This standard specifies the measurement unit codes for length, mass (weight), volume and other quantities used in the fields of administration, commerce and transport! including (units of count). This standard applies to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities. This standard does not affect the use of other codes between parties to international trade that are not included in the appendix to this standard but are specified in international conventions or agreements. GB/T 17295-2008 International Trade Measurement Unit Code GB/T17295-2008 Standard Download Decompression Password: www.bzxz.net
This standard specifies the measurement unit codes for length, mass (weight), volume and other quantities used in the fields of administration, commerce and transport! including (units of count). This standard applies to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities. This standard does not affect the use of other codes between parties to international trade that are not included in the appendix to this standard + but are specified in international conventions or agreements.

The provisions in the following documents become the provisions 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/T 3100-1993 The International System of Units and its Application (eqv ISO:1000:1992)
GB 3101 General principles for quantities, units and symbols (GB 3101-1993, eqv ISO:31-0:1992)
GB 3102 (all parts) Quantities and units [GB 3102-1993, eqv ISO 31 (other parts except 31-0):1992]
GB/T 16472-1996 Codes for types of goods, types of packaging and types of packaging materials (eqv UN/ECE 21)
ANSI ASC X12 Data Element Number 355-Unit or basis for measurement code

ICS35.040
National Standard of the People's Republic of China
GB/T17295—2008
Replaces GB/T17295—1998
Codes for units of measure used in international trade
Codes for units of measure used in international tradePromulgated on 2008-06-18
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of ChinaStandardization Administration of the People's Republic of China
Implementation on 2008-11-01
Normative references
Terms and definitions
Principles for inclusion in code tables
Code structure and representation
Composition and description of code tables
Maintenance rules
Appendix A (Normative Appendix)
Appendix B (Informative Appendix)
According to the unit of measurement Code table arranged by the quantity and information of the units of measurement Code table arranged by the English names of the units of measurement Appendix C (informative appendix) Code table arranged by the common codes of the units of measurement References
GB/T17295—2008
GB/T17295—2008
This standard refers to the 4th edition of "International Trade Unit Code" (CEFACT/ICG/2006/IC001) of Recommendation No. 20 of the Working Group on Simplification of International Trade Procedures of the United Nations Centre for Trade Facilitation and Electronic Business (UN/CEFACT). The main differences between this standard and the international standard are: the international standard structure has been slightly adjusted according to GB/T1.1-2000; the code table description part of the international standard appendix has been deleted, and some contents have been integrated into Chapters 4 and 5 of the revised standard; the code table structure follows GB/T17295-1998 "Code of Measurement Units for International Trade", and the international standard appendices I, II and III are combined to form Table A.1 and Table A.2 of Appendix A of the revised standard, and Appendix A is sorted according to the English name of the measurement unit and the common code, forming Appendix B and Appendix C.
This standard replaces GB/T17295-1998 "Code of Measurement Units for International Trade". The main differences between this standard and GB/T17295-1998 include: adding the introduction;
- The contents of Chapters 4, 5 and 6 of GB/T17295-1998 are integrated, supplemented and improved according to Chapters 9 and 10 of the international standard to form Chapters 4, 5 and 6 of this standard; the code table of GB/T17295-1998 is supplemented, modified and improved according to Appendix II and Appendix III of the international standard, and the number of measurement units increases from 1095 to 1189, including 95 new measurement units, modifying the Chinese names of 35 measurement units, adding description information of 364 measurement units, and re-compiling the cross-reference numbers of measurement units. Appendix A of this standard is a normative appendix, and Appendix B and Appendix C are informative appendices. This standard is proposed by the China National Institute of Standardization. This standard is under the jurisdiction of the National Technical Committee for Electronic Business Standardization. The main drafting units of this standard are: China National Institute of Standardization and Chengdu Institute of Standardization. The main drafters of this standard are: Ma Shengnan, Lin Xi, Ren Guanhua, Zhang Jianfang, Hu Hanjing, Sun Wenfeng, Xu Chenghua, Luo Jun. This standard was first issued in 1998.
GB/T17295—2008
In international trade, the units of measurement should be clearly used, which is not only convenient for the performance of commercial contracts, but also for the application of international trade procedures and laws and regulations.
