This standard specifies the basic dimensions, design functions, strength and other requirements of the corner fittings of various types of containers that meet the requirements of GB/T1413, GB/T 5338, GB/T7329 and GB/T16563, and specifies the general principles of the types, materials, tests, inspections, markings and packaging of container corner fittings; it is applicable to various types of containers specified in the above standards. GB/T 1835-2006 Series 1 Container Corner Fittings GB/T1835-2006 Standard Download Decompression Password: www.bzxz.net
This standard specifies the basic dimensions, design functions, strength and other requirements of the corner fittings of various types of containers that meet the requirements of GB/T1413, GB/T 5338, GB/T7329 and GB/T16563, and specifies the general principles of the types, materials, tests, inspections, markings and packaging of container corner fittings; it is applicable to various types of containers specified in the above standards.

ICS55.180.10
National Standard of the People's Republic of China
GB/T1835--2006
Replaces GB/T1835--1995
Series 1 freight container-Corner fittings(ISO1161:1984,Series 1 freight containerCorner Fittings—Specification, MOD) Issued on March 10, 2006
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Administration of Standardization of the People's Republic of China
Digital anti-counterfeiting
Implementation on October 1, 2006
Normative reference documents
Dimension requirements
Strength requirements
Design requirements
Minimum bearing area of ​​top corner fittings
Marking of corner fittings (when marked)
Requirements for fixings on special container vehicles 8
Other requirements
Appendix A (Informative Appendix)
Appendix B (Informative Appendix)| |tt||Appendix C (Informative Appendix)
Appendix D (Normative Appendix)
References
Examples of external dimensions of box-type corner fittings
Typical spreader twist locks
Location and size requirements of twist lock fastening devices on special container vehicles Types, requirements, inspection, marking and packaging of container corner fittings TYKAONKAca-
GB/T1835--2006
GB/T1835—2006
This standard modifies ISO1161:1984 "Series 1 containers - Technical conditions and test methods for corner fittings" including its technical corrigendum ISO1161:1984/Cor1.1990.
This standard is redrafted based on ISO1161:1984 and ISO1161:1984/Cor1:1990. The technical differences from ISO1161:1984 are as follows:
The design load for stacking has been modified. According to the actual situation of the current container stacking test, the design load value is 848kN; a normative appendix D has been added to specify the type, material, test, inspection, marking and packaging of container corner fittings. The above technical differences have been incorporated into the text and marked with a vertical single line in the margin of the clauses to which they refer. For ease of use, this standard has also made the following editorial changes: a) "this international standard" is changed to "this standard", b) the decimal point "," is used instead of the comma "," as a decimal point, c) the foreword of ISO1161:1984 has been deleted, and the introduction of ISO1161:1984 has been modified. This standard replaces GB/T1835-1995 "Technical conditions for container corner fittings". The main technical differences between this standard and GB/T1835-1995 are as follows: a) Added detailed requirements for corner fittings and British corner fittings dimensions and limit deviation diagrams (see Figures 2 and 4); Added strength requirements;
Added the design load of 34T container in the design load for lifting: Added the necessary characteristics of corner fittings in the design requirements (see 5.2); e)
Cancelled Chapter 4 "Material of corner fittings" in the original standard; Added Chapter 9 "Other requirements";
f) Added Appendix D "Types, requirements, inspection, marking and packaging of container corner fittings". Appendix D of this standard is a normative appendix, and Appendix A, Appendix B and Appendix C are informative appendices. This standard was proposed by the Ministry of Transport of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Container Standardization (SAC/TC6). Drafting units of this standard: Ministry of Transport Science Research Institute, China Container Industry Association, China Classification Society, Railway Research Institute, Shaoguan Casting and Forging General Factory Container Corner Fittings Branch, Shanghai Zhonghua Shipyard. The main drafters of this standard are: Zhang Jingxuan, Shi Yanqiu, Ouyang Daiyun, Wang Haitao, Zhou Xing, Qi Xiangchun, Chen Kangfu, Liu Yong, Ni Yingchun. This standard replaces the previous standards: GB/T1835-1980, GB/T1835-1995. GB/T1835-2006
