JB/T 10231.10-2002 Tool product testing methods Part 10: Countersinks

This part specifies the test methods and test equipment used in the test of finished countersinks. These methods are not exclusive. This part is applicable to the test of various countersinks produced according to GB/T 1143, GB/T 4258~GB/T 4266. JB/T 10231.10-2002 Tool product test methods Part 10: Countersinks JB/T10231.10-2002 Standard download decompression password: www.bzxz.net

1CS25100.30
Machinery Industry Standard of the People's Republic of China
JB/T10231.10—2002
Tool instrument testing methods
Part 10: Countersinks
2002-07-16 Issued
2002-12-01 Implementation
Issued by the State Economic and Trade Commission of the People's Republic of China Scope
Normative reference documents
Testing basis
5 Surface torsion accuracy test
6 Hook diameter..
6.1 Test method
6.2 Test tool.
7 Cutting part of saturated chain
7.1 Test piece method.
7.2 Inspection products
8 Position tolerance
8.1 Inspection method
8.2 Inspection equipment
9 Drill front and rear angles, screw angles
Inspection method
Inspection equipment
10 Guide diameter of guide drill and guide column aperture [0.] Specification method
10.2 Inspection target
First handle and vehicle radical
Mo Min Lian Na.
Your drill total length and working part length shop
Logo packaging
JB/T10221.10-2002
This standard is proposed by the China Machinery Association, and the standard is under the jurisdiction of the China Machinery Association and the Standardization Technical Committee. The responsible units for this standard are: Henan First Machinery, Runnan Machinery and Electronics College, etc. The main drafters of this standard are: Zhao Huamin, Ding Bohai, Wang Xuexun, Xia Huiyi, Jie Xinbei, Shi Zhou. JE/T10231.10—2002
1 Scope
Tool product testing methods||tt ||Part 10: Drill
JB/T10291.10—2002
This part specifies the inspection methods used in the trace detection of drill products. These methods are not exclusive. This part is applicable to the inspection of various drills produced by GB/T1143, GB/T4258--GBT4265. 2 General references
The following documents become the terms of the technical part through the reference of this part of B/T[0231. For all dated references, all subsequent corrections (excluding errata) or discontinued editions are excluded. They are not applicable to this part, however, parties to agreements based on this part are encouraged to investigate whether the latest versions of these documents are applicable: For any undated referenced documents, the latest versions shall apply to the technical part,
GR/T1143—[98460, 90°, 120* Chain handle chain face drill ([503293:1975) GBT4258—198460°, 90, 120 straight handle pin face hook drill (neg[503294:1975) GR4259—1984 Technical conditions for chain face hook drill GB/T4260—1984 Straight handle flat bottom with number hanging German estimation ncgISO4206: 1977) B/T4261--1984 flat bottom drill with replaceable guide handle (neq1S04207: 1977) GR/4262--1984 technical conditions for accessories
Straight tree 90\ screen front with guide column (neq1S04205: 1977) GB/T4263-1984
GB/T4264-1984 90° cone drill with replaceable column handle: neggISO4204: 197J) GB 4265-1984 90° hook drill technical conditions GB/T 4266--1984
Replaceable guide core for hook drill: (neg1504208, I977) JD/T10231.1··2K01 Tool product testing method Part 3: Inspection basis
Related product ball and drawing,
4 Appearance
According to the provisions of Chapter 4 of JB/TJ0231.1-20K1. 5 Surface roughness detection
According to the provisions of Chapter 5 of B/T102.3.1-2001. 6 Hook drill diameter
6.1 Testing method
6.1.160°, 90°, 120 hook drill
And the thousandth is measured directly in the middle of the rigid column part, B.1.2 Drill with guide column
Use the lower scale to measure directly in front of the blade part. 1
JB/T10231.102002
6.2 Testing equipment
The value is 0.0mm or 0.001rm.7 Taper angle of drill cutting part
7.1 Testing method
7.1.1 Testing of drill with even number of teeth
Use universal angle ruler to measure, see Figure 1.
7.12 Testing of drill with odd number of teeth
Use run-out inspection instrument and angle ruler to measure, see Figure 2.
Note: For the precise measurement of the angles of other parts, you can use universal ruler microscope to detect, 7.2 Testing equipment
Single negative ruler, run-out inspection instrument and angle ruler or square microscope. B. Position tolerance of specificationwww.bzxz.net
8.1 Test method
8.1.1 Oblique circular run-out of cutting edge or axial circular run-out of end edge2
On a V-shaped drill, the end face of the shank is close to the positioning notch (the center hole of the end face of the shank and the fixing block are like a ball), and the measuring head is raised and the middle of the front edge is scratched between the middle of the end edge and the middle of the end edge. The drill is rotated, and the maximum change in the water value indicated on the indicator is the corresponding axial run-out or end axial run-out||tt| |8.1.2 The radial runout of the blade or the guide column should be measured on the actual surface, and the indicator should be close to the front part or the guide part of the drill. The maximum value of the indicator value must be the radial runout or guide runout of the return circle. 8.2 Testing equipment
8.21 The axial circular runout and oblique circular runout of the end blade are tested with a value of 0.U1mm. The indicator, table frame, V-shaped iron or steel, grade 1 inspection plate and positioning block: 8.2.2 The runout inspection of the indicator is 0.0lm, and the inspection instrument and table nest are used. 9 Rake angle: back angle, helix angle
9.1 Detection method
9.3.1 Rake angle
Use a multi-blade angle gauge to detect the rake angle: make the working support of the front angle gauge rest on the tooth of the measured tool, adjust the second working center of the measuring tool to contact the measured tool, and make the back angle ruler work surface contact the pseudo tooth top of the drum measuring tool, then the full value of the rake angle can be read. 2
9.1.2 Back angle
JB/T10231.10—2002
Use a multi-blade angle gauge to detect the back angle: make the working support of the front angle gauge rest on the tooth top of the measured tool, adjust the measuring tool to make only one working surface of the angle ruler contact the effective back tool surface, that is The rear pin value can be read out. Note: For the sticky side that is difficult to inspect or there is a dispute, a universal tool microscope can be used for inspection. 9.1.3 The screw angle is measured by using a multi-tool microscope. The micro drill is placed horizontally on a V-shaped iron or on a neck rack, so that the M-line of the microscope coincides with the axis of the drill. Then the M-line is rotated to make it tangent to the cutting edge and the degree of the screw is obtained. 9.2 Inspection tool: a multi-tool microscope with a multi-tool angle control ruler. 10. The diameter of the guide column and the guide column hole diameter of the drill with a guide column hook are inspected directly at any position of the back part with a micrometer. The guide rod diameter is inspected with an internal light indicator at two positions near the mouth and the middle of the toilet fence hole.
10.2 The accuracy of the tester
The micrometer with a graduation value of 0.01mm0.001mm, the inner diameter indicator with a graduation value of 0.01mm0.001mm. 11 The diameter of the hook drill part of the ear handle
According to the provisions of 10.1 in JB1(231.1-20.
12 The table handle
According to the provisions of Chapter 6 of JE/T10231.1-2(K1). 13 The total length of the drill and the length of the working part
According to the provisions of 10.1 in B1V231.1-2001. 14 Hardness
According to the provisions of IB/T10231.1-2001 Chapter 11. 15 Marking and packaging
According to the provisions of Chapter 13 and Chapter 14 of 102.31.1-2001.
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.