The future direction of the recorder

The future diversification of the recorder's technological development will certainly give users a more convenient way of use. The new seedling of this old tree has sprouted a healthy bud under the spring breeze of China's automation market.

1. More powerful floating-point computing function means more powerful data recording and processing efficiency. With the application of PID and other functions in the recorder, the recorder is not just a simple medium for data record transmission. Some recorders with PID and other functions can not only record important data of the process in real-time while the equipment is running, but also can provide feedback on some dangerous data and simply complete some functions such as start-stop or even speed-adjustment. In this way, maintenance costs in production are greatly reduced; engineers' valuable time is saved. The simple PID function monitors and regulates the speed at the same time as the device clicks.

2. Wireless transmission function: With the increasingly strong network transmission function, wireless transmission can not only break through the geographical restrictions, but also can guarantee the problem that the professional who is not on-site solves the process link within a short time. For example, if a metallurgical enterprise encounters an error in a certain production process, maintenance engineers can transmit real-time data to a remote place for engineers to make diagnostic judgments if they are not local.

3, multi-carrier transmission: Recorder can not only be connected to the PC, IPC and other systems, but also with mobile phones, mobile-PDA and other handheld wireless devices connected. And through remote communication can monitor and control the instrument in real time. Reduced the incidence of equipment failures in production and increased production efficiency.

4, machine vision function: the use of high-end image sensors and recorders to connect, not only can record the data changes in the production process of equipment, but also real-time monitoring of the production environment. In the actual process, it can be combined with the recorder's own process production data and the environmental conditions recorded by the image sensor to perform a full range of judgments on the problems that arise.