The International Bureau of Weights and Measures (BIPM) was established in Sevres, France in 1875. At the first International Conference on Weights and Measures, the International Bureau of Weights and Measures signed the International Metric Convention. The bilingual (English and French) website of the International Bureau of Weights and Measures is http://bipm.fr. The International System of Units (SI (see the above BIPM website)) was adopted as an international standard at the 11th International Conference on Weights and Measures held in 1960. The aim of the above work and other related international activities (i.e. international activities that use common rules of standardized measurement methods to unify measurement units and ensure comparability of results) is to promote mutual understanding among trade participants, improve customs clearance conditions and ensure comparability of international trade and transport statistics.
The United Nations, through the United Nations Centre for Trade Facilitation and Electronic Business (UN/CEFACT), is committed to supporting the improvement of the ability of commercial, trade and administrative agencies in developed and developing countries and countries with economies in transition to exchange products and related services effectively. The key is to facilitate international trade through the simplification and harmonization of procedures and information flows. The work plan of UN/CEFACT emphasizes that the purpose of developing this recommendation is to simplify and harmonize current practices and processes in international transactions. Therefore, the role of the Information Content Management Group (ICG) of UN/CEFACT is to ensure the quality, practicality and effectiveness of code sets and code structures so that UN/CEFACT can manage and maintain the United Nations Economic Commission for Europe (UN/ECE) recommendations related to codes. At the plenary meeting held in March 2005, UN/CEFACT replaced the code list appendix of UN/ECE Recommendation No. 20, 4th edition (CEFACT/ICG/2006) IC001) with the code list appendix of UN/ECE Recommendation No. 20, 3rd edition (TRADE/CEFACT/2005). The purpose of this standard is:
Standardization for easy communication;
- Clarify and simplify the use of measurement units through comparison;
- Meet the needs of actual users;
- Easy code maintenance.
Therefore, this standard gives the code list of measurement units widely used in administration, commerce, transportation, science and technology. The measurement units listed in this standard provide users with the expression methods of physical quantities currently used in international or regional trade. The measurement units included do not include measurement units of address quantities or non-physical quantities, nor do they include measurement units that were once used but are no longer commonly used. I
1 Scope
Codes of units of measurement for international trade
GB/T17295—2008
This standard specifies the codes of units of measurement for length, mass (weight), volume and other quantities (including units of measurement) used in the fields of administration, commerce and transport.
This standard applies to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities. This standard does not affect the use of other codes between parties to international trade that are not included in the appendix to this standard but are specified in international conventions or agreements.
2 Normative references
The provisions of the following documents become the provisions of this standard through reference in this standard. For dated references, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties to agreements based on this standard are encouraged to study whether the latest versions of these documents can be used. For undated references, the latest versions of these documents apply to this standard. GB3100—1993 International System of Units and Its Application (eqvISO1000:1992) GB3101 General Principles for Quantity, Unit and Symbol (GB3101-1993, eqvISO31-0:1992) GB3102 (all parts) Quantity and Unit [GB3102—1993, eqvISO31 (other parts except 31-0):1992] GB/T16472—1996 Code for Type of Goods, Type of Packaging and Type of Packaging Material (eqvUN/ECE21) ANSIASCX12DataElementNumber355--Unitorbasis formeasurement code3 Terms and Definitions
The following terms and definitions apply to this standard. Unit of measure
A specific quantity defined and adopted by agreement. By comparing other similar quantities with it, its size (magnitude) relative to this specific quantity can be obtained.
