This standard specifies the main performance requirements, test procedures and test report contents of the test equipment used in the hexagonal roller test of transport packages. This standard is applicable to the assessment of the adaptability of transport packages to repeated impacts and collisions during circulation and the protection of the contents by the packaging. It can be used as a single test or as a component of a series of tests. This standard is mainly applicable to transport packages of rectangular or similar shapes. Transport packages of other shapes can refer to this standard for testing. This standard does not apply to transport packages with a ratio of the largest side to the smallest side greater than 5, or a largest side exceeding 1200mm, or a mass exceeding 270kg. GB/T 4857.8-1992 Hexagonal roller test method for packaging transport packages GB/T4857.8-1992 Standard download decompression password: www.bzxz.net
This standard specifies the main performance requirements, test procedures and test report contents of the test equipment used in the hexagonal roller test of transport packages. This standard is applicable to the assessment of the adaptability of transport packages to repeated impacts and collisions during circulation and the protection of the contents by the package. It can be used as a single test or as part of a series of tests. This standard is mainly applicable to transport packages of rectangular or similar shapes. Transport packages of other shapes can be tested with reference to this standard. This standard is not applicable to transport packages with a ratio of the largest side to the smallest side greater than 5, or with a largest side exceeding 1200mm, or with a mass exceeding 270kg.

National Standard of the People's Republic of China
Packaging-Transport packages-Method of revolving hexagonal drum test
Packaging-Transport packages-Method of revolving hexagonal drum test1 Subject content and scope of application
GB/T4857.8--92
Replaces GB4857.8:85
This standard specifies the main performance requirements, test procedures and test report contents of the test equipment used in the hexagonal drum test of transport packages.
This standard is applicable to the assessment of the adaptability of transport packages to repeated impacts and collisions during circulation and the protection of the packaging to the contents. It can be used as a single test or as part of a series of tests. This standard is mainly applicable to transport packages of rectangular or similar shapes. Transport packages of other shapes can be tested with reference to this standard.
This standard does not apply to transport packages with a ratio of the maximum side to the minimum side greater than 5, or a maximum side exceeding 1200mm, or a mass exceeding 270kg.
2 Reference standards
GB/T4857.17 General principles for compiling performance test outlines for transport packages GB3538 Methods for marking various parts of transport packages GB/T4857.2 Temperature and humidity conditioning treatment of transport packages 3 Test principle
Hexagonal drum test Subject the test sample to a series of random drops on the inner surface of a rotating hexagonal drum. The test sample can be dropped on different faces, edges or angles by means of the guide plates and baffles provided, resulting in different impact hazards to the test sample. The order and state of the drops are unpredictable.
4 Test equipment
4.1 The hexagonal roller test machine is a regular hexagonal cylinder that rotates at a constant speed along the horizontal axis. Obstacles such as guide plates and baffles are fixed on the inner surface, and cones can be set as needed.
4.2 The inner surface of the hexagonal roller test machine and its obstacles can be made of hardwood and metal to ensure their hardness. There shall be no obvious damage or deformation during the test. The inner surface is smooth and waxing is allowed. Its smoothness meets the following conditions: A smooth wooden block with a bottom area of ​​400mm×400mm and a mass of 1kg that has been finely planed is placed with its bottom surface on the inner surface of the roller. When the angle between this inner surface and the horizontal plane is 15°±2°. The wooden block can slide down by itself.