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This standard is the result of the joint efforts of technicians and operators in the transportation industry. The drawings show the top and bottom corner fittings of series 1 containers, which will ensure the interchangeability of containers between various modes of transportation. When formulating this standard, only details related to such functions are considered. Appendix D of this standard, as a normative appendix, makes specific provisions on the types, material requirements and inspection methods of container corner fittings. This standard specifies the size and shape of the openings of the corner fittings. For each side of the corner fittings with openings for handling and bolting operations, the wall thickness and limit deviation of the area are specified (as shown in Figures 1 to 4). There is no regulation on the wall thickness of corner fittings without holes, because there is no need to insert turnlocks or other receiving parts on this surface, as long as the inner wall surface does not affect their insertion into the inner cavity of the corner fitting. The external dimensions of the top and bottom corner fittings listed in Appendix A are only typical examples and are not mandatory requirements. This standard makes specific provisions for design issues related to transshipment operations using automatic, semi-automatic and conventional handling equipment. The strength and test requirements shown in this standard do not take into account the working conditions of double-box docking group operations. Appendix B lists some illustrations of typical sling turnlocks installed on transportation equipment. Appendix C lists the retention and size requirements for turnlocks for special container vehicles. Note: This standard does not prevent the provision of additional devices for lifting operations on the top or bottom of containers. V
1 Scope
Series 1 Corner fittings for containers
GB/T1835—2006
This standard specifies the basic dimensions, design functions, strength and other requirements of corner fittings for various types of containers that meet the requirements of GB/T1413, GB/T5338, GB/T7392 and GB/T16563, and specifies the general principles of the types, materials, tests, inspections, markings and packaging of corner fittings for containers.
This standard applies to various types of containers specified in GB/T1413, GB/T5338, GB/T7392 and GB/T16563. This standard does not apply to air/land/water combined transport containers specified in GB/T17770. 2 Normative references
The clauses in the following documents become the clauses of this standard through reference in this standard. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For any undated referenced document, the latest version is applicable to this standard. GB/T223 Chemical analysis methods for steel and alloys GB/T228 Metal tensile test methods GB/T229 Metal Charpy notch impact test methods (GB/T229-1994, eqvISO148:1983) GB/T1413 Series 1 container classification, dimensions and rated mass (GB/T1413-1993, ISO668:1995, IDT) GB/T5338--2002 Series 1 container technical requirements and test methods Part 1: General purpose containers (ISO1496-1:1990IDT) GB/T7392 Series 1 container technical requirements and test methods Insulated containers (GB/T7392-1998, idtISO 1496-2:1996)
GB/T16563 Series 1 Technical requirements and test methods for liquid, gas and pressurized dry bulk tank containers (GB/T16563-1996idtISO1496-3;1995)
GB/T17770 Containers Technical requirements and test methods for general air/land/water (intermodal) containers (GB/T17770—1999,idtISO8323:1985)
3 Dimension requirements
3.1 General
3.1.1 The dimensions and limit deviations of corner fittings shall comply with the provisions of Figures 1 to 4. Each container shall have two right top corner fittings (the right hand direction when the observer stands outside the container facing either end) and two corresponding left top corner fittings.
Except for the end holes, the structure of the bottom corner fittings and the top corner fittings shall be the same. Figures 1 to 4 show the dimensions of the right top corner fitting and the right bottom corner fitting, and the dimensions of the left top corner fitting and the left bottom corner fitting correspond to them. 3.1.2 For typical external dimensions of box-shaped corner fittings, see Appendix A. 3.2 Specific requirements for dimensions and manufacturing
3.2.1 The edges of corner fittings should not have sharp edges. 3.2.2 When the corner dimensions of the inner cavity and outer edge of the corner fitting are not specified, the radius should be made according to 3±.5mmc%ti/sin). 3.2.3 At the junction of two straight edges with a fillet radius of 6mm (yin) and another straight edge with a fillet radius of 14.5mm (%in), a small amount of metal is cut off from the outside of the corner fitting to make the corner spherical. 3.2.4 The minimum size of any inner wall of the corner fitting is 149mm (5%in). The radius of the corner at the connection between the legal horizontal plane and the inner wall shall not be greater than 5.5mm (7%2in). If a larger fillet radius is required, the size of 149mm (5%in) should also be increased accordingly. 4 Strength requirements
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The design, structural method and materials used for corner fittings shall meet the requirements of the operation and test requirements of GB/T5338, GB/T7392 and GB/T16563.
