JB/T 6347.2-1999 This standard is a revision of JB/Z 315-88 "Gear Chamfering Machine Series Model Spectrum". During the revision, only editorial modifications were made in accordance with relevant regulations, and the technical content has not changed. This standard is part of the JB/T 6347 "Gear Chamfering Machine" series of standards, which includes the following four parts: JB/T 6347.1-1999 Gear Chamfering Machine Parameters JB/T 6347.2-1999 Gear Chamfering Machine Series Spectrum JB/T 6347.3-1999 Gear chamfering machine accuracy inspection JB/T 6347-1992 Gear chamfering machine technical conditions This standard specifies the series composition, use performance characteristics, varieties and parameters of gear chamfering machines. This standard applies to newly designed gear chamfering machines with a maximum workpiece diameter of 200~800mm. This standard was first published in May 1988. JB/T 6347.2-1999 Gear chamfering machine series model JB/T6347.2-1999 Standard download and decompression password: www.bzxz.net

ICS25.080.99
J56
JB
Machinery Industry Standard of the People's Republic of China
JB/T6347.1~6347.3-1999
Gear chamfering machine| |tt||Released on 1999-05-20
National Machinery Industry Bureau
Released
Implemented on 2000-01-01
JB/T6347.2—1999|| tt||This standard is a permanent modification of JB/Z315-88
, and the technical content has not changed.
This standard is a revision of JB/T6347
Foreword
Gear Chamfering Machine Series Type Spectrum". During the revision, the "Gear Chamfering Machine" Series Standards were only edited in accordance with relevant regulations This series of standards includes the following four parts: JB/T6347.1-—1999
JB/T 6347.2—1999
JB/T 6347.3—1999
JB/T6347 —1992
Gear chamfering machine parameters
Gear chamfering machine series model
Gear chamfering machine accuracy inspection
Gear chamfering machine, technical conditions||tt ||This standard replaces JB/Z315--88 from the date of implementation. This standard was proposed by the National Metal Cutting Machine Tool Standardization Technical Committee. This standard is under the jurisdiction of the Cylindrical Gear Machine Tool Branch of the National Metal Cutting Machine Tool Standardization Technical Committee. The unit responsible for drafting this standard: Nanjing Second Machine Tool Factory. This standard was first published in May 1988.
Scope
Machinery Industry Standard of the People's Republic of China
Gear chamfering machine
Series spectrum
This standard specifies the series composition of gear chamfering machines , uses, performance characteristics, varieties and parameters. This standard applies to newly designed gear chamfering machines with a maximum workpiece diameter of 200-800mm. 2 Referenced standards
JB/T6347.2—1999
Replaces JB/Z315-88
The provisions contained in the following standards constitute this standard by being quoted in this standard Articles. At the time of publication, the editions indicated were valid. All standards are subject to revision and parties using this standard should explore the possibility of using the latest version of the standard listed below. Gear chamfering machine accuracy inspection
JB/T6347.3—19991
JB/T 9871—1999
3 type
Metal cutting machine tool accuracy classification||tt| |The type of gear chamfering machine is shown in Figure 1, Figure 2, and Figure 3. Figure 1 Horizontal finger milling cutter type
National Machinery Industry Bureau approved on 20 May 1999 Figure 3
End milling cutter type
Figure 2 Vertical finger milling cutter type|| |tt||2000-01-01 Implementation
5
Series composition
The series composition of gear chamfering machines is shown in Figure 4.
Gear chamfering machine
Series composition
5 uses and performance
JB/T6347.2—1999
Horizontal finger milling cutter chamfering Machine
Vertical finger milling cutter chamfering machine
End milling cutter chamfering machine
Figure 4 Series composition of gear chamfering machine
Suitable for gear chamfering machine In the automobile, tractor, machine tool and other industries, we perform rounding, chamfering and back-alignment on the end faces of various batches of internal and external cylindrical gears and shaft gears. Can realize semi-automatic working cycle. The accuracy of machine tools should comply with the regulations of JB/T6347.3. The machine tool is a V-level precision machine tool specified in JB/T9871-1999. 5.1 Horizontal finger milling cutter chamfering machine
The workpiece axis and the tool axis are arranged in the same horizontal plane. The finger milling cutter is used to continuously index the workpiece before cutting, and the workpiece spindle or tool holder reciprocates along the axial direction of the workpiece (cam copying) to round and chamfer the inner and outer cylindrical gears. It has automatic feeding and automatic workpiece clamping devices to achieve semi-automatic working cycle. Special accessories can be provided according to user requirements: special cams with chamfered edges, rounded nose corners, chamfered deflection angles, and tailstock mechanisms for reverse shaft gears. 5.2 Vertical finger milling cutter chamfering machine
The workpiece axis is arranged in the vertical plane, and the tool axis is arranged in the horizontal plane. The workpiece is continuously indexed, and the tool holder moves up and down along the workpiece axis (cam profiling) to chamfer the inner and outer cylindrical gears. It has automatic feeding and automatic workpiece clamping devices to achieve semi-automatic working cycle.
Special accessories can be provided according to user requirements: special cams for chamfering, chamfering tip angles, chamfering angles and tailstock mechanisms for reverse shaft gears. 5.3 End milling cutter chamfering machine
The workpiece axis is arranged in the vertical plane, the workpiece is intermittently indexed and automatically positioned, the tool spindle or the workpiece spindle realizes stroke movement, chamfers the inner and outer column gears, and has the workpiece Automatic clamping device realizes semi-automatic working cycle. According to user requirements, we can provide inverted pointed arched teeth, inverted milling cutter chuck and adjustable center distance milling head. 6 varieties
The varieties of gear chamfering machines are shown in Table 1.
6
Maximum 1 piece diameter
mm
200
320
500
800
Parameters
7
Maximum modulus
mm
4
6
8
12
The parameters of the gear chamfering machine are shown in Table 2.
Parameter items
JB/T6347.2-1999
Table 1 Varieties of gear chamfering machines
Horizontal finger milling cutter
Horizontal angle Machine
o
o
Table 2 Parameters of gear chamfering machine
finger milling cutter chamfering machine
horizontal or vertical|| tt||Maximum workpiece diameter
Maximum module
1 worktable or workpiece spindle method
The distance from the end face of the blue plate to the end face of the processed
piece||tt ||L worktable or workpiece spindle method
True diameter of blue centering hole
Maximum hole diameter of installed milling cutter
mm
mm
mm|| tt||m
mm
200
4
≥160
80
320
6||tt ||200
100
18
立
500
8
>250Www.bzxZ.net
Formula||tt| |Customized finger milling force
Angle machine
o
o
o
o
800
12
>320
120
200
4
≥160
80
End milling force|| tt||Chamfering machine
o
o
End face iron knife chamfering machine
320
6
>200|| tt||100
14
500
250
120
18
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.