This standard specifies the codes for units of measurement used in administration, commerce, transport, science and technology, and industry for length, mass (weight), volume, and other quantities. The codes provided in this standard are applicable to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities. GB/T 17295-1998 Codes of units of measurement used in international trade GB/T17295-1998 Standard download decompression password: www.bzxz.net
This standard specifies the codes for units of measurement used in administration, commerce, transport, science and technology, and industry for length, mass (weight), volume, and other quantities. The codes provided in this standard are applicable to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities.

GB/T 17295—1998
The Opinions on Comprehensively Promoting my country's Legal Units adopted by the State Council in 1984 stipulates: "In some scientific and technological fields, if there is a special need, some non-legal units of measurement may be used, but they must be consistent with the names and symbols stipulated by relevant international organizations." Based on this principle, in order to meet the needs of my country's foreign trade, this standard was formulated with the participation of the United Nations Economic Commission for Europe (UN/ECE) Recommendation No. 201 & Code of Units for International Trade (1995 Edition). The names and symbols of the units of measurement are basically the same as those in the recommended standard: individual symbols have been appropriately modified according to GB310~3102-93. The United Nations Economic Commission for Europe (UN/ECE) Recommendation No. 20 not only includes the measurement primaries specified in the International System of Units (SI), but also includes other measurement units commonly used in international trade, and provides a transition period for the unification of SI. During the transition period, some measurement units that are not comparable to SI will be gradually eliminated.
The original text of the UN/ECE Recommendation No. 2C includes the main text, Appendix A, Appendix B, Appendix C and Appendix D. The main text consists of 9 parts: preface, introduction, specification, application field, definition, reference text, code table collection principles, code structure and representation, and maintenance rules. Appendix A is a code element description. Appendix B, Appendix C and Appendix D It is the relevant content of measurement units listed in the form of a table. The measurement units marked with ※ in the code table of this standard are the legal measurement units of my country, which are equivalent to GB3102-93. When using this standard, the various standard application departments of my country should give priority to the legal measurement units of my country. This standard has made the following adjustments to the UN/ECE 20th recommended standard in terms of structure and content: 1. According to the provisions of GB/T1.11933, the main text has been re-arranged, the instructions in the original recommended standard that are not related to the use of this standard have been deleted, and the descriptions of this standard have been added with reference to GB310~3102-93. Description of technical contents. 2. Appendix A of the original recommended standard is an explanation of the code structure of accounting units in the first edition (1985 edition) of the recommended standard. The revised edition (1995 edition) is mainly to compile common codes, so Appendix A of the original recommended standard has been deleted, and the original 4 appendices have been reduced to 3 appendices. 3. The procedural content of the maintenance of the code table in China stipulated in the recommended standard is changed to the procedural content of my country's maintenance of this standard. 1. In order to comply with the relevant provisions of the compilation of information classification and coding standards in my country, based on Appendix B of the original recommended standard (i.e. Appendix A of this standard), add the column "General Code".
5. Appendix D of the original recommended standard is a comparison table of the first edition packaging type code (GB/T16472-1996) of the recommended standard and the American National Standards Institute standard data element 355 measurement unit code (A.VSIA.SC.X12T-355), which is used as Appendix C (indicative appendix) of this standard. 6. In order to meet the needs of my country's trading parties during the transition period, the conversion values ​​of British units are added to the "conversion factors and notes" to accurately use units outside the SI system.
Appendix A and Appendix B of this standard are standard appendices, and Appendix C is an indicative appendix. This standard is proposed by the China Institute of Standardization and Information Classification and Coding. The drafting units of this standard are: China Institute of Standardization and Information Classification and Coding, and the Unit System Office of the State Administration of Investment and Technology. The main drafters of this standard are Zhang Rongjing, Fang Qing, Li Ba, and Zhao Yan. 388
GB/T 17295-1998
UN/ECE Foreword
UN/ECE Recommendation No. 20 Codes of Units of Measurement for Use in International Trade, a revised version, was formally adopted by the United Nations Economic Commission for Europe (UN/ECE) Working Group on Simplification of International Trade Procedures (WP.4) of the State Council Administrative Department for Standardization at its 52nd meeting in September 1995. Its number is: ECE/TRADE/R.888/Rev.4. The revised version of this recommended standard strives to achieve: standardization for easy communication
by clarifying and simplifying the use of units of measurement!
