2023-1-28 35.172.230.154
Code of China Chinese Classification Professional Classification ICS Classification Latest News Value-added Services

Position: Chinese Standard in English/JGJ 214-2010
JGJ 214-2010   Technical code for aluminum alloy window and door engineering (English Version)
Standard No.: JGJ 214-2010 Status:valid remind me the status change

Email:

Language:English File Format:PDF
Word Count: 14000 words Price(USD):350.0 remind me the price change

Email:

Implemented on:2011-3-1 Delivery: via email in 1 business day
,,
Standard No.: JGJ 214-2010
English Name: Technical code for aluminum alloy window and door engineering
Chinese Name: 铝合金门窗工程技术规范
Professional Classification: JG    Professional Standard - Building
Issued by: MOHRUD
Issued on: 2010-7-20
Implemented on: 2011-3-1
Status: valid
Superseding:自《民用建筑通用规范》GB 55031-2022实施之日起,该标准相关强制性条文第3.1.2、4.12.1、4.12.2、4.12.4条同时。
Language: English
File Format: PDF
Word Count: 14000 words
Price(USD): 350.0
Delivery: via email in 1 business day
1. General Provisions 1.0.1 This code is formulated with view to ensuring the safety, usability, advanced technology, economic rationality and quality of aluminum alloy window and door engineering. 1.0.2 This code is applicable to the design, fabrication, installation, acceptance and maintenance of aluminum alloy window and door engineering of general industry and civil building. 1.0.3 In addition to those specified in this code, the design, fabrication, installation, acceptance and maintenance of aluminum alloy window and door engineering shall also comply with those in the current relevant ones of the nation. 2. Terms and Symbols 2.1 Terms 2.1.1 Main profiles Splicing profiles used to fabricate the aluminum alloy window and door frame and sash as well as composite window and door. 2.1.2 Accessorial profiles Additional profiles of auxiliary members inlaid or fixed on the main profiles of aluminum alloy window and door member system, serving for force transmission or certain functional action. 2.1.3 Main force-bearing components The frame, sash and the spliced frame profile of composite window and door in the facade of aluminum alloy window and door, transmitting the self-gravity and horizontal wind load of the window and door. 2.1.4 Main force-bearing area of profile section The main force-bearing area of profile section of aluminum alloy window and door withstanding vertical and horizontal load action, like the web, flange or conjunction force-bearing area where fixing other members. 2.1.5 Solar shading performance The capacity of building window and door to separate the heat from solar radiation in summer, expressed by SC. 2.1.6 Installation with additional frame for fixing An installation method as follows: additional metal frame is arranged for the wall door/window opening in advance, the wall gap receives filling and waterproof sealing, then the window and door is fixed to the additional metal frame after the completion of operation with additional frame for fixing. 2.1.7 Installation without additional frame for fixing Filling and waterproof sealing treatment for door/window opening clearance during the decoration without additional frame for fixing where the aluminum alloy window and door is directly installed on door/window opening of undecorated wall. 2.2 Symbols 2.2.1 Structural design Mx - the design value of bending moment around x axis; My - the design value of bending moment around y axis; P3 - the index value of wind pressure resistance performance; R - the design value of bearing capacity; S - the design value of load; Wo - the basic wind pressure; Wk - the characteristic value of wind load; Wx - the modulus of elastic section around x axis; Wy - the modulus of elastic section around y axis; μx - the height variation coefficient of wind pressure; γG - the partial coefficient of gravity load; γw - the partial coefficient of wind load action. 2.2.2 Physical performance C - the design calculation coefficient of water-tightness performance; △P - the pressure difference of water-tightness performance; Tr - the light-transmission reduction coefficient; Vo - the design wind speed of water-tightness performance; ρ - the air density. 