The modern manufacturing industry faces the challenge of economic globalization, with shorter product innovation cycles, higher product complexity, higher product individuation demand, and higher production efficiency and energy efficiency requirements. In April 2013, Germany, the world’s traditional industrial power, put forward the concept of “Industry 4.0â€. This fully integrated solution centered on networked manufacturing technology will penetrate all aspects of the product life cycle, vertically interconnecting the business processes of factories and companies. , horizontal real-time production management.
It is understood that “Industry 4.0†refers to the fourth industrial revolution or revolutionary production method led by intelligent manufacturing, and consists of two major themes: one is the “smart factoryâ€, focusing on intelligent production systems and processes, and the network. The realization of distributed production facilities. The other is "smart production", which involves the application of technologies such as production logistics management, human-machine interaction, 3D printing, and additive manufacturing in the industrial production process.
In Germany, Industry 4.0 has become one of the government's national strategies and ten future projects. In October this year, Chinese Premier Li Keqiang announced that China and Germany’s decision to cooperate in Industry 4.0 is also huge for Chinese companies. The turning point for the transformation.
Therefore, in August 2014, the IEC set up a IEC/SMB/SG8 "Industry 4.0 Intelligent Manufacturing" strategy working group to carry out "Industry 4.0" related standards system research and key technical standards development. The Singapore meeting is the first meeting of this strategy working group.
At the meeting, representatives of various countries made a summary analysis of the current status of their industry 4.0 related technologies and applications. The participating experts worked on the “Industry 4.0†technology development trend, the standard system architecture, the focus of the next step on standardization, and the work of this working group and other related standards. The division of work of the group (ISO/TC184, IEC/TC65, IEC/SMB, etc.) is discussed. The working group plans to hold its second meeting in March 2015. At the meeting, the main contents of the final report of the strategy working group and the preparation of the division of labor will be clarified.
According to the data, IEC, the International Electrotechnical Commission, was established in 1906. It is the earliest international electrotechnical standardization organization established in the world and is responsible for international standardization work in the field of electrical engineering and electronic engineering. SMB is the IEC Standards Authority. As the agency responsible for the overall management of IEC technical work, its work is mainly through the establishment and withdrawal of technical committees, the scope of technical committees, and the timetable for the development of supervisory standards, maintaining and maintaining with other international and regional organizations. Contact. SMB is also responsible for strategic planning, adjustment, implementation, and oversight of technical committee activities.
The IEC/SMB work groups include SMB/SG1 (Energy Efficiency and Renewable Energy Strategy Group), IECSMBSG2 (IEC UHV Strategy 2nd Working Group), IEC/SMB/SG3 (Smart Grid Strategy Group), IEC/SMB/SG4 ( Low Voltage DC Power Distribution System Strategy Working Group), IEC/SMB/SG5 (Environmental Support Life Strategy Working Group), IEC/SMB/SG6 (Automotive Electrical Technology Strategy Working Group), IEC/SMB/SG7 (Strategy Working Group for Robotics ), IEC/SMB/SG8 (Industry 4.0 Smart Manufacturing Strategy Working Group).
Representatives representing the Chinese experts at the meeting were Dr. Wang Chunxi, director of the Standards and Testing Center of the Institute of Instrument and Meter Technology of the Ministry of Machinery Industry and General Manager Wu Xiaodong of the Shanghai Institute of Electrical Science. As the sponsor of the IEC/TC65 domestic counterpart committee SAC/TC124 secretariat, the Institute of Instrumental and Integrated Technology and Economics of the Machinery Industry has long tracked the latest international developments of relevant intelligent manufacturing technologies and standards such as Industry 4.0, carried out related research, and Included in 2013 and 2015 public welfare industry research projects. Participating in this meeting will ensure the successful completion of the national issues.
Brief Introduction:
Mobile Impact Crusher is usually used in the site where you should change working site often, particularly when you process stones found in high way, railway, etc. Therefore, the Mobile Impact Crusher Plant must be designed especially for clients according to different materials, scale and dependence on the ultimate products. Impact crusher series Mobile Crusher Plant may be applied on the market of metallurgy, chemical, building materials, water power station. The integration unit is straightforward for installation and maintenance. This makes the whole portable crusher plant consider the options that come with longer working some time and higher durability.This series Mobile Crusher Plant incorporates every one of the crushing plants, for example Impact Crusher , Vibrating Feeder , Vibrating Screen, Belt Conveyor , etc.
Features:
1. Move easily. It may navigate to the crushing place where is hard to go. It not only can drive on the smooth road, but also around the bumpy road.
2. Compact structure and simple operation. Integrative equipment group with trailer saves the significant area. With generator, motor and control box, it may operate in any place even there`s no electricity. With supporting equipment on the trailer, so you should not install the device.
3. Save the price. Crush materials on-site, decrease the transportation cost.
4. Wide application. The mobile impact crushing plant can work as independent unit; work with other unit to accomplish primary and secondary crushing; work with two other units to accomplish primary, secondary, and fine crushing; working as a production line using the Screening Equipment (firstly screening then crushing, or firstly crushing then screening.)
5. Good performance and convenient maintenance.
6. Flexible configuration. Can offer suitable mobile impact crushing plant based on customers working site, material typical, and particle shape requirement, such as single unit, combined units, self-load belt conveyor unit.
Technical Parameters:
Mobile Impact Crusher Plant
| Model | Transport length (mm) | Transport width (mm) | Transport height (mm) | Max.height (mm) | Max. width (mm) | Belt conveyor height (mm) | Total weight (t) |
| ZDY3S1548F1010 | 11000 | 2500 | 4000 | 6000 | 2800 | 4000 | 42 |
| ZDY3S1848F1210 | 12200 | 2800 | 4200 | 6500 | 3000 | 4000 | 46 |
| ZDY3S1860F1214 | 12500 | 2800 | 4500 | 6500 | 3000 | 4200 | 51 |
| ZDY3S2160F1315 | 13500 | 3000 | 4800 | 6800 | 3200 | 4200 | 57 |
| Model | Vibrating Screen | Impact crusher | Belt conveyor | capacity (t/h) | Power(kw) |
| ZDY3S1548F1010 | 3YK1548 | PF1010 | B500X7M | 40-90 | 97.5 |
| ZDY3S1848F1210 | 3YK1848 | PF1210 | B650X7M | 80-120 | 136 |
| ZDY3S1860F1214 | 3YK1860 | PF1214 | B650X8M | 90-180 | 165 |
| ZDY3S2160F1315 | 3YK2160 | PF1315 | B800X8M | 120-250 | 245 |
Mobile Impact Crusher
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