MELSEC iQ-R SeriesR64MTCPU Features
Basic information
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| Model name | R64MTCPU |
| Overview | Maximum number of control axes: 64 axes (up to 32 axes/line × 2), SSCNET III/H connection, Positioning control, synchronous control, speed-torque control, continuous operation to torque control, pressure control, G-code control, machine control |
| Conformance standard | UL cUL CE(EMC) CE(RoHS) KC(EMC) |
| Sales status | On sale |
Merit
Higher basic performance and further improved total system performance
As the high-mix low-volume production is a big trend in today's manufacturing, a Motion controller is required to meet various needs.
MELSEC iQ-R series Motion controller can perform a variety of motion control - positioning, speed, torque, continuous operation to torque control, advanced synchronous control, and cam. This capability allows the controller to be applied to various machines, such as X-Y tables, winding machines, packing machines, and filling machines.
With the combination of advanced PLC systems, servo amplifiers, servo motors, and servo network, Mitsubishi Electric offers a solution that maximizes productivity.
Total system performance, not individual component specifications leads to maximum performance
The MELSEC iQ-R series is provided with sophisticated dual engines: the PLC CPU engine for machine control and the Motion CPU engine for Motion control.
The engines respectively process different types of control based on the characteristic of each engine while working together on data through a high-speed system bus.
CPU loads are significantly distributed by these dual engines compared with a single engine, enabling any equipment to maximize its performance, even for a load change machine or multi-axis equipment.
Select the most suitable combination of CPU engines that can reduce cost and maximize machine performance to the fullest from Mitsubishi Electric extensive product line. Efficiency in designing and debugging is also improved.
Experience powerful performance of multiple CPU with ease of use just like using one CPU
You can select either the Motion CPU or the PLC CPU based on the application, allowing you to configure a system more flexibly.
An easy-to-understand flowchart form is adopted by Motion SFC for motion control programming.
Furthermore, the direct positioning start instruction allows you to program motion control, such as positioning and synchronous control, only with sequence programs.