No similar ISO standards were found during the formulation of this standard. This standard was formulated based on relevant domestic product classification standards and machine tool product model compilation methods. This standard specifies the model compilation method for geometric measurement instruments (hereinafter referred to as measuring instruments). This standard is applicable to the model compilation of measuring instruments. JB/T 8372-1996 Geometric measurement instrument model compilation method JB/T8372-1996 Standard download decompression password: www.bzxz.net

Machinery Industry Standard of the People's Republic of China
JB/T8372-96
Method for compiling geometric measuring instrument models
1996-04-22 Issued
Ministry of Machinery Industry of the People's Republic of China
1996-07-01 Implementation
JB/T8372-96
1 Scope
2 Classification of measuring instruments
3 Method for indicating measuring instrument models
4 Compilation table of measuring instrument models
JB/T8372-96
No similar ISO standards were found during the formulation of this standard. This standard was formulated based on relevant domestic product classification standards and machine tool product model compilation methods.
This standard has a normative and guiding role in the design, development, operation and sales of measuring tools and measuring instruments. This standard divides geometric measuring instruments into four levels: major categories, minor categories, varieties and product names. At the same time, the characteristic code, variant code and main parameters and secondary parameters are used to specify the product model. This standard will be implemented from July 1, 199%6. This standard is proposed and managed by the National Technical Committee for Standardization of Measuring Tools and Meters. The responsible drafting unit of this standard is Chengdu Tool Research Institute of the Ministry of Machinery Industry. The main drafter of this standard is Han Chunyang. This standard was first issued on April 22, 199%6. 1 Scope
Machinery Industry Standards of the People's Republic of China
Method for compiling geometric measuring instrument models
This standard specifies the method for compiling geometric measuring instruments (hereinafter referred to as measuring instruments). This standard is applicable to the compilation of measuring instrument models. 2 Classification of measuring instruments
JB/T8372-96
Measuring instruments are divided into ten categories according to their use and structural performance (see Table 1). In addition, "measuring chain and its components" and "general measuring instrument components and accessories" are listed as a category in Table 1.
2.1 Length measuring instrument
Generally used for measuring length in a plane. Angle measuring instrument
Generally used for measuring angle in a plane. 2.3 Shape and position error measuring instrument
Specially used for measuring shape and position error. 2.4 Surface quality measuring instrument
Specially used for measuring surface geometric parameters such as surface roughness and waviness. 5 Three-coordinate measuring machine
Specially used for measuring spatial coordinates.
5 Gear measuring instrument
Specially used for measuring gear geometric parameter values ​​2.7 Thread measuring instrument
Specially used for measuring thread geometric parameters. 2.8 Active measuring instrument
Specially used for online measurement and control in the machining process. Approved by the Ministry of Machinery Industry on April 22, 1996
Implementation on July 1, 1996
2.9 Special inspection machines and sorting machines
JB/T 8372-96
Special inspection machines are measuring instruments used to measure one or more geometric parameters of specific parts and determine whether the parts are qualified or not. Sorting machines are measuring instruments that automatically group parts according to the required dimensions based on the measurement results. 2.10 Other measuring instruments
Measuring instruments other than the above-mentioned measuring instrument categories,
2.11 Measuring chain and its components
A complete part composed of a series of units that constitute the measurement signal from input to output channel. The functional units that make up the measuring chain are called components.
2 General devices and accessories
Refers to the general functional components, standard components and measuring components of measuring instruments. 3. Indication of measuring instrument model
1“口” indicates capital Chinese phonetic letters: 2“△” indicates Arabic numerals:
3No indication when there is no code in brackets:
4All codes should be written continuously.
3.1Class code
Variant code
General characteristic code
Second parameter code
Main parameter
Product name code
A subclass and variety code
Class code
The class code is indicated by one capital Chinese phonetic letter (see Table 2), which is placed at the first position of the model. Table 2
3.2 Sub-category and variety code
JB/T8372-9
Various types of measuring instruments, measuring chains and their components, general devices and accessories are divided into several sub-categories according to their specific uses, principles and structures, and each sub-category includes several varieties. Sub-categories and varieties are represented by a capital Chinese phonetic letter, which is placed after the category code. 3.3 Product name code
is used to represent specific products in the same variety. Its code is represented by capital Chinese phonetic letters except I and O. 3.4 Main parameters
Main parameters represent the main specifications or other main technical parameters of measuring instruments, measuring chains and their components, general devices and accessories, and are expressed in Arabic numerals. The length unit is millimeter, and the angle unit is not uniformly specified. Except for the main parameters of three-dimensional coordinate measuring machines, which are expressed in converted values, other main parameters do not use converted values. When the main parameter value is less than 1, it should be expressed in numbers after the decimal point.
