JB/T 10336-2002 Supplementary technical requirements for rolling bearings and their parts
Some standard content:
3CS 21.100.20
Machinery Industry Standard of the People's Republic of China
JB/T 10336—2002
Supplementary Specifications for Rolling Bearings and PartsRolling bearings and parts-Supplementary specifications2002-07-16Issued
Implemented on 2002-12-01
Issued by the State Economic and Trade Commission of the People's Republic of China.
Normative References
4 Technical Requirements
4.1 Ball Bearings
JB/T103362002
This standard was prepared by China Bearing Industry Federation
This standard was prepared by the National Bearing Standardization Technical Committee (CSBTS/TC). Standard drafting unit: China Bearing Research Institute. This standard was initiated by: China International Standards Association.
JB/T10336—2002
1Fan Guo
Supplementary technical requirements for rolling bearings and their parts IB/T1033620G2
This standard specifies the supplementary technical requirements for single-piece ball bearings, rolling bearings and their parts that conform to GB/T273.1—1987, GB/T273.2—1998, GB/T273.3—1999, GB/T299.-1995IGB/30K0—[995 This standard is a supplement to GB/T 307.1-1994. GB/T 307.3-1996 and GB/T 37.4-2002. 2 Regulatory references
The terms of the following documents are used in conjunction with this standard and are omitted from this standard. For referenced documents with a specified date, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, the parties that have reached an agreement based on this standard are encouraged to study whether the new versions of these documents can be used. For any historical documents without a specified date, their new versions are applicable to this standard. GB/T273.1—17 thrust bearings
Roller bearings
Roller bearings
Roller bearings
Roller bearings
GB/T273.2—1998
GB/T273.3:1999
GB/T2—1595
GR/T 300—1995
Roller thrust bearings
Thrust bearings
Thrust bearings
Thrust bearings
Thrust bearings
GB/T307.1—1994
B/T307.2—1995
G3/T 307.3 1996
GB/T 307.4—24X02
GBT781—999
JB/T 125520011
Dimensions of four-round chain roller bearings
Roller bearings
Tolerances of radial bearings (eI50/DI492:198) Principles and methods of measurement and inspection (eqYISo/IR9274:1991) Technical rules for use
Tolerances of thrust ball bearings (1S0199:1997M7) Number symbols of rolling pieces
Commercial carbon grid bearings Steel dynamic bearing parts combustion water conditions deep groove ball bearing bench type rubber seal drawing technical conditions JET6634-1993
J/T704R-2002
rolling bearing engineering plastic cage technical conditions J377U50-1993
rolling bearing cleaning monitoring and evaluation method
dynamic bearing who spherical roller, bearing public welfare (150 (99: 1979) IB.T 7750—19
Technical conditions for deep-structured ball bearings
JE/T77521995
FBIT 8196—996
JB/T 8923—1999
Residual magnetism of rolling elements and its determination and method for dynamic bearings (speed: Technical conditions JT3.T 10235—1001
JB/T 1 10239--2001
Technical conditions for rolling bearings, deep groove ball bearings, dustproof technical conditions JB/T10337-20U2
Technical conditions for rolling bearings, stamping cages
3 Special
The symbols established in T78111999 and the following equal signs apply to this standard, P, roller bearing bend by broken ring load
4: Angular contact racket actual width prohibition: One-way thrust racket bearing actual height determination: Single row special roller bearing actual filling deviation
JB/T10336-2002| |tt||: Actual height deviation of double-direction thrust ball bearing: Actual height deviation of one-way thrust small cylindrical bearing, Actual width deviation of single-row cylindrical roller bearing inner component and standard outer component bearing: Actual height deviation of double-direction thrust cylindrical roller bearing: Actual height deviation of single-row tapered roller bearing outer component and standard inner component bearing
: Actual width deviation of double-row tapered roller bearing: Actual width deviation of four-row tapered roller bearing 4 Technical requirements
4.1 Ball bearings
4.1.1 Finished bearings
