Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video provides a detailed demonstration of the Panasonic MDDDT3530 A4 Series AC Servo Driver, showcasing its versatile control modes and connectivity options. You'll see how to implement pulse train position, analog velocity, and torque commands, and explore its full-closed control and serial communication capabilities for industrial automation applications.
Related Product Features:
Supports multiple control modes including position, speed, torque, and full-closed control.
Features pulse train position command and analog velocity/torque command inputs.
Offers RS232 and RS485 serial communication for flexible host connectivity.
Includes 17-bit absolute/incremental encoder feedback for high-resolution positioning.
Provides comprehensive I/O with 10 control inputs and 6 control outputs.
Built-in regenerative resistor with option for external resistor connection.
Compact D-Frame design measuring 85mm(W) x 150mm(H) x 170mm(D).
Operates with single/3-phase 200-240V power supply for industrial applications.
FAQs:
What control modes does the MDDDT3530 servo driver support?
The MDDDT3530 supports switching among seven control modes: position control, speed control, torque control, position/speed control, position/torque control, velocity/torque control, and full-closed control, providing flexibility for various automation applications.
What communication interfaces are available on this servo driver?
This driver features both RS232 and RS485 communication interfaces. RS232 enables 1:1 communication with a host, while RS485 supports 1:n communication with up to 15 axes, allowing for versatile system integration.
What type of encoder feedback does the MDDDT3530 support?
The driver supports 17-bit (131072 resolution) absolute/incremental encoder feedback and 2500 P/r (10000 resolution) incremental encoder. When using it as an incremental system without multiturn data, the absolute encoder battery should not be connected and parameter Pr. 0B must be set to '1'.
What are the power supply requirements for this servo driver?
The main circuit requires single/3-phase 200V to 240V (+10% -15%) 50/60 Hz input, while the control circuit operates on single phase 200V to 240V (+10% -15%) 50/60 Hz, making it suitable for standard industrial power systems.