Industry 4.0 refers to the wide application of advanced technologies such as Internet of Things, big data, cloud computing and artificial intelligence in manufacturing industry.To achieve intelligent, automated and highly flexible production methods.It can not only improve production efficiency and product quality, but also reduce the cost and the consumption of manpower and material resources.It can be said that the arrival of Industry 4.0 has brought new vitality to all industries and filled the future production mode with new possibilities.
Now that we are talking about Industry 4.0, is it only Germany that has developed to this stage? Of course, the answer is not, at the current stage of highly intelligent development of our society, there are also many industries that already have the conditions.Even some enterprises have already begun to implement intelligent transformation in an all-round way.Of course, the transformation is not a difficult thing, the only difficulty is not knowing where to start.
For example, in the manufacturing industry, the addition of IoT modem is an important part of the intelligent transformation.IoT modem is a kind of Internet of Things communication device, which can connect the communication between sensors, devices or machines and cloud platforms.It can collect and transmit all kinds of data in real time, and interact with the cloud platform to realize remote monitoring, control and management.
The 4G modem is a device used to implement data communication between a device and a remote monitoring center.In the intelligent manufacturing upgrade industry 4.0, 4G modem can play the following roles:
1. Real-time data acquisition: 4G LTE modem can be connected to industrial equipment, sensors, instruments, etc. To collect various data in real time.Uch as temperature, pressure, humidity, current, etc.These data help to realize the monitoring and analysis of equipment status and provide support for intelligent manufacturing.
2.Data transmission and communication: 4G LTEThe modem transmits the collected data to the remote monitoring center or cloud platform through various communication protocols (such as Ethernet, serial port, etc.).The 4G LTE modem is used to complete the data communication between the equipment and the monitoring center to realize remote monitoring and control.
3. Remote monitoring and maintenance: the 4G LTE modem can perform real-time monitoring and fault diagnosis of equipment status through the remote monitoring center.Operators can know the operation of the equipment in real time through the monitoring center, and take timely measures to optimize the production process.
4. Data storage and analysis: After the 4G LTE modem transmits the collected data to the cloud platform, big data analysis and mining can be performed.Through the statistics and analysis of a large number of data, potential problems in the production process can be found and predictive maintenance can be carried out.Improve productivity and quality.
5.Resource scheduling and optimization: based on the data transmitted by 4G LTE modem, the intelligent manufacturing system can perform real-time resource scheduling and optimization.By analyzing data, adjusting production plan, equipment configuration and energy utilization, we can improve production efficiency and energy saving and emission reduction.
As the key equipment to realize data communication between equipment and remote monitoring center, 4G modem can help intelligent manufacturing upgrade industry 4.0.It can realize real-time data acquisition, transmission and storage, and support remote monitoring, maintenance and data analysis.It provides real-time decision-making and optimization support for intelligent manufacturing system.