|| to meet the needs of actual users;
|| to facilitate the maintenance and coordination of code entries. To this end, this standard provides a list of unit codes widely used in administration, commerce, transportation, science and technology. P.4 Consultations were held with ISO/TC12 with interested countries during the preparation of this standard, as well as with relevant bodies of the Inland Transport Committee of the European Community and other international organizations interested in the ECE Recommendation on Simplified Trade, in particular the World Customs Organization (WCO). Representatives of regional and national organizations participating in meetings of Expert Group 1 (Data Elements and Automatic Data Exchange) and of the Working Group also contributed to the preparation of this Recommendation. The Working Group on Simplified International Trade Procedures recommends that all parties involved in international trade use the unit codes described in this Recommendation when they need to use them. The units listed in this Recommendation provide users with an indication of physical quantities currently in use in international or regional trade. The units included do not include units of address or non-physical quantities, nor do they include units of measurement that were once in use but are no longer in use. SEs
1 Scope
National Standard of the People's Republic of China
Codes for units of measure used in international tradeGB/T17295--1998
This standard specifies the codes for units of measure used in administration, commerce, transportation, science and technology, and industry for length, mass (weight), volume, and other quantities.
The codes provided in this standard are applicable to manual and automatic information exchange between parties involved in international trade and other economic, scientific and technological activities. 2 Referenced Standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are valid. All standards will be revised. Parties using this standard should explore the possibility of using the latest version of the listed standards. GB3100-93 International System of Units and Its Application (egvIS01000:1992) GB3101-93 Quantities, Units and Symbols - General Principles (egV15)31-01992) B3102.1-93 Quantities and Units of Space and Time (egIS0)31-1:1992) GB3102.2-93 Quantities and Units of Periods and Related Phenomena (egvIS0312:1992) GB3 102.3-93 Quantities and units of mechanics (eqvISO) 31-3: 1992) GB3102.4-93 Quantities and units of heat (envISO31-4: 1992) Quantities and units of electricity and magnetism (01S0) 31-5: 1992) GB3102.5-93
GB3102.6-93 Quantities and units of light and related electromagnetic radiation (e4V[SO31-6: 1992) GB 3102.7—93 Quantities and units of acoustics (cyISO 3]-7:1992) GB3102.8—93 Quantities and units of physical chemistry and molecular physics (cq1S031-8:1992) GB3102.9—93 Quantities and units of atomic physics and nuclear physics (eV1S031-9:1992) GB3102.10—93 Quantities and units of nuclear reactions and ionizing radiation (egvISO31-10:1992) GB 3102.12—93 Characteristic numbers (egvIS0 31-12:1992) GB3102.13—93 Quantities and units of solid state physics (VISO31-13:1992) GR964888 International System of Units Code (negLSO2955.1983) GB/T16472-1995 Codes for types of goods, packaging types and packaging materials 3 Definitions
This standard uses the following definitions:
Unit of measure
A specific quantity defined and adopted by agreement, with which other quantities of the same kind can be compared, to indicate the value given relative to its size. 4 Code table collection principles
4-1 Taking into account the specific country of this standard, this code table is based on the legal measurement units of my country and includes other measurement units commonly used in international trade, and is divided into three levels:
Level 1 (standard level): units in GB3IC2 expressed in SI, including relevant units in GB3100~3102 plus SI prefixes (decimal sieve units and fractional units);
State Administration of Technical Supervision 199-03 -27 approved
1998-10-01 implementation
GB/T17295—1998
Level 2 (equivalent standard level): units in centimeter-gram-second system (cgs)/foot-pound-second system (fps)/UK/ES that can be interchanged with SI units:
Level 3 (prompt level); all the measurement units included are not suitable for inclusion in levels 1 and 2, but are only to meet the needs of actual users. 4.2 Principles for the inclusion of measurement units in the code table: only units with SI prefixes are included, such as units consisting of mega (M) and giga (G)! Units used to mark difficult screening numbers are not given codes as independent units, such as units composed of 10 megabytes and 100 megabytes. 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 compiles universal codes for measurement units based on the letter codes for measurement units in the first edition of UN/ECE Recommendation No. 20 and the alphanumeric codes for measurement units in the American National Standards Institute Standard Data Element 355 (ANSI ASC X12T-355). 5.2 The code value of the universal code is represented by three alphanumeric characters of indefinite length (an..3). 5.3 Principles for compiling universal code values ​​
