Design guide for combination of multi-level weight
From the world level, the electronic weighing instrument technology has gone through four stages, from the traditional mechanical scale composed of all mechanical components to the electromechanical combination scale that replaces some mechanical components with electronic circuits, and then from the integrated circuit type to the current single chip Electronic scale for system design. China's electronic weighing instruments have developed from the combination of electromechanical type to today's all-electronic type and digital intelligent type. Now electronic weighing instrument manufacturing technology and its application have begun new development. It is based on the use of sensors that we add the cooperation of the manipulator and receive the weighing signal through the PLC to control the movement of the manipulator.
On the basis of the weight sorting machine, we have added the cooperation of the manipulator, so that the feeding is operated by the manipulator, which can improve the feeding speed and the accuracy of putting in the material tray. The manipulator can better realize the organic combination with mechanization and automation. Manipulators can replace humans to complete dangerous and dull work, reduce human labor intensity and improve labor productivity. Weighing signal is received through PLC to control the movement of the manipulator. Realize industrial automation. The technical performance tends to be high rate, high accuracy and high reliability, and its application tends to be comprehensive and combined.
The multi-level weight sorter has the characteristics of small size, light weight, simple structure, strong practical value, convenient maintenance, etc. It can work in various environments, the weighing signal can be transmitted remotely, it is easy to realize the weight display digitization, and it is easy to network with the computer. Automate the production process. With the rapid development in the age of science and technology, the achievements of modern electronic technologies such as microelectronics and computers have brought tremendous impact and revolutionary impact to traditional electronic measuring instruments and manipulators.