4.1.1.1 The tolerance grade of the selected bearing shall not follow the provisions of Table 1. Nominal diameter of steel ball
Bearing grade
Copper ball
Ball bearings (except outer spherical bearings)
Outer spherical bearings
4.1.12 (6) The end face runout of radial and angular contact ball bearings to the raceway shall not exceed the provisions of Table 2, and the measuring plate shall be in accordance with GB/T307.1-1995. When measured with a spindle, the runout of the inner end face of 5 and 4 grade bearings to the raceway shall not exceed 10/6 of the values listed in Table 7 of GB/T307.1-1994, and the runout of the inner ring end face of 0 and 6 grade bearings to the raceway shall not exceed 10/6 times the values listed in Table 2. 2
Unit: vm
4.1.1.3 The actual width deviation of angular contact ball bearings shall not exceed Should exceed the provisions of Table 3. 3
0 series
Upper deviation
—300
2 series
Upper deviation
Lower deviation
—300
3 series
Upper lubrication pad
Single, double flat bottom thrust ball bearings The actual tooth deviation should not exceed the provisions of Table 4. 4
Upper deviation
, double bearings The connection diagram is available in the public funds for reference. Lower deviation
4(030)
Lower deviation
Upper screen
JB/T10336—2002
Unit: m
4 series
Upper reduction
Lower Output
Unit:||tt| ... When the high-type contact bearing is not equipped with a ring, the steel ball is allowed to pop out of the cage hole. 3
JB/T10336-2002
After the dust cover or the outer rate is pressed with the shaft ball (or the inner painting): no movement is allowed. 4.1.1.11
The self-aligning ball bearing assembly should rotate flexibly, the self-alignment must be good, and the steel ball will not fall out of the cage pocket. 4.1.1.13
The bearing rotates smoothly, lightly, and without obstruction. If there is a torque requirement, its inspection shall be in accordance with the provisions of the manufacturer. The degree of its operation shall be in accordance with the provisions of /T70501993. 4.1.1.14
4.1.1.15 The technical requirements for gradually sealed bearings shall be in accordance with the provisions of JB/T7752-1995. 4.1.2 Parts
4.1.2.1. The workpieces of the shaft and other parts shall not have burns after pickling, and other surfaces shall not have burns that cannot be seen without pickling. Other external quality requirements of parts shall comply with the provisions of the manufacturer.
The technical requirements of the cage shall comply with the provisions of JB/T7048-24K2 and JB/T10337-2002. After the cage is pressed, the following defects are not allowed:
The steel ball has new pressure in the cage hole:
b) Rivet loose:
c) Crack:
The nail head has chisel marks, the nail head is not complete, and the specification is not specified:
The two halves of the cage are obviously misaligned, and the rivet head is slightly tilted: The surface of the cage is pre-pressed.
4.1.2.3 The installation requirements of the dust cover shall comply with the provisions of JB, T10239-2001. 4.1.2.4 The technical requirements for all applications shall be in accordance with the provisions of JB6639[993. The technical requirements for residual magnetism of steel balls shall be in accordance with the provisions of T8196-1996. 4.1.2.6
The technical requirements for the dynamic performance of steel balls shall be in accordance with the provisions of B8923-1999. 4.1.2.6
4.1.2.7 The compression test of balls with a nominal height of 3mm~50mm shall be carried out in accordance with the provisions of JB/T1255-2001. The shrinkage test of balls with a nominal height greater than 50mm shall be carried out: The shrinkage test of the balls shall be carried out on steel pads with spherical surfaces, the radius of the spherical concave surface is equal to 23 of the ball diameter, and the hardness of the steel pad is 58IIRC63HRC. When the compression test is carried out, the loading speed is 2kN/s6kN/s: the load is increased by 30%, and the compression test is carried out on three perpendicular squares: the actual difference in the steel diameter measured before and after the test should not exceed the provisions of Table 5.
