HG/T 21617-1998 General drawing of grooved anchor rail embedded parts
Some standard content:
Industry Standard of the People's Republic of China
Standard Design
General Drawing of Grooved Anchor Rail Embedded Parts
HG/T21617-1998
Ministry of Chemical Industry of the People's Republic of China
1998 Beijing
Grooved staggered rail embedded parts are standardized products produced by processing plants using special mold machines as commodities for users to choose from. They are used in reinforced concrete structures of industrial and civil buildings in various industries. This new type of embedded parts has been widely used abroad. Compared with traditional steel plate embedded parts, its outstanding advantages are simplified design, convenient construction, flexible use and sufficient bearing capacity, providing favorable conditions for modern construction. Traditional steel plate embedded parts need to be accurately positioned during design. They have a wide variety of specifications, types and sizes. In order to accurately indicate the model and position, the design of the process and civil engineering professionals requires a lot of drawing work. However, once the civil engineering construction process is in place, it is difficult to consider all the prefabricated parts at once during design and accurately draw all the prefabricated parts on the structural template drawing. Therefore, it is common for them to be buried incorrectly or missed during construction. When the project is completed, it is even more difficult to supplement or modify them, which makes it difficult to follow up on the construction.
The new anchor rail prefabricated parts have a large positioning range and can avoid the above-mentioned defects of traditional embedded parts. The traditional steel plate embedded parts are manually cut and welded on site, which consumes a lot of man-hours. The supporting components are all welded to the embedded steel plate, and the inconvenience of their installation is obvious. The new chain rail prefabricated parts are produced by specialized processing plants and are connected to the supporting components with screws, which is convenient for displacement and design changes. The bearing capacity of the new type of embedded parts is based on the summary of many years of practical experience in engineering use and the comprehensive analysis of the test values of multiple groups of test pieces (force-deformation) in the laboratory, and is determined by taking into account the reliable safety factor. Due to the limited bearing capacity, the application of a very small amount of heavy loads in the project is limited. According to rough statistics, the application range of the new embedded parts can cover more than 80% in industrial buildings and can be fully applicable in six types of public and civil building structures.
The steel consumption of the two embedded parts is estimated by a comprehensive project. The amount of new embedded parts is slightly lower than the traditional amount. The economic benefits obtained by saving a lot of design and construction hours and simplifying the installation workload are difficult to calculate.
The processing of the groove type rail embedded parts adopts hot-rolled Q235-AF plates or pipes with special machines and tools, and is processed by extrusion, part punching or molding. The products can be supplied by the processing plants confirmed by this site. In order to facilitate the comprehensive promotion and application, processing technology and equipment can be provided for the construction unit to process and produce by itself. Since this new type of embedded parts has not been widely used in China, this figure only introduces one specification for engineering application. With the accumulation of experience, we will launch other specifications and welcome the opinions from all parties.
Architectural Design Technology Center of Ministry of Chemical Industry
August 1997
Pragmatic diagram of precision type rail staggered prefabricated parts
, HG/T21617-1998
Architectural Design Technology Center of Ministry of Chemical Industry
China Huanqiu Chemical Engineering Company
First Design Institute of Ministry of Industry
Processing diagram of groove type rail staggered prefabricated parts MG-1
Plane diagram of color processing parts template Evil picture
Preparation position loading surface schematic diagram
Rack, hanger structure installation schematic diagram
"Type inspection high drawing
People's Republic of China Chang industry standard
Standard design
Auxiliary equipment proofreading road
National funds, Chemical Institute
Ministry of Chemical Industry
Three Lanzhou University
American People's Congress
Technical temperature management person in charge portrait||t t||Design responsibility.
Standard number
HG/T21617-1998
21617-1
: Prepared by China Construction Chemical Engineering Corporation, the First Design Institute of the Ministry of Chemical Industry, applicable to high-speed rail: Trough-type rail fixing parts are suitable for reinforced concrete structures in chemical, petrochemical, light industry and other winter industries, used for fixed support, hanging channels, equipment, cable channels, hot and cold air channels, etc. Main six types of public , The reinforced concrete structure of civil buildings can be used to fix various supports, hanging equipment, six-type lighting facilities, technical glass curtain tanks, switches, hot and cold air channels, cable bundles, air conditioning systems and other loads, 3. Design basis! Building structure load code Steel structure design code
Carbon structural steel
Steel structure engineering construction and acceptance code
Concrete structure design code
Industrial building anti-corrosion design codebZxz.net
GBJ 9-37
GBJ 17-38
700-33
GBJ205-83
GBJ10-89
50046-95
4. Material: The steel material is Q235-AF, and its mechanical properties meet the GB700-38 standard. 5: Embedded parts model and node selection index method: (1) Pre-processed parts model:
Model 1
Slot type rail embedded parts
(2) Select nodes, reference method!
This drawing collection code
Detailed drawing number
Page number
6. Embedded method This embedded part can be directly embedded in the reinforced concrete floor slab. Bottom drawing, the bottom surface or measuring surface of the beam, the side surface, drawing, the embedded parts are tightly embedded with the structure through their fixings. The pre-treatment method is determined according to the load type of the skirt load, the bearing or hanging conditions. It can be horizontal, vertical, oblique, single row, double row or multiple rows.
Industry Standard of the People's Republic of China
Standard Design
Customized Compilation
Ministry of Chemical Industry
[Proportion]
Standard No.
IIG/T21617-1998
21617-2
When the treatment is at the bottom surface of the beam, its stress state is directly different from the maximum surface of the embedded parts, and the T-screw matched with it bears axial force (tensile).
When embedded in the beam, column, and surrounding surface, its stress state is generally parallel to the surface of the embedded part. The embedded part is subjected to radial force (shear). The load (gravity) is tightly combined with the grooved rail by the bracket or hanger (rod) through the "type screw inspection. Its stress state is shear friction type. The design bearing capacity of the embedded rail MG1 is shown in Figure 7. Figure 7
Embedded form
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Buried in the beam, column,
side of the wall
Force diagram
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