When the resolution or division value is a length value and is used as the main parameter, the code in Table 4 is used to represent the main parameter. 3.5 Second parameter
When the main parameters are the same but the resolution or division value is different, the second parameter is used to distinguish them. The second parameter only represents the resolution or division value of the measuring instrument, and its code is as specified in Table 3.
Resolution or division value
Resolution or division value
General characteristic code
Used to indicate the form of the reference measurement chain adopted by the measuring instrument, its code is represented by a capital Chinese phonetic letter (see Table 4). Table 4
General characteristic
3.7 Variant code
Induction synchronizer
When only part of the structure and performance of the original model measuring instrument is changed, a variant code is added to indicate it. The variant code uses the sequence number of Arabic numerals and is placed after the general characteristic code. If there is no general characteristic code, "two" is added to separate it from the previous number. 4 Measuring instrument model compilation table
Length measuring instrument (class code: L)
The length measuring instrument model compilation is shown in Table 5.
Single dust mark length measuring instrument
Product name
Vertical length measuring instrument
Horizontal length measuring instrument
Product name
Main parameters
Upper limit of measuring range
Upper limit of measuring range
Product name
Inner and outer diameter measuring instrument
Small and simple measuring instrument
Vernier caliper
Caliper with dial
Number Caliper
Micrometer
Micrometer with dial
Digital micrometer
JB/T8372—96
Table 5 (continued)
Product name
Inside diameter measuring instrument
Outside diameter measuring instrument
Inside diameter micrometer
Inside diameter micrometer
Depth micrometer
Thickness micrometer
Indicating plug gauge||tt| |Indicating internal caliper gauge
Indicating external caliper gauge
Pipe thickness gauge
Caliper gauge
Slot width measuring instrument
Height gauge
Depth caliper
Height caliper
Welding inspection ruler
Outside micrometer
Plate thickness micrometer
Wall thickness micrometer
Inside micrometer
Internal micrometer
Depth micrometer
Pointed head micrometer
Small probe micrometer
Three melon inner diameter micrometer
Odd groove micrometer
Lever micrometer
Main parameters
Measuring range
Upper limit value
Measuring range
Upper limit value
Measuring range
Upper limit value
Plane marker!
Product name
Universal tool microscope
Large tool microscope
Vertical comparator
Horizontal comparator
Angle measuring instrument (class code: J)
The model compilation of angle measuring instrument is shown in Table 6.
Product name
Universal angle ruler
Universal angle measuring instrument
Dividing head
Standard dividing round table
Universal rotary table
JB/T8372-96
Table 5 (end)
Product name
Product name
Table type universal angle ruler
Vernier type universal angle ruler
Eyepiece type dividing head
Video screen type dividing head
Digital dividing head
Multi-tooth dividing table
Main parameters
Measuring range||tt| |Upper value
Measuring range
Upper value
Measuring range
Upper value
Main parameters
Measuring range
Upper value
Upper value of measuring range
Center height
Worktable rotation diameter
Worktable rotation diameter
Angle unit
Angle unit
Variety name
Taper measuring instrument
Dial measuring instrument
4.3 Shape and position error measuring instrument (Class code: X) The model compilation of shape and position error measuring instrument is shown in Table 7. Subcategory
Product name
JB/T8372—96
Table 6 (end)
Product name
Product name
Sensor rotary roundness measuring instrument
Workbench rotary roundness measuring instrument
Sensor rotary roundness measuring instrument
(Can measure cylindricity)
Roundness measuring instrument
Collimator
Level
Workbench rotary roundness measuring instrument
(Can measure cylindricity)||t t||Frame level
Strip level
Combined image level
Main parameters
Measuring range
Upper limit value
Measuring range
Upper limit value
Main parameters
Radial measuring range
Upper limit value
Maximum working distance
Working surface length
Ping Meng seat measuring instrument
Parallel quotient
Dimensional response
Coaxiality
Run-out
Symmetrical response!