5 Design requirements
5.1 Load
This standard specifies the design load values ​​and parameters for the corner fittings of Series 1 containers, which are used to determine the design dimensions of the corner fittings. The corner fittings of 1AAA, 1AA, 1A and 1AX containers should be able to withstand the design loads specified in GB/T5338, GB/T7392 and GB/T16563. The design load values ​​are as follows: 5.1.1 Stacking
Stacking requirements
The maximum load offset of top corner fittings is 25.4mm (1in) laterally and 38mm (1%in) longitudinally. Bottom corner fittings (placed on horizontal supports)
The maximum lateral offset of bottom corner fittings is 25.4mm (1in) and 38mm (1%in) longitudinally. 5.1.2 Lifting
Lifting requirements
Top corner fittings [twist locks (see Chapter 6), hooks or rings] Bottom corner fittings: The sling is at an angle of 30° to the horizontal line. Note: Lifting through bottom corner fittings:
a) The line of action of the sling load is parallel to the outer surface of the corner fitting, and the distance is not more than 38mm (1%in); b) The load values ​​listed when the sling is at this angle are applicable to any angle between the sling and the plumb line. 5.1.3 Longitudinal control
Requirements for longitudinal selective fixation
Bottom corner fittings (two corner fittings are loaded)
5.1.4 Fastening and tightening
Design load
Design load
Design load
300 kN each
When using fastening or securing devices, or using both devices at the same time, the force or resultant force applied to the end hole or side hole of the corner fitting shall not exceed the load limit at the point corresponding to the angle of the force or resultant force within the boundary line shown in Figure 5. The line of action of the force or resultant force is parallel to the wall of the corner fitting and the distance from the wall of the corner fitting is not more than 38 mm (1% in). 5.1.5 Alignment deviation (when the container is placed on the fastener, due to inaccurate alignment, the rotary lock fails to extend into the hole of the corner fitting, resulting in local stress on the bottom surface of the bottom corner fitting).
The bottom surface of the bottom corner fitting shall be able to withstand a vertical force of 150 kN over a contact area of ​​25 mm (1 in) × 6 mm (1/4 in) (see Figure 6). 5.2 Essential features
The walls and surfaces that the corner fitting shall have:
Top corner fitting:
One top surface;
Outer side surface;
One outer end surface.
Bottom corner fitting:
One bottom surface;
Outer side surface;
Outer end surface.
6Minimum bearing area of ​​top corner fittings
GB/T1835--2006
When the sling is lifted only through the top holes of the four top corner fittings, the minimum bearing area between the sling lock and the upper surface of the inner cavity of the top corner fitting shall be 800 mm (1.24 in). For examples of sling locks, see Appendix B. 7 Marking of corner fittings (if marked)
The installation position and direction of the top and bottom corner fittings shall be marked, and the marks shall be placed in a position where they can still be clearly seen after the box is welded together, and shall not affect loading, unloading and fastening.
Requirements for fixings on special container vehicles For the requirements for fixings on special container vehicles, see Appendix C. 9 Other requirements
For other requirements such as the types, requirements, tests, inspections, markings and packaging of container corner fittings, see Appendix D. 3
GB/T1835-2006
11 (minimum) 20.5 (maximum)
(?)