Steel Nominal Diameter mrn
Compression Load kN
The allowable difference in the steel ball diameter after the compression test is bZxz.net
4.2 Bearings
4.2.1 Finished bearings
Single, m
4.2.1.1 The tolerance grade of rollers used for roller bearings shall be as specified in Table 6: Grade 3 needle rollers are used for stamped outer peripheral needle rollers and other grade 0 needle rollers; Grade 2 needle rollers are used for other grade 5 and 4 roller bearings or as specified in the technical conditions for special bearings for machines; Grade 5 and 4 rollers are used for bearings as specified in the product drawings. Table 6
Tensile bearing tolerance grade
. 6, x
Liquid particle tolerance level
4.2.1.26 level return clamp rate "The tolerance of the shooting is in accordance with the provisions of Table 7~Table 9. Table 7
Upper deviation
Upper aberration
Grain coupons
Small brief recommendation
—150
Note, the actual medical child is light:D, the tolerance is b9.adg||tt| |Production deviation
Next confirmed
F confirmed
The previous home will
—120
—350
Shanghai land
+·350
Next deviation and
TB/T103$6—2002
Unit:
Next deviation
Single book: Tian|| tt||For the lower deviation
JB/F103362002
4.2.1.3 The inner and outer runout of the bearings shall be in accordance with the specifications of Table 10. When the outer end face is measured by heart, 0, 6X. The 6 and 5 grade bearings shall not exceed the values listed in Table 10: 10/6, and the 4 grade shaft shall not exceed 10% of the value listed in Table 17 of G307.119M.
Unit: m
4.2.1.4 The actual deviation of the four-axis roller bearing shall be in accordance with the provisions of JB Hall 77501995:
Detailed position, 1m
The nominal inner diameter of the shaft
On the surface
-i :2C
Downward adjustment difference
—23AK
Upper adjustment difference
Lower adjustment grade
—600
/T10336—2002
The actual width deviation of single-row roller bearings of grade 0 and 5 with a nominal inner diameter of 250mm*~2500mm shall be in accordance with the provisions of Table 12 42.1.5
Unit:
Upper adjustment difference
:·450
The actual width deviation of double-row tapered roller bearings shall be in accordance with the provisions of Table 13.
Upper adjustment difference
The actual width deviation of four-row tapered roller bearings shall be in accordance with the provisions of Table 14. Table 14
Seven-row pad
+ Soch
Upper deviation
1 2400
Upper deviation
Lower deviation
Lower compensation
—900
—1000
—1600
Unit: m
—000
: 2400
B/T10336—2002
4.2.1.8 For centrifugal roller bearings without sleeves or with only one sleeve, it is necessary to check their running flexibility in the standard sample. At this time, the cage is not allowed to contact the shaft or housing
4.2.19 For split roller bearings and roller bearings without sleeves or with only one sleeve, the roller rings and cages are not small. 4.2.1.10 For roller bearings with external locking rings The roller bearing assembly should be flexible and have good self-alignment, and the roller shall not fall out of the retaining channel: 4.2, 1.11
4.2.1.12 The cleanliness of bearings and parts shall comply with the provisions of B/T7050-1993. 4.2.2 Parts
4.2.2.1 Shaft parts shall not have burns after pickling before processing, and other old surfaces shall not have any defects that can be removed without pickling: Other appearance quality requirements of parts shall comply with the provisions of the manufacturer. 4.2.2.2 Technical requirements for cages shall comply with the provisions of R/7048-2002 and JB/T10337-2002: Cage riveted seat plates shall not have the following defects:
? The roller is squeezed in the cage pocket. The following phenomena must be observed: h) The rivet is loose: e) Cracks: d) There is a mark on the nail head. The nail head is not complete and exceeds the specified range; e! The two halves of the cage are obviously misaligned, and the rivet head has obvious marks on the outer surface of the cage or the retaining frame. g) The deflection and equal division difference of the bent claws exceed the specified range; b) The pillar is bent and fused with the roller: The countersunk rivet hole of the retaining plate is not filled: j) The cage beam is bent, 4.22.3 The technical requirements for the misalignment of the braid shall be in accordance with the provisions of JB/T1235-2001. 4.22.4 The technical requirements for the slight collision shall be in accordance with the provisions of JB/T8196-1996. 4.2.2.5 The needle roller shall be subjected to the bending arc test. The test method is shown in Figure 1. The breaking load shall not be less than the requirements of Table 15, and the loading speed shall not exceed the value of F3 per second.
