PID Design Center for BORIS

The new PID Design Center for the block-oriented simulation system BORIS increases considerably the available possibilities for the design of PID controllers. It represents the extensive development of the approved T-sum design module and allows the manual or automatical design of continuous or time discrete PID controllers by a large variety of plant approximations and design methods like

	design rules by Chien, Hrones and Reswick
	design rules by Oppelt
	design by rules of thumb
	design rules by Rosenberg
	design rules by Ziegler/Nichols
	design by the oscillation method of Ziegler/Nichols
	design by the T-Sum rule
	design by the gain optimum method
	design rules by Takahashi

For the analysis of the plant and the design of the controller it is sufficient to feed the PID Design Center system block with the input and output variable of the plant. Both variables can be normalized to a freely selectable operating point and limited to a time window if necessary. The used design rule is graphically displayed for control purposes.

Some further features of the module:

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	optional control input for the triggering of the data recording
	parallel display of original and normalized data
	measuring cursor in all views (e. g. for the manual drawing and measuring of the tangent or of the permanent oscillation)
	free choice of the viewed time window
	free choice of the sampling time at the design of time discrete controllers
	printing and saving of results
	direct transfer of the PID parameters to the BORIS-PID-blocks via the clipboard (WinFACT 6)
	comprehensive online help and online documentation
	suitable for all WinFACT versions (WinFACT 98 and higher)

The following screenshots are intended to give you a first impression of the features of the module. You find a demo version (German) at our download area.

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Prices:
Single user licence Industry:	EUR	390,00
Education licence:	EUR	390,00

Please refer to our price lists for current prices of all products!