6.5*5×45°
R12.5 (maximum)
R14.5±1.5
16 (minimum)
164.5 (minimum)
101.5-1.5
Note 1: The solid and dotted lines (—— and ----) indicate the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (--) indicates the variable wall surface of the corner fitting. Figure 1 Dimensions of right top corner fittings (metric)
-KAOTKAca-
Unit: mm
(industry)
R51*16
13/16-/18
7/16min.13/16m
uiu91/
/4*1716×45°
R1/4*5/62|| tt||回V16
R9/16±1/16
5/8min
615/32min
3/4±1/16
RI'ne-ine
R1/4-0
4-1/16
Note 1: The solid and dotted lines (—— and ---) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (.) represents the variable wall surface of the corner fitting. Figure 2 Dimensions of right top corner fitting (imperial)
R1/2-i/16
21n2t/10
GB/T1835-2006
Unit is inch
R1/4*5/54
GB/T1835—2006
R12.5 (maximum)
6.5*-5×45*
R14 .5±1.5
97-982
（）9
11（Minimum）
20.5（Maximum）
/R6.5-1.5
164.5（Minimum）
（?）900
16（Minimum）
Note 1: The solid and dotted lines (—— and --~-) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The double-point surface line (-—) represents the variable wall surface of the corner fitting. Figure 3 Dimensions of the right bottom corner fitting (metric)
The unit is millimeter
R1/2mar
2+1/16
1/4*1/18×45°
Note 1: The solid line and the dotted line (-
Note 2: The double-dotted line (-·
R9/16±1/16
13/16max
R1/4-i/16
13/16-/1
- and ----) represent the corner fitting surface and shape that should be actually constructed.) represents the variable wall of the corner fitting.
Figure 4 Dimensions of right bottom corner piece (imperial)
GB/T1835--2006
Unit: milliinch
—R1/4*B/64
GB/T1835-2006
Horizontal force 150kN
Limit of force value
Figure 5 Limit of fastening force
25mm (1in)
Figure 6 Bearing area when bottom corner piece is offsetTop viewDirectional force 300KN
(/1)wug4mm (1in), longitudinal offset 38mm (1%in) Bottom angle piece (placed on horizontal support)
The maximum lateral offset of the bottom angle piece is 25.4mm (1in), and the longitudinal offset is 38mm (1%in) 5.1.2 Lifting
Lifting requirements
Top angle piece [twist lock (see Chapter 6), hook or ring] Bottom angle piece: The sling is at an angle of 30° to the horizontal line Note: Lifting through the bottom angle piece:
a) The line of action of the sling load is parallel to the outer surface of the angle piece, and the distance is not more than 38mm (1%in); b) The load values ​​listed when the sling is at this angle are applicable to any angle between the sling and the plumb line. 5.1.3 Longitudinal control
Requirements for longitudinal selective fixation
Bottom corner fittings (two corner fittings are loaded)
5.1.4 Fastening and tightening
Design load
Design load
Design load
300 kN each
When using fastening or securing devices, or using both devices at the same time, the force or resultant force applied to the end hole or side hole of the corner fitting shall not exceed the load limit at the point corresponding to the angle of the force or resultant force within the boundary line shown in Figure 5. The line of action of the force or resultant force is parallel to the wall of the corner fitting and the distance from the wall of the corner fitting is not more than 38 mm (1% in). 5.1.5 Alignment deviation (when the container is placed on the fastener, due to inaccurate alignment, the rotary lock fails to extend into the hole of the corner fitting, resulting in local stress on the bottom surface of the bottom corner fitting).
The bottom surface of the bottom corner fitting shall be able to withstand a vertical force of 150 kN over a contact area of ​​25 mm (1 in) × 6 mm (1/4 in) (see Figure 6). 5.2 Essential features
The walls and surfaces that the corner fitting shall have:
Top corner fitting:
One top surface;
Outer side surface;
One outer end surface.
Bottom corner fitting:
One bottom surface;
Outer side surface;
Outer end surface.
6Minimum bearing area of ​​top corner fittings
GB/T1835--2006
When the sling is lifted only through the top holes of the four top corner fittings, the minimum bearing area between the sling lock and the upper surface of the inner cavity of the top corner fitting shall be 800 mm (1.24 in). For examples of sling locks, see Appendix B. 7 Marking of corner fittings (if marked)
The installation position and direction of the top and bottom corner fittings shall be marked, and the marks shall be placed in a position where they can still be clearly seen after the box is welded together, and shall not affect loading, unloading and fastening.
Requirements for fixings on special container vehicles For the requirements for fixings on special container vehicles, see Appendix C. 9 Other requirements
For other requirements such as the types, requirements, tests, inspections, markings and packaging of container corner fittings, see Appendix D. 3
GB/T1835-2006
11 (minimum) 20.5 (maximum)
(?)
