HS50_advance_level 1_20200522_221201 (1) - 第263页

\ ## File converted by makonv at Wed Nov 21 13:37:20 2001 \ { \ Datei \ "BESENSOR.MA"| This values are tken from the DataBase system at the very first machine set up after production or SR-computer exchange \ V…

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\ Aktuelle_Pipette Pipette 4 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 5 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 6 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 7 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 8 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 9 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 10 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 11 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 12 \
\ Pipetten_Art \ 904>
\ Pipetten_Record Kopf 4 \
placement head on gantry 4 carry following nozzle type
s
\ KopfID \ 4]
on Segment 1 is
\ Aktuelle_Pipette Pipette 1 \
this nozzle type on.
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 2 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 3 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 4 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 5 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 6 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 7 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 8 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 9 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 10 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 11 \
\ Pipetten_Art \ 904,
\ Aktuelle_Pipette Pipette 12 \
\ Pipetten_Art \ 904
}
Edition 1.0 2 AKTUELL_MA_e.xls AKTUELL.MA SD EA1 S GC Training
\ ## File converted by makonv at Wed Nov 21 13:37:20 2001 \
{
\ Datei \ "BESENSOR.MA"|
This values are tken from the DataBase system at the very first machine set up after
production or SR-computer exchange
\ Version \ "31.503.011119_E"|
\ Maschinentyp \ "HS50"|
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 1,
BE Sensor at placement head gantry 1
\ Spaltlänge [µm] \ 5000]
refer to 5mm long measuring slit at the Senso
r
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 2,
BE Sensor at placement head gantry
2
\ Spaltlänge [µm] \ 5000]
refer to 5mm long measuring slit at the Senso
r
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 3,
BE Sensor at placement head gantry 3
\ Spaltlänge [µm] \ 5000]
refer to 5mm long measuring slit at the Senso
r
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 4,
BE Sensor at placement head gantry 4
\ Spaltlänge [µm] \ 5000]
refer to 5mm long measuring slit at the Senso
r
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 0,
\ Spaltlänge [µm] \ 0]
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 0,
\ Spaltlänge [µm] \ 0]
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 0,
\ Spaltlänge [µm] \ 0]
\ Spaltlängen der BE-Sensoren je Kopf \
\ Kopf-Id \ 0,
\ Spaltlänge [µm] \ 0
}
Edition 1.0 1 comp_SENSOR_MA.xls BESENSOR.MA SD EA1 S GC Training
\ ## File converted by makonv at Wed Nov 21 13:37:20 2001 \
{
\ Dateiprolog \
\ Datei \ "FK_OFF.MA"|
Fine calibration offset machine data file
\ Version \ "31.503.011119_E"|
\ Maschinentyp \ "HS50"|
machine type for this data file
\ Datensatz 1. BE-Kamera \
counted like on S-machines left gantry first
\ KameraID \ 4012#
40xx is gantry 4 12 is Standard component camera 32 x 32 mm
\ KameraTyp \ "RV12CamP4"#
Fine calibration values are only measured for component camera
s
\ Level \ 1#
1 activate the dataset for this camera type 12 on gantry 4 (0 mean this offsets
are inactive e.g for DCA Camera)
\ Anzahl der Saetze \ 1# 1 mean only Global should be active!
\ 01. Datensatz \
only the data set 01 with ID-name "global" is valid
\ ID-Name \ "GLOBAL";
\ 1. Transport \
\ X-Offset in microns \ 10,
Fine calibration offset X of gantry 4 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 1
\ Y-Offset in microns \ 3,
Fine calibration offset Y of gantry 4 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 1
\ Winkel-Offset in 1/100 Grad \ 0!
\ 2. Transport \
\ X-Offset in microns \ 28,
Fine calibration offset X of gantry 4 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 2
\ Y-Offset in microns \ 0,
Fine calibration offset Y of gantry 4 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 2
\ Winkel-Offset in 1/100 Grad \ 0>
\ 02. Datensatz \
\ ID-Name \ "SEGMENT_01"; those segment specific data sets are for machine types in future
\ 1. Transport \
\ X-Offset in microns \ 0,
\ Y-Offset in microns \ 0,
\ Winkel-Offset in 1/100 Grad \ 0!
\ 2. Transport \
\ X-Offset in microns \ 0,
\ Y-Offset in microns \ 0,
\ Winkel-Offset in 1/100 Grad \ 0>
\ 03. Datensatz \
\ ID-Name \ "SEGMENT_02";
\ 1. Transport \
\ X-Offset in microns \ 0,
Printout shortend because of Layout
\ ID-Name \ "SEGMENT_12";
\ 1. Transport \
\ X-Offset in microns \ 0,
\ Y-Offset in microns \ 0,
\ Winkel-Offset in 1/100 Grad \ 0!
\ 2. Transport \
\ X-Offset in microns \ 0,
\ Y-Offset in microns \ 0,
\ Winkel-Offset in 1/100 Grad \ 0]
\ Datensatz 2. BE-Kamera \
\ KameraID \ 1012#
10xx is gantry 1 12 is Standard component camera 32 x 32 mm
\ KameraTyp \ "RV12CamP1"#
Fine calibration values are only measured for component camera
s
\ Level \ 1#
\ Anzahl der Saetze \ 13#
\ 01. Datensatz \
only the data set 01 with ID-name "global" is valid
\ ID-Name \ "GLOBAL";
\ 1. Transport \
\ X-Offset in microns \ 10,
Fine calibration offset X of gantry 1 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 1
\ Y-Offset in microns \ 30,
Fine calibration offset Y of gantry 1 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 1
\ Winkel-Offset in 1/100 Grad \ 0!
\ 2. Transport \
\ X-Offset in microns \ 21,
Fine calibration offset X of gantry 1 -is determined for the 12 nozzle head - with
Standard component camera- for Transport 2
Edition 1.0 1 FK_OFF_MA_e.xls FK_OFF.MA SD EA1 S GC Training