SOM-1617-001.pdf - 第27页
Fig. 26 When “>” appears at the right side of “FDR NO”, it indicates that the feeder No. is being checked. (1) Apply the bar code reader to the bar code label pasted on the feeder that caused a component shortage erro…
When the [ENT] key is pressed, the system is shifted to the “7.3.9
Entering the name (ID) of the component manually that caused a
component shortage error” session.
(7) After all feeders are checked on whether or not a component short-
age error is caused, the original window resumes.
(8) When the reader fails in reading the bar code, “<?>” appears on the
bottom right of “COMP ID”. (Fig. 25)
Fig. 25
(9) When the bar code is scanned again but cannot be read success-
fully by all means, press the [ENT] key. The system is shifted to the
“7.3.9 Entering the name (ID) of the component manually that caused
a component shortage error” session.
7.3.8 Checking the feeder No. that caused a component short-
age error
After the component name (ID) is checked, the “** COMP EMPTY **”
window (Fig. 26) appears on the screen, enabling the checking of the
feeder No.
(a) This window appears when “ON” is set for “FDR CHECK
?” at the “** DATA OPERATION **” window which appears
after “3. OPERATE” is selected at the “** MAIN MENU **”
window.
(b) To perform this operation, the printed bar code label (feeder
No.) is required.
021 1-001 2 5
AIH01EGP
** COMP EMPTY **
EMPTY FDR NO. 999
COMP ID XXXXXXXXXXXX
XXXXXXXXXXXX
<?>
NEXT BACK EXIT
7.3 Checking the Components for the Current and Next Programs
Fig. 26
When “>” appears at the right side of “FDR NO”, it indicates that the
feeder No. is being checked.
(1) Apply the bar code reader to the bar code label pasted on the feeder
that caused a component shortage error and press the [READ]
switch.
(2) A peep sounds when the bar code is read successfully.
(3) When the reader fails in reading the bar code, “<?>” appears on the
bottom right of “READ ID”. (Fig. 27)
Fig. 27
(4) When the reader fails in reading the bar code by all means, press
the [ENT] key.
The window (Fig. 30) appears on the screen, enabling you to enter
the feeder No. manually.
(5) When the bar code is read successfully, the read feeder No. is com-
pared with the specified one.
021 1-001 2 6
AIH01EGP
** COMP EMPTY **
EMPTY FDR NO.>999
READ ID XXXXXXXXXXXX
XXXXXXXXXXXX
** COMP EMPTY **
EMPTY FDR NO.>999
READ ID XXXXXXXXXXXX
XXXXXXXXXXXX
<?>
7.3 Checking the Components for the Current and Next Programs
(6) When the compared data coincides with the specified one, “<OK>”
appears on the bottom right of “READ ID”. (Fig. 28)
After the window has appeared for a certain period of time, the feeder
No. (FDR NO.) and the component name (ID) to be checked sub-
sequently are displayed.
After the components of all feeders are checked completely, the
system is shifted to the “7.3.4 Result Response” session.
Fig. 28
(7) When the compared data is not identical, a warning peep sounds
twice and “<NG>” appears on the bottom right of “READ ID” and
“<MISMATCH>” on the bottom left of the window. (Fig. 29)
Fig. 29
When the [ENT] key is pressed subsequently, the “** BC INPUT **”
window (Fig. 30) appears for manual entry of the feeder No.
Fig. 30
021 1-001 2 7
AIH01EGP
** COMP EMPTY **
EMPTY FDR NO.>999
READ ID XXXXXXXXXXXX
XXXXXXXXXXXX
<OK>
** COMP EMPTY **
EMPTY FDR NO.>999
READ ID XXXXXXXXXXXX
XXXXXXXXXXXX
<NG>
<MISMATCH> HIT ENT
** BC INPUT **
FDR NO.>
READ ID XXXXXXXXXXXX
XXXXXXXXXXXX
<NG>
<MISMATCH>
7.3 Checking the Components for the Current and Next Programs