Nominal diameter of flow needle D. tmm
Breaking load1. The tolerance grade of rollers selected for roller bearings shall be as specified in Table 6: Grade 3 needle rollers shall be used for stamped outer peripheral needle roller shafts, Grade 2 needle rollers shall be used for other roller bearings of grade 0.0 or according to the technical conditions of special bearings for machines: Grades 5 and 4 roller bearings shall be as specified in the product drawings. Table 6
Toleration tolerance grade
. 6, x
Liquid tolerance grade
4.2.1.26 The tolerance of the return rate bearing shall be as specified in Tables 7 to 9. Table 7
Upper deviation
Upper aberration
Grain coupons
Small brief recommendation
—150
Note: The actual medical child is light: D, and the tolerance is b9.adg
|Production deviation
Next confirmed
F confirmed
The previous home will
—120
—350
Shanghai land
+·350
Next deviation and
TB/T103$6—2002
Unit:
Next deviation
Single book: Tian|| tt||For the lower deviation
JB/F103362002
4.2.1.3 The inner and outer runout of the bearings shall be in accordance with the specifications of Table 10. When the outer end face is measured by heart, 0, 6X. The 6 and 5 grade bearings shall not exceed the values listed in Table 10: 10/6, and the 4 grade shaft shall not exceed 10% of the value listed in Table 17 of G307.119M.
Unit: m
4.2.1.4 The actual deviation of the four-axis roller bearing shall be in accordance with the provisions of JB Hall 77501995:
Detailed position, 1m
The nominal inner diameter of the shaft
On the surface
-i :2C
Downward adjustment difference
—23AK
Upper adjustment difference
Lower adjustment grade
—600
/T10336—2002
The actual width deviation of single-row roller bearings of grade 0 and 5 with a nominal inner diameter of 250mm*~2500mm shall be in accordance with the provisions of Table 12 42.1.5
Unit:
Upper adjustment difference
:·450
The actual width deviation of double-row tapered roller bearings shall be in accordance with the provisions of Table 13.
Upper adjustment difference
The actual width deviation of four-row tapered roller bearings shall be in accordance with the provisions of Table 14. Table 14
Seven-row pad
+ Soch
Upper deviation
1 2400
Upper deviation
Lower deviation
Lower compensation
—900
—1000
—1600
Unit: m
—000
: 2400
B/T10336—2002
4.2.1.8 For centrifugal roller bearings without sleeves or with only one sleeve, it is necessary to check their running flexibility in the standard sample. At this time, the cage is not allowed to contact the shaft or housing
4.2.19 For split roller bearings and roller bearings without sleeves or with only one sleeve, the roller rings and cages are not small. 4.2.1.10 For roller bearings with external locking rings The roller bearing assembly should be flexible and have good self-alignment, and the roller shall not fall out of the retaining channel: 4.2, 1.11
4.2.1.12 The cleanliness of bearings and parts shall comply with the provisions of B/T7050-1993. 4.2.2 Parts
4.2.2.1 Shaft parts shall not have burns after pickling before processing, and other old surfaces shall not have any defects that can be removed without pickling: Other appearance quality requirements of parts shall comply with the regulations of the manufacturer. 4.2.2.2 Technical requirements of cages shall comply with the provisions of R/7048-2002 and JB/T10337-2002: Cage riveted seat plates shall not have the following defects:
? The roller is squeezed in the cage pocket. The following phenomena must be observed: h) The rivet is loose: e) Cracks: d) There is a mark on the nail head. The nail head is not complete and exceeds the specified range; e! The two halves of the cage are obviously misaligned, and the rivet head has obvious marks on the outer surface of the cage or the retaining frame. g) The deflection and equal division difference of the bent claws exceed the specified range; b) The pillar is bent and fused with the roller: The countersunk rivet hole of the retaining plate is not filled: j) The cage beam is bent, 4.22.3 The technical requirements for the misalignment of the braid shall be in accordance with the provisions of JB/T1235-2001. 4.22.4 The technical requirements for the slight collision shall be in accordance with the provisions of JB/T8196-1996. 4.2.2.5 The needle roller shall be subjected to the bending arc test. The test method is shown in Figure 1. The breaking load shall not be less than the requirements of Table 15, and the loading speed shall not exceed the value of F3 per second.
