This standard specifies the product classification, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage of special-shaped planers for woodworking machines. This standard applies to special-shaped planers for woodworking machines (hereinafter referred to as special-shaped planers). QB/T 1529-1992 Special-shaped planers for woodworking machines QB/T1529-1992 Standard download decompression password: www.bzxz.net

Light Industry Standard of the People's Republic of China
Special-shaped planers for woodworking machines
Subject content and scope of application
QB/T 1529--1992
This standard specifies the product classification, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage of special-shaped planers for woodworking machines.
This standard applies to special-shaped planers for woodworking machines (hereinafter referred to as special-shaped planing force). 2 Reference standards
GB/T230Metal Rockwell hardness test method
GB/T 700
Ordinary carbon structural steelbzxz.net
Precision of woodworking planers
JB/T 2686
YB/T12Technical conditions for high-speed tool steel
3Product classification
The types are shown in Figures 1, 2, 3 and 4. 3.1
1992-06-08 approved by the Ministry of Light Industry of the People's Republic of China 26
standard industry bath material preparation
0. 2 ~0. 5
1993-02-01 implementation
QB/T1529-1992
each car standard industry bath material is responsible for the preparation
in ±1
3.2 dimensions as shown in Table 1.
basic dimensions
4 technical requirements
limit deviation
QB/T 1529-1992
0.2 ~0. 5
4.1 products shall comply with the provisions of this standard and be manufactured according to the drawings and technical documents approved by the prescribed procedures. 4.2 The blade steel of the special-shaped planer shall be made of W18Cr4V in accordance with YB/T12 or other materials with performance not lower than that, and the blade body shall be made of A3 in accordance with GB/T700 or other materials with performance not lower than that. 4.3 The heat treatment hardness of the blade steel is HRC59~63, and the hardness difference of the same piece is not greater than HRC3. The metallographic structure is tempered martensite, the needle length is not greater than the third level, and the network carbide is not more than the second level. 28
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QB/T 1529---1992
4.4 The blade body and blade steel shall be welded firmly, and open welding, ash inclusion and obvious flux line are not allowed. 4.5 Blade surface roughness: front R≤0.8μm, back R≤1.6μm, back R≤0.8um, and other R.≤6.3μm. 4.6
Blade steel is not allowed to have defects such as cracks, black skin, rust, etc. The straightness of the cutting edge of the special-shaped planer in the width direction is shown in Table 2.4.7
4.8 Planers used in conjunction should be weighted in groups, and the mass difference of each piece in a group should not exceed 2g. 4.9 After the performance test, the special-shaped planer shall not have curling, chipping or significant blunting. 5 Test method
See Appendix A (supplement) for the test diagram.
100≤200
5.1 The cutting performance test of the special-shaped planer should be carried out on a machine tool that meets the requirements of JB/T2686 and is carried out according to Table 3. Table 3
Moisture content of cutting material
12%~~18%
Hardwood
Spindle speed
Feed speed
Surface roughness is checked visually with surface roughness comparison sample. 5.3Geometric dimensions are tested with universal measuring tools.
Cutting edge straightness is tested with a flat ruler and feeler gauge. 5.5Blade steel hardness is tested with a metal Rockwell hardness tester. 5.6Special-shaped planer component weight is tested with a balance. 6. Inspection rules
6.1Factory inspection
Cutting depth
Continuous cutting time
Products must be inspected piece by piece by the factory quality inspection department in accordance with the requirements of this standard. Only after passing the inspection can they be shipped out of the factory with a certificate of conformity. 6.2Type inspection
6.2.1Products produced in batches shall be inspected according to the items specified in Chapter 4 and Chapter 5 of this standard. Type inspection must be carried out in any of the following situations. a.
Trial production and identification of new products or old products transferred to the factory for production; after formal production, if there are major changes in structure, materials, and processes that may affect product performance; when the product is resumed after a long period of suspension; when the national quality supervision agency proposes a type inspection requirement. d.
Type inspection: 3% of the current batch of products shall be sampled, and at least two pieces shall be inspected item by item. If one item fails the inspection, double the 6.2.2
random inspection; if it still fails, the batch of products shall be deemed unqualified. Marking, packaging, transportation, storage
7.1 Special-shaped planers must be clearly printed with trademarks, models, specifications, and materials. 7.2 The product should be rust-proofed before packaging, and the following marks should be marked on the outside of the packaging box. Receiving unit and address,
Product name and model;
Wooden box dimensions (length×width×height), net weight and gross weight;29
V. Various types of markings Industry information free download
Manufacturing unit and address;
F. Moisture-proof and handle with care signs.
QB/T1529—1992
7.3 The packaging type of the planer should ensure that the planer is not damaged during transportation. 7.4 The product should be placed in a ventilated and dry warehouse and should not be placed together with corrosive items. The storage period is one year. If it is stored beyond the period, it should be re-inspected before leaving the factory.
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Cutting edge straightness
QB/T 1529—1992
Appendix A
Quality inspection method for special-shaped planers
(Supplement)
Inspection method
Inspect with vernier caliper
Use vernier caliper to measure two points 10 mm from both ends
Use micrometer to measure 10 mm from the bottom surface and
10 mm from both ends Position, measure two points
Measure with a universal angle ruler
Put the front of the planer perpendicular to the flat ruler, and the cutting edge
closely against the flat ruler, use a feeler gauge to measure the gap in the entire length direction
Evenly distribute 3 points in the flat hard area, and measure according to
GB/T230
Measure with a balance
Note: △,, A, in the diagram in the table represent the actual measured values ​​of the straightness of the cutting edge
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Testing instruments
Vernier caliper
Vernier caliper
Micrometer
Square angle ruler
Metal Rockwell
Hardness tester
Additional instructions:
This standard was proposed by the Technical Equipment Department of the Ministry of Light Industry. QB/T1529--1992
This standard is under the jurisdiction of the National Furniture Machinery Standardization Center. This standard was drafted by Changchun Industrial Blade Factory. The main drafter of this standard is Zhang Mingyu.
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