2OM-1064-002.pdf - 第73页
V [Setting of Repetitive Patterns] When multi-unit P .C.B.’ s (repetitive patterns) are used and the P .E.C. rec- ognition function is implemented on each unit P .C.B., set “01” or “02” in the text field labeled “V” of P…
• To designate the pick-up priority (“2” to be set as “S” data)
Designation Possible Designation Impossible
• Pairing of Components between Tape Feeders
• Pairing of Components between Tape and
Vibratory Stick Feeders
• Pairing of Components between Tape and Step-
Stacking Stick Feeders (Reserved Function)
• Pairing of Components between Tape and Tray
Feeders (Only Beam A Side)
• Pairing of Components between Vibratory Stick
Feeders
• Pairing of Components between Vibratory Stick
and Step-Stacking Stick Feeders (Reserved
Function)
• Pairing of Components between Vibratory Stick
and Tray Feeders (Only Beam A Side)
• Pairing of Components between Step-Stacking
Stick Feeders (Reserved Function)
• Pairing of Components between Step-Stacking
Stick and Tray Feeders (Only Beam A Side)
(Reserved Function)
• Pairing of Components between Tray Feeders
(Only Beam A Side)
• Eccentric Pick-Up Designated Components
(Chuck Location Adjustment X and Y in
Component Library Data)
• Components for which “ADHESIVE” is set in
the “CARRIER TYPE” data box in the
component library data
• Both components belong to the same area where
only one head can pick them up.
(Such components cannot be picked up by the
counteractive head because only the left head
can be used for the 6 lanes at the left end and
only the right head for the 6 lanes at the right
end.)
• Pairing of a component located at one side of the
X/Y beam and a component at the other side
2. Pattern Program
9910-001 2-60 Tg0247-PM-PM
V
[Setting of Repetitive Patterns]
When multi-unit P.C.B.’s (repetitive patterns) are used and the P.E.C. rec-
ognition function is implemented on each unit P.C.B., set “01” or “02” in
the text field labeled “V” of P-0000 step.
00: B.B.R. P.E.C. Recognition Function “OFF”
01: B.B.R. P.E.C. Recognition Function “ON” (1-Point Recognition)
02: B.B.R. P.E.C. Recognition Function “ON” (2-Point Recognition)
• When a recognition mode is specified, the coordinates of mark position
and mark data can be set in the V-0000 step of the placement data (V).
Ref.: As both V data shown at the placement data (P) and (V) displays
are the same, the V data can be entered at either display.
[Setting of Each Individual Placement Points]
Set each individual placement points in the text field labeled “V” of the
placement step.
00: P.E.C. Recognition “OFF”
01: P.E.C. Recognition “ON” (1-Point Recognition)
02: P.E.C. Recognition “ON” (2-Point Recognition)
Note: Set “ON” in the “P.E.C. RECOGNITION” data box and in the “LO-
CAL” data box of the label “P.E.C. RECOGNITION MODE” at the
“OPERATION DATA” display.
2. Pattern Program
9910-001 2-61 Tg0247-PM-PM
9910-001 2-62 Tg0247-PM-PM
C
Set a control command.
“-” : This command specifies the steps as component placement.
“S” : This command invalidates the steps specified as component place-
ment, bypassing the specified steps.
“C” : This command invalidates the steps specified as component place-
ment data.
This applies only to the component placement machine.
Note: When control command “S” or “C” is entered in the step P-
0000, the whole placement data is bypassed.
“D” : This command handles the steps as those used for component place-
ment.
(Step invalidating command for a glue dispenser)
“E” : This command shows the end of standard placement data.
(No “O” Data: Not a repetitive pattern program)
“P” : This command shows the end of basic multi-unit P.C.B. when com-
ponents are placed on the repetitive patterns in normal sequence.
When no O-NO step is created, a data error occurs.
“Q”: This command shows the end of basic multi-unit P.C.B. when com-
ponents are placed on the repetitive patterns in reverse sequence.
When no O-NO step is created, a data error occurs.
“B” : This shows the step where the coordinates of a bad mark are en-
tered.
Do not set this command in any step other than P-0001.
Note: When “OPTIONAL” is set in the “MODE” text box of the
label “UNIT PCB B.B.R.”, enter coordinates at the “PLACE-
MENT DATA (O)” display.
“0” “1” “2” “3” “4” “5” “6” “7” “8” “9”
When there are some factors which cause the reduction of tact time
for the nozzle change operation and tall component placement, etc.,
in the unit P.C.B.’s in the repetitive pattern program where “P” or
“Q” is set at the end of the placement data (P) and the normal place-
ment sequence for unit P.C.B.’s is taken to place component on the
unit P.C.B.’s, such factors will increase. In order to avoid this, these
commands are used to take countermeasures (priority sorting func-
tion).
When multi-unit P.C.B.’s or P.C.B.’s having multi-model repetitive
patterns (for Pn application) are produced, placing components on
specified areas of unit P.C.B.’s may improve productivity instead of
placing components on one unit P.C.B. by another.
Refer to “3.2.6 Placement Data for Priority Sorting Function, and
3.2.7 Priority Sorting Application for Multi-Model Repetitive Pat-
terns of Section 2” for details.
COMMENT
A comment can be entered for each step No.
A reference No. printed on the upper surface of P.C.B. can be entered as a
comment.
Up to 8 characters can be entered.
Any operation is not affected by the comment.
COMPONENT ID
The component ID set in the data field labeled “FDR” is displayed. This ID
corresponds with the ID set in the data field labeled “FDR NO” in the com-
ponent data.
2. Pattern Program