4.3 Each time the test sample moves from one side of the roller to the other side, it is considered a fall. The hexagonal roller test machine can be equipped with a fall counter. 4.4 According to the diagonal size, the hexagonal roller test machine can be divided into 2130 type and 4260 type. 4.4.12130 hexagonal roller testing machine has a rotation speed of 2 rpm and is suitable for transport packages with a maximum side dimension of less than 500 mm and a mass less than 100 kg. The structure and dimensions are shown in Figure 1 and Table 1. 11570 Component No. [21 [20
Figure 12130 hexagonal roller test machine structural dimensions diagram Table 12130 hexagonal roller test machine component materials, dimensions Dimensions
4, 5, 7, 11, 13, 17, 21
3, 6.8, 12, 14, 16, 20
2, 15.18
1, 19
Height 65, thickness 5~~10
Height 65, width 180wwW.bzxz.Net
width 180, thickness 45
width 370, thickness 30
height 75, top radius 40
4.4.24260 hexagonal roller testing machine has a rotation speed of 1±material
and the angle between the material and the plane is 105°
cone
r/min, suitable for transport packages with a maximum side dimension of less than 1200mm and a mass of less than 270kg. Its structure and dimensions are shown in Figure 2 and Table 2. 272
Component number
3.5.711.14.17.21
4, 6, 8, 12, 13, 16, 20
2, 15, 18
5 Test procedure
5.1 Preparation of test samples
GB/T4857.8—92
Figure 24 260 type hexagonal roller testing machine structural dimensions diagram 24260 type hexagonal roller testing machine component materials, dimensions dimensions
thickness 5~10
height 65, width 220
width 355, thickness 50
width 590, thickness 50
height 100, top radius 13
Prepare test samples according to the provisions of GB/T4857.17. Material
Angle with the plane: 80°
Angle with the plane: 105°
cone
The number of test samples is generally not less than 3. 5.2 Numbering of various parts of the test sample
GB/T 4857.8—92
According to the provisions of GB3538, number various parts of the test sample. 5.3 Pretreatment of the test sample
According to the provisions of GB/T4857.2, select a condition to pretreatment the test sample with temperature and humidity. 5.4 Temperature and humidity conditions during the test
The test should be carried out under the same temperature and humidity conditions as those during the pretreatment. If the same conditions cannot be achieved, the test should be carried out under temperature and humidity conditions as close to them as possible.
5.5 Test steps
5.5.1 Keep the "surface" of the hexagonal roller testing machine horizontal, place the test sample with its 1 side facing up, and place its 2nd and 5th sides along the guide plate on the "surface" of the testing machine, and then start it.
5.5.2 Stop the machine when the test reaches one of the following situations: a. Reach the predetermined number of rotations and drops.
The predetermined number of rotations and drops can be determined based on the repeated impacts and collisions that the transport packaging may encounter during circulation. If it cannot be determined according to the above situation, refer to Appendix A (reference) to determine the number of rotations and drops. . When the test sample shows a predetermined deformation and damage state. The predetermined deformation and damage state is specified by the product standard, and refer to Appendix A (reference). 5.5.3 After the test, check the damage of the packaging and contents according to relevant standards and regulations, and analyze the test results. 6 Test report
The test report should include the following Contents:
Name, specification, model, quantity, etc. of the contents; if simulated contents are used, detailed description shall be given; a.
b. Number of test samples;
c. Detailed description of the name, size, structure and material specifications of the packaging container, accessories, cushioning pads, supports, fixing methods, sealing, bundling status and other protective measures:
The mass of the test sample and contents in kilograms; the type of test equipment and whether a cone is installed; the temperature, humidity and time of pretreatment;
The temperature and relative humidity of the test site;
The damage state or number of falls of the scheduled test sample; the recorded damage state or number of falls of the test sample; a description of the differences between the test method used and this standard: other detailed test records;
Test date, signature of the tester, and seal of the test unit. GB/T 4857.8-92
Appendix A
Termination conditions of hexagonal tumbling test
(reference)
Termination conditions of hexagonal tumbling test can be divided into the following two types according to different test purposes: A1 When the test cannot determine the number of tumblings based on the repeated impacts and collisions that the transport package may encounter during circulation, the number of tumblings shall generally not be less than 12 times. For transport packages with a mass not exceeding 35 kg, calculate according to formula (A1). If the calculated N is less than 12, then 12 should be taken:
N = 125 - 2. 2 M
Where: N is the number of tumblings;
is the maximum side dimension of the transport package, mm; l is the minimum side dimension of the transport package, mm; M is the mass of the transport package, kg.
A2 Depending on the packaging container and the contents, the damage to the transport package can be determined according to the following conditions: a.
The structure of the packaging container is scattered;
The seal or seam of the packaging container is cracked; the packaging container loses some protection ability for the contents; part of the contents leak out of the packaging container; other various damages.
Additional remarks:
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is drafted by the Electronic Standardization Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Xu Yunchi and Fang Lina. (A1)
This standard refers to the American Society for Testing and Materials standard ASTMD782-82 "Hexagonal Roller Test Method"; Japanese Industrial Standard JISZ0209-1976 "Rotary Hexagonal Roller Test Method for Packaged Goods and Containers". 275
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