This part of GB/T 4857 specifies the main performance requirements, test procedures and test report contents of the test equipment used in horizontal impact tests (horizontal, inclined plane and pendulum tests) on transport packages and single goods. This part is applicable to the assessment of the impact resistance of transport packages and single goods when subjected to horizontal impact 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 on packages. GB/T 4857.11-2005 Basic tests for packaging transport packages Part 11: Horizontal impact test method GB/T4857.11-2005 Standard download decompression password: www.bzxz.net
This part of GB/T 4857 specifies the main performance requirements, test procedures and test report contents of the test equipment used in horizontal impact tests (horizontal, inclined plane and pendulum tests) on transport packages and single goods. This part is applicable to assessing the impact resistance of transport packages and single goods when subjected to horizontal impact 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 on packages.

[55,020
National Standard of the People's Republic of China
GB/T 4857.11-2005
Chemical G 4.—2
Basic tests for transport packages
Part 11: Horizontal impact test methods
Packaging-Basic lesis for transport packages-Part 11 : Horizontal impact tcst methods(ISO 2244:2000.MOOD)
Published on 2005-05-25
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
Implementation on 2005-11-01
G1/14857 This standard is divided into 21 parts: Part 1: Marking of the positions during acceptance! Part 2: Temperature and humidity treatment: Part 3: Static sensitive load stacking test method; Part 4: Le force test method! Part 5: Tower drop test method: Part 6: Swelling test method: Part 7: Sine wave test method Part 8: Angle test method Part 9: Spray test method: Part 10: Sand variable vibration test method; Part 11: Water semi-impact test method; Part 12: Water control test method; Part 13: Low pressure test method; Part 11: Tipping test method!
Part 5: Controlled horizontal convex test force method Part 5: Use pressure reduction test ratio or whole method Part 17, Preparation of performance test age large drug design original list: -3 frequency division: Reduced performance test data! Part 3: Building test information record;
Part 20 screening, Yao Institute test method:
Part 2:, Prevention test method,
Part 22, Unit specific qualitative test total formula: Part 23: With the ancestral demolition test production reached, GE/T4857.11-200 5
Part 11 of GH/4357, six parts of the format are changed to international standard 152244.200 Packaging - Complete and full transport packages and unit loads
Water 7-shock test 3. Compared with 152244 standard, the revision of 3/457.11-12 Packaging transport packages: Water half-shock test method is mainly presented as follows: some formatting changes have been made according to the Chinese language: the relevant terms in the packaging terminology standard have been cancelled before the relevant terms are defined Content; The provisions on the temperature and humidity conditions of the test are wider than those in standard 15: According to the unified format of my country's GI/T18 series standards, the relevant contents of the test piece have been modified. The main changes compared with H/T187.11-1992 are as follows: 1. In the specification, the original 1-meter-wide loading piece is used as the unit cargo for transportation; 2. The requirements for the constant position of the product on the trolley have been changed; 3. The provisions for the test instrument have been added; 4. The requirements for the rotation of the hanging strength impact test equipment have been changed. Standardization: the first step and the second step:
GB/T4857.11-2505
Appendix A Test sequence
This part will replace G/T1657.11-2505 from 1992. This part is proposed by the National Packaging Standardization Technical Committee. The main units of this part are: China Machinery Product Selection Center, National Packaging Product Quality Supervision and Inspection Center [Dalian], Beijing Municipal Inspection and Quarantine of the People's Republic of China, National Packaging Product Quality Supervision and Inspection Center (Jinan). Part 1: Basic tests for transport packages Part 1F: Horizontal impact test method GD/T 4B57.11—2005 This part of GB/48 specifies the main performance requirements, test procedures and test limits for the test equipment used in horizontal impact tests (horizontal, surface and remote tests) for transport packages and unit cargoes. This part is used to evaluate the impact strength of transport packages and unit cargoes when subjected to horizontal impact and the ability of the packaging to protect the contents. It can be used as a single test or as part of a series or tests for packaging. 2 Normative references The following normative clauses become the references of this part through reference in this part. The dated documents and all subsequent amendments (including the language or revisions) of this part are not yet applicable. However, the latest versions of these documents may be used for the research plans reached based on this part. For all referenced documents without a date, their latest versions apply to this part. GB/T15S1.1 Method for marking various parts of packaging for transportation GB3/T1857.2 Temperature and humidity treatment of packaging for transportation GH/T4357.17 General principles for shrinkage performance test of packaging and transport packages GB/14357.18 Standard method for screening packaging products 3 Test principle
Make the test sample in a predetermined state and at a predetermined speed with a vertical plate of the same connection, or scan the plate surface and adjust the test sample in front of the impact surface, and place a close obstacle between the rolling objects to lock the car to maintain the impact under special circumstances. 4 Test equipment
4.: Horizontal impact test machine
Horizontal lifting test machine consists of track, trolley and baffle, 4.1.3 soft pass
Two straight rails, fixed in parallel on a horizontal plane 4.,2 trolley
4.1.2.1 There should be a test motion device: - can control the impact of the car. 4.1.2.2 There should be a real friction between the test sample and the trolley to make the test sample and the trolley move relative to each other during the static flow process before the impact. During impact, the test sample should be able to move freely relative to the vehicle. 4.1.3 Baffle
4.1.3.1 The baffle should be installed on the track, with a surface angle of 90° or 1\. 4.1.3.2 The center of the baffle should be half-full, with a size larger than the size of the test sample. 3.3 The baffle should have sufficient hardness. When subjected to a single load of 1inkz/cm, the change should not be greater than 25. 4.13.4 When necessary, a code can be installed on the baffle to make the test sample have a certain distance from the baffle after the test sample is impacted, so as to ensure that the test sample is in the baffle before and after the test sample is impacted.
