This standard determines the classification of series 1 containers based on their external dimensions, specifies the corresponding rated masses, and determines the minimum internal dimensions and door frame opening dimensions of certain types of containers. The containers listed in this standard are suitable for international intermodal transport. This standard briefly specifies the external dimensions and internal dimensions of series 1 containers. The specific dimensions of each type of container have been listed in the corresponding parts of ISO 1496. GB/T 1413-1998 Classification, dimensions and rated masses of series 1 containers GB/T1413-1998 standard download decompression password: www.bzxz.net
This standard determines the classification of series 1 containers based on their external dimensions, specifies the corresponding rated masses, and determines the minimum internal dimensions and door frame opening dimensions of certain types of containers. The containers listed in this standard are suitable for international intermodal transport. This standard briefly specifies the external dimensions and internal dimensions of series 1 containers. The specific dimensions of each type of container have been listed in the corresponding parts of ISO 1496.

GB/T14131998
This standard is a revision of GB/T1413-1985 in accordance with ISO 141368:1995 Series 1 Containers: Classification, Size and Rated Mass by the International Organization for Standardization, and is equivalent to it in terms of technical content and writing. This standard adds the minimum internal dimensions and door opening dimensions of certain types of small containers, adds 1AAA and 1BBB container types with a height of 2896mm, and changes 10D and 5D container types to 1D and 1DX container types, and changes the rated mass of 1CC, 1C and 1CX container types from 20320kg to 2400kg.
The container type codes cited in this standard are the mixed codes of letters and numbers compiled in accordance with the latest version of ISO 141366:1995: After this standard is implemented, the external dimensions and rated weight of GB 1413-85 containers and the minimum internal dimensions of GB 1834-80& universal container will be abolished.
Appendix A of this standard is the standard appendix.
This standard was proposed by the Ministry of Railways of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for the Promotion of Container Standards. The drafting unit of this standard is the Institute of Standard Design of the Ministry of Railways. The main contributors of this standard are: Fei Mingjin.
GB/T 1413—-1998
ISO Foreword
The International Organization for Standardization (ISO) is a worldwide federation of national standards bodies (ISO member bodies) of various countries. The drafting of international standards is generally carried out through the technical committees of ISO. Each member body has representatives to participate in the technical committees of the topics it is concerned with. All governmental and non-governmental international organizations that have liaison relations with ISO also participate in this work. ISO maintains close cooperation with the International Electrotechnical Commission (IEC) in all aspects of electrical standardization: the draft international standards prepared by the technical committees are first distributed to the member groups for comments before being adopted as international standards by the ISO Council. According to the procedures of TS, it is considered to be adopted only when more than 75% of the votes in the member group vote in favor. International Standard ISO668 was drafted by ISO/TC104 Technical Committee on Containers. The 1st edition of ISO668 was amended in Technical 1:1988 and abolished and replaced the 4th edition (ISO668:1988). Appendix A is a component of this standard. 1 Scope
National Standard of the People's Republic of China
Series 1 freight containers-Classification, dimensions and ratings (B/T 1413 — 1998
idt IS0 668:1995
G3 1113—85
GE 1834—83
This standard determines the classification of series 1 containers based on their external dimensions, and specifies the corresponding rated masses. It also specifies the minimum internal dimensions and door frame opening dimensions of these types of containers. The containers listed in this standard are suitable for international combined transport. This standard mainly specifies the external dimensions and some internal dimensions of series 1 containers. The specific dimensions of each type of container have been listed in IS01496 corresponding parts.
2 Cited standards
The clauses contained in the following standards constitute the clauses of this standard through reference in this standard. The versions shown are valid when this standard is published. All standards will be revised. Parties using this standard should explore the possibility of using the latest versions of the following standards. GB/T1836-1997 Container code, identification and marking GB/T7392-1998 Series 1. Technical requirements and test methods for containers Insulated containers IS0 1161:198-4 Series 1 Technical requirements for corner fittings of containers ISO1496-1:1990 Series 1 Containers - Technical requirements and test methods - Part 1: General purpose containers for general cargo 3 Definitions
This standard adopts the following definitions.