6.5*5×45°
R12.5 (maximum)
R14.5±1.5
16 (minimum)
164.5 (minimum)
101.5-1.5
Note 1: The solid and dotted lines (—— and ----) indicate the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (--) indicates the variable wall surface of the corner fitting. Figure 1 Dimensions of right top corner fittings (metric)
-KAOTKAca-
Unit: mm
(industry)
R51*16
13/16-/18
7/16min.13/16m
uiu91/
/4*1716×45°
R1/4*5/62|| tt||回V16
R9/16±1/16
5/8min
615/32min
3/4±1/16
RI'ne-ine
R1/4-0
4-1/16
Note 1: The solid and dotted lines (—— and ---) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (.) represents the variable wall surface of the corner fitting. Figure 2 Dimensions of right top corner fitting (imperial)
R1/2-i/16
21n2t/10
GB/T1835-2006
Unit is inch
R1/4*5/54
GB/T1835—2006
R12.5 (maximum)
6.5*-5×45*
R14 .5±1.5
97-982
（）9
11（Minimum）
20.5（Maximum）
/R6.5-1.5
164.5（Minimum）
（?）900
16（Minimum）
Note 1: The solid and dotted lines (—— and --~-) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The double-point surface line (-—) represents the variable wall surface of the corner fitting. Figure 3 Dimensions of the right bottom corner fitting (metric)
The unit is millimeter
R1/2mar
2+1/16
1/4*1/18×45°
Note 1: The solid line and the dotted line (-
Note 2: The double-dotted line (-·
R9/16±1/16
13/16max
R1/4-i/16
13/16-/1
- and ----) represent the corner fitting surface and shape that should be actually constructed.) represents the variable wall of the corner fitting.
Figure 4 Dimensions of right bottom corner piece (imperial)
GB/T1835--2006
Unit: milliinch
—R1/4*B/64
GB/T1835-2006
Horizontal force 150kN
Limit of force value
Figure 5 Limit of fastening force
25mm (1in)
Figure 6 Bearing area when bottom corner piece is offsetTop viewDirectional force 300KN
(/1)wug4mm (1in), longitudinal offset 38mm (1%in) Bottom angle piece (placed on horizontal support)
The maximum lateral offset of the bottom angle piece is 25.4mm (1in), and the longitudinal offset is 38mm (1%in) 5.1.2 Lifting
Lifting requirements
Top angle piece [twist lock (see Chapter 6), hook or ring] Bottom angle piece: The sling is at an angle of 30° to the horizontal line Note: Lifting through the bottom angle piece:
a) The line of action of the sling load is parallel to the outer surface of the angle piece, and the distance is not more than 38mm (1%in); b) The load values ​​listed when the sling is at this angle are applicable to any angle between the sling and the plumb line. 5.1.3 Longitudinal control
Requirements for longitudinal selective fixation
Bottom corner fittings (two corner fittings are loaded)
5.1.4 Fastening and tightening
Design load
Design load
Design load
300 kN each
When using fastening or securing devices, or using both devices at the same time, the force or resultant force applied to the end hole or side hole of the corner fitting shall not exceed the load limit at the point corresponding to the angle of the force or resultant force within the boundary line shown in Figure 5. The line of action of the force or resultant force is parallel to the wall of the corner fitting and the distance from the wall of the corner fitting is not more than 38 mm (1% in). 5.1.5 Alignment deviation (when the container is placed on the fastener, due to inaccurate alignment, the rotary lock fails to extend into the hole of the corner fitting, resulting in local stress on the bottom surface of the bottom corner fitting).
The bottom surface of the bottom corner fitting shall be able to withstand a vertical force of 150 kN over a contact area of ​​25 mm (1 in) × 6 mm (1/4 in) (see Figure 6). 5.2 Essential features
The walls and surfaces that the corner fitting shall have:
Top corner fitting:
One top surface;
Outer side surface;
One outer end surface.
Bottom corner fitting:
One bottom surface;
Outer side surface;
Outer end surface.
