1、 Product Introduction:
The microcomputer controlled locomotive spring testing machine is a spring load testing machine developed for locomotive spring manufacturing enterprises. In addition to the testing functions of conventional spring testing machines, it can also test and confirm the axial stiffness, lateral stiffness, offset direction, and offset angle of springs with lateral force.
The machine consists of a drive system, a loading system, a transmission system, a measurement control system, a display system, etc. It adopts a fully digital AC servo motor and driver, a precision planetary reducer, an efficient gapless synchronous toothed belt, and a precision ball screw for transmission. Stable and reliable operation.
2、 Compliant with national standards:
EN10089 《Quenched and tempered hot-rolled spring steel-Delivery Technical Conditions
GB/T 224-2008 "Method for determining the depth of decarburization layer in steel"
TB 1758-86 "Technical Conditions for Shot Blasting of Locomotive and Rolling Stock Springs"
TB/T 2211-2018 "Steel Spiral Springs for Locomotive and Rolling Stock Suspension Devices"
GB/T 4025-2003The People-Basic and safety rules for machine interface identification, coding rules for indicators and operators
GB/T 13423-1992 "Evaluation Criteria for Industrial Control Software"
GB/T 14394-1993 "Reliability and Maintainability of Computer Software"
GB/T 4025-2003 "Identification of human-machine interface markings"
JB/T 7796-2005 "Spring Tension Compression Testing Machine"
EN13298-2003Railway Applications-Suspension Device Components - Steel Spiral Springs
Regulations on National Security Standardization Level 1 and relevant national environmental quality, safety, and fire safety standards
The aspects not mentioned above (including safety, environmental protection, and others) must comply with national regulationsCurrent effective standards.
3、 Technical parameters:
|
Serial Number |
Inspection items |
Technical requirements |
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|
1 |
Maximum test force |
axial |
horizontal |
|
|
200kN |
40kN |
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|
2 |
Effective measurement range of experimental force |
1%-100% |
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|
3 |
Minimum reading value of experimental force |
axial |
horizontal |
|
|
0.01kN |
0.01kN |
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|
4 |
Minimum displacement resolution |
0.01mm |
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|
5 |
Relative error of test force indication |
Within the precise measurement range, ≤± 1.0% |
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6 |
Accuracy level of testing machine |
Level 1 |
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7 |
Displacement indication accuracy |
±(50+0.15L)µm,Note:LTo measure the distance at any position. Unit:(mm) |
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8 |
Effective testing stroke of the testing machine |
axial |
horizontal |
|
|
800mm |
X direction ± 60mm |
Y direction ± 60mm |
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|
9 |
Axial parallelism error of upper and lower pressure plates |
≤0.2mm |
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10 |
Axial offset error of upper and lower pressure plates |
≤1.0mm |
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|
11 |
Axial loading speed |
0.005mm/min~200 mm/min(Stepless speed regulation) |
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|
12 |
Lateral loading speed |
0.02mm/min~200 mm/min(Stepless speed regulation) |
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|
13 |
speed accuracy |
Speed<10mm/minWithin ± 1% of the set value; Speed ≥ 10mm/min, within ± of the set value0.5%Within; |
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|
14 |
Axial pressure plate diameter |
∮500mm |
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|
15 |
Test the outer diameter of the spring |
∮100-∮500mm |
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|
16 |
Test the inner diameter of the spring |
∮50-∮400mm |
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|
17 |
Left and right span dimensions of the host workbench |
700mm |
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|
18 |
Front and rear width dimensions of the host workbench |
380mm |
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|
19 |
Total Power |
5kW |
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|
20 |
Power supply voltage (three-phase four wire, must be reliably grounded) |
380VAC50Hz |
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