2.2.3 Material E - the elastic modulus of material; l - the length of component; u - the bending deflection value of component; α - the linear expansion coefficient of material; fa - the design value of strength of aluminum alloy profiles; fs - the design value of steel strength; σ - the design value of stress; γ - the plasticity development coefficient; γB - the characteristic value of material gravity density; γR - the partial coefficient of resistance; γf - The partial coefficient of material performance. 3. Materials 3.1 Aluminum alloy profiles 3.1.1 The alloy designation, supply state, chemical composition, mechanical performance and permissible dimension deviation of aluminum alloy profiles used for aluminum alloy window and door engineering shall meet the requirements of "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 1: Mill Finish Profiles" (GB 5237.1). Ordinary grade may be selected for the permissible deviation for profile section dimensions while high or ultra-high precision grade shall be selected in case of any fit requirement. 3.1.2 The wall thickness for main profiles of aluminum alloy windows and doors shall be determined through calculation or test. Except profiles requiring flexible assembling (like batten or pinch plate), the minimum measured wall thickness for the mill finish profile section in the main force-bearing area of main profiles used for doors shall not be less than 2.0mm while that of main profiles used for windows shall not be less than 1.4mm. 3.1.3 In addition to the requirements of "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 2: Anodized Profiles" (GB 5237.2), "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 3: Electrophoretic Coating Profiles" (GB 5237.3), "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 4: Powder Coating Profiles" (GB 5237.4) and "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 5: PVDF Coating Profiles" (GB 5237.5), the surface treatment of aluminum alloy profiles shall also meet the following requirements: 1 Anodized profiles: the thickness of anodized coating shall meet the requirements of Grade AA15, the average thickness of oxide coating shall not be less than 15μm and the local thickness shall not be less than 12μm; 2 Electrophoretic coating profiles: the clear lacquer adopted for the surface coating of composite anodized coating shall meet Grade B requirements and the local thickness of composite coating shall not be less than 16μm; the colored paint adopted for the surface coating shall meet Grade S requirements and the local thickness of composite coating shall not be less than 21μm; 3 Powder coating profiles: the minimum local thickness of the coating on decorative surface shall be greater than 40μm; 4 PVDF coating profiles: the average coating thickness for the decorative surface of double-layer PVDF coating shall not be less than 30μm while that of three-layer PVDF coating shall not be less than 40μm. 3.1.4 In addition to the requirements of "Insulating Aluminum Alloy Profile with Thermal Barrier Strip for Construction" (JG/T 175) and "Thermal Barrier Strip for Construction Industry" (JG/T 174), the aluminum alloy thermal barrier profiles shall also meet the following requirements: 1 For composite aluminum profiles of strip-inserting process, polyamide 66 added with 25% glass fiber shall be adopted for thermal insulation materials while PVC materials shall not be used; 2 High-density polyurethane material shall be adopted for the thermal insulation materials for composite aluminum profile of pouring process.
Foreword I 1. General Provisions 2. Terms and Symbols 2.1 Terms 2.2 Symbols 3. Materials 3.1 Aluminum alloy profiles 3.2 Glass 3.3 Sealing Materials 3.4 Hardware Accessories and Fasteners 3.5 Other Materials 4. Construction Design 4.1 General Requirement 4.2 Elevation Design for Aluminum Alloy Windows and Doors 4.3 Repeatedly Opening and Closing Performance 4.4 Wind Pressure Resistance Performance 4.5 Water-tightness Performance 4.6 Air Penetration Performance 4.7 Thermal Performance 4.8 Sound Isolation Performance 4.9 Lighting Performance 4.10 Lightning Performance 4.11 Heating-break Resistance to Glass 4.12 Safety Requirement 5. Structural