| - |
Intelligent self-tuning model automatically optimizes PID parameters. |
| - |
One SLPC can replace two conventional controllers in applications such as cascade loops, and high or low auto-selector control. |
| - |
The user can write sophisticated programs by combining calculator-like instructions and functions - I/O instructions such as "read analog input" or "set contact-status output", computational functions and signal-processing functions such as square root with "low-signal cutoff", linearization and dead-time compensation- with control modules. Conditional branching and subroutines are supported. |
| - |
There are six status I/O points; each may be user-defined as either input or output. |
| - |
Functions such as remote setting, feedforward control and output tracking are supported. Adjustable setpoint filtering allows response to setpoint changes to be optimized. |
| - |
Communication functions allow the SLPC controller to be used with a central CRT-display operator station. DDC or SPC operation is also possible. The SLPC can also be combined with an SCMS Programmable Computing Station. |
| - |
Incorporates I/O signal level checks and self diagnostics. |