5.3.1 It is preferred to use the existing code values ​​in the first edition of UN/ECE Recommendation No. 20 or ANSI ASC X12T-355; when two code values ​​indicate two measurement units at the same time, only the code value in the first edition of UN/ECE Recommendation No. 20 is retained. 5.3.2 When there is no existing code value, the new universal code is coded in the format of letter-number-number (ann) from A01 to Z99. 6 Composition and explanation of the code table
6.1 The code table consists of three parts:
Appendix A (standard appendix) is a code table arranged by quantity and information of measurement units; Appendix B (standard appendix) is a code table arranged by the English name of measurement units; Appendix C (informative appendix) is a code table arranged by the universal code of measurement units. 6.2 Composition of the code table in Appendix A
Appendix A is a code table of measurement units arranged by quantity and information. The columns include quantity, grade/category, use identification, unit name, conversion factor and remarks, representation symbol, universal code, and document reference number. 6.2.1 Abbreviation of physical quantity. The property of phenomena, objects and substances that is qualitatively distinguished and determined by quantification. The units of measurement in levels 1 and 2 (standard level and equivalent standard level) are listed in the title of this part according to their attributes. The units of measurement in level 3 are divided into 9 categories as defined in 6.2.2 Level/Category. In the case of large numbers, only one name is given for each quantity. When more than two names are given for a basis without distinction, they are in an intermediate position.
Some Chinese names of quantities are enclosed in parentheses. The name in the parentheses is a synonym of the previous name (except for explanatory text). Some Chinese names of quantities are enclosed in square brackets. The characters in the square brackets are retained as the full name, and the abbreviation is omitted if the characters in the square brackets are omitted. The characters in the square brackets can be omitted without causing confusion or misunderstanding. 6.2.2 Level/Category
The symbol of the standard level or indicative level of measurement unit, 1 represents SI unit, Decimal multiple units and fractional units and customary units (standard numbers). Decimal multiple units and fractional units are marked with S, and customary multiple units are marked with M.
2 Indicates SI equivalent units and customary multiples (equivalent standard level). Decimal multiple units and fractional units are marked with S, and slow multiple units are marked with M
3 Indicates 9 categories of units classified by information:
3.1 Defined units in level 1 and level 2 units3.2 Sales units
3.3 Packaging units
3-4 Shipping and transportation units
3.5 Special industrial units (various)
3.6 Information technology units
3.7 Integers/numbers or/coefficients
3.8 Multiple factors
3.9 Miscellaneous
CB/T 17295--1998
The units of measurement in level 3 (except for the miscellaneous units in 3.5 and 3.9) are subdivided into: A—Units generally used internationally
B—Units used at the regional level with broad international interests; C—Units used only in regions or industries. 6.2.3 Usage symbols
X—These units are restricted in use.
2: These units will be phased out before 1999. They are included in the table for information purposes. 6.2.4 Unit names
The naming of the Chinese names of English units is based on the provisions of Chapter 5 of GB 3100--93. The Chinese names of some units are enclosed in parentheses. The name in the parentheses is the name preceding it. The synonyms of the name (except for the English, American or explanatory words).
Some Chinese names of measurement units contain square brackets. The characters in the square brackets are retained as the full name, and the characters in the square brackets are omitted to form the abbreviation. The characters in the square brackets can be omitted without causing confusion or misunderstanding. E.2.5 Conversion of national numbers and remarks
When necessary, it is used to convert other units into SI values ​​and other instructions. If the value in this column is accurate, the words "(accurate value)" are added after the value.