Design 5.1 General Requirement 5.2 Mechanical Performance of Materials 5.3 Glass Design for Aluminum Alloy Windows and Doors 5.4 The Calculation for Main Force-bearing Components of Aluminum Alloy Windows and Doors 5.5 Conjunction Design 5.6 Silicone Structural Sealant Design for Hidden-frame Windows 6. Processing and Making 6.1 General Requirement 6.2 Components Processing for Aluminum Alloy Windows and Doors 6.3 Glass Assembly 6.4 The Assembly of Aluminum Alloy Windows and Doors 7. Installation and Construction 7.1 General Requirement 7.2 Construction Preparation 7.3 The Installation of Aluminum Alloy Windows and Doors 7.4 Glass Installation 7.5 The Installation of Sashes and Hardware Accessories of Windows and Doors 7.6 Clearance and Finished Products Protection 7.7 Safety Technical Measures 8. Acceptance of Projects 8.1 General Requirement 8.2 Main Items 8.3 General Items 9. Maintenance and Repair 9.1 General Requirement 9.2 Check & Repair & Maintenance Appendix A Design Value of Often-used Fasteners and Weld Strength for Aluminum Windows & Doors Appendix B Calculation Method for the Components Design of Aluminum Windows and Doors Appendix C Hardware Accessories Choose and Design for Aluminum Windows and Doors Explanation of Wording in This Code List of Quoted Standards
Referred in JGJ 214-2010:
* GB 50009-2012 Load Code for the Design of Building Structures
* GB/T 50033-2001 Standard for daylighting design of buildings
* GB 50057-2010 Design Code for Protection of Structures against Lightning
* GB 50189-2015 Design Standard for Energy Efficiency of Public Buildings
* GB 50205-2001 Code for acceptance of construction quality of steel structures
* GB 50210-2001 Code for construction quality acceptance of building decoration
* GB 50300-2013 Unified Acceptance Standard for Building Construction Quality
* GB 504ll-
* GB 50429-2007 Code for design of aluminium structures
* GB/T 152.1-1988 Fasteners-Clearance holes for rivets
* GB/T 152.2-2014
* GB 5237.1-2008 Wrought aluminium alloy extruded profiles for architecture - Part 1: Mill finish profiles
* GB 5237.2-2008 Wrought aluminium alloy extruded profiles for architecture - Part 2: Anodized profiles
* GB 5237.3-2008 Wrought aluminium alloy extruded profiles for architeature - Part 3: Electrophoretic coating profiles
* GB 5237.4-2008 Wrought aluminium alloy extruded profiles for architecture - Part 4:Powder coating profiles
* GB 5237.5-2008 Wrought aluminium alloy extruded profiles for architecture - Part 5: PVDF coating profiles
* GB/T 5293-1999 Carbon steel electrodes and fluxs for submerged arc welding
* GB/T 8478-2008 Aluminium Windows and Doors
* GB/T 11944-2012 Insulating glass unit
* GB/T 12470-2003 Low-alloy steel electrodes and fluxes for submerged arc welding
* GB/T 14683-2003 Silicone sealant for building
* GB 15763.3-2009 Safety glazing materials in building - Part 3: Laminated glass
* JGJ 26-2010 Design Standard for Energy Efficiency of Residential Buildings in Severe Cold and Cold Zones
* JGJ 46-2005 Technical code for safety of temporary electrification on construction site
* JGJ 75-2012 Design standard for energy efficiency of residential buildings in hot summer and warm winter zone
* JGJ 80-2016
* JGJ 102-2003 Technical code for glass curtain wall engineering
* JGJ 113-2015 Technical specification for application of architectural glass
* JGJ 134-2010 Design Standard for Energy Efficiency of Residential Buildings in Hot Summer and Cold Winter Zone
* JG/T 174-2014
* JG/T 175-2005 Insulating Aluminum Alloy Profile with Thermal Barrier Strip for C
* JG/T 187-2006 Gaskets for doors and windows of buildings
* JG/T 212-2007 Building hardware for windows and doors—General requirements
* JC/T 484-2006 Acrylic sealant for building
* JC/T 485-2007 Glazing elastic sealants for building
* JC/T 635-2011 Seal wooltop of building doors and windows
* QB/T 2698-2013 Door closer
Code of China
Standard
JGJ 214-2010  Technical code for aluminum alloy window and door engineering (English Version)
Standard No.JGJ 214-2010
Statusvalid
LanguageEnglish
File FormatPDF
Word Count14000 words
Price(USD)350.0
Implemented on2011-3-1
Deliveryvia email in 1 business day
Detail of JGJ 214-2010
Standard No.
