Roland R1000 Series Manual page 121

B0046191 / Rev. 1.12
System parameter 16: Programming the "Measurement start" inputs under external control.
system parameter
ext. meas.start: IN0
Abb. 92: Adjusting the measurement start inputs
Possible operating conditions:
• IN0:
• IN0 + IN1:
• IN0 + IN1 + IN2:
System parameter 17: Setting the output logic (0-sheet, 1-sheet, 2-sheet outputs).
system parameter
output 0-1-2:
Fig. 93: Setting the output logic
Possible choices:
• 0 V:
• +24 V: The outputs 0-sheet, 1-sheet and 2-sheet are inverted, i.e. the respective signals in
System parameter 18: Deactivating / activating the external calibration via fieldbus.
system parameter
ext. adjust:
Fig. 94: Deactivating / activating the external calibration
Here the external calibration, which is possible via fieldbus with the signals "teach-in" and "zero
adjust", can be deactivated / activated.
System parameter 19: Diagnostic factors.
This system parameter is used for the equipment diagnostics and should not be changed by the
user.
system parameter
diagnostic factors
Fig. 95: Diagnostic factors (fixed)
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Double Sheet Detector R1000 series E20
with integrated fieldbus interface
16
If 24 VDC is applied to IN0, then the measurement is executed.
If 0 VDC is applied to this input then the measurement is stopped.
The measurement is performed only, if 24 VDC is applied
simultaneously to IN0 and IN1.
The measurement takes place only, if 24 VDC is applied
simultaneously to IN0 and IN1 and IN2.
17
0V
As shown in the timing diagrams.
the timing diagrams must be seen inverted.
Note The outputs "Enable" and "Warning" are not affected thereby.
18
no
19
Manual
Start-up
121