Installation parameters Cover outer diameter: Φ475 Mounting holes: 12-Φ11 Clamping force: 4...
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Installation parameters | |
Cover outer diameter: | Φ475 |
Mounting holes: | 12-Φ11 |
Clamping force: | 33000N |
Spline parameters | |
Key ring diameter: | Φ50.8 |
Spline height: | 64 |
Number of Teeth: | 10 |
Engine | |
Torque: | ≤1850 N.m |
Horsepower: | ≤400 |
Applicable vehicles: | Shaanxi Automobile Delong, Dongfeng Tianlong, Hongyan Jieshi, Xuchong, Universiade, etc. |
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READ MOREIn our company, the design, research and development, manufacturing and sales of heavy-duty vehicle clutches is a systematic project, and each link carries the unremitting pursuit of excellent quality and technological innovation. We strictly follow the German technical standards and the concept of producing high-quality products, and are committed to providing the automotive industry with finely crafted, cost-effective and reliable products. Regarding the compatibility of the 430 diameter pull-type clutch cover assembly with Dongfeng Tianlong vehicles, we not only conducted a detailed design analysis, but also implemented a series of rigorous tests and verifications to ensure the perfect fit and high performance of the product.
Technical analysis and design optimization
1. Precise size and tolerance control
First, we made precise size design of the 430 dia pull clutch cover assembly based on the specific technical requirements and chassis structure of Dongfeng Tianlong vehicles. During the design stage, we used advanced computer-aided design (CAD) and computer-aided engineering (CAE) tools to perform 3D modeling and simulation analysis on each component of the clutch cover assembly. This ensures that the clutch cover assembly can accurately match the various components of the transmission system when installed on the Dongfeng Tianlong vehicle, avoiding any assembly problems or performance degradation caused by dimensional deviation.
During the manufacturing process, we implemented strict tolerance control to ensure that all key dimensions of the clutch cover assembly meet the design requirements. Through high-precision CNC machine tools and testing equipment, we achieved micron-level processing accuracy, thus ensuring the seamless connection between the clutch cover assembly and the Dongfeng Tianlong vehicle transmission system.
2. Material selection and heat treatment process
The selection of materials is crucial to the performance of the clutch cover assembly. We use high-quality alloy steel as the main material of the clutch cover, which not only has high strength and good wear resistance, but also maintains stable performance under extreme working conditions. In order to ensure that the clutch cover assembly has sufficient rigidity and durability, we have carried out special heat treatment processes, including quenching and tempering, to improve the hardness and toughness of the material.
We also carry out special treatments on the surface of the clutch cover assembly, such as shot peening and anti-rust coating, to improve its fatigue resistance and corrosion resistance. These measures not only extend the service life of the clutch cover assembly, but also improve its reliability in harsh environments.
Matching test and verification
1. Static matching test
After the clutch cover assembly is manufactured, we first perform static matching tests on it in the laboratory. These tests include dimensional measurement, fit verification, and weight verification to ensure that the clutch cover assembly is perfectly matched with the transmission system of the Dongfeng Tianlong vehicle. Through adjustment and optimization, we solve any possible assembly interference or dimensional deviation problems.
2. Dynamic performance test
In addition to static testing, we also conduct comprehensive dynamic performance tests on the clutch cover assembly. These tests include torque transmission capacity tests, wear performance tests, and durability tests. In the torque transmission capacity test, we simulate the torque load under different working conditions to verify whether the clutch cover assembly can effectively transmit power without damage. In the wear performance test, we evaluate the wear of the clutch cover assembly after long-term use to ensure that it has good wear resistance and durability.
In order to simulate the actual use conditions more realistically, we also installed the clutch cover assembly on the Dongfeng Tianlong vehicle for a road test. During the road test, we recorded the operating status and performance data of the clutch cover assembly, including the smoothness of clutch engagement, thoroughness of disengagement, and noise level. These test data provide us with valuable feedback to help us further optimize the design and manufacturing process of the clutch cover assembly.
3. Quality Control and Certification
As a company certified by the IATF16949 quality management system, we strictly follow the procedures and requirements of the system for quality control management. From design to raw material procurement, from mold making to heat treatment and surface treatment process guidance, we have carefully managed every link of production. This ensures that the clutch cover assembly always meets the highest standards of quality requirements during the manufacturing process.
We also have a professional testing center in the industry, equipped with a number of advanced testing equipment from Germany, Switzerland, Italy and other countries. These equipment provide us with high-precision testing means, allowing us to detect and correct any potential quality problems in a timely manner.
Our company has adopted a variety of technical means and testing methods to ensure the compatibility of the 430 diameter pull-type clutch cover assembly with Dongfeng Tianlong vehicles. Through precise design and optimization, strict material selection and heat treatment process, comprehensive matching test and verification, and strict quality control management, we have successfully achieved the perfect match between the clutch cover assembly and Dongfeng Tianlong vehicles. These efforts not only improve the performance and reliability of the product, but also provide consumers with valuable product competitive advantages and quality assurance.