JB/T 10023-1999 Portable gear base pitch measuring instrument

JB/T 10023-1999 This standard is a revision of ZB J42 023-88 "Portable Gear Pitch Measuring Instrument". During the revision, only editorial changes were made according to relevant regulations, and the technical content has not changed. This standard specifies the type and basic parameters, technical requirements, marking and packaging of portable gear pitch measuring instruments. This standard is applicable to portable gear pitch measuring instruments with a graduation value of 0.001mm and a measurable gear module of 1 to 16mm. This standard was first issued on April 22, 1988. JB/T 10023-1999 Portable Gear Pitch Measuring Instrument JB/T10023-1999 Standard download decompression password: www.bzxz.net

ICS 25.060.20
Machinery Industry Standard of the People's Republic of China
JB/T10023-1999
Manual gear base pitch measuring instrument1999-05-20 Issued
National Bureau of Machinery Industry
2000-01-01 Implementation
JB/T18423-1999
This standard is formulated on the basis of J42023-BB portable gear base pitch measuring instrument of that date. This standard is consistent with the technical content of J42023-88 of July, and is only re-edited according to relevant regulations. This standard replaces ZBJ42023.-88 from the date of implementation. Appendix A of this standard is the appendix of the standard.
This standard is proposed and submitted by the Technical Committee for Standardization of Gear Instruments. The drafting unit of this standard is Shanghai Gear Mill. This standard was first issued in 1988.
Mechanical Industry Standard of the People's Republic of China
Portable Gear Base Pitch Measuring Instrument
MnuafgearbasepilehmarasuriaginstrurmentJB/T 10023—1999
Generation J4202388
This standard specifies the type and basic data, technical requirements, marking and packaging of portable gear base pitch measuring instruments. This standard is applicable to portable gear base pitch measuring instruments with a graduation value of 0.0u1mm and a measurable gear pitch of 1-1hmT (hereinafter referred to as base pitch instruments).
2 References
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. Customers using this standard should explore the possibility of using the latest versions of the following standards: GBT4879-1985
GB75U48-1985
GB 6388--1586
GB/T10095-1988
JB/T93291999
3 Definitions
Rust-proof packaging
Moisture-proof packaging
Transport packaging Receiving and shipping marks
New 1 Linear measuring wheel accuracy
Basic environmental conditions for operation and test methods of instruments 3.1 The terms, definitions and codes for the accuracy of disconnected linear measuring column gears involved in this standard shall be in accordance with the provisions of GB/T10095. 3.2 Portable long wheel pitch gauge
A manual pitch gauge that measures the pitch difference of gears using an indicator gauge according to the absolute measurement method. 4 Type, basic number and value
4. See Figure 1 for type [for reference only?
4.2 Running capital parameter
The diameter of the matching hole with the indicator gauge is H.
Approved by the National Machinery Industry Week on May 20, 1999 and implemented on January 1, 2000
5 Technical requirements
Piece-to-piece
Adjustment
1BT100231999
Meishu Fast Position
5.1 There shall be no external defects on the pitch gauge that may affect its performance. Figure t
5.2 All moving parts 1 operate smoothly and flexibly without sticking. 3.3 The fasteners are fully secured without looseness. The scale value of the fixed volume
indicator is variable, the indication error is careful, and the indication variability is not greater than the requirements of Table 1. 5.4
Permanent position specificationbzxz.net
Graduation value
Total 30 points
± 0.0005
5.5 Surface torsion of the measuring plate shall be as follows: Tea
Precision point
Indication variability
Any approximately within the entire indication specification
±0 00E
Fixed oxygen does not measure the surface and positioning type, but the surface roughness R value of the measured surface is 0.1mb, and the surface roughness R value of the movable female claw measuring surface is 0.2m. 5. 6
The hardness of each measuring surface of the basic instrument shall not be less than 13HV, and the measuring surface shall not change more than 0.5N for 1.5~2.5N. 5.2:
The indication error of the base section shall not be too large as specified in Table 2 below. 5.8
20 minutes on time
5 minutes late
5.9 The base section shall be accompanied by an adjustment and Appendix 2
± 0.0015
Note: Within 10 minutes width
Within 50 minutes width
JB/T70023—1999
5.10 Appendix 1. The roughness R value of the work surface shall not exceed -10.05m5.11 Appendix 1. The plane tolerance of the work surface and the contact surface is 0.15m, 5.12 Appendix 1. The parallelism tolerance of the work surface is 0.5±m (The edge of the work surface of the block T is within 0.5mm) 5.13 The difference in the size of the work surface of the block 1 before and after is not more than 0.5μm. 6 Marking and packaging
6.1 The base should be marked with:
2) Registered trademark or name:
b) Product name;
) Measurable gear reading range;
d) Product serial number:
) Year and month of production.
6.2 The packaging box should be marked with:
ar Note: high standard or factory name:
6) Name of production station:
CIH gear module.
6.3 The transportation and packaging of the instrument should comply with the provisions of GBT4879, GB5048 and GB/T6388. 64 The instrument should have a product certificate and product instruction manual. The product certificate shall be marked with the number of this standard and the product serial number. 6.5 The instrument shall comply with the requirements of JA/T9329 under transportation and packaging conditions. A1 Basic section receiving indication error, indication variability JB/T10023-1999
Appendix A
Appendix to the standard
Test method
Place the instrument on the platform of the horizontal optical comparator: the moving direction of the movable claw is consistent with the direction of the normal optical tube, connect the measuring head of the horizontal optical comparator with the intruder, and rotate it. Turn the micro-movement end to make the negative direction of the instrument indicator needle face zero. At this time, the reading light tube should also be at the next degree. Return the indicator needle. Turn the micro-movement screw. Check the pointer within -0.05mm, -0.04mm, -0.03mm, -0.02mm, -0.01mm, 0mm, 0.01mm, 002mm: 0.03mm, 0.04mm, 0.05mm. Record the number of each point from the reading light tube. The maximum difference is the average value. The dynamic calibration of the indication value must be repeated five times at any position according to the above method. Take the maximum difference of the five results. The parallelism of the working surface of the A2 attachment block is verified by contact interference with the center length of the working surface and four points around it. A3 accessory: The size difference of the front and rear working surfaces of the blocks will be measured after the front and rear blocks are ground together. Use a contact interferometer to check whether the working surface of the block 1 and the working surface of the cushion block are in the same plane L.
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