Nominal diameter of flow needle D. tmm
Breaking load1. The tolerance grade of rollers selected for roller bearings shall be as specified in Table 6: Grade 3 needle rollers shall be used for stamped outer peripheral needle roller shafts, Grade 2 needle rollers shall be used for other roller bearings of grade 0.0 or according to the technical conditions of special bearings for machines: Grades 5 and 4 roller bearings shall be as specified in the product drawings. Table 6
Toleration tolerance grade
. 6, x
Liquid tolerance grade
4.2.1.26 The tolerance of the return rate bearing shall be as specified in Tables 7 to 9. Table 7
Upper deviation
Upper aberration
Grain coupons
Small brief recommendation
—150
Note: The actual medical child is light: D, and the tolerance is b9.adg
|Production deviation
Next confirmed
F confirmed
The previous home will
—120
—350
Shanghai land
+·350
Next deviation and
TB/T103$6—2002
Unit:
Next deviation
Single book: Tian|| tt||For the lower deviation
JB/F103362002
4.2.1.3 The inner and outer runout of the bearings shall be in accordance with the specifications of Table 10. When the outer end face is measured by heart, 0, 6X. The 6 and 5 grade bearings shall not exceed the values listed in Table 10: 10/6, and the 4 grade shaft shall not exceed 10% of the value listed in Table 17 of G307.119M.
Unit: m
4.2.1.4 The actual deviation of the four-axis roller bearing shall be in accordance with the provisions of JB Hall 77501995:
Detailed position, 1m
The nominal inner diameter of the shaft
On the surface
-i :2C
Downward adjustment difference
—23AK
Upper adjustment difference
Lower adjustment grade
—600
/T10336—2002
The actual width deviation of single-row roller bearings of grade 0 and 5 with a nominal inner diameter of 250mm*~2500mm shall be in accordance with the provisions of Table 12 42.1.5
Unit:
Upper adjustment difference
:·450
The actual width deviation of double-row tapered roller bearings shall be in accordance with the provisions of Table 13.
