60 SG glazing system and the associated fire and smoke protection systems. It includes construction details, test results, and compliance with various standards.
- The Trigon Unit L is a thermally insulating aluminum facade designed for vertical and polygonal curtain walls. It features optimized profile geometry for weight and static values, accommodating glass thicknesses between 2 and 50 mm.
- Various insert elements from the HUECK system can be integrated.
- Thermal performance: Uf ≥ 0.93 W/m²K.
- Water tightness: Static RE 1200, dynamic 300 Pa / 900 Pa.
- Air permeability: Class AE 900.
- Resistance to wind load: 2400 Pa / 3600 Pa.
- Impact resistance: I5/E5.
- Burglar resistance: RC2.
- Seismic resistance: Compliant with AAMA 501.4:2000.
- Internal sealing profiles are available as vulcanized frames or meter-length material, suitable for on-site insertion without additional sealing material.
- Frame and mullion profiles have elevation widths of 33 mm, 50 mm, and 75 mm, with frame profile depths ranging from 50 mm to 137 mm based on static requirements.
- Aluminum construction for fire and smoke protection, utilizing a modular system for consistency across planning, production, and assembly.
- Doors can be designed with uniform elevation width and appearance, offering high insulation with smoke control.
- Features include UD up to 0.96 W/m²K, profiles Uf = 1.6 W/m²K to 2.4 W/m²K, and compliance with EN 14351-1.
- Fire doors are categorized by resistance periods (e.g., T30, T60, T90) and smoke control capabilities, with specific leakage rates and pressure differences.
- Fire barriers must be self-closing and equipped with hold-open devices approved by building inspectorates.
- Smoke control doors are tested according to DIN 18095 and require a valid general building inspectorate test certificate.
- Fire-resistant glass is available in various classes (G30, F30, F90) with additional properties like burglar resistance and soundproofing.
The document outlines comprehensive specifications and standards for the Trigon 50/60 SG system, emphasizing thermal performance, structural integrity, and compliance with fire and smoke protection regulations.
The document provides detailed specifications and guidelines for fire-resistant glazing and construction, focusing on the Lava 77-30 system. It outlines the types of fire-resistant glass, installation requirements, and testing standards for fire and smoke protection elements.
- F Glazing: Classified as heat-insulating, prevents fire, smoke, and radiant heat spread. Must not heat up beyond specified limits and becomes opaque when exposed to heat.
- G Glazing: Classified as radiation-transparent, prevents fire and smoke spread but not radiant heat. Not suitable for escape routes or high fire loads.
Fire-resistant glass must be used with approved frames, sealants, and fasteners. Installation must comply with certified documents and approvals.
- Smoke Protection: Doors must meet leakage rate standards and undergo reliability tests.
- Fire Protection: Doors and glazing must pass fire resistance tests according to DIN standards.
- Additional Tests: Include burglar resistance, soundproofing, and thermal insulation.
- Thermally insulated aluminum construction with general building supervisory authority approval.
- Features include large door dimensions, various glazing options, and optional insulation inserts.
- Design allows for narrow elevation widths and a modular system for various protection requirements.
- Three-chamber aluminum profiles with optional insulating inserts for enhanced thermal insulation.
- Wide range of glazing and panel variants, with options for soundproofing and burglar resistance.
- Modular system allows for simplified planning and reduced inventory management.
- Includes locks, hinges, door closers, and various handles, all designed for easy installation and adjustment.
- System accessories include corner brackets, gaskets, and fixing sets for optimized installation.
The document outlines specifications for fire-resistant glazing and modular systems. It includes details on glass sizes, types, and formats, such as Pyrostop and Contraflam glazing options, with maximum glass sizes and thermal insulation values.
The document describes installation procedures for various components, including wall connections, joint widths, and glazing methods. It specifies the use of silicone, acrylic, and mineral wool for joint sealing and provides guidelines for panel installation.
The document references several standards, including DIN 4102, DIN EN 1634, and DIN 18095, for fire and smoke protection, soundproofing, and burglary protection. It also mentions CE marking and DIN EN certifications for fittings and locks.
The document highlights the design features of the HUECK modular system, emphasizing its multifunctionality for fire, smoke, heat, and sound insulation. It describes the use of three-chamber aluminum profiles, various glazing and panel options, and the availability of different surface finishes.
Recommendations include using specific types of hinges and locks for different door weights and applications. It suggests the use of modular components for cost-effective inventory management and simplified installation.
The document includes tables and diagrams illustrating the dimensions and configurations of various components, such as door sizes, panel types, and glazing options. It provides detailed measurements for installation and assembly, ensuring compliance with specified standards.
1. The document outlines the features of safety and laminated glass constructions, specifically focusing on fire and smoke protection systems.