6Minimum bearing area of ​​top corner fittings
GB/T1835--2006
When the sling is lifted only through the top holes of the four top corner fittings, the minimum bearing area between the sling lock and the upper surface of the inner cavity of the top corner fitting shall be 800 mm (1.24 in). For examples of sling locks, see Appendix B. 7 Marking of corner fittings (if marked)
The installation position and direction of the top and bottom corner fittings shall be marked, and the marks shall be placed in a position where they can still be clearly seen after the box is welded together, and shall not affect loading, unloading and fastening.
Requirements for fixings on special container vehicles For the requirements for fixings on special container vehicles, see Appendix C. 9 Other requirements
For other requirements such as the types, requirements, tests, inspections, markings and packaging of container corner fittings, see Appendix D. 3
GB/T1835-2006
11 (minimum) 20.5 (maximum)
(?)
6.5*5×45°
R12.5 (maximum)
R14.5±1.5
16 (minimum)
164.5 (minimum)
101.5-1.5
Note 1: The solid and dotted lines (—— and ----) indicate the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (--) indicates the variable wall surface of the corner fitting. Figure 1 Dimensions of right top corner fittings (metric)
-KAOTKAca-
Unit: mm
(industry)
R51*16
13/16-/18
7/16min.13/16m
uiu91/
/4*1716×45°
R1/4*5/62|| tt||回V16
R9/16±1/16
5/8min
615/32min
3/4±1/16
RI'ne-ine
R1/4-0
4-1/16
Note 1: The solid and dotted lines (—— and ---) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (.) represents the variable wall surface of the corner fitting. Figure 2 Dimensions of right top corner fitting (imperial)
R1/2-i/16
21n2t/10
GB/T1835-2006
Unit is inch
R1/4*5/54
GB/T1835—2006
R12.5 (maximum)bzxz.net
6.5*-5×45*
R14 .5±1.5
97-982
（）9
11（Minimum）
20.5（Maximum）
/R6.5-1.5
164.5（Minimum）
（?）900
16（Minimum）
Note 1: The solid and dotted lines (—— and --~-) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The double-point surface line (-—) represents the variable wall surface of the corner fitting. Figure 3 Dimensions of the right bottom corner fitting (metric)
The unit is millimeter
R1/2mar
2+1/16
1/4*1/18×45°
Note 1: The solid line and the dotted line (-
Note 2: The double-dotted line (-·
R9/16±1/16
13/16max
R1/4-i/16
13/16-/1
- and ----) represent the corner fitting surface and shape that should be actually constructed.) represents the variable wall of the corner fitting.
Figure 4 Dimensions of right bottom corner piece (imperial)
GB/T1835--2006
Unit: milliinch
—R1/4*B/64
GB/T1835-2006
Horizontal force 150kN
Limit of force value
Figure 5 Limit of fastening force
25mm (1in)
Figure 6 Bearing area when bottom corner piece is offsetTop viewDirectional force 300KN
(/1)wug24in). For examples of sling turn locks, see Appendix B. 7 Marking of corner fittings (if marked)
The installation position and direction of the top and bottom corner fittings shall be marked, and the marks shall be placed in a position that can still be clearly seen after the box is assembled and welded, and shall not affect loading, unloading and fastening.
Requirements for fixings on special container vehicles For the requirements for fixings on special container vehicles, see Appendix C. 9 Other requirements
For other requirements such as the type, requirements, testing, inspection, marking and packaging of container corner fittings, see Appendix D. 3
GB/T1835-2006
11 (minimum) 20.5 (maximum)
(?)