3.1 Container frcight container
Container is a transport equipment that meets the following conditions: a) It has sufficient strength and can be used repeatedly for a long time; ) It is suitable for transporting goods in one or more modes of transport without inverting during transportation; e) It is equipped with devices for rapid loading and unloading to facilitate the transition from one mode of transport to another; d) It is convenient for filling and unloading of goods in the box;
e) The internal volume is equal to or greater than 1m (35.3ft\) The term "container\" does not include either vehicles or general packaging. 3.2 ISO container S0 container
A container that is completely manufactured in accordance with the current ISO container standards 3-3 Rated mass Rrat.ing
It is the total mass of the container, which is the maximum value in operation and the minimum value in testing 3.4 Nominal dimensions The dimensions that do not take into account tolerances and are rounded to the nearest integer are called nominal dimensions. Approved by the State Administration of Quality and Technical Supervision on July 5, 1998 and implemented on May 1, 1999
3. 5 Internal dimension a GB/T 1413 — 1998
refers to the size of the largest rectangular hexahedron inscribed in the container without considering the internal part of the top corner fittings. Unless otherwise specified, internal dimension and internal clearance dimension are synonymous. 3.6 Door opening doorapening
The door opening at the end of the container is called the door opening, that is, the width of the largest parallelepiped in the container and the recommended door opening, so that the goods can enter the container unimpeded
Classification and model
The width of various types of containers in series 1 is 2438 Table 1: Nominal lengths of various types of containers. Containers with a height of 2896 mm (9 ft 6 in) are designated as 1AAA and 1BBB. Containers with a height of 2591 mm (8 ft 6 in) are designated as 1AA, 1BB and 1CC. Containers with a height of 2438 mm (8 ft) are designated as 1A, 1B, 1C and 11). Containers with a height of less than 2438 mm (8 ft) are designated as 1AX, 1BX, ICX and 1DX. Note: 1. The letter "X" used in the following provisions has no special meaning except for the height of the container between 0 and 2438 mm (8 in). Table 1: Nominal length
Container model
1) Some countries have regulatory restrictions on the length of vehicles and loaded goods. 5. Dimensions, tolerances and rated mass
5. 1 Temperature conditions for dimensional measurement
Nominality
The dimensions and tolerances of containers refer to the measured values ​​at 20 (68F. The measured values ​​under other temperature conditions should be adjusted accordingly. 5.2 External dimensions, tolerances and rated masses
5.2.1 External dimensions and tolerances
The external dimensions and permissible tolerances shown in Table 2 are applicable to all types of containers, except for tank containers, bulk top containers, dry cargo containers, platform containers and platform containers that are allowed to be lowered. 5.2.2 Rated masses
The rated masses shown in Table 2 are applicable to all types of containers. For 1BBB, IBB, 1B, 1BX, 1CC, 1C and 1CX containers, their rated masses may be allowed to exceed the table data in some special cases. They may also be treated as ISO containers, but their maximum total mass (R) shall not exceed 3)48 (> kg+ and shall be tested and marked according to this value (see 3.3). GB/T 14131998
Note: Now, in some special transport, according to the needs of some special containers, there are containers with a certain length and width similar to ISO series 1, but their rated mass and dimensions exceed the provisions of the previous standards. Such containers cannot participate in international multimodal transport, and their transportation needs special arrangements.
Table 2 External dimensions, allowable tolerances and rated mass of series 1 containers Width W
: Tolerance
28962)
≤:2 438
Height H
2) Some countries have restrictions on the total height of vehicles and cargo (such as railway and highway departments). 5.3 Internal dimensions and door element dimensions
5.3.1 The part of the top front piece that enters the box
The part of the top corner piece that extends into the box does not reduce the internal dimensions of the container (see Table 3) 5.3.2 General cargo container (IS011951) The box type code of this type of container should be consistent with the provisions of GBI1836 5.3.2-1 Minimum internal dimensions
The internal dimensions of the container should be taken as human values ​​as possible, 5
—3/16
—3/16
—3/15
Fixed weight
(total mass)
3048037
25 4003
67200*
56000*
210003
529003
22 40F
10 1G9
Closed containers with a box type code of G0 shall comply with the minimum internal length, width and height requirements specified in Table 3; containers with a box type code of G3 and a partial opening on the side shall comply with the minimum internal length and height requirements specified in Table 3.