4.2 Inclined impact test machine
The inclined impact test machine consists of a car and a baffle, as shown in Figure 1, GBT4857.11—2005
4.2.1 Rail test station
Heterogeneous control
Figure 1 Simplified diagram of inclined impact test machine
4.2.1.1 Two parallel rails, rail The angle between the track plane and the horizontal plane is 10\. 4.2.1.2 The track plane is divided into 50m sections. 4.2.1.3 The limit device is installed on the track to enable the trolley to climb the track at any position. 4.2.2 Trolley
4.2.2.1 The rolling device of the trolley is kept clean and rolling well. 4.2.2.2 The trolley is equipped with an automatic release device and is used in conjunction with the traction mechanism. The trolley can be automatically moved at any position on the surface. 4.2.2.3 There should be a certain friction between the test product and the table surface: so that the test sample and the trolley do not have a sweeping movement during the movement from the front to the impact: during the impact, the test product should be able to move relative to the trolley: 4.2.3 Baffle
4.2.3. 1 The baffle plate shall be installed at the lower part of the track. Its impact surface is parallel to the track and forms a 93-1 structural angle, which meets the requirements of Section 4.3.2-4.1.5.E of this part.
4.2.3.2 A breaker may be installed on the baffle plate to stop the impact once. 4.3 The pendulum impact test machine consists of the total pendulum impact test equipment, which is shown in Figure 2. 4.3.1 The total pendulum impact test machine is a rectangular plate. The rectangular plate is suspended from the four corners by materials such as bars or ropes. 4.3.1.2 The tabletop should be of the specified size and size to meet the test requirements. 4.3.1.3 When the tabletop of the free-standing crane is in a static state, it should remain horizontal. At this time, the green edge of the top just touches the sweeping plate 4.3.1.4 The overall lifting device shall be able to move freely in the direction of movement and shall not hinder its movement when the test lift is placed on the platform. 4.3.2 Baffle
The impact surface of the baffle shall be vertical to the horizontal plane and meet the requirements of Parts 1.3,~4,3.5 Impact test instrument
When necessary, the test instrument shall be installed on a trolley or a table to measure and record the tensile value, acceleration and impact rate. 6 Test procedure
6.1 Preparation of test samples
The test samples shall be obtained according to the requirements of [457.17]. 6.2 Numbering of test sample parts
According to the provisions of G/T4557.1. The test sample parts shall be numbered. 6.3 Pretreatment of test samples
According to the provisions of G/T4557.1, select the temperature and humidity treatment of the test sample under the condition of (H/43>7.2. 6.4 Temperature and humidity during the test
The test shall be carried out under the temperature and humidity conditions consistent with the pretreatment. If the treatment conditions are not met, the test must be started within 5 mir of the test sample leaving the treatment conditions.
6.5 Selection of test strength value
According to the provisions of G/T47.1H, select the test strength value. 6.6 Test steps 5.6.1 Connect the test sample to the trolley (horizontal impact test machine and inclined impact test machine or table (hanging impact test machine) 1..
0.6.1! When using the horizontal impact test machine or horizontal impact test machine for testing, the impact surface or chain of the test sample should be flush with the front edge of the trolley. When using the hanging impact test machine for testing, when the product is at a standstill, the impact surface or the calibrated surface of the test sample should not touch the impact surface.
