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GB/T 8411.2-2008 English PDF

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GB/T 8411.2-2008: Ceramic and glass insulating materials -- Part 2: Methods of test
Status: Valid

GB/T 8411.2: Historical versions

Standard IDUSDBUY PDFLead-DaysStandard Title (Description)Status
GB/T 8411.2-2008669 Add to Cart 5 days Ceramic and glass insulating materials -- Part 2: Methods of test Valid
GB/T 8411.2-1987519 Add to Cart 4 days Porcelain insulating material for electrical applications--Part 2: Test methods Obsolete

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GB/T 5591.2   GB/T 5591.1   GB/T 11026.1   GB/T 5132.3   GB/T 5132.4   GB/T 8411.3   

Basic data

Standard ID: GB/T 8411.2-2008 (GB/T8411.2-2008)
Description (Translated English): Ceramic and glass insulating materials -- Part 2: Methods of test
Sector / Industry: National Standard (Recommended)
Classification of Chinese Standard: K15
Classification of International Standard: 29.035.30
Word Count Estimation: 29,289
Date of Issue: 2008-06-30
Date of Implementation: 2009-04-01
Older Standard (superseded by this standard): GB/T 8411.2-1987
Adopted Standard: IEC 60672-2-1999, MOD
Regulation (derived from): Announcement of Newly Approved National Standards No. 11 of 2008 (No. 124 overall)
Issuing agency(ies): General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China
Summary: This standard applies to electrical insulation ceramics, glass, ceramics, glass, mica and glass material combination. This section provides a test method, the purpose is to measure the sample using these methods materials used in typical performance parameters. In most cases, the electrically insulating ceramic member size and shape of the sample is far away, so the results of these tests are only guiding the actual characteristics of components parameters. Forming the sample and the sample processing method requirements discussed in the relevant place.

GB/T 8411.2-2008: Ceramic and glass insulating materials -- Part 2: Methods of test

---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Ceramic and glass insulating materials. Part 2. Methods of test ICS 29.035.30 K15 National Standards of People's Republic of China Replacing GB/T 8411.2-1987 Ceramic and glass insulation Part 2. test methods (IEC 60672-2..1999 MOD) Posted.2008-06-30 2009-04-01 implementation General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China China National Standardization Administration released Directory Foreword Ⅲ 1 Scope 1 2 Normative references 1 3 Test General 1 4 dye permeability test (liquid absorption) 3 5 bulk density and open porosity (stomatal) 4 6 bending strength 6 Modulus of elasticity 10 8 Average linear thermal expansion coefficient of 13 9 specific heat capacity 14 Thermal conductivity 15 11 thermal shock resistance 16 12 glass transition temperature (glass only) 17 Electrical strength 18 14 withstand voltage 20 15 relative dielectric constant, dielectric constant temperature coefficient and loss factor 21 16 Volume resistivity 22 Appendix A (Normative) Test standard temperature conditions 24

Foreword

GB/T 8411 "ceramic and glass insulation material" is divided into three parts. Ceramic and glass insulating materials - Part 1. Definitions and classifications; Ceramic and glass insulating materials - Part 2. Test methods; Ceramic and glass insulating materials - Part 3. Material properties. This section GB/T 8411 "ceramic and glass insulation material" part 2. This part of the revision adopted IEC 60672-2..1999 "Ceramic and glass insulating materials - Part 2. Test Methods" (in English). The clauses in this section, the standard structure and IEC 60672-2..1999 exactly. The terms, symbols, units used in this section are consistent with IEC 60672-2..1999. The main difference between this part and IEC 60672-2..1999 is. a) Remove the foreword of IEC 60672-2..1999; b) replace the comma "," which is the decimal point with the decimal "."; c) Add in Table 3 Note. "If the conditions are not allowed, the test can be 20mm sample, the corresponding conditions such as jig round rod diameter also changed Is 20mm. " Nearly three decades, China's porcelain insulator industry to obtain the bending strength data are based on the sample diameter of 20mm. To and IEC standards and gradually transition to the IEC sample, this section adopts IEC 60672-2..1999C100 category porcelain bending strength specimen diameter, that is 10mm diameter sample. Taking into account the use of the original experimental data during the transition period, A sample of 20 mm in diameter. GB/T 8411-2008 "Ceramic and glass insulating materials" instead of GB/T 8411.2-1987 "Electrical porcelain materials Part II. Test side law". Compared with GB/T 8411.2-1987 main changes are as follows. --- The original standard name "porcelain material" in accordance with IEC 60672 changed to "ceramic and glass insulation." --- In order to meet the needs of the text mining standards, in accordance with the structure of IEC 60672, the original two parts for the three parts. --- GB/T 8411 will be extended from the scope of pure electrical porcelain materials to electrical insulation ceramics, glass ceramics, glass bonded clouds Female and glass materials. This Part replaces GB/T 8411.2-1987 "porcelain materials Part II. Test Method." This section compared with GB/T 8411.2-1987 main changes are as follows. a) Remove the original standard of tensile strength, impact bending strength, porosity, dynamic elastic modulus measurement measurement method; b) deleted the original standard test classification of the content; Appendix A of this section is normative appendix. This part is proposed by China Electrical Equipment Industry Association. This part of the National Standardization Technical Committee insulator (SAC/TC80) centralized. This section is responsible for drafting unit. Xi'an Institute of Porcelain. Participated in the drafting of this section. Xi'an Electric high voltage porcelain limited liability company, Nanjing Electric Group Co., Ltd., Hunan University, Fu Shun Electric Porcelain Manufacturing Co., Ltd., Dalian Porcelain Co., Ltd. The main drafters of this section. Xie Qingyun, Luo Hanying, Yao Junrui, Yuan Feng, Bandung, Cai Kefei, Zhang Haibin, Guo Peng. This part of the standard replaces the previous editions are. --- GB/T 8411.2-1987. Ceramic and glass insulation Part 2. test methods

