JGJ 130-2011 (JGJ130-2011) & related versions
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Technical code for safety of steel tubular scaffold with couplers in construction
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JGJ 130-2011
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JGJ 130-2011
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| JGJ 130-2001 | English | RFQ |
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Technical code for safety of steel tubular scaffold with couplers in construction
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JGJ 130-2001
| Obsolete |
JGJ 130-2001
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UDC
PROFESSIONAL STANDARD
OF THE PEOPLE’S REPUBLIC OF CHINA
P JGJ 130-2011
Record Number. J 84-2011
Technical Code for Safety of Steel Tubular
Scaffold with Couplers in Construction
Issued on January 28, 2011 Implemented on December 1, 2011
Issued by the Ministry of Housing and Urban-Rural Development of the
People's Republic of China
JGJ
Contents
1 General Provisions ... 1
2 Terms and Symbols ... 2
2.1 Terms ... 2
2.2 Symbols ... 4
3 Members and Accessories ... 6
3.1 Steel Tube ... 6
3.2 Coupler ... 6
3.3 Ledger Board ... 6
3.4 Adjustable Forkhead ... 6
3.5 Steel Shapes in Cantilever Scaffold ... 7
4 Loads ... 8
4.1 Loads Classification ... 8
4.2 Normal Values of Loads ... 8
4.3 Load Effect Combinations ... 11
5 Design Calculation ... 12
5.1 Basic Requirements ... 12
5.2 Calculation for Single Pole and Double Pole Scaffold ... 13
5.3 Calculation for Full Scaffold ... 17
5.4 Calculation for Full Formwork Support ... 18
5.5 Calculation for Upright Tube Foundation Bearing Capacity ... 20
5.6 Calculation for Steel Shapes Cantilever Scaffold ... 20
6 Detailing Requirements ... 23
6.1 Common Design Dimensions of Single Pole and Double Pole Scaffold ... 23
6.2 Longitudinal Horizontal Tube, Transverse Horizontal Tube, Ledger Board ... 24
6.3 Upright Tube ... 26
6.4 Tie Member ... 27
6.5 Door Opening ... 28
6.6 Bridging and Diagonal Brace ... 30
6.7 Inclined Platform ... 31
6.8 Full Scaffold ... 32
6.9 Full Formwork Support ... 33
6.10 Profiled Bar Cantilever Scaffold ... 35
7 Construction ... 39
7.1 Construction Preparation ... 39
7.2 Subgrade and Foundation ... 39
7.3 Installation ... 39
7.4 Dismantlement ... 42
8 Check and Accept... 44
8.1 Check and Accept For Members and Accessories ... 44
8.2 Check and Accept for Scaffold ... 46
9 Safety Management ... 51
Appendix A Tables for Calculation ... 53
Appendix B Geometrical Sectional Characters of the Steel Tube ... 57
Appendix C Efficient Length Coefficient μ of Upright Tube in Full Scaffold and Formwork
Support ... 58
Appendix D Check Table of Components Quality ... 61
Explanation of Wording in This Code ... 63
List of Quoted Standards ... 64
1 General Provisions
1.0.1 This code is formulated with a view to implementing the policies and guidelines of the
national safety production, ensuring the safety of construction personnel, achieving advanced
technology, economic rationality, safety and usability in the design and construction of steel
tubular scaffold with couplers.
1.0.2 This code is applicable to the design, construction and acceptance of floor type
single/double po1e steel tubular scaffold with couplers, fastener steel tube full scaffold, steel
shape cantilevered steel tubular scaffold with couplers and fastener steel tube full formwork
support in the building engineering and municipal engineering construction.
1.0.3 Before the construction of steel tubular scaffold with couplers, design calculation shall
be carried out for the foundation bearing capacity of structural members and upright tubes
according to the requirements of this code, and special construction plan shall be compiled.
1.0.4 Design, construction and acceptance of steel tubular scaffold with couplers shall not
only meet the requirements of this code, but also comply with those in the current relevant
ones of the nation.