4 Code table collection principles
4.1 This standard gives a code table of measurement units for information exchange. The increasing amount of electronic data exchange in daily trade has promoted the development of such codes. For enterprises that use the United Nations Trade Document System (based on the United Nations Trade Document Style) in electronic data interchange (EDI), or use the United Nations Trade Data Meta Directory and/or the United Nations Trade Data Interchange Directory, the code table is another international common tool to maintain consistency in trade terms, with the aim of making the implementation of international trade clearer and simpler. 4.2 In order to ensure the need for international coordination and unification of measurement units, this code table is divided into three levels: Level 1 (standard level): measurement units in GB3102 expressed in SI. This includes the prefixes of the relevant units in GB3100~3102 plus SI prefixes. Level 2 (equivalent standard level): measurement units that can be converted with SI units. Level 3 (information level): measurement units that are not suitable for levels 1 and 2 but are included to meet the needs of users. Including: measurement units widely used internationally; measurement units used at the regional level with extensive international influence; measurement units used only in the region. The overall structure of the standardization of measurement units is shown in Figure 1. 1
GB/T17295—2008
4.3 The principles for the inclusion of the code table are as follows:
Regional level
Regional system with international influence
International level
SI standard
Figure 1 Standardization classification of measurement units
Only units with SI prefixes are included, such as measurement units with standard multiples composed of mega (M) and giga (G);
Measurement units with non-standard multiples cannot be given codes as independent measurement units, such as measurement units composed of 10M and 100M;
Numerical values ​​are not measurement units, such as 10 and 25, and no code form is given. 5 Code structure and representation
5.1 This standard standardizes the names of SI units, English units and other measurement units, and uses them as marking symbols for measurement units. When the abbreviations of the unit names are required, the laws and regulations related to foreign trade usually require the use of these marking symbols. 5.2 The writing of unit names, unit symbols and Chinese symbols in this standard shall comply with the provisions of GB3100. Except for the unit names determined according to the inherent names, which require the first letter to be capitalized, the unit marking symbols shall usually be lowercase letters. For example:
Ampere
Weber
5.3 Principles for compiling general codes:
second
ampere
The code value of the general code should be represented by three alphanumeric characters of indefinite length (an, .3), and the priority of code assignment should be based on the following principles:
The alphanumeric code value of the unit of measurement shall give priority to UN/ECE Recommendation No. 20, first edition (1985 edition); the alphanumeric code value of the unit of measurement shall give priority to American National Standards Institute standard data element 355 (ANSIASCX12T-355);
Note: When the code value of UN/ECE Recommendation No. 20, first edition and the code value of American National Standards Institute standard data element 355 both represent the same unit of measurement, only the code value in UN/ECE Recommendation No. 20, first edition shall be retained. The code value of the measurement unit shall be given in the format of "letter-number-number (ann)", and its value is A01～Z99. 6 Composition and description of the code table
6.1 Code table components
The code table consists of three parts:
Appendix A (normative appendix) is a code table arranged according to the quantity and information of the measurement unit; Appendix B (informative appendix) is a code table arranged according to the English name of the measurement unit; Appendix C (informative appendix) is a code table arranged according to the general code of the measurement unit. 6.2 Code table attributes
6.2.1 Status The symbol
indicates the maintenance status of a certain unit of measurement. Its specific values ​​are as follows: - Plus sign (+): New entry, indicating a new unit of measurement added to the code table. - Pound sign (#): Name change, indicating a unit of measurement whose name has been changed in the code table. GB/T17295-2008
Vertical line (I): Change of characteristics, indicating a unit of measurement whose information other than the name has been changed in the code table, such as a change in grade/category information.
- Letter D (D): Deprecated, indicating a unit of measurement that is deprecated by the International Bureau of Weights and Measures. - Letter X (X): Marked as deleted, indicating a measurement unit that is retained in this code table but is marked as deleted. When appropriate, these measurement units may be restored through the maintenance program. -Equal sign (:): Restored entry, a measurement unit that was previously marked as deleted and restored in this code table. 6.2.2 Quantity
Name of the measurement physical phenomenon.
--For the quantity units in levels 1 and 2 (SI units or SI equivalent units), the physical phenomena associated with a particular class are listed under the headings that give the names of the relevant parts in GB3.101 and GB3102. The units of measurement in level 3 are divided into 9 categories according to the definitions in 6.2.3.3. In most cases, each quantity is given only one name. When a quantity is given two or more names without distinction, they are on the same level.
6.2.3 Levels/Categories
The identification of the standard level or information level of the measurement unit, 6.2.3.11 Level: Standard level, i.e. SI standard units, standard and commonly used multiple units, Note: Standard multiple units are represented by "S", and commonly used multiple units are represented by \M\, such as "1 meter", \IS centimeters" and "1M hundred meters". 6.2.3.22 Level: Equivalent standard level, i.e. standard units (English, American, etc.) and commonly used multiple units equivalent to SI. 6.2.3.33 Level: Information level, i.e. the 9 types of information level measurement units (counting units and various other units) as shown in Figure 2, most of which have no conversion factors with SI units. These units of measurement are used to give information and to promote the assignment and use of common codes for these units of measurement: Information level
Basic 1
SI standard units
S/efficient units
Standard level
Standard level
Figure 2 Composition of the level/category framework of measurement units
GB/T17295-—2008
-3.1 Basic units defined in levels 1 and 2: -3.2 Sales units;
—3.3 Packaging units;
-3.4 Shipping and transport units;
Industrial special units (various);
-3.6 Information technology units;
—3.7 Integers/quantities/factors;
—3.8 Multiples/fractions/decimals;
-3.9 Miscellaneous.
