Synchronism Monitoring (Cpsyncop, Cpsynfip, Cpsyncov, Cpsynfiv) - Siemens SINUMERIK 840D sl Function Manual

Scaling of the output value
Syntax:
Identifiers:
Functionality:
Value:
Example:
Programming
CPLOUTSC[X2,X1]=3
NOTICE
The following setting data used in the existing coupling type "Master value coupling" is
considered in generic coupling independently of the set coupling type (CPSETTYPE):
SD43102 $SA_LEAD_OFFSET_IN_POS[FAx] (offset of master value)
SD43104 $SA_LEAD_SCALE_IN_POS[FAx] (scaling of master value)
SD43106 $SA_LEAD_OFFSET_OUT_POS[FAx] (offset of function value of the curve table)
SD43108 $SA_LEAD_SCALE_OUT_POS[FAx] (scaling of function value of the curve table)
These setting data have the following effect:
• on all leading axes that are coupled with the following axis via a curve table. This must be
taken into account for couplings with more than one leading axis!
• in addition to the CP key words CPLINTR, CPLINSC, CPLOUTTR and CPLOUTSC.
5.5.5.15

Synchronism monitoring (CPSYNCOP, CPSYNFIP, CPSYNCOV, CPSYNFIV)

Synchronous operation monitoring
In each interpolation cycle, the synchronous operation of the coupling group is monitored -
both on the setpoint and actual value sides. The synchronous operation monitoring responds
as soon as the synchronous operation difference (the difference between the setpoint or
actual value of the following axis and the value calculated from the setpoints or actual values
Special Functions
Function Manual, 09/2011, 6FC5397-2BP40-2BA0
CPLOUTSC[FAx,LAx]= <value>
Coupling Lead Out Scale Factor
Defines the scaling factor for the output value of coupling the following
axis FAx with leading axis LAx.
Type: REAL
Default value: 1
Comment
; The output value of the coupling of the following axis
X2 with leading axis X1 is multiplied with factor 3.
M3: Coupled axes
5.5 Generic coupling
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