QD51-R24 MITSUBISHI QD51-R24 Starting from the programmable controller CPU to the second axis servo amplifier, Intelligent communication module

"Maximum control axis: 4 axis.
Connection mode with servo amplifier: SSCNET III /H connection type.
The maximum distance between the drive units: 100m.
Operation cycle: 0.88ms.
Interpolation function: linear interpolation (maximum 4 axis), 2 axis arc interpolation.
Color signal: 4 points QD51-R24.
Color detecting set: 4 set.
Even the long disstance wiring can be flexible.
The use of fiber optic cable, with high speed, high performance, high reliability of the servo system controller network QD51-R24.
In addition to the traditional positioning control, but also to support speed / torque control and synchronous control.
Use simple movement module setup tool",
Can easily perform positioning settings, monitoring and debugging, etc..
In addition, the data can be collected and displayed synchronously with the motion controller QD51-R24.
SSCNET III /H connection to save the wiring, the maximum distance between the station up to 100m,
Absolute position system can be easily supported.
The upper limit limit switch, the lower limit switch and the near point block signal are input by the servo amplifier,
Thus greatly reducing wiring MITSUBISHI QD51-R24.
In addition to positioning control and speed control, but also to perform synchronization control, cam control, torque control, touch pressure control, etc..
Positioning module (QD75MH) of the project and the sequence of the previous model is highly compatible with the old model,
The project can be easily applied to the simple motion module (QD77MS) MITSUBISHI QD51-R24. "Control axis: maximum 8 axes.
Greater flexibility.
PLC control and motion control using independent CPU, optimize the system configuration.
More than 4 CPU modules can be freely selected in multi CPU system MITSUBISHI QD51-R24.
MITSUBISHI SSCNET control function.
By using the high speed serial communication mode, we can easily construct the synchronization system of the servo motor.
The motion controller and the servo amplifier can be quickly connected by a connector, and the connection is simplified.
Each 1 CPU can control up to 32 axes at the same time.
Can control the small capacity from 10W to 55KW large capacity servo motor.
Through the use of digital oscilloscope function, can be used to control the power distance, speed, position and other motor information monitoring.
1ch RS-232.
1ch RS-422/485.
Basic language programming module.
The position signal of the first axis servo amplifier, which is used on the motion CPU, is used as a trigger,
Starting from the programmable controller CPU to the second axis servo amplifier,
Time to output speed command of servo amplifier.
This time is the index of data transmission speed between CPU.
Ultra high speed processing, production time is shortened, better performance.
As applications become larger and more complex, it is necessary to shorten the system operation cycle time.
The operation period can be shortened by the super highh basic operation speed 1 QD51-R24.9ns.
In addition to achieve in the past with the control of single-chip high-speed control,
The system performance can be improved by reducing the total scan time,
To prevent any possible performance bias.