2 Terms and Symbols
2.1 Terms
2.1.1 Steel tubular scaffold with couplers
They refer to the scaffolds and formwork supports composed of couplers and steel tubes,
installed for the building construction and bearing the loads, including various scaffolds and
formwork supports in this code.
2.1.2 Formwork support
It refers to the bearing-strength support installed for the steel structure installation or
concrete member casting.
2.1.3 Single pole steel tubular scaffold with couplers
It refers to the scaffold with only one row of upright tube and one end of horizontal tube
placed and fixed on the wall, hereinafter referred to as single pole scaffold.
2.1.4 Double po1e steel tubular scaffold with couplers
It refers to the scaffold composed of two rows of internal and external upright tubes and
horizontal tubes, hereinafter referred to as double pole scaffold.
2.1.5 Fastener steel tube full hall scaffold
It refers to the scaffold composed of at least three rows of upright tubes and horizontal
tubes, horizontal diagonal bracing, vertical diagonal bracing and couplers along the
longitudinal and transverse directions. The construction loads at the top operation layer of
scaffold are transferred to the upright tube through horizontal tube which makes the top
upright tube in the state of eccentric compression, hereinafter referred to as full scaffold.
2.1.6 Fastener steel tube full hall formwork support
It refers to the bearing-strength support composed of no less than three rows of upright
tubes and horizontal tubes, horizontal diagonal bracing, vertical diagonal bracing and couplers
along the longitudinal and transverse directions. The construction loads of steel structure
installation (the same engineering) at the top of scaffold are transferred to the upright tube
through adjustable forkhead axis which make the top upright tube in the state of axial
compression, hereinafter referred to as full formwork support...
......
| Standard ID | JGJ 130-2011 (JGJ130-2011) | | Description (Translated English) | Technical code for safety of steel tubular scaffold with couplers in construction | | Sector / Industry | Building & Construction Industry Standard | | Classification of Chinese Standard | P96 | | Classification of International Standard | 91.220 | | Word Count Estimation | 134,119 | | Date of Issue | 2011-01-28 | | Date of Implementation | 2011-12-01 | | Older Standard (superseded by this standard) | JGJ 130-2001 | | Quoted Standard | GB 3095; GB 8978; GB 16297; GB 50016; GB 50243; GBZ 1; SH/T 3017; JB/T 8439 | | Drafting Organization | China Academy of Building Research | | Administrative Organization | ?Ministry of Housing and Urban-Rural Development | | Regulation (derived from) | Bulletin of the Ministry of Housing and Urban No. 902 | | Summary | This standard applies to housing construction and municipal engineering and other construction with floor-to-single-, double-breasted piece steel scaffolding, full house steel tubular scaffold, steel cantilever steel tubular scaffold, full house steel tubular support frame design, construction and acceptance. | | Standard ID | JGJ 130-2001 (JGJ130-2001) | | Description (Translated English) | Technical code for safety of steel tubular scaffold with couplers in construction | | Sector / Industry | Building & Construction Industry Standard | | Classification of Chinese Standard | P96 | | Classification of International Standard | 91.22 | | Word Count Estimation | 48,458 | | Date of Issue | 2001/2/9 | | Date of Implementation | 2001/6/1 | | Regulation (derived from) | Ministry of Construction Notice No. 66; Ministry of Housing and Urban-Rural Development Notice No. 902; Construction-Standard [2001] 34 | | Summary | This standard applies to industrial and civil construction with floor-to (end-supporting) single-piece double-breasted design and construction of steel scaffolding, as well as the design and construction of the level of the concrete structure construction template bracket. | | Standard ID | () | | Description (Translated English) | (Technical specifications for ceramic capacitive sensor type partial discharge monitoring devices of 35kV and below) | | Sector / Industry | Chinese Industry Standard | | Date of Issue | 2023-10-11 | | Date of Implementation | 2024-04-11 | | Issuing agency(ies) | National Energy Board |
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