00190725-01.pdf - 第64页
➤ The po sition of t he component camera is entered in t he MA-Data und er "Coordinat es" → "Cente ring Station" . This po sition s erves a s the start ing value for appr oaching t he compo nent cam e…
5.3.13 EXECUTE NEXT 4 POINTS
The description of this menu option is contained in section 5.1.11!
➤ Pay attention to the WORKAROUND pertaining to this menu option → section 12.4.
5.3.14 DETERMINE CALIBRATION FACTORS OF HEAD CAMERA
This measuring routine is used to determine the calibration factors of the head camera.
The following 3 menu options are interdependent in vertical direction.
5.3.15 DETERMINE ANGLE CORRECTION OF D-AXIS
This option is used to determine the D-zero point correction value. This value is, among others, prerequisite
for the performance of the "NOZZLE MENU", in particular for the determination of the Z-positions and the
"NOZZLE ENDUR. RUN".
5.3.16 DETERMINE CAMERA NOZZLE OFFSET
This measuring routine is used to determine the distance between PCB camera center and nozzle center.
➤ Pay attention to the WORKAROUND pertaining to this menu option → section 12.4.
5.3.17 DETERMINE JAW OFFSET
The jaws offset determined indicates the symmetrical offset of the Z or H-jaws and is entered as "Jaws offset
X / Y" in the MA-Data.
➤ Therefore, prerequisite for this measuring routine is that the jaws symmetry has already been properly ad-
justed (see Service Manual, chap. 9 or "Adjustment Instructions for Jaws").
5.3.18 COMPONENT CAMERA MENU
After selecting this menu option, a submenu is displayed (see Fig. 1.10).
The further description of this menu option is contained in section 5.1.16!
➤ Pay attention to the WORKAROUND pertaining to this menu option → section 12.5
.
The required entries in the MA-Data are described in the Service Manual MS-102 / 132,
chap. 14, section "Optical Component Centering (Component Vision)".
The component camera is arranged next to the operator side, usually in front of the coplanarity laser module.
User’s Manual AutoCal Program 5 Description of the Menu Options
Software Version 114.xxx 5.3 Description of the Menu Options for MS-102, 128 and 132
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➤ The position of the component camera is entered in the MA-Data under "Coordinates" → "Centering
Station". This position serves as the starting value for approaching the component camera module in
the AutoCal measuring sequence.
5.3.19 DETERMINE COPLANARITY COORDINATES
This measuring routine is used to determine the exact laser coordinates (X, Y, Z-value of the laser focus).
Such determination of the coordinates is a precondition for the proper coplanarity measurement during the
placement cycle.
The coplanarity laser module is arranged next to the operator side, usually between the component camera and the
nozzle changer. Calibration is carried out above the "eye of the laser" which is located on the outside on the left.
➤ Pay attention to the WORKAROUND pertaining to this menu option → section. 12.6.
When carrying out the initial measurement of the coplanarity coordinates please note that a MA_MSZUS file
must already exist on the hard disk and the required entries must have been made in the MA-data (see Ser-
vice Manual, chap. 14, under "Coplanarity Laser Module".
➤ The position of the laser module is entered in the MA-data under "Coordinates" → "Inkspot Offset" (!).
➤ This position serves as the starting value for approaching the coplanarity laser module in the AutoCal
measuring sequence.
Detailed information pertaining to the coplanarity laser module such as DANGER notes, prerequisites on the
machine, required entries into the MA-data (activation of the "Coplanarity" option) are contained in the Ser-
vice Manual, in chap. 14, under "Coplanarity Laser Module".
5.3.20 CONVEYOR BELT WIDTH ADJUSTMENT
This function can be used, if required, to adjust the conveyor width to the PCB width used.
The further description of the menu option is contained in section 5.1.19!
➤ Pay attention to the WORKAROUND → section 12.2
5.3.21 AXES MOVEMENT MENU
After selecting this menu option a submenu is displayed (see Fig. 1.11) from which the desired axis (X, Y, Z,
H, D) can be selected. Subsequently, the function screen of the selected axis appears. Here it is possible to
select between editing or moving the axis.
The further description of this menu option is contained in section 5.1.20 !
Pay attention to the safety queries during the execution of the axis movement menu in section 2.3.
5 Description of the Menu Options User’s Manual AutoCal Program
5.3 Description of the Menu Options for MS-102, 128 and 132 Software Version 114.xxx
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5.3.22 I/O MENU
This menu allows you to set the desired outputs by selecting "TEST OUTPUTS", and to check the updated in-
puts in each case on the screen by "CONT. OP.". Upon selecting "TEST INPUTS" the display of all signal sta-
te changes of the inputs is displayed on the screen.
WARNING
∆
!
∆
!
Any
concurrent setting
of competing outputs may result in
damage to the machine
!
N o (!)
verification by the software is carried out !
The description of this menu option is contained in section 5.1.21!
5.3.23 STORING
By selecting this menu option (offered on the main menu and in the Edit Menu) the values determined are
transferred directly from the main memory to the MA-data of the hard disk (Winchester).
You should perform a "STORING" procedure after
every
measuring routine to prevent any loss of data by
malfunctions that could occur.
User’s Manual AutoCal Program 5 Description of the Menu Options
Software Version 114.xxx 5.3 Description of the Menu Options for MS-102, 128 and 132
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