JGJ 214-2010
English Name
Technical code for aluminum alloy window and door engineering
Chinese Name
铝合金门窗工程技术规范
Chinese Classification
Professional Classification
JG
ICS Classification
Issued by
MOHRUD
Issued on
2010-7-20
Implemented on
2011-3-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
自《民用建筑通用规范》GB 55031-2022实施之日起,该标准相关强制性条文第3.1.2、4.12.1、4.12.2、4.12.4条同时。
Language
English
File Format
PDF
Word Count
14000 words
Price(USD)
350.0
Keywords
JGJ 214-2010, JGJ/T 214-2010, JGJT 214-2010, JGJ214-2010, JGJ 214, JGJ214, JGJ/T214-2010, JGJ/T 214, JGJ/T214, JGJT214-2010, JGJT 214, JGJT214
Introduction of JGJ 214-2010
1. General Provisions 1.0.1 This code is formulated with view to ensuring the safety, usability, advanced technology, economic rationality and quality of aluminum alloy window and door engineering. 1.0.2 This code is applicable to the design, fabrication, installation, acceptance and maintenance of aluminum alloy window and door engineering of general industry and civil building. 1.0.3 In addition to those specified in this code, the design, fabrication, installation, acceptance and maintenance of aluminum alloy window and door engineering shall also comply with those in the current relevant ones of the nation. 2. Terms and Symbols 2.1 Terms 2.1.1 Main profiles Splicing profiles used to fabricate the aluminum alloy window and door frame and sash as well as composite window and door. 2.1.2 Accessorial profiles Additional profiles of auxiliary members inlaid or fixed on the main profiles of aluminum alloy window and door member system, serving for force transmission or certain functional action. 2.1.3 Main force-bearing components The frame, sash and the spliced frame profile of composite window and door in the facade of aluminum alloy window and door, transmitting the self-gravity and horizontal wind load of the window and door. 2.1.4 Main force-bearing area of profile section The main force-bearing area of profile section of aluminum alloy window and door withstanding vertical and horizontal load action, like the web, flange or conjunction force-bearing area where fixing other members. 2.1.5 Solar shading performance The capacity of building window and door to separate the heat from solar radiation in summer, expressed by SC. 2.1.6 Installation with additional frame for fixing An installation method as follows: additional metal frame is arranged for the wall door/window opening in advance, the wall gap receives filling and waterproof sealing, then the window and door is fixed to the additional metal frame after the completion of operation with additional frame for fixing. 2.1.7 Installation without additional frame for fixing Filling and waterproof sealing treatment for door/window opening clearance during the decoration without additional frame for fixing where the aluminum alloy window and door is directly installed on door/window opening of undecorated wall. 2.2 Symbols 2.2.1 Structural design Mx - the design value of bending moment around x axis; My - the design value of bending moment around y axis; P3 - the index value of wind pressure resistance performance; R - the design value of bearing capacity; S - the design value of load; Wo - the basic wind pressure; Wk - the characteristic value of wind load; Wx - the modulus of elastic section around x axis; Wy - the modulus of elastic section around y axis; μx - the height variation coefficient of wind pressure; γG - the partial coefficient of gravity load; γw - the partial coefficient of wind load action. 2.2.2 Physical performance C - the design calculation coefficient of water-tightness performance; △P - the pressure difference of water-tightness performance; Tr - the light-transmission reduction coefficient; Vo - the design wind speed of water-tightness performance; ρ - the air density. 2.2.3 Material E - the elastic modulus of material; l - the length of component; u - the bending deflection value of component; α - the linear expansion coefficient of material; fa - the design value of strength of aluminum alloy profiles; fs - the design value of steel strength; σ - the design value of stress; γ - the plasticity development coefficient; γB - the characteristic value of material gravity density; γR - the partial coefficient of resistance; γf - The partial coefficient of material performance. 3. Materials 3.1 Aluminum alloy profiles 3.1.1 The alloy designation, supply state, chemical composition, mechanical performance and permissible dimension deviation of aluminum alloy profiles used for aluminum alloy window and door engineering shall meet the requirements of "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 1: Mill Finish Profiles" (GB 5237.1). Ordinary grade may be selected for the permissible deviation for profile section dimensions while high or ultra-high precision grade shall be selected in case of any fit requirement. 