2. It includes details on the HUECK modular system, which offers multifunctional solutions for fire protection, smoke protection, heat insulation, soundproofing, and burglary protection.
3. The document specifies the use of HUECK locks, hinges, and fittings that comply with various DIN EN standards, ensuring safety and functionality.
4. The construction features thermally insulated aluminium profiles, suitable for both indoor and outdoor use, with options for anodisation and plastic coating.
1. The document adheres to several DIN EN standards, including DIN EN 18250, DIN EN 179, DIN EN 1125, and DIN EN 1154, ensuring compliance with safety and operational requirements.
2. Smoke protection constructions are tested for smoke tightness at different temperatures and cycles, with specific leakage rates for single and double-leaf doors.
3. The document provides evidence of usability according to DIN 18095 and EN 1634-3 standards, with test certificates for various door configurations.
1. The document describes the design features of the Lava 77-90 and Lava 65-S series, including large door and leaf sizes, slender mullion solutions, and modular system compatibility.
2. It highlights the use of EPDM gaskets for continuous sealing and the availability of various glazing and panel options.
3. The document includes detailed descriptions of connector technology, such as corner brackets and T-brackets, for frame and transom joints.
1. For revolving door drives with high leaf weights or frequent opening, the document recommends using a third hinge in the top third of the door frame.
2. It suggests using cross-system components from the HUECK modular system to simplify planning, production, and assembly, and to reduce inventory management costs.
3. The document advises on the use of specific glazing and panel materials for optimal performance and compliance with fire protection standards.
1. A wide range of accessories is available, including flexible cable passes, escape door openers, bolt and magnetic contacts, and clamping magnets.
2. The document details various handle and fitting options, including panic and handle bars, to meet different safety and design requirements.
3. It emphasizes the availability of cost-effective fitting variants and the importance of using tested system accessories for optimized installation.
The document outlines the specifications for security locks, door hinges, and closers. Magnetic and bolt contacts are installed invisibly within the door rebate. The HUECK aluminium screw-on door hinges are cost-effective and adjustable in three dimensions without removing the door leaf. The hinges support a leaf weight of up to 250 kg, with a recommendation for a third hinge for high leaf weights or frequent openings. Various surface finishes are available, including brushed stainless steel and aluminium with a stainless steel look. Overhead and bottom door closers comply with DIN EN 1154, and revolving door drives comply with DIN 18263 Part 4 and DIN EN 1158.
The Lava 77-S smoke protection construction is detailed, including design descriptions and section views. The fire protection façade BS C-VF 50/VF 60 is described with requirements for fire resistance classes F30 and G30, including design features, air permeability, water tightness, wind load, insulation, soundproofing, and field of application. The document specifies permissible glass and panel sizes for F30 and G30 glazing and outlines the requirements for installation and connection to other façade types.
The document discusses the development of special profiles for unique architectural designs, historical monument protection, and specific construction demands such as earthquake security. It emphasizes the collaboration with customers and partners to create customized solutions. Examples of special profiles are provided, with a note on availability and delivery times.
Catalog excerpts
W I N D O W S , D O O R S , FA Ç A D E S , SLIDING - AND LIFTING -SLIDING S Y S T E M S , F I R E P R OT E C T I O N
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GERMAN ENGINEERING SINCE 1814 ALUMINIUM SYSTEMS 1. System overview Selection diagram for Hueck series 2. Project references International reference projects System and project solutions 3. HUECK Lambda WS/DS 090 HUECK Lambda WS 090 HUECK Lambda WS 090 IS HUECK Lambda DS 090 HUECK Lambda DS 090 FD 4. Window and door system Lambda Series Lambda 77/65/57 are no longer available and have been replaced with Hueck Lambda WS/DS 075 Lambda 100 / Lambda 110 / Lambda FB A 72 Windows and doors Series Volato M and S are no longer available . Lifting-Sliding / Sliding series Volato and have been replaced...
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HUECK GERMAN ENGINEERING SINCE 1814 ALUMINIUM SYSTEMS HUECK - A Reliable Partner from the Beginning to the End of a Project HUECK conceives aluminium window, door and facade systems from the root. We have been extruding, constructing, planning and controlling in Ludenscheid for 200 years with customer success as our main objective. It is the interest of every member of our company to give advice and assistance to architects, metal workers and investors in a fast, flexible and, above all, in a competent way. The Ludenscheid company is the only system manufacturer with its own foundry, press shop...
