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Parameters and Connectors
Parameter
Description
Data
nd
H176
S. FC_FormatSetp2
2 source for the format setpoint of the format controller.
Default: Long Format (normalized)
Value 3098
Type I
Chart 220,2
H177
S. FC FormatSel
Source to changeover the format setpoint for the format controller.
Default: Special length selected signal
Value 0575
Type I
Chart 220,2
H178
S. FC actFormat
Source for the format actual value of the format controller.
Default: SynchrPosition material position when synchronizing the knife position
encoder
Value 3436
Type I
Chart 220,2
H179
Integral Time FC
Integrating time of the format controller (I controller)
Value 20 ms
Type SD
Chart 220,4
H180
FC_max
Positive limit value of the format controller.
Default: Format controller not active.
Value 0.0
Type R
Chart 220,5
H181
FC_min
Negative limit value of the format controller.
Default: Format controller not active.
Value 0.0
Type R
Chart 220,5
H182
S. freeze_FC
Source for the signal to stop the format controller.
Default: No cutting operation signal
Value 0577
Type I
Chart 220,3
d183
Output FC-Int
Output of the format current controller
Type R
Chart 220,6
d184
Output FC
Format controller output. This signal represents a corrected format setpoint to be
entered at the format generator. The correction is used to compensate cutting errors.
Type R
Chart 220,7
H185
S. FC FormatSetp
Source for the format controller format setpoint.
Default: Actual setpoint format
Value 3414
Type I
Chart 220,2
H186
S. FC FormatNorm
Source for the normalization factor to calculate the cut error.
Default: Xref normalization
Value 3114
Type I
Chart 220,2
H187
S.V Cut curve
Source for the cutting velocity when processing the cutting curve. The cutting velocity Value 3577
Type I
is the deviation from the synchronous velocity while the knife is in the cutting range.
Chart 265,1
The integral of this represents the angular error, which is obtained as a result of the
cutting velocity.
Default: Output of the cutting curve.
H188
S. Cutc_Int=0
Source for the control signal to delete the integral over the cutting velocity.
Value 0413
Type I
Chart 265,1
H189
Cut Curve_max
Upper limit of the integral over the cutting velocity.
Default: Cutting curve not active.
Value 0.0
Type R
Chart 265,3
H190
Cut Curve_min
Lower limit of the integral over the cutting velocity.
Default: Cutting curve not active.
Value 0.0
Type R
Chart 265,3
H191
S. Sample Cut
Source for the signal to save the cutting angular error (refer to H187).
Default: The value when exiting the cutting range is saved.
Value 0169
Type I
Chart 265,4
H192
S. FC FormatSetp2
Source for a correction value to calculate the cutting error.
Value 3000
Type I
Chart 220,2
H193
T Int Cut Curve
Integrating time for the integration over the cutting curve. The integrating time is the
cutting time at the reference velocity and synchronous length
Value 600 ms
Type SD
Chart 265,2
H193 = Xref_norm / V_ref = H105 ⋅ H108 / H104; (observe the units!)
H194
S. Phi_cut_reduce
Source for the function which should weigh the angular error, determined from the
cutting curve, as supplementary angle.
Default: Weighting with a knife angle-dependent function
Value 3159
Type I
Chart 265,5
H195
S. FC actFormat_l2
Source for a correction value to calculate the cutting error.
Value 3000
Type I
Chart 220,2
78
Sheet-Cutter/Cut to Length - SIMADYN D - Manual
6DD1903-0DB0 Edition 09.00