6.2.4 Unit name
The name of the measurement unit, including the Chinese name and the English name. The naming of the Chinese name of the measurement unit basically complies with the provisions of Chapter 5 of GB3100-1993. Some measurement units have round brackets in the Chinese name. The name in the round brackets is a synonym of the previous name (except for the English system, American system or explanatory text).
Some measurement units have square brackets in the Chinese name. The characters in the square brackets are retained as the full name, and the characters in the square brackets are omitted to be the abbreviation. The characters in the square brackets can be omitted without causing confusion or misunderstanding. 6.2.5 Description
Text description of the measurement unit. These explanatory texts should be gradually added to the existing unit entries in the code table. If possible, the source of the explanatory text should be indicated. All new unit entries in the code table without SI unit conversion factors should have explanatory text. Unit entries with SI unit conversion factors may or may not have explanatory text. 6.2.6 SI unit conversion factors
Other units can be converted to equivalent SI units if necessary. If the values ​​in this column are accurate, the words "(accurate value)" are added after the values.
6.2.7 Symbols
Symbols for indicating measurement units. The symbols used in this standard are internationally accepted symbols. 6.2.8 General codes
General codes are standard codes recommended by this standard. 6.2.9 Cross reference numbers
Sequential numbers used for searching in the code tables in Appendix A, Appendix B and Appendix C. In the code table of Appendix A, the measurement units marked with "*" in the "cross reference number" column are the legal measurement units of my country specified in GB3102. The names of the quantities and the names and symbols of the measurement units are consistent with GB3102 (the symbol for hectares adopts the international symbol ha). 6.3 Description of the composition of the code table
This standard uses three appendices to list the code tables. 6.3.1 Code tables arranged by quantity and information of measurement units Appendix A is a normative appendix and only includes level 1 and level 2 unit entries. The columns in Table A.1 and Table A.2 in Appendix A include: - quantity;
grade/category;
- status identification;
unit name;
conversion factor;
- representation symbol;
- description;
- general code;
cross-reference number.
GB/T17295—2008
Among them, Table A.1 is a code table arranged by quantity of measurement units, and Table A.2 is a code table arranged according to the information of measurement units. 6.3.2 Code table arranged according to the English names of measurement units Appendix B is an informative appendix, including level 1, level 2 and level 3 unit entries. The columns in Table B.1 in Appendix B include: unit name;
-representation symbol;
general code;
-level/category;
status identification:
cross reference number.
Table B.1 is a code table arranged according to the English names of measurement units. The contents of each column are consistent with the contents of the corresponding columns in Appendix A.
6.3.3 Code table arranged according to the general codes of measurement units Appendix C is an informative appendix, including level 1, level 2 and level 3 unit entries. Table C.1 in Appendix C has the following columns: General code;
Unit name;
Class/category;
Status identification;
Existing code;
Cross-reference number.
Table C.1 is a code table arranged according to the general code of measurement units. The column of existing code has four parts: 3-digit code of UN/ECE Recommendation No. 20, 1st edition; 3-letter code of UN/ECE Recommendation No. 20, 1st edition; 2-letter/digital code of GB/T16472--1996; 2-letter-digital code of American National Standards Institute Standard Data Element 355 (ANSIASCX12T-355). 7 Maintenance rules
