Parameter data of Yifumen flow switch SI5000

As the mainstream of underlying digital communication technology, IO-LINK's application in the photovoltaic field can be said to be "timely". From panel PECVD equipment to a wider range of photovoltaic automation equipment, Baruff's IO-LINK solution provides a complete set of "high-speed" data paths between sensors, actuators, and controllers, bringing a series of significant advantages.

Specifically, for example

The Baruff BNI00AJ 8-channel AI module is compatible with voltage/analog, current/analog, temperature, and on-site installation methods, which can reduce the wiring cost of analog signals and avoid the risk of signal attenuation and susceptibility to interference in long-distance wiring;

The SmartLight smart tower lights, represented by Baruff BNI008A, have multiple working modes (segmented mode, running light mode, Level mode), making the visualization of equipment status more rich and improving the efficiency of human-computer interaction;

IO-LINK master station module, represented by Baruff BNI0077, supports EtherCAT communication method and meets the standards of the photovoltaic industry. At the same time, IO-LINK meets the demand for device digitization and can also be applied to other photovoltaic master devices such as PVD, ALD, RPD, etc;

The distributed IO solution represented by Baruff BNI00AW can improve the assembly efficiency of the entire line, and the visualization of IO modules also helps to view and maintain the IO status of equipment during use. The expandable IO modules also improve the overall economy of the IO system.