3OM-1050-002.pdf - 第73页
(b) Block Sorting Function When components requiring different tact time are used in a repeti- tive pattern program and unit P .C.B.’s are finished one by one in normal sequence, the tact time of component placement on t…
(C02_09) C
Enter some of the following control commands.
CAUTION
If a control command other than the following ones is
used, the step becomes invalid.
- (hyphen) : This command handles the steps as those for com-
ponent placement.
S:This command invalidates the steps specified as those
for component placement.
C:This command invalidates the steps specified as those
for component placement.
Note: As for dispensers, these steps become invalid.
D:This command handles the steps as those for com-
ponent placement.
Note: As for dispensers, these steps become invalid.
E:When placement data (O) is not created, this shows
the end of the steps in the placement data (P).
P:This shows the end of the steps in the placement data
(P) of a repetitive pattern program.
Components are placed in normal sequence.
Q:This shows the end of the steps in the placement data
(P) of a repetitive pattern program.
Components are placed in reverse sequence.
B:When the unit P.C.B. B.B.R. detection function must
be used, set this control command in the first step (P-
No. 1).
See Note (a).
0, 1, 2, 3, 4, 5, 6, 7, 8, 9:
These control commands are used to enable the block
sorting function.
See Note (b).
(a) Do not set the B command in any lines except "P-No. 1".
Refer to "3.5 Repetitive Patterns (Unit P.C.B. B.B.R. Function En-
abled)" for concrete examples of the unit P.C.B. B.B.R. detection
function.
2.5 Placement Data
0210-005 2-52 AFO01EDTP
C
Fig. 3B103
(b) Block Sorting Function
When components requiring different tact time are used in a repeti-
tive pattern program and unit P.C.B.’s are finished one by one in
normal sequence, the tact time of component placement on the sec-
ond and subsequent multi-unit P.C.B.’s is reduced to the lowest one
of the first unit P.C.B., greatly deteriorating the productivity.
However, this block sorting function can be used to place high-speed
components (components to be placed at high speed) first of all the
others on all unit (child) boards of a multi-unit (mother) P.C.B., im-
proving productivity.
Refer to "3.6 Repetitive Patterns (Block Sorting Enabled)" for a con-
crete example.
(c) Confirm that "0" (zero) is set in the "X [mm]", "Y [mm]", "Z=theta", "H
[mm]", and "Fdr No." text boxes of the last line (last step No.) and set
"E", "P", or "Q".
(C02_10) Comment
Set a comment for each step No.
Up to 32 characters (alphanumerics and marks) can be used.
(a) The automatic operation is not affected by these comments.
(b) The comments can be used to check "Ref. No." printed on the upper
surfaces of P.C.B’s.
(C02_11) X1 [mm], Y1 [mm]
Set the coordinates of the first fiducial mark for the local recognition
mode in each text box.
Unit: mm
(C02_12) X2 [mm], Y2 [mm]
Set the coordinates of the second fiducial mark for the local recogni-
tion mode in each text box.
Unit: mm
(C02_13) FM1, FM2
Set parameters for "FM1" (First Fiducial Mark No.) and "FM2 (Second
Fiducial Mark No.) related to the local recognition mode.
Select the mark Nos. (Mark #) specified in the P.E.C. recognition mark
data of the operation data.
Comment
Fig. 3B104
Fig. 3B104-1
X1 [mm]
Y1 [mm]
010.000
010.000
Fig. 3B104-2
X2 [mm]
Y2 [mm]
050.000
050.000
Fig. 3B104-3
FM1
FM2
01
01
2.5 Placement Data
0210-002 2-52-1 AFO01EDTP
(C03) Placement Data (O-data)
The set parameters can be used to create a repetitive pattern pro-
gram.
Fig. 3B105 Edit Window (Example)
(C03_01) O-No.
Shown are the step Nos. of the placement data (O).
These step Nos. are regarded as repetitive pattern Nos.
Parameters must be entered in each line (pattern).
Fig. 3B107 Example of Repetitive Pattern Program
O-No.4
Pattern 3Pattern 4
Pattern 2 Pattern 1
O-No.3
O-No.2
O-No.1
O-No.4
Pattern 3
Pattern 4
Pattern 2
Pattern 1
O-No.3
O-No.2
O-No.1
TCM-X100
TCM-X200 TCM-X300
2.5 Placement Data
0210-004 2-53 AFO01EDTP
1O-No.
Fig. 3B106