E.2.6 Indication symbols
Symbols for measurement units. The symbols used in this standard are internationally accepted symbols. E.2.7 General code
Codes for measurement units expressed in a..3. 6.2.8 Cross-reference numbers
Used for checking the order of the units in Appendix A, Appendix Book and Appendix I code table. E-2.9 The measurement units marked with * in the code table are the legal measurement units of my country as specified in GB3102. The names of the quantities, the names of the measurement units and the symbols are consistent with GB3102 (the symbols of public items adopt the international symbol ba). 6-3 Composition of the code table in Appendix B
Appendix B is a code table arranged according to the English names of the measurement units. The columns include the name of the measurement unit, the symbol, the general code, the level/category, the use mark, and the cross-reference number. The content of each column is consistent with the content of the corresponding column in Appendix A. 6.4 Composition of the code table in Appendix C
Appendix C is a code table arranged according to the general code of the measurement unit. The columns include the general code, the name of the measurement unit, the level/category, the use mark, the existing code, and the cross-reference number. The existing code column has four parts: the 3-digit code of the first edition of UN/ECE Recommendation No. 20; the 3-letter code of the first edition of UN/ECE Recommendation No. 20; the 2-letter/digital code of GB/116472; the 2-letter code of the American National Standards Institute Standard 355 Measurement Units (ANSI ASC X12T-355). 7 Maintenance Rules
7.1 The provided measurement unit code table is intended for easy maintenance, coordination and simplification. 7.2 This standard is maintained by the national standardization administrative department. If it is necessary to revise the code table of this standard: the update request should first be submitted to the national standardization administrative department, and then submitted to the international maintenance organization of this standard after review. 7.3 When a unit of measurement is deleted from the Codes: table, the generic code assigned to it will no longer be assigned to other units of measurement. 392
Chinese name
Space and time
E plane scale
Solid angle
Radius of curvature
Cartesian coordinates
English name
Class/Use
Category designation
SPACE AND TIME
(plane)anglc
solid argle | | tt | GB/T 17295—1998
Appendix 4
(Standard Appendix)
Table of measurement unit codes
Table A1 Measurement unit codes arranged by quantity Unit name
Chinese name
Microradian
[arc minute
[arc second
steradian
dry meter (kilometer)
nano[no] meter
pico[kemeter
femto[par
astronomical unit
parsec
continental chain
English name
radian
milliradian
microradian
degree
minute
sec ond ||tt | |tt||aingstrom
asttonamicalunit
parser
Ifuthoit:
Conversion numbers and remarks
0. 017 453 3 rad
2.50888×10-1rad
4. E28 14X100 rad
same as gont
0, 015 707 96 tad
1352maccurate value）
10-10m（accurate value）
1. 495 978 7 X
3. 085 678 ×131* m
1.8288m only)
Code number
Chinese multiple names
Semi-light
Provincial Carl standard
English name
length
bredth
height
thickness
tadias
radius of
curvatute
cartesian
rordinates
diameter
length of path
distance
yolune
Grade/use
Category identification
GB/T 17295—1998
Table Al (continued)
Unit name
Chinese name
micro-inch
milli-inch
square meter
square sub-meter
ten acres
square centimeter
square decimeter
square millimeter
square inch
square foot
square yard
square mile
cubic meter
cubic millimeter
cubic centimeter
cubic decimeter
English name
imiero-itack
(statute ile)
milli-inch
light year
squarcmnctre
square kilometres
hectare
square centimetre
square decimetre
square millimctrc
square inch
square inchfoct
square yurt
squatemile
cubic metre
megalitre
cubic millimetre
cubic ccntimcire
cubic decittetre
mililitre
bectolitre
centi.itre
conversion factors and notes
25.4 mm (exact value)
0. 304 8 m (exact value)
0. 914 4m (quasi-auxiliary value)
1609.344m
(accurate value)
9. 460 730X1015m
100m (quasi-value)
10m (accurate value)
6.451 6 cm*
(quasi-value)
0. 092 933 04m
(accurate value)
0.835127-36 m
(estimated value)
2.589 988km
4 046. 856 m2
20㎡ (accurate value)
Code 9
Text name
English name
volume
Grade/piece
Category mark
GB/T 17295—1998
Table A1 (continued)
Single name
City name
Standard cubic English member
Cubic Yingshan
Cubic Yingchen
Point square yard
Gallon (fresh)
Gallon (US)
Pint (US)
Pint (UK)
Quart (UK))
Pin (US)
Liquid pint (US)
Dry pint (US)
Reduced plate)
Quart (US)
Liquid pan (US)
Bushel (UK)
Bushel (US)
Barrel (US)
(for oil, etc.)