Product name
Flatness measuring instrument
Micrometer measuring surface
Parallelism measuring instrument
Rectangular ruler inspection instrument
Coaxiality measuring instrument
Runout measuring instrument
Symmetry measuring instrument
JB/T8372—96
Table 7 (end)
Product name
Main parameters
Working surface length
Measuring range
Upper limit value
Measuring range
Upper limit value
Center height
4.4 Surface quality Measuring instrument (class code: B) Surface quality measuring instrument model compilation see Table 8
Surface spicy rice
Surface obscuration
Surface shape and shrinkage
Variety name
Single parameter surface
Roughness measuring instrument
Two-dimensional parameter surface
Roughness measuring instrument
Three-dimensional parameter surface
Roughness measuring instrument
Multi-parameter surface
Roughness measuring instrument
Surface defect measuring instrument
Surface waviness measuring instrument
Surface shape measuring instrument
JB/T 8372-96
Product name
Portable single parameter surface roughness measuring instrumentBenchtop single parameter surface roughness measuring instrument
Portable two-dimensional parameter surface roughness measuring instrumentBenchtop two-dimensional parameter surface roughness measuring instrumentPortable three-dimensional parameter surface roughness measuring instrumentBenchtop three-dimensional parameter surface roughness measuring instrumentPortable multi-parameter surface roughness measuring instrumentBenchtop multi-parameter surface roughness measuring instrument
Main parameters
Measurable parameters||tt ||Lower limit value
Measurable R value
Lower limit value
Measurable R value
Lower limit value
Measurable R value
Lower limit value
Resolution or
Division value
Resolution or
Division value
4.5 Three-coordinate measuring machine (class code: S) The model compilation of three-coordinate measuring machine is shown in Table 9
Variety name
Cantilever
Three-coordinate measuring machine
Gantry
Three-coordinate measuring machine
Three-coordinate measuring machine
Coordinate boring
Three-coordinate measuring machine
Three-coordinate measuring marking machine
JB/T8372—96
Product name
Gantry (moving worktable) three-coordinate measuring machineGantry (moving measuring arm) three-coordinate measuring machineCode
Main parameters| |tt||Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Conversion factor
Conversion factor
Conversion factor
Conversion factor
Conversion factor4 Surface quality measuring instrument (class code: B) Surface quality measuring instrument model compilation see Table 8
Surface spicy rice
Surface obscuration
Surface shape and shrinkage
Variety name
Single parameter surface
Roughness measuring instrument
Two-dimensional parameter surface
Roughness measuring instrument
Three-dimensional parameter surface
Roughness measuring instrument
Multi-parameter surface
Roughness measuring instrument
Surface defect measuring instrument
Surface waviness measuring instrument
Surface shape measuring instrument
JB/T 8372-96
Product name
Portable single parameter surface roughness measuring instrumentBenchtop single parameter surface roughness measuring instrument
Portable two-dimensional parameter surface roughness measuring instrumentBenchtop two-dimensional parameter surface roughness measuring instrumentPortable three-dimensional parameter surface roughness measuring instrumentBenchtop three-dimensional parameter surface roughness measuring instrumentPortable multi-parameter surface roughness measuring instrumentBenchtop multi-parameter surface roughness measuring instrument
Main parameters
Measurable parameters||tt ||Lower limit value
Measurable R value
Lower limit value
Measurable R value
Lower limit value
Measurable R valuebZxz.net
Lower limit value
Resolution or
Division value
Resolution or
Division value
4.5 Three-coordinate measuring machine (class code: S) The model compilation of three-coordinate measuring machine is shown in Table 9
Variety name
Cantilever
Three-coordinate measuring machine
Gantry
Three-coordinate measuring machine
Three-coordinate measuring machine
Coordinate boring
Three-coordinate measuring machine
Three-coordinate measuring marking machine
JB/T8372—96
Product name
Gantry (moving worktable) three-coordinate measuring machineGantry (moving measuring arm) three-coordinate measuring machineCode
Main parameters| |tt||Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Conversion factor
Conversion factor
Conversion factor
Conversion factor
Conversion factor4 Surface quality measuring instrument (class code: B) Surface quality measuring instrument model compilation see Table 8
Surface spicy rice
Surface obscuration
Surface shape and shrinkage
Variety name
Single parameter surface
Roughness measuring instrument
Two-dimensional parameter surface
Roughness measuring instrument
Three-dimensional parameter surface
Roughness measuring instrument
Multi-parameter surface
Roughness measuring instrument
Surface defect measuring instrument
Surface waviness measuring instrument
Surface shape measuring instrument
JB/T 8372-96
Product name
Portable single parameter surface roughness measuring instrumentBenchtop single parameter surface roughness measuring instrument
Portable two-dimensional parameter surface roughness measuring instrumentBenchtop two-dimensional parameter surface roughness measuring instrumentPortable three-dimensional parameter surface roughness measuring instrumentBenchtop three-dimensional parameter surface roughness measuring instrumentPortable multi-parameter surface roughness measuring instrumentBenchtop multi-parameter surface roughness measuring instrument
Main parameters
Measurable parameters||tt ||Lower limit value
Measurable R value
Lower limit value
Measurable R value
Lower limit value
Measurable R value
Lower limit value
Resolution or
Division value
Resolution or
Division value
4.5 Three-coordinate measuring machine (class code: S) The model compilation of three-coordinate measuring machine is shown in Table 9
Variety name
Cantilever
Three-coordinate measuring machine
Gantry
Three-coordinate measuring machine
Three-coordinate measuring machine
Coordinate boring
Three-coordinate measuring machine
Three-coordinate measuring marking machine
JB/T8372—96
Product name
Gantry (moving worktable) three-coordinate measuring machineGantry (moving measuring arm) three-coordinate measuring machineCode
Main parameters| |tt||Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Three coordinate measurement
Upper range value
Conversion factor
Conversion factor
Conversion factor
Conversion factor
Conversion factor
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