6.5*5×45°
R12.5 (maximum)
R14.5±1.5
16 (minimum)
164.5 (minimum)
101.5-1.5
Note 1: The solid and dotted lines (—— and ----) indicate the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (--) indicates the variable wall surface of the corner fitting. Figure 1 Dimensions of right top corner fittings (metric)
-KAOTKAca-
Unit: mm
(industry)
R51*16
13/16-/18
7/16min.13/16m
uiu91/
/4*1716×45°
R1/4*5/62|| tt||回V16
R9/16±1/16
5/8min
615/32min
3/4±1/16
RI'ne-ine
R1/4-0
4-1/16
Note 1: The solid and dotted lines (—— and ---) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (.) represents the variable wall surface of the corner fitting. Figure 2 Dimensions of right top corner fitting (imperial)
R1/2-i/16
21n2t/10
GB/T1835-2006
Unit is inch
R1/4*5/54
GB/T1835—2006
R12.5 (maximum)
6.5*-5×45*
R14 .5±1.5
97-982
（）9
11（Minimum）
20.5（Maximum）
/R6.5-1.5
164.5（Minimum）
（?）900
16（Minimum）
Note 1: The solid and dotted lines (—— and --~-) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The double-point surface line (-—) represents the variable wall surface of the corner fitting. Figure 3 Dimensions of the right bottom corner fitting (metric)
The unit is millimeter
R1/2mar
2+1/16
1/4*1/18×45°
Note 1: The solid line and the dotted line (-
Note 2: The double-dotted line (-·
R9/16±1/16
13/16max
R1/4-i/16
13/16-/1
- and ----) represent the corner fitting surface and shape that should be actually constructed.) represents the variable wall of the corner fitting.
Figure 4 Dimensions of right bottom corner piece (imperial)
GB/T1835--2006
Unit: milliinch
—R1/4*B/64
GB/T1835-2006
Horizontal force 150kN
Limit of force value
Figure 5 Limit of fastening force
25mm (1in)
Figure 6 Bearing area when bottom corner piece is offsetTop viewDirectional force 300KN
(/1)wug24in). For examples of sling turn locks, see Appendix B. 7 Marking of corner fittings (if marked)
The installation position and direction of the top and bottom corner fittings shall be marked, and the marks shall be placed in a position that can still be clearly seen after the box is assembled and welded, and shall not affect loading, unloading and fastening.
Requirements for fixings on special container vehicles For the requirements for fixings on special container vehicles, see Appendix C. 9 Other requirements
For other requirements such as the type, requirements, testing, inspection, marking and packaging of container corner fittings, see Appendix D. 3
GB/T1835-2006
11 (minimum) 20.5 (maximum)
(?)
6.5*5×45°
R12.5 (maximum)
R14.5±1.5
16 (minimum)
164.5 (minimum)
101.5-1.5
Note 1: The solid and dotted lines (—— and ----) indicate the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (--) indicates the variable wall surface of the corner fitting. Figure 1 Dimensions of right top corner fittings (metric)
-KAOTKAca-
Unit: mm
(industry)
R51*16
13/16-/18
7/16min.13/16m
uiu91/
/4*1716×45°
R1/4*5/62|| tt||回V16
R9/16±1/16
5/8min
615/32min
3/4±1/16
RI'ne-ine
R1/4-0
4-1/16
Note 1: The solid and dotted lines (—— and ---) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The two-dot chain line (.) represents the variable wall surface of the corner fitting. Figure 2 Dimensions of right top corner fitting (imperial)
R1/2-i/16
21n2t/10
GB/T1835-2006
Unit is inch
R1/4*5/54
GB/T1835—2006
R12.5 (maximum)
6.5*-5×45*
R14 .5±1.5
97-982
（）9
11（Minimum）
20.5（Maximum）
/R6.5-1.5
164.5（Minimum）
（?）900
16（Minimum）
Note 1: The solid and dotted lines (—— and --~-) represent the corner fitting surfaces and shapes that should be actually constructed. Note 2: The double-point surface line (-—) represents the variable wall surface of the corner fitting. Figure 3 Dimensions of the right bottom corner fitting (metric)
The unit is millimeter
R1/2mar
2+1/16
1/4*1/18×45°
Note 1: The solid line and the dotted line (-
Note 2: The double-dotted line (-·
R9/16±1/16
13/16max
R1/4-i/16
13/16-/1
- and ----) represent the corner fitting surface and shape that should be actually constructed.) represents the variable wall of the corner fitting.
Figure 4 Dimensions of right bottom corner piece (imperial)
GB/T1835--2006
Unit: milliinch
—R1/4*B/64
GB/T1835-2006
Horizontal force 150kN
Limit of force value
Figure 5 Limit of fastening force
25mm (1in)
Figure 6 Bearing area when bottom corner piece is offsetTop viewDirectional force 300KN
(/1)wug
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