7.1 The code table of measurement units provided in this standard is intended to facilitate maintenance, coordination and simplification. 7.2 If a measurement unit is deleted from the code table, the general code assigned to it will no longer be assigned to other measurement units. GB/T17295--2008
Chinese nameEnglish name
Space and time
Appendix A
(Normative appendix)
Code table arranged by quantity and information of measurement units Table A.1 Code table arranged by quantity of measurement units Unit name
Category identification Chinese nameEnglish name
SPACE AND TIME
[Plane] Angle
angle(plane）
Solid angle
Radius of curvature
Cartesian coordinates
solid angle
length
breadth
height
thickness
radius
radius of
curvature
cartesian
coordinates
diameter
lengthof
distance
radian
milliradian
microradian
[angle
[angular]minute
[angular]second
steradian
milliradian
microradian
degree unit
ofangle
Conversion factor
mXm-1=1
10-3rad
(accurate value)
10-6rad
(accurate value)
1.745329×
10-2rad
2.908.882X
minute unit:
Tofangle
sccondunit
of angle | |Nanometernanometre
picometre
femtometre】
astronomical unit
parsec
surveying chain
microinch
femtometre
decametre
1.848137X
gon
1.570796×
10-2rad|| tt||m2×m21
10m (accurate value)
10-2m (accurate value)
(accurate value)
10%m (accurate value)
102m (accurate value)
103m (accurate value)
1em (accurate value)
1639m (accurate value)
1012m (accurate value)
10-15m
(accurate value)
10m (accurate value)
nauticalmile1852m (accurate value)
angstrom
10-10m (accurate value)
astronomical1.49597870x
parsec
fathom
micro-inch
3.085678X
(accurate value) Value)
25.4X10-3m
(Accurate value)
25.4X10-9m
(Accurate value)
(Accurate value)
(Accurate value)
n'mile
Code reference number
Chinese nameEnglish name
volume
Level/status
Unit name
Table A.1 (continued)||tt| |Conversion factor
Category mark
Chinese name
English name
micro-inch
milli-inch
square meter
square kilometer
ten acres
square centimeter
square decimeter
square millimeter
micro-inch
mile (statute
milli-inch||tt ||lightyear
squaremetre
square
kilometre
decare
hectare
square
centimetre
square
decimetre
square
millimetre
squareinch
squareinch
squarefoot
squareyard
squaremile
cubicmeter
cubicmillimetre
mega litre
millimetre
centimetre
decimetre
millilitre
25.4×10-9m
(accurate value)
(accurate value)
(accurate value)
1609.344m
(accurate value)
25.4×10-6m
(accurate value)
(accurate value)
10m (accurate value)
103m (accurate value)
101m2 (accurate value)
(accurate value)
(accurate value)
(accurate)
10m (accurate value)
9.290304X
10-2m (accurate value)
8.361274X
10-1m2 (accurate value)
2.589988km2
4C46.856m2
103m (accurate value)
10-3m (accurate value)
10-9m3
(accurate value)
10-6m3
(accurate value)
10-3m3
(accurate value)
10-5ms
(accurate value)
GB/T17295--2008
Code reference number
GB/T17295-2008
Chinese name
English name
volume||tt ||Unit name
Chinese name
Standard cubic
Cubic inch
Cubic foot
Cubic yard
Gallon (UK)
Table A.1 (continued)
Conversion factor
English name
hectolitre
centilitre
decilitre
microlitre
kilolitre
decalitre
standard
cubic foot
cubic inch
cubic foot
cubic yard
gallon(UK)
gallon(US)
pint(US)
pint(UK)
quart(UK)
liquid pint
(US)
liquid
liquid quart
(US)
dry pint
(US)
fluid ounce
(UK)
quart(US)
quart(US)
fluid ounce
(US)
bushel
(UK)
bushel
bushel(US)
(US)
10-1m3
(accurate value)
10-5m3
(accurate value)
10-4m3
(accurate value)
10-9ma
(accurate value)
(accurate value)
(accurate value)
16.387064X
10-6m(accurate value)Www.bzxZ.net
2.831685×
10-2m(accurate value)
0.764555m3
4.546092X
10-3m(accurate value)||tt ||3.785412×
10-3m (accurate value)
10-4m (accurate value)
10-4m (accurate value)
1.1365225X
10-3m3
0.4731765dm
0.946353dm3
5.506105×
10-4m3||tt| |2.841306×
10-5m3
0.9463529×
10-3m3
2.957353X
10-5m3
3.636872X
10-2m2
3.523907X||t t||10-2m3
gal(UK)
gal (US)
pt(US)
pt(UK)
qt(UK)
ligpt(US)
liqqt(US)
drypt(US)
floz(UK)
qt(US)
floz(US)
bushel(UK)
bu(US) )
Quote number523907X
10-2m3
gal(UK)
gal (US)
pt(US)
pt(UK)
qt(UK)
ligpt(US)
liqqt(US)
drypt(US)
floz(UK)
qt(US)| |tt||floz(US)
bushel(UK)
bu(US)
Quote number523907X
10-2m3
gal(UK)
gal (US)
pt(US)
pt(UK)
qt(UK)
ligpt(US)
liqqt(US)
drypt(US)
floz(UK)
qt(US)| |tt||floz(US)
bushel(UK)
bu(US)
Quote number
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