River barrel (US)
Ten gallons (US)
Dry quart ()
Fuwen name
decilitre
microliLre
kilolitre
decalire
siandardcubic
cubie inch
cuhic ioot
eubicyard
gallon(UK)
Rallon(S)
pint(US)
piat(UK)
iquid pit(uS)
liquidquart(UJS)||dry pint(LS)
fluid ounce,UK)| |tt||quart(tis)
luid urre(US)
buslel((EK)
bushel(uis)
(pctioleumelc.)
dry barel(LS)
dry gallon(US)
dry quartt's)
second
rinute
conversion factor and notes
26.316 85 dm
enzyme value）
16. 387 064 cm*
（accurate value）
38.31655 dm
（accurate value）
0. 764 554 9 m3
4. 546 092 dm
（accurate value）
3. 785 412 dn3
should have the meaning
t.56826125dm
(male jumping plant)
1.136523do
G. 473 176 5 dm
0. 946 353 dn
0.5506105cm
28. 413 13 4
should have the definition
29. 573 5 cm
36.36872 dm2
35.23907dm
158. 987 3 tm
[115. 627 1 dm
4. 404 884 dm*
1. 101 221 dma
53s (accurate value)
56008 (accurate value)
gal(uK)
galtts)
pt(UK)bzxz.net
JigFt(US)
liggi(US
drypt(us)
uz(UK)
floz(US)
bushel(tK)
bu(ts)
barrel(Lis)
bbl(US)
drygal(t's)
dry qt(US)
Universal intercourse
Surrogate mother festival number
: BIL)
HUR83\
Chinese name
Angular velocity
Angular acceleration
Hu velocity
Group velocity
English name
angularvelocity
Grade/Use
Category tag
angular acelera-
phese velocity
groupvekocity
GB/T 17295—1998
A1 (continued)
Zone name
Chinese name
Nanosecond
Week
Year
Degree per minute
English name
kilosecond
mil.isecond
micrasecond
Banosecond
rropical year
radiart per srcod
degree per square radian
spriared
meter per minute
kilometer per hour
millimeter per second
centimeter per minute
meter per minute
foot per minute
neirt per speed
inch per second
5. 025 4 m /s
(vibrant)
inch per second linear speedincl)per second
2. 54X_0 =mjs
(linear speed)
【Metric per second
Wang Du[Xiao"Ye
Hocl per second
mil:pe:hour
0.3048m/s
(accurate value）
（accurate value）
rat/s*
Ei/tin
rile/h
Code
C16197
2M 1 98
KNT'10G*
Chinese name
free fall
gravitational acceleration
English name
arceleration
acrelerationof
freefall
acceeratian die
logravity
cirature
period and related phenomena
membrane rotation frequency
angular rate
attenuation coefficient
potential coefficient
propagation coefficient
frequency
rotaticfal
Frequency
Grade/Use
Category mark:
GB/T 17295--1998
Table A1 (continued)
Unit name
Chinese name
meter per second
English name
meter per second
squared
uiligel
Conversion factors and remarks
0.31m/s (exact value)
foot per secondfootpersecondlo.304bm/s second
inch per second
second (plus this degree)
Squarod
(exact value)
inchper
second
[2. 54 × 10 -2 m/g2
squared(acceler-
（accurate value）
inch per secandsecond(vibration acceleration squared（ vibra-
ion aoceleratin
reciptocal metre
PERIOTIC AND REI.ATED PHENOMENAi
angular frenuency,
puEsatance
wavelength
wavenumber
repetency
atteuaticn
coefficient
phase cuefficien:
propagation
Coeficient
dry fermentation
megaberta
lereherz
[咖]梦[孩] g:gahertz
revolutions per second
revolutions per minute
intensity per
tcciprcal second
revuluricts pet
second
Tevolu:icns Fer
minute
Teciproral minute
fadian per serond
reciprocal second
anetre
aagsr:on
