PSDA servo bag cutting machine system PSDA servo bag cutting machine is a new generation of cutting bag system developed independently to meet the needs of the modern industrial automation control field. It mainly adopts the latest international motor special digital processor DSP as its core and high speed digital logic chip. The high-quality power module is composed of a series of advantages such as high integration, small volume, fast response speed, perfect protection, simple and clear wiring, and high reliability. Suitable for high precision cutting bags and other industrial control automation areas.
a) The AC servo driver is integrated with the cut bag system. There is no command pulse transmission, fast response, and strong anti-interference ability.
b) Low cost. No PLC or other cutout controller is required.
c) Perfect protection mechanisms such as perfect over-current, over-voltage, under-voltage, over-load, and encoder failure.
d) There is a standard ModBus RTU communication protocol, which can be connected with other controllers and touch screens to form a complete control system without any software modification.
e) The driver is 3 times overloaded and suitable for large dynamic loads.
f) Multiple monitoring functions, 15 kinds of real-time monitoring items can be arbitrarily selected.
g) All-around software design, software parameter adaptation, minimal reduction of user-set adjustment parameters, adjustment parameters only a few.
h) Using monitoring software to easily implement real-time control and systematic analysis of the drive in the field.
i) RS232 or 485 communication mode can be arbitrarily selected, and multi-machine connection of up to 200 drives can be realized under the 485 communication mode.
j) Independent development, faster and more timely access to software upgrades and technical support.
a) The AC servo driver is integrated with the cut bag system. There is no command pulse transmission, fast response, and strong anti-interference ability.
b) Low cost. No PLC or other cutout controller is required.
c) Perfect protection mechanisms such as perfect over-current, over-voltage, under-voltage, over-load, and encoder failure.
d) There is a standard ModBus RTU communication protocol, which can be connected with other controllers and touch screens to form a complete control system without any software modification.
e) The driver is 3 times overloaded and suitable for large dynamic loads.
f) Multiple monitoring functions, 15 kinds of real-time monitoring items can be arbitrarily selected.
g) All-around software design, software parameter adaptation, minimal reduction of user-set adjustment parameters, adjustment parameters only a few.
h) Using monitoring software to easily implement real-time control and systematic analysis of the drive in the field.
i) RS232 or 485 communication mode can be arbitrarily selected, and multi-machine connection of up to 200 drives can be realized under the 485 communication mode.
j) Independent development, faster and more timely access to software upgrades and technical support.