Upper adjustment difference
The actual width deviation of four-row tapered roller bearings shall be in accordance with the provisions of Table 14. Table 14
Seven-row pad
+ Soch
Upper deviation
1 2400
Upper deviation
Lower deviation
Lower compensation
—900
—1000
—1600
Unit: m
—000
: 2400
B/T10336—2002
4.2.1.8 For centrifugal roller bearings without sleeves or with only one sleeve, it is necessary to check their running flexibility in the standard sample. At this time, the cage is not allowed to contact the shaft or housing
4.2.19 For split roller bearings and roller bearings without sleeves or with only one sleeve, the roller rings and cages are not small. 4.2.1.10 For roller bearings with external locking rings The roller bearing assembly should be flexible and have good self-alignment, and the roller shall not fall out of the retaining channel: 4.2, 1.11
4.2.1.12 The cleanliness of bearings and parts shall comply with the provisions of B/T7050-1993. 4.2.2 Parts
4.2.2.1 Shaft parts shall not have burns after pickling before processing, and other old surfaces shall not have any defects that can be removed without pickling: Other appearance quality requirements of parts shall comply with the regulations of the manufacturer. 4.2.2.2 Technical requirements of cages shall comply with the provisions of R/7048-2002 and JB/T10337-2002: Cage riveted seat plates shall not have the following defects:
? The roller is squeezed in the cage pocket. The following phenomena must be observed: h) The rivet is loose: e) Cracks: d) There is a mark on the nail head. The nail head is not complete and exceeds the specified range; e! The two halves of the cage are obviously misaligned, and the rivet head has obvious marks on the outer surface of the cage or the retaining frame. g) The deflection and equal division difference of the bent claws exceed the specified range; b) The pillar is bent and fused with the roller: The countersunk rivet hole of the retaining plate is not filled: j) The cage beam is bent, 4.22.3 The technical requirements for the misalignment of the braid shall be in accordance with the provisions of JB/T1235-2001. 4.22.4 The technical requirements for the slight collision shall be in accordance with the provisions of JB/T8196-1996. 4.2.2.5 The needle roller shall be subjected to the bending arc test. The test method is shown in Figure 1. The breaking load shall not be less than the requirements of Table 15, and the loading speed shall not exceed the value of F3 per second.
Nominal diameter of flow needle D. tmm
Breaking load1. Shaft parts should not have burns after pickling before processing, and other old surfaces should not have any defects that can be removed without pickling. Other appearance quality requirements of parts shall comply with the regulations of the manufacturer. 4.2.2.2 Technical requirements of cages shall comply with the regulations of R/7048-2002 and JB/T10337-2002: Cage rivet seat plate shall not have the following defects:
? Roller has squeezed in the cage pocket hole. Must be specified: h) Rivet loose:
e) Crack:
d) There is a mark on the nail head. The nail head is not complete beyond the specified range; e! The two halves of the cage are obviously misaligned, and the rivet heads are: The outer surface of the cage or the sealing frame is marked: g
The deflection and equal division difference of the bent claws exceed the specified range: b) The pillar is bent and fused with the roller:
The countersunk rivet holes of the retaining plate are not filled:
j The cage beam is bent,
4.22.3 The technical requirements for the misaligned braids shall be in accordance with the provisions of JB/T1235-2001 4.22.4 The technical requirements for the slight collision shall be in accordance with the provisions of JB/T8196-1996: 4.2.2.5 The needle roller shall be subjected to the bending arc test, and the test method is shown in Figure 1. The breaking load shall not be less than the provisions of Table 15, and the loading speed shall not exceed the value of F3 per second.
The nominal diameter of the needle is D. tmm
The broken war is when the household1. Shaft parts should not have burns after pickling before processing, and other old surfaces should not have any defects that can be removed without pickling. Other appearance quality requirements of parts shall comply with the regulations of the manufacturer. 4.2.2.2 Technical requirements of cages shall comply with the regulations of R/7048-2002 and JB/T10337-2002: Cage rivet seat plate shall not have the following defects:
? Roller has squeezed in the cage pocket hole. Must be specified: h) Rivet loose:
e) Crack:
d) There is a mark on the nail head. The nail head is not complete beyond the specified range; e! The two halves of the cage are obviously misaligned, and the rivet heads are: The outer surface of the cage or the sealing frame is marked: g
The deflection and equal division difference of the bent claws exceed the specified range: b) The pillar is bent and fused with the roller:
The countersunk rivet holes of the retaining plate are not filled:
j The cage beam is bent,
4.22.3 The technical requirements for the misaligned braids shall be in accordance with the provisions of JB/T1235-2001 4.22.4 The technical requirements for the slight collision shall be in accordance with the provisions of JB/T8196-1996: 4.2.2.5 The needle roller shall be subjected to the bending arc test, and the test method is shown in Figure 1. The breaking load shall not be less than the provisions of Table 15, and the loading speed shall not exceed the value of F3 per second.
The nominal diameter of the needle is D. tmm
The broken war is when the household
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