GE IC693DSM302-AF

Functional Features

• High – speed Processing: The block processing time is less than 5 milliseconds, which enables fast operation and processing, and can promptly respond to motion control commands.
• Powerful Programming Functions: The programming unit has a high resolution. The position range is from – 8,388,608 to + 8,388,607 user units, the speed is from 1 to 8,388,607 user units per second, and the acceleration is from 1 to 8,388,607 user units per second squared. It has a simple and powerful motion program instruction set, supporting 1 – axis or 2 – axis synchronous motion programs. It also supports a short – term motion program Program 0, which can be created in the configuration software. It has non – volatile storage for 10 programs and 40 sub – programs, created through the APM motion programming software, and users can scale the programming units.
• Convenient Communication and Upgrade: It can automatically transfer data between the PLC table and DSM302 without user programming. It is equipped with a serial port for connecting programming devices and can also perform “soft” upgrades to the firmware stored in the flash memory through the serial port.
• Rich Input and Output: It provides 5V, 24V and analog I/O for the PLC. Each servo axis has origin and over – travel switch inputs. Each position feedback input has two position capture strobe inputs. There are also AB – phase encoder inputs for the slave spindle. The 13 – bit analog output can be controlled by the PLC or used for servo adjustment monitoring.
• Digital Signal Processing: It has a built – in digital signal processor, which can perform vector control on GE Fanuc AC servos and improve tracking accuracy through the velocity feed – forward function and position error integrator.

Application Scenarios

• Industrial Automation: It is widely used in manufacturing production lines, such as automotive manufacturing, electronics production, etc. It can be used to control the motion of robotic arms, conveyor belts and other equipment to ensure the accuracy and stability of production processes.
• Packaging Industry: In the packaging production line, it can control the movement of packaging machines, such as the accurate positioning of carton – folding machines and the speed control of labeling machines, to improve packaging efficiency and quality.
• Printing Industry: It can be used to control the movement of printing presses, such as the precise adjustment of the position of printing plates and the synchronization control of ink – feeding devices, to ensure the accuracy and quality of printing.