This standard is formulated on the basis of the original ZB J85 018-89 and the universal joint technology currently in use in China. The main differences between this standard and ZB J85 018 are as follows: - The structural type and applicable models are increased: This standard specifies three types of universal joint structural types, namely plate type, frame type and cylinder type. - This standard specifies the technical contents such as the external dimensions, interface dimensions and tolerances, performance parameters, technical requirements and inspection rules of the universal joint assembly to ensure the applicability, interchangeability and reliability of the product. These requirements are given quantitative values ​​as much as possible to be verified by test methods. - This standard does not make standard provisions for the parts of the universal joint assembly so that the means of realizing the technical requirements of the universal joint assembly specified in this standard can have the greatest degree of freedom in selection. - This standard adds Appendix A. This standard specifies the classification, technical requirements, inspection rules and marking, packaging, transportation and storage of universal joints for crawler bulldozers. This standard is applicable to crawler bulldozers, and other engineering machinery variants can refer to it. JB/T 8409-1996 Universal coupling for crawler bulldozers JB/T8409-1996 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T 8409-9G
Crawler Pusher
Published on September 3, 1996
Wanshang Coupling
Implemented on July 1, 1997
Ministry of Machinery Industry of the People's Republic of China
JB/T 8409--96
This standard is based on the existing coupling technology approved in the past years and is limited to the universal joints of the support structure of the two specifications and models of the support structure. In recent years, through the introduction and digestion of foreign advanced technology as well as domestic research and development and improvement of old products, the universal joint family unique to the extension type lift has formed diversified products, specifications and matching numbers. This standard summarizes the current status and development of domestic front-end coupling products in the formulation, and is used for the production and use of the standard. The main differences between this standard and ZB185018 are: (1) structural type and applicable machine models; this standard specifies various universal joint structures, namely, standard, energy and commercial types, and can be applied to all more than 20 types of extension type lifts in China. The standard specifies the overall dimensions, interface dimensions and tolerances, performance, technical requirements and inspection rules of universal couplings to ensure the interchangeability and reliability of the products. This standard may be used to verify the value of the product. The standard does not specify the parts of the universal coupling assembly. In order to make the technical requirements of the universal coupling assembly specified in this standard be realized in the process of selection. The standard adds the dimensions and basic data of the universal coupling assembly. In order to provide a better supply and demand effect, this standard will replace the annex or annex of J8518-3 of this standard. This standard is proposed by the Ministry of Machinery and the Technical Committee of Standardization of Machinery. The drafting unit of this standard is: the Ministry of Machinery Industry, Otsu Second Independent Machinery Research Institute, Xinzhou City, "Coupling", Xinzhou City, "Upper Joint". The ten key points of this standard are completed by the following people: Lord Qiu, Yang Yuanming, and Zhu Lihui. This standard was first issued on September 1, 1995. 1 Scope
Machinery Industry Standard of the People's Republic of China
Universal Coupling of Crawler Bulldozer
JD/T8409-9h
This standard specifies the technical requirements for the universal coupling of crawler bulldozers: inspection and inspection, packaging, transportation, etc. This standard is applicable to molded belt control machines, and other industrial machines can be modified according to the standards. 2 References
The following standards contain multiple texts, which are quoted in this standard and become the documents of this standard. At the time of publication of this standard, the versions shown are valid. Users have full consideration of the design; the use of this standard is subject to the most likely use of the following standard version. G3282887
JR/T5u6$1
B/T 6988-51
/1 5943S
5T5/7 5944
JB/T :S45-g.
JB/T 654n-01
B 5917 1
JB/T6331-$1
JR/T 7150-95
3 Classification
Oil content counting procedure and selection table for batch inspection (applicable to continuous batches) Three-stage machine according to the general technical requirements of the industry and commerce Two-stage machine according to the general technical requirements of the industry and commerce Two-stage machine according to the general technical requirements of the industry and commerce Engineering machinery
Engineering machinery
Ding press
Engineering machinery
Engineering machinery
Engineering machinery
3.1 Introduction Ten, basic data
Heat treatment parts General technical conditions for replacement parts
General technical conditions for heat treatment parts
General technical conditions for assembly parts
General technical conditions for installation parts
Including oil flow Technical specifications
Steel non-fast forgings are generally non-technical code
Since the age of the main inspection items and test methods
The above-mentioned universal joints are divided into the following types: plate type S type). Push type (K type), simple or TS type). 3.1 (S type universal joint)
Plate type (BS heavy and heavy joint structure is divided into S1 type and S2 type two punch-out figure 12 continued structure size and basic characteristics are shown in Table 1 and Table 2 respectively.