3.1.2 The wall thickness for main profiles of aluminum alloy windows and doors shall be determined through calculation or test. Except profiles requiring flexible assembling (like batten or pinch plate), the minimum measured wall thickness for the mill finish profile section in the main force-bearing area of main profiles used for doors shall not be less than 2.0mm while that of main profiles used for windows shall not be less than 1.4mm. 3.1.3 In addition to the requirements of "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 2: Anodized Profiles" (GB 5237.2), "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 3: Electrophoretic Coating Profiles" (GB 5237.3), "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 4: Powder Coating Profiles" (GB 5237.4) and "Wrought Aluminum Alloy Extruded Profiles for Architecture - Part 5: PVDF Coating Profiles" (GB 5237.5), the surface treatment of aluminum alloy profiles shall also meet the following requirements: 1 Anodized profiles: the thickness of anodized coating shall meet the requirements of Grade AA15, the average thickness of oxide coating shall not be less than 15μm and the local thickness shall not be less than 12μm; 2 Electrophoretic coating profiles: the clear lacquer adopted for the surface coating of composite anodized coating shall meet Grade B requirements and the local thickness of composite coating shall not be less than 16μm; the colored paint adopted for the surface coating shall meet Grade S requirements and the local thickness of composite coating shall not be less than 21μm; 3 Powder coating profiles: the minimum local thickness of the coating on decorative surface shall be greater than 40μm; 4 PVDF coating profiles: the average coating thickness for the decorative surface of double-layer PVDF coating shall not be less than 30μm while that of three-layer PVDF coating shall not be less than 40μm. 3.1.4 In addition to the requirements of "Insulating Aluminum Alloy Profile with Thermal Barrier Strip for Construction" (JG/T 175) and "Thermal Barrier Strip for Construction Industry" (JG/T 174), the aluminum alloy thermal barrier profiles shall also meet the following requirements: 1 For composite aluminum profiles of strip-inserting process, polyamide 66 added with 25% glass fiber shall be adopted for thermal insulation materials while PVC materials shall not be used; 2 High-density polyurethane material shall be adopted for the thermal insulation materials for composite aluminum profile of pouring process.
Contents of JGJ 214-2010
Foreword I 1. General Provisions 2. Terms and Symbols 2.1 Terms 2.2 Symbols 3. Materials 3.1 Aluminum alloy profiles 3.2 Glass 3.3 Sealing Materials 3.4 Hardware Accessories and Fasteners 3.5 Other Materials 4. Construction Design 4.1 General Requirement 4.2 Elevation Design for Aluminum Alloy Windows and Doors 4.3 Repeatedly Opening and Closing Performance 4.4 Wind Pressure Resistance Performance 4.5 Water-tightness Performance 4.6 Air Penetration Performance 4.7 Thermal Performance 4.8 Sound Isolation Performance 4.9 Lighting Performance 4.10 Lightning Performance 4.11 Heating-break Resistance to Glass 4.12 Safety Requirement 5. Structural Design 5.1 General Requirement 5.2 Mechanical Performance of Materials 5.3 Glass Design for Aluminum Alloy Windows and Doors 5.4 The Calculation for Main Force-bearing Components of Aluminum Alloy Windows and Doors 5.5 Conjunction Design 5.6 Silicone Structural Sealant Design for Hidden-frame Windows 6. Processing and Making 6.1 General Requirement 6.2 Components Processing for Aluminum Alloy Windows and Doors 6.3 Glass Assembly 6.4 The Assembly of Aluminum Alloy Windows and Doors 7. Installation and Construction 7.1 General Requirement 7.2 Construction Preparation 7.3 The Installation of Aluminum Alloy Windows and Doors 7.4 Glass Installation 7.5 The Installation of Sashes and Hardware Accessories of Windows and Doors 7.6 Clearance and Finished Products Protection 7.7 Safety Technical Measures 8. Acceptance of Projects 8.1 General Requirement 8.2 Main Items 8.3 General Items 9. Maintenance and Repair 9.1 General Requirement 9.2 Check & Repair & Maintenance Appendix A Design Value of Often-used Fasteners and Weld Strength for Aluminum Windows & Doors Appendix B Calculation Method for the Components Design of Aluminum Windows and Doors Appendix C Hardware Accessories Choose and Design for Aluminum Windows and Doors Explanation of Wording in This Code List of Quoted Standards
About Us   |    Contact Us   |    Terms of Service   |    Privacy   |    Cancellation & Refund Policy   |    Payment
Tel: +86-10-8572 5655 | Fax: +86-10-8581 9515 | Email: coc@codeofchina.com | QQ: 672269886
Copyright: Foryou Tech Co., Ltd. 2008-2040
 
 
Keywords:
JGJ 214-2010, JGJ/T 214-2010, JGJT 214-2010, JGJ214-2010, JGJ 214, JGJ214, JGJ/T214-2010, JGJ/T 214, JGJ/T214, JGJT214-2010, JGJT 214, JGJT214