SMI-AU-2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

SMI-AU-2 is a common accessory in the industrial automation field. It is frequently used in the control of mechanical and electrical systems in factories, manufacturing centers, and production lines. The main functions of SMI-AU-2 are relaying, switching, and controlling electrical signals and power.

SMI-AU-2 consist of a receiver, a transmitter, and a processing unit housed in a single unit. The receiver can detect changes in input signals from the attached equipment. When an input change occurs, the receiver immediately instructs the processor to send a corresponding signal to the transmitter. This signal is relayed to the connected device, where it is interpreted and used to activate and deactivate various functions.

The main applications for SMI-AU-2 is found in several related areas. This includes industrial robotics and CNC machines, automated assembly lines, and automated conveyor systems. SMI-AU-2 is also used for remote control of process and control systems in chemical and pharmaceutical industries. Additional applications can be found in medical equipment and process automation.

The working principle of SMI-AU-2 is based on sensing and control. Input signals are detected by the receiver, then processed by the processor and relayed to the transmitter. This message is then sent to the remote device, which interprets and executes the corresponding action. The SMI-AU-2\'s transmitter also has the ability to provide feedback regarding the status of the connected device.

SMI-AU-2 is an essential accessory in many industries and applications. Thanks to its reliable and powerful signal processing and communication capabilities, it can efficiently control complex machinery and automate tedious processes. Its use has also made it much easier for technicians and engineers to access and monitor process and control systems from a distance, significantly improving safety and efficiency in many industrial settings.

The specific data is subject to PDF, and the above content is for reference