A top container with a box type code of (5 shall comply with the minimum internal length and width requirements specified in Table 3: A box type code of G2 Containers with openings on the sides and tops of G1 and G2 shall meet the minimum internal length requirements specified in Table 3; closed containers with ventilation holes of type code (1) shall meet the minimum internal length and height requirements specified in Table 3; closed ventilated containers of type code V0 shall meet the minimum internal length, width and height requirements specified in Table 3 Table 3 Series 1 General Purpose Container Minimum Internal Dimensions and Door Frame Opening Dimensions Container Model U.S. External Height Dimensions minus 241 5.3.2.2 Minimum Door Frame Opening Dimensions Minimum Internal Dimensions 11 998 11 998
Minimum door frame opening size
1A, 1B, 1C and 1T (box code G0, G1 and 3) closed containers with one end door, the door frame opening size should be equal to the internal height and width of the box section, and at least not less than the data listed in Table 3. 1AA, 1BH and 1CC (box code G0, G1 and G3) closed containers with one end door, the door frame opening size should be equal to the internal height and width of the box cross section, and at least not less than the data listed in Table 3. 1AAA and 1BB Type B (box code G00, G1 and G3): A closed container with a door at one end, the door opening size should be equal to the internal height and width of the cross section of the container, and at least not less than the data listed in item 3. 5.3.3 Insulated container (see GB/T7392) The internal dimensions and door frame opening dimensions of the insulated container should be as large as possible. The door frame opening dimensions should be consistent with the internal dimensions of the cross section of the container.
The internal dimensions of the insulated container should be measured from the inner surface of the support, bulkhead, upper air duct and bottom air duct (if such facilities are available). The minimum internal width of the insulated containers with box code R0, R1, R2.R3.HO, H1, H2.H5 and H5 should be 2218mn(7( 2% im).
5.3.4 Other types of containers
The internal dimensions of the container, the door opening and the end opening dimensions should be as large as possible. 5.4 Positioning of corner fittings
The difference between the center distance and diagonal length of the openings of the corner fittings of the container along the length and width of the container is shown in Appendix A (Appendix to the standard). GE/T 1413-1998
Appendix A
(Appendix to the standard)
The positioning dimensions of the corner fittings, the center distance of the corner fitting holes $, P and the difference in diagonal length K, K, are shown in Table A1 and Figure A1. Table Albzxz.net
Container
11 985
Previous: The manufacturing department should pay attention to ensure the accuracy of the reference size and P. The tolerance of F
S and P is controlled by the total length and length of the container specified in this standard and the tolerance of the corner fitting structure dimensions of ISO1161 1) is the difference between and or and D, that is, -D.-] = [,-.L2) is the difference between D, and D, = [,
Height square
Length square
Research square
GB/T 1413—1998
Corner fitting structure dimensions 1.
, mm (a-'in).
, angle piece structural dimensions 89-1, um (3:1m) - the diagonal distance between the center of the corner hole, that is, and six dimensions - the external height of the container:
I - the external length of the container;
P - the distance between the center of the corner hole in the width direction 8 - the distance between the center of the corner hole in the length direction; W - the external width of the container.
Main: along the corresponding measurement of the external length L, external height I and external width W of the container. Figure A1 Angle piece positioning dimensions
Length direction
Width direction
Height direction
, the structural dimensions of the corner piece are 89-1, um (3:1m) - the diagonal distance between the center of the corner hole, that is, and six dimensions - the external height of the container:
I - the external length of the container;
P - the center distance of the corner hole in the width direction 8 - the center distance of the corner hole in the length direction; W - the external width of the container.
Main: along the corresponding measurement of the external length L, external height I and external width W of the container. Figure A1 Angle piece positioning dimensions
Length direction
Width direction
Height direction
, the structural dimensions of the corner piece are 89-1, um (3:1m) - the diagonal distance between the center of the corner hole, that is, and six dimensions - the external height of the container:
I - the external length of the container;
P - the center distance of the corner hole in the width direction 8 - the center distance of the corner hole in the length direction; W - the external width of the container.
Main: along the corresponding measurement of the external length L, external height I and external width W of the container. Figure A1 Angle piece positioning dimensions
Length direction
Width direction
Height direction
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