Approved by the Ministry of Machinery Industry
199--1 implementation
J.T8409-46
One without drawing: ten hand shaft: 3 bottom: 4 class: 5: 5 delivery drawing 1 type: BSI type; universal joint structure
Table 1 Overview160
6u0~2:uD
curve disease and
three special diameters D
urgent model
D6SA·E
JISEA-IA
T>hA-x
H/T8409-96
1-cross axis; 2-or connect and release; 3-short visible solid-liquid meter auxiliary requirements: 1 long special-shaped basic design unique 3-connection: -dangerous Park:? —And the capital solid figure generation (BS2) Wannan joint auxiliary card structure
Table 2 Plate type 52 type shaft joint structure size and car model limited delivery
Most people take up
3.1.2 Frame type (KS quantity) Wannan joint push
Suitable transfer
C~-215:
506--18
Rejection type KS joint structure see Figure 3 structure size and millimeter parameter effect table? . \
Slewing diameter
JB/T 840996
1 Procurement request: 2 hand-pressed needle bearing:! Oil, 4 internal language requirements: oil length: shaft month source stiffness: 9 speed diameter, 1 ° C bell tube eyelet: 11 end mother diagram extension type S type universal joint control structure
(shaft size teaching number
polar method inquiry liquid
maximum torque
N·yuan
maximum torque
allowable rotation wwW.bzxz.Net
T/misl
6C--16:
6.X.--312
5x--16
curve actual
same series Lu diameter ()
1)3r6-12
3.1.3 type Ts type):5-way joint
JR/T 8409-96
Simple (TS type) universal coupling ancient history will die Figure 4. Drill structure dimensions and carbon basic parameters Table 4, 1-piece temporary T internal figure flow axis ≤: >-. Word seal: a joint of hundreds of pieces, 4 cups, 5 and some yellow noodles, 6 full commercial (Ts type) universal joint structure
table equation TS group) universal joint structure size basic parameters will
very hurt
large dismantling frame
although large ban sweep bottle
thatch size small
extremely biased
use speed
F:-2hX
60~2:am
line clamp city
with point diameter 1
and test machine
1>612-3
3.1.4 community pool point
JB/T 8409—96
The small space is used for the shaft joint. That is, the oil injection hole is set on the inner bearing without oil needle or special-shaped shaft. The structure is shown in Figure 1-2. The shaft oil injection method is shown in Figure 2 (the attached requirements are shown in the reminder). 3.2 Marking example
The format of the coupling with A being 140 and B being 127m is marked as: 51×140X127JB/820996
Juice: To take the overall effect,
4 Technical requirements
4.1 The coupling should comply with the standard safety regulations and the technical documents. The static torsional effect of the coupling should be calculated according to the formula (1) M+ *-2
Safety teaching:
Wu Zhong: R
The maximum scan rate that can be transferred in an appropriate month is .V·record.N·m
4.3 The auxiliary equipment should comply with the current regulations of /536, and the end joints of the coupling should include the provisions of 15/75333. 4.5 The original cardan coupling should be in accordance with the provisions of Y3/T5043. 4.6 The heat treatment parts of the cardan coupling should be in accordance with 11/57:4. 4.7 The cardan coupling should be in accordance with the provisions of C31. 4.8 The assembly of the universal joint should meet the following requirements in addition to the requirements of 345: a) According to the requirements of the universal joint assembly drawing, the assembly should be cleaned with lithium-based lubricant, and there should be no leakage on the surface of the assembly: a) There should be no scratches, corrosion, folds, deformations, cracks, etc. () After the universal joint and the joint are installed, they should be flexible and stable when rotated by hand without slipping. 4.0 The cardan coupling assembly should be scalded, and the coating should meet the requirements of 3/5946. 4 The combustion performance level of the connection used for the shaft is guaranteed to be 2.9, and its technical requirements shall be in accordance with the requirements of B/T7150. Under the normal use and maintenance conditions of the shaft joint, the average working time (m\) and the service life (days) shall be rated.
5 Inspection rules
The quality inspection department of the coupling manufacturer shall "run according to this standard for factory inspection, and the product quality certification shall be issued according to the standard. 5.2 The total wave of the coupling shall be slow, and the inspection items shall be daily. The dimensions of each part shall be in accordance with the provisions of Table 1 to Table 4 of this standard! According to the requirements of 4.8, the completeness of the random documents shall be in accordance with the requirements of 4.8. 5.3 When one of the following situations occurs, the coupling shall be inspected in a reverse manner:) Point-to-point identification of new products:
) Old products shall be converted to 『During production;
) The old products shall be inspected periodically once every four years: the type inspection items and measurement values ​​shall comply with this standard, and the product assembly drawings shall comply with the provisions of the parts drawings. 5.4 Inspection shall be carried out according to the provisions of GR28 as follows; C
JB/T8409-96
a) Inspection index N is IG~j5. Select quality level AQL; 5) Use-time push group method, generally the inspection level is 1 sample size code, the single size is 3, 6 mark, packaging, transportation storage
6. Each piece shall be marked with a car call. 6.2 The outer surface of the packaging box shall have obvious product logos and goods logos, and the inner wear includes: \) Manufacturing adjective;
b) Product name:
=) Trademark;
d) Product model:
Dimensions Length Height
) General address of inspection and charging
6.3 The packaging sequence of the universal coupling shall comply with the provisions of 1B/TSS47. 6.4 Before packaging, the universal coupling shaft parts shall be cleaned and the outer end surface with short paint shall be painted with rust oil. The parts such as screw pads, oil cups, etc. shall be put into plastic bags and packed with the products. 6. The package is stored within the specification, and the product is qualified for transportation. b) The product is placed in a ventilated environment, and the AI ​​cross shaft oiling method is free of correction and busy. Appendix A: The universal joint of the cross shaft oiling method The structural dimensions and numbers of the whole structure are only considered (Appendix 》
refers to the punching method in which the hole is not left on the cross shaft: it is generally applicable to universal joints with right and equal appearances, A2 Structural dimensions and basic dimensions
AZ.1 Except for the rotatable diameter of the selected cross-axis coupling, the structure of other parts shall be consistent with the standards (3S1 type 52 or type 52) or (type 52 coupling structure
A2.2 The structure of the cross-axis coupling is composed of a pool embryo, and its structure is shown in Figure A and Figure B: The original effect of the drawing: 3 type
Figure 10 universal joint cross-axis assembly A2.3 Except for the rotatable diameter of the selected cross-axis coupling, see A1, other dimensions and numbers shall comply with the provisions of Table 1, Table 3 and Table 4 of the standard respectively. Table A1 Ten Ning shaft oil injection method direction - shaft joint rotation diameter structure type || tt || frequency female KS1 type || tt || report type KS type
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