6.6.1.2 When the test sample is impacted in the reverse direction: the angle between its impact surface and the impact surface of the baffle shall not be too large. 6.6.1.3 Calibrate the test sample When punching out, the difference between the punching out and the impact surface of the baffle shall be greater than 2. If the test standard is a parallel six-sided test, the angle between the surface of the connection and the baffle punching surface is not less than 5 or within the predetermined angle of ± [0, whichever is greater. See Figure 4. 6.6.1.4 When the test sample is subjected to angular impact, the test machine shall replace the plate at the bottom, and the error between the surface adjacent to the test angle and the baffle shall not exceed 5 or within the predetermined angle of ± 3%, whichever is greater (see Figure 4, 6.6.2 When using the horizontal impact test, the trolley shall be moved along the predetermined direction: and when it reaches the baffle punching surface, it shall reach The impact speed should be within the range of 500-6000. 6.6.3 When using the material surface impact test machine for testing, the trolley shall be raised to the required impact speed by the inclined plane. 6.6.4 When using the material surface impact test machine for testing, pull open the table and raise the position. When the distance between the table and the baffle plate reaches the required impact speed, release it. 6.6.5 Regardless of the testing machine used for the test, the impact speed error should be within 500-6000 of the predetermined impact speed. 6.6.6 After the test, the damage of the contents of the packaging shall be checked and the test results shall be analyzed. 3
CB/T 4857.11—2005
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heart! For the kind of vertical fast!
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Figure 3 for a core impact: the position of the test sample is sufficient for the course difference: push the light platform test, and ask for a flat test from the test to the red hanging layer test to the original month The same position and the allowable error column Figure 4 for a corner impact, the test sample test work free error test report check
test report blood package swing the following within the wear,
say the test system according to the car part report:
b) the multiple specifications of the contents, the bag mother, the whole blood, the parts can be used, if the blood is pulled with Description: Test product specification quantity
Detailed description of packaging container name, size, material, accessories, impact pads, supports, force method, time, torsion state and other assumptions:
The mass of the test sample and contents, in grams: pre-treatment of the gasket, relative humidity and test time;
Type of test equipment used:
Test condition during test:
Complete sample, test sequence and test number: impact speed, if necessary, the maximum speed reduction during the test! Attached obstacles, note the relevant circumstances; record the test results, and report the analysis report to explain the estimated test method and the difference between the original: test date, type, adjustment unit, GB/T4857.11-2005
-15102
heart! For the kind of vertical fast! bzxz.net
b for a water - press the impact for
Figure 3 for a core impact: the position of the test sample is sufficient for the course difference: push the light platform test, and ask for a flat test from the test to the red hanging layer test to the original month The same position and the allowable error column Figure 4 for a corner impact, the test sample test work free error test report check
test report blood package swing the following within the wear,
say the test system according to the car part report:
b) the contents of the multiple specifications, bags, blood, parts, etc., if the use of blood with pull objects to explain: test product specification quantity ||t t||Detailed description of packaging container name, size, material, accessories, impact pad, support, force method, time, torsion state and other assumptions:
Mass of test sample and contents, in grams: pre-treatment, relative humidity and temperature;
Type of test container:
Test condition during test:
Complete sample, test sequence and number of tests: impact speed, if necessary, the maximum speed reduction during the test; record the test results, and issue an analysis report to explain the estimated test method and the difference between this part and this part: test date, type, adjustment unit, GB/T4857.11—2005
-15102
heart! For the kind of vertical fast!
b for a water - press the impact for
Figure 3 for a core impact: the position of the test sample is sufficient for the course difference: push the light platform test, and ask for a flat test from the test to the red hanging layer test to the original month The same position and the allowable error column Figure 4 for a corner impact, the test sample test work free error test report check
test report blood package swing the following within the wear,
say the test system according to the car part report:
b) the contents of the multiple specifications, bags, blood, parts, etc., if the use of blood with pull objects to explain: test product specification quantity ||t t||Detailed description of packaging container name, size, material, accessories, impact pad, support, force method, time, torsion state and other assumptions:
Mass of test sample and contents, in grams: pre-treatment, relative humidity and temperature;
Type of test container:
Test condition during test:
Complete sample, test sequence and number of tests: impact speed, if necessary, the maximum speed reduction during the test; record the test results, and issue an analysis report to explain the estimated test method and the difference between this part and this part: test date, type, adjustment unit, GB/T4857.11—2005
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