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HUECK GERMAN ENGINEERING SINCE 1814 Selection diagram System overview Detailed statements about the performance can be found in the respective product pass.. ♦ These units are combined with other Hueck series * in connection with facade profile
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HUECK GERMAN ENGINEERING SINCE 1814 Project references HanseMerkur, Hamburg
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Project: HanseMerkur Location: D-Hamburg Planning: Bothe Richter Teherani, Hamburg Metal construction: Haskamp, Edewecht Design: Trigon Unit L
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HUECK GERMAN ENGINEERING SINCE 1814 Project references One Commercial Street London 2.4 Projects
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Project: One Commercial Street Location: GB-London Planning: Sigma Seifert Architects, London Metal construction: McMullen Architectural Systems, Moira Design: Trigon Unit L
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Malmo Live
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Project references Project: Malmö Live Location: S-Malmö Planning: Schmidt Hammer Lassen, Copenhagen Metal construction: Skanska, Prague Design: Unitized Construction 06/2015 Projects
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Deutsche Flugsicherung Munich
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Project: Deutsche Flugsicherung Location: D-Munich Planning: Henn GmbH, Munich Metal construction: Schindler GmbH Roding/Jakob GmbH Waldk. Design: Unitized Construction, Lambda 77 L IF, Lava 77-30, Lava 77-S
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Saint-Georges-Center Geneva 2.10 Projects
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Project references Project: Saint-Georges-Center Location: CH-Geneva Planning: Sauerbruch + Hutton, Berlin / Fabio Fossati, Chêne Bougeries Metal construction: Hevron SA, Courtételle Design: Unitized Construction, Lambda 77 XL special construction 06/2015 Projects
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Project references GERMAN ENGINEERING SINCE 1814 UN City Copenhagen 2.12 Projects
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Project references Project: UN City Location: DK-Copenhagen Planning: 3XN A/S, Copenhagen Metal construction: Dan-alu A/S, Fjelsø Entreprise A/S Design: Façade special construction 06/2015 Projects
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Durst Phototechnik AG Lienz 2.14 Projects
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Project references Project: Durst Phototechnik AG Location: A-Lienz Planning: Peter Paul Rohracher, Lienz Metal construction: Horst Idl Metallbau GmbH, Nußdorf-Debant Design: Façade special construction, Trigon SG, Lava 77-30 06/2015 Projects
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Jugendherberge Duisburg 2.16 Projects
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Project references Project: Jugendherberge Location: D-Duisburg Planning: HMP-Architekten, Cologne Metal construction: Heider, Espelkamp Design: Trigon 50, Lambda WS/DS 090 06/2015 Projects 2.
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Project references GERMAN ENGINEERING SINCE 1814 VestasTurbines R&D Arhus 2.18 Projects
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Project references Project: Vestas Turbines R&D Location: DK-Århus Planning: Arkitema Architects K/S, Århus Metal construction: DAS A/S, Skive Design: Trigon 50 Special construction, Lambda 77 L 06/2015 Projects
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Project references GERMAN ENGINEERING SINCE 1814 Everest Bond Street London 2.20 Projects
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Project references Project: Everest Bond Street London Location: GB-London Planning: Allies & Morrison, London Metal construction: Procare, Desborough Design: Trigon 50 06/2015 Projects 2.
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HUECK GERMAN ENGINEERING SINCE 1814 Project references University of applied science Hamm-Lippstadt 2.22 Projects
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Project references Project: University of applied science Location: D-Lippstadt Planning: Rhode Kellermann Wawrowsky, Düsseldorf Metal construction: Vos GmbH, Geldern Design: Trigon 50, Lambda 77 L IF special construction 06/2015 Projects 2
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HUECK GERMAN ENGINEERING SINCE 1814 Project references VUC educational centre Haderslev 2.24 Projects
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Project references Project: VUC educational centre Location: DK-Haderslev Planning: Aart Architects A/S, Zeni Arkitekter A/S Metal construction: Fjelsø Alu Facader A/S; DK-Esbjerg Design: Trigon 50 special construction, Lambda 77 L: 06/2015 Projects
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Project references GERMAN ENGINEERING SINCE 1814 Ko-Bogen Dusseldorf 2.26 Projects
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Project references Project: Kö-Bogen Location: D-Düsseldorf Planning: Studio Daniel Libeskind, New York Metal construction: Lindner Group, Arnstorf Design: Trigon 50 SG, Lambda 77 L, 77L IF, Lambda 110 06/2015 Projects 2
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HUECK GERMAN ENGINEERING SINCE 1814 Project references Office building Gaggenau 2.28 Projects
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Project references Project: Office building Location: D-Gaggenau Planning: Bührer + Wehling, Gaggenau Metal construction: Bührer + Wehling, Gaggenau Design: Lambda WS/DS 090, Lambda 100, Lambda FB 06/2015 Projects
Open the catalog to page 33All Hueck System GmbH & Co. KG catalogs and technical brochures
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