80S-20贴片机 - 第401页

SIPLACE 80S -20/F4/F5 S ervice Man ual 12 Vision systems Edition 09/99 12.6 Coplanarity Option 12 - 49   5XQ 'DW D3U RWRFRO*H UPDQ $ '3 Once test command 3 or 8 in the SOFTWA RE OPTIONS menu (see …

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12 Vision systems SIPLACE 80S-20/F4/F5 Service Manual
12.6 Coplanarity Option Edition 09/99
12 - 48
● During the next cycle the measurement of the second row of leads is simulated. Now you can check the
position of the last lead in the row, as above.
-> Where components with long rows of lead or wide spaces between leads are involved, teh start and
stop position may be located outside teh camera´s field of view and it may therfore be impossible to dis-
play tehm on the screen.
● Conduct this test for all four sides (see Fig. 12.6.10).
● If the leads are not struck exactly during this process (see Fig. 12.6.10, “Presentation Top Right”) check
the GF description (see “Operating Manual for UNIX Line Computers”) and, where applicable, the calibra-
tion.
● Abort the placement and remove the PCB.
● Deactivate the clock mode, turn off the test functions and exit the menu.
SIPLACE 80S-20/F4/F5 Service Manual 12 Vision systems
Edition 09/99 12.6 Coplanarity Option
12 - 49
 5XQ'DWD3URWRFRO*HUPDQ$'3
Once test command 3 or 8 in the SOFTWARE OPTIONS menu (see Fig. 1.8.1) is activated, the coplanarity
measurement of a component is performed, including the recording of the measured values. During the
execution of test command 3 a detailed file with the measured values of each individual lead is recorded too
and the final results are determined. With test command 8 only the final result if recorded.
The data is stored in the file ADP.out (Path: D:
\log
\ )
and can be displayed with editor (see Section
12.6.18.2).
12.6.18.1 Output of an Error Message while Executing the Test Command:
During the following measurement the following error message is issued:
"Measurement error! Coplanarity cannot execute command"
-> You can ignore this error message.
Cause of this message:
During simulation the component ist moved over the IC-camera, not over the sensor
Informations for errror mesages during the placement sequence (incl. this error message)
you can find in the Service Manual SIPLACE, Chapter Coplanarity (Option).
NOTE
Afterwards you see a printout of the ADP.OUT file. As a simplified example, the measuring process was per-
formed with one component with just 2 rows of 30 leads each. Per lead, the measured values , e.g., 39xxx,
occur 15 to 17 times. The measurement sequence is shown in Fig. 12.6.17.2.
It is identical with the sequence during the execution of test command. The ADP file printed out below is only
appears at the screen in german. Refer to Section 1.8.8.3 for translation.
12.6.18.2 Copy of the Run Data Protocol (ADP) with Explanation of the Lines
Ablauf - Daten - Protokoll (ADP) Thursday 28 May 15:01:20
---------------------- Friday 05 June 18:01:00 ----------------------
Ablauf-Daten-Protokoll wurde eingeschaltet
12 Vision systems SIPLACE 80S-20/F4/F5 Service Manual
12.6 Coplanarity Option Edition 09/99
12 - 50
---------------------- Friday 05 June 18:01:10 ----------------------
>COPL: Vektorrotation:
zentr_x: -124.050260 zentr_y: 179.204780 zentr_winkel: -9000.000000
Erg_x: -179 Erg_y: -124 Erg_d (1/100 Grad): 0
>COPL: Secondary-Offsets[um]: min - max - mean
13, 37, 28
18, 33, 28
-98, -56, -68
-98, -60, -75
****** B A U T E I L S T A R T Gf_nr: 1928 ******
>Copl: Ideale Anf-/Endpos bezogen auf BE 0Grad
anf_x: 4616, anf_y: 14163, end_x: 4615, end_y: -4119
---------------------- Friday 05 June 18:01:11 ----------------------
>Copl: Ideale Anf-/Endpos bezogen auf BE 0Grad
anf_x: 4616, anf_y: 14163, end_x: 4615, end_y: -4119
>Copl: Reihen-Nr.: 4
>Copl: Gruppen-Nr. der GF-Beschr: 1
>Copl: Korrektur der Anf-/Endpos ((sec_min+sec_max)/2
delta: 25, sec_min: 13, sec_max: 37
Vorzeichen: x_a: -1, y_a: -1, x_e: -1, y_e: 1
---------------------- Friday 05 June 18:01:15 ----------------------
R O H D A T E N: Gf_nr: 1928 R_nr: 4
0 -1 39099 39095 39067 39063 39065 39069 39095 39133 39145 39125
39151 39151 39171 39167 39141 39169 -1 -1 -1 -1 -1 -1
-1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1
-1 -1 39063 39121 39131 39149 39151 39179 39191 39199 39235 39251
39253 39253 39233 39263 39331 39485 39901 40095 40147 -1 -1 -1
-1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1
-1 -1 -1 39449 39547 39555 39547 39563 39563 39563 39503 39497
39507 39507 39523 39569 39597 39627 39643 39729 -1 -1 -1 -1
-1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1 -1
-1 -1.................
u.s.w.
bis 20. Beinchen der 1. Reihe:
............................ 39773 39971 -1 -1 -1 -1 -1 -1 -1 -1
-1 -1 -1 -1 -1 -1 -1 -1 39379 39439 39519 39465
39451 39457 39455 39469 39451 39457 39415 39413 39421 39445 39469 39497
39569 -1 0 0 0 0 0 0 0 0 0 0
B E I N H O E H E N Gf_nr: 1928 R_nr: 4
0 3010 3025 3045 3057 3065 3062 3043 3045 3029 3014 3019
3046 3059 3073 3079 3057 3065 3071 3044 3037 0 0 0
---------------------- Friday 05 June 18:01:19 ----------------------
>Copl: Ideale Anf-/Endpos bezogen auf BE 0Grad
anf_x: -4616, anf_y: -14163, end_x: -4616, end_y: 4119
>Copl: Reihen-Nr.: 3
>Copl: Gruppen-Nr. der GF-Beschr: 2
>Copl: Korrektur der Anf-/Endpos ((sec_min+sec_max)/2)