Control axis: up to 16 axes.
Interpolation function: linear interpolation (maximum 4 axis), arc interpolation (2 axis), spiral interpolation (3 axis).
PLC capacity: 30K step.
Small scale systems with high performance to price ratio.
Power supply, programmable sensor, motion controller trinity QE84WH.
Maximum control axis: 16 axis.
Support visual system.Inpuut / output points: 4096 points.
Size side mode: small end mode.
SD memory card: available.
Q24DHCCPU-LS without OS.
C language controller is a long term stable supply, high reliability, high performance, flexible MELSEC on the implementation of the C language program revolutionary open platform QE84WH.
Including pre installed VxWorks,
This C language controller can be used with various modules of the MELSEC-Q series,
Partner products and open source,
Client program assets, such as portfolio use to build a variety of systems QE84WH MITSUBISHI QE84WH.
As can be used in all scenarios, can replace the computer, a new computer platform,
C MELSEC language controller stronger, simpler, higher performance, more flexible, in the future will also continue to continue to develop MITSUBISHI QE84WH.
3 slots; requires 1 AnS series PLC power modules;
Used to install large AnS series PLC module.
Base plate of AnS series PLC.
QA1S series PLC 3 slot main substrate MITSUBISHI QE84WH.
AnS series of modules can be installed. 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 QE84WH.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.