DOGA DPC Touch, Инструкция по эксплуатации

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DPC Touch User Manual 20
7.3 Inputs
Activate necessary inputs by selecting corresponding check boxes. Select required input function
from the list.
Non-assigned inputs can be used for Logical In steps.
Impulse signals duration must be between 100 and 500 ms.
Each input function can be assigned only once.
Input name Function description Signal type
Job select 1-8
Inputs to select jobs on DPC Touch in binary or in direct logic
(see the table below). Logic is selected in operating settings.
Continuous
Skip Signal is used to skip the current step or position. Impulse
Back
Signal is used to get back to previous position. It’s not possible
to get back to previous step.
Impulse
Reset
DPC Touch alarm reset. If maximum number of retightenings
is reached it’s not possible to reset the alarm. Step or Job has
to be reset.
Impulse
Reset Step Signal is used to reset current fastening step. Impulse
Reset Job Signal is used to reset current job. Impulse
Next Job Signal is used to select next job in the job manager list. Impulse
Previous Job Signal is used to select previous job in the job manager list. Impulse
Tool Alarm
Fastening NG (alarm) signal from the tool to indicate that
fastenin
g operation wasn’t successful.
Continuous
or Impulse
Set Origin Signal is used to set zero of encoders in operating mode. Impulse
D_Reverse
Signal from tool to indicate that the tool is in reverse rotation
mode. DPC Touch will lock the tool if the signal is received on
the first tightening. After NG tightening DPC Touch will not
lock the tool if this signal is received to allow rework
operation.
Continuous
D_Motor_Run
Signal from tool to indicate that the tool is running. Signal is
used to control fastening time and to assure functioning of
Smart tolerance teaching feature and Temporary position loss
feature.
Continuous
D_Fastening_OK
Signal from tool after successful fastening operation. Once the
signal is received, current position is declared as finished.
Impulse
The table below shows the relation between Job select signals and Job number in binary logic.
Job number Job select 1 Job select 2 Job select 3 … Job select 8
0 0 0 0 0 0
1 1 0 0 0 0
2 0 1 0 0 0
3 1 1 0 0 0
4 0 0 1 0 0
…
255 1 1 1 1 1
NOTE: See Output’s settings for direct logic example.