MTS Series 793 - Manual (Page 96)

• Click the Station tab of the Input Resources list, select a station input (from the current channel or
Auxiliary Inputs), and click “+”, or
• Click the Hardware tab of the Input Resources list, select a hardware resource input for the control
mode, and click “+”.
Note:
Keep your resource names short because long names may not be visible in all windows.
3. Enter the desired display and internal name for the control mode.
4. Select Command Plus Error for Type.
5. Enter the desired display and internal names for the Active Fdbk, and then select the desired Dimension
and Display Units.
Signal Stabilization
About Signal Stabilization
Feedback signals can be integrated into the controller to act as a stabilizing factor. These stabilization signals
are primarily used in:
• High-mass systems equipped with Delta P (differential pressure) sensors
• High-speed systems equipped with accelerometers
You can create stabilization inputs from:
• Hardware input resources, or
• Station input resources associated with the selected channel or auxiliary inputs. (You cannot create channel
inputs from station resources associated with other channels.)
You can apply stabilization to:
• Three variable control channels, and to
• Program and control channels that use Basic PIDF, Cascade, or Zero-Clamp control modes
Stabilization 2
Channel and control modes that include stabilization may be equipped with an additional stabilization control
(Stabilization 2) to enhance performance. For information about obtaining this control, contact MTS.
96 MTS Series 793 Control Software
Station Builder