1 Scope

This section GB/T 8411 applies to electrical insulation ceramics, glass ceramics, glass-bound mica and glass materials. This section provides Test methods, the purpose is to use these methods to measure the typical properties of the material used in the sample parameters. In most cases, the electrically insulating ceramic parts The dimensions and shape are far from the specimen, so the results of these tests are only indicative of the actual part properties. The sample into The requirements for type and sample handling methods are discussed in the relevant section.

2 Normative references

The following documents contain provisions which, through reference in part of GB/T 8411, become the provisions of this section. For dated references, Its subsequent Amendments (not including errata content) or revisions do not apply to this section, however, to encourage the agreement reached under this section Of the parties to study whether the latest version of these documents can be used. For undated references, the latest version applies to this section. GB/T 1214.2-1985 Vernier caliper Vernier caliper GB/T 1216-2004 Diameter micrometer (DIN863-1..1999 MOD) GB/T 1219-2000 Geometrical Specifications Length Measuring Instruments. Indicator Table Design and Measurement Technical Requirements (eqv ISO 463. 1996) GB/T 1408.1-1999 Test methods for electrical strength of solid insulating materials at power frequency (eqv IEC 60243-1. 1988) GB/T 1409-1988 Determination of electrical insulation materials in the power frequency, audio, high frequency (including rice wave wavelength) dielectric constant and dielectric loss Test methods for factors (eqv IEC 60250. 1969) GB/T 1410-1989 Test methods for volume resistivity and surface resistivity of solid insulating materials (eqv IEC 60093. 1980) GB/T 8411.1-2008 Ceramic and glass insulating materials. Part 1. Definition and Classification (IEC 60672-1..1995 MOD) GB/T 8411.3-2008 Ceramic and glass insulating materials. Part 3. Material properties (IEC 60672-3..1997 MOD) GB/T 10580-2003 Solid insulation materials used in the test before and during the standard conditions (IEC 60212. 1971 IDT) GB 10581-1989 solid insulating materials at high temperature insulation resistance and volume resistivity test method (eqv IEC 60345. 1971) Determination of glass transition temperature of electrically insulating materials IEC 61006..1991 ISO 758. 1976 Determination of density of liquid chemical products for industrial use at Glossary and symbols - Part 1. Probability and general statistical terms ISO 7884-8. 1987 Glass viscosity and sticking point - Part 8. Determination of transition temperature (dilatometer method)

3 Test General

3.1 Sample The sample preparation conditions should be as close as possible to the normal conditions of the part manufacture and sufficient specimens should be prepared to characterize this normal condition. Sample formation And surface treatment methods will affect the test results, and therefore the sample preparation and surface preparation methods used should be as much as possible with the parts used in manufacturing The same way. Test report should indicate the preparation of the sample. All values measured in this section apply only to the preparation of the method The same shape of the sample, does not apply to other shapes and sizes of the sample and ceramic components, nor is it suitable for other methods of manufacturing samples and ceramics part. Table 1 lists the minimum number of samples required for each test. NOTE. The thermal prestress state of glass depends on the following factors for tempered glass samples. --- Coefficient of thermal expansion above and below the glass transition temperature (refer to IEC 61006);
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