The RMC200 Lite CPU20L and Standard CPU40 are very similar. The differences are listed below. In general, the CPU40 has more processing power and supports more axes. It also has more time available for running user programs, which can become important at small loop times.
|
CPU20L |
CPU40 |
Axes and Control Loops |
||
Max Physical Control Axes |
18 |
50 |
Max Control Loops |
36 |
100 |
Max Total Axes, including Virtual and Reference |
48 |
128 |
Max User Tasks |
32 |
64 |
Modules |
||
Power Supply |
Integrated |
Requires separate PS4D or PS6D power supply module |
Supported bases |
||
Supported Loop Times |
||
Supported single-loop control axes vs Loop Time1 |
125 µs: 0-32 250 µs: 0-72 500 µs: 184 1 ms: 18 2 ms: 18 4 ms: 18 |
125 µs: 0-62 250 µs: 0-112 500 µs: 323 1 ms: 50 2 ms: 50 4 ms: 50 |
Plots |
||
Max total plot data items |
512 |
1024 |
Max number of plot templates |
48 |
64 |
Max number of data items per plot |
48 |
128 |
Plot storage |
48 MB (12M samples) |
192 MB (48M samples) |
Curves |
||
Curve Storage |
16 MB |
64 MB |
Communication |
||
Max EtherNet/IP processing |
6000 packets/sec |
8000 packets/sec |
1 More axes may be used for a given loop time by selecting High Control Loop Utilization. See the Loop Time topic for details.
2 Requires selecting High Control Loop Utilization. See the Loop Time topic for details.
3 Above 14 axes requires selecting High Control Loop Utilization. See the Loop Time topic for details.
4 Above 11 axes requires selecting High Control Loop Utilization. See the Loop Time topic for details.
See Also
RMC200 Overview | CPU20L | CPU40
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