rcejrroral retre
1D-0m(estimated value）
Code number
MSK106
RIS120
RPM121
MTR125||tt| |A11126'
C92127·
Chinese name
field[pond level
power level
coarse Ni coefficient
logarithmic reduction| |tt||English name
Grade/Use
Building identification
lever of a fieidl
quattity
nvei f powt:r
quattity
darpirng
cceffieicrt
Ingarithnic
decremeal
MECHANICS
mass(weight)|| tt||GE/T 17295—1998
Table A1 (continued)
Unit name
Chinese name
Neppel per second
T gram ( Kilograms)
tons (metric tons)
pan (weighing)
English)
phase (US)
Mowen name||tt| |Jereibel
reciprocsl secand
neper per secrnd
microgram
decagram
decigram
kilegrata
L'entigrsn
Conversion factor remarks
C.1151293Np
[8. 685 89 dB
caaemelrieton)1000kg (accurate value) Hecitonme
cailigrata
bertagram
jkilntonne
TElegegra|| tt||pouric
graita
hunulredwrigtet
hundred
0. 153592 37 kg
(accurate value)
64.79891mg
(accurate false)
50.80235kg
pounds
cwt/hundrad-|| tt||weight (US)
45.359287kg
（accurate value）
（UK）orlong
1.015 047
（US）
itun(LS)
五(燕)
Isicre(tik)
16.350233kg
US） or short icn (Us) or short
UK/US)
ion (LIK/WS)
Hygrometer or medicine
ajrorhccarics'
0.907181 7 t
31.5034768g
(accurate value)
sut(u)
ton(Us)
Universal exchange
North code Book pain number
C975130
Cai131
C5G[132
KGM158
HGM144
CWi150
CWA151||tt ||Chinese name
volume quantity,
mass density
specific volume,
mass volume
line degree,
line Quality mouse
English name
rolunicmess
reukR density,
density
level/brush
building identification
relstive maxs der-
relative density
specificvolume,||tt ||masgir vrlume
lineardensity
larmss
GB/T 17295—1998
Table A1 (Ling)
Unit name
Japanese name:
English name
kilogram per cubic meter
gram per cubic centimeter
ton per square meter
gram per milliliter
gram per liter
gram per cubic meter
gram per cubic meter||tt ||Kilogram per cubic meter
Ikilogram per r?.
Calculation factors and notes
Tbic. metre
cubic1(60kg/m
grampe
cenime.re
(true value）
tonune per cuhic l 000 kg/m
（accurate value）
gran per millitre
1 000 kg/m
（accurate value）
kilogram pet litre||tt ||1 000kg/ms
（accurate value）
1 kg/m（accurate value）
gramperlitre
gram per cube
mntlligram per cubic meter -
bic metre
megegrat per t
bicmette
1 000 kg /m*
kilogram er cu||tt| |1 000kg/m
whole gram liter
microgram per cubic meter
cubic foot
per gallon (U.S.)
pound per square inch|| tt||cubic meter per dry gram
deciliter quarter gram
liter-year kilogram
dink per meter
hic decimetre
milligratt per litre|| tt||microgram per
cubic metre
percubic
16. 018 5 kg/m
puund per gallonf2.198 264X
(US）|| tt||10\kg rn?
pound per cubid
21 79.9 kg/m*
cubic meure peri
kilugrari
decilitre pergram 0.1m*/kg(value)mililitre per kilo-10-5 m/kga
kilogram pet tne.
(exact value)
gram per metre
10 centimeters
kilogram per millimeter
milligram per meter
per foot
xihaiyingyu
(gtamper10)
tentimeires
kilagral per mil
limetre
miligranperme-
potnd per loot
pound Fer imh uf
lEcngth
[1. 488 15 kgm
17. 88 7 kg/m
kg/dm?
Jb/gal(Us)
kg/rim
Code number
KMQ/156*
D11158
C63171
A39172
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