CP43操作手册.pdf.pdf - 第270页
Chapter 2 Details of Proper Data Part 4 106: Loading Position Y -65000 ~ 65000 [pulse] ✩❈ This is the Y coordinate for boar d loading and unloading. This sets the range of movement in the Y direction fr om the position o…
Chapter 2 Details of Proper DataPart 4
104:Placing Position Y 0 ~ 100000 [pulse] ✩❈
This sets the.Y coordinate for positioning the reference pin directly below
the S nozzle on the A head when this nozzle reaches station 7 after moving
from the Y axis zeroing position.
This is the placing position reference value in the Y direction. If this value
changes there can be no confidence in the accuracy of the Y direction
placing position
When the motor is changed, this position must be measured again.
On the Y axis, one pulse is 0.01 mm.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
105:Loading Position X -100000 ~ 0 [pulse] ✩❈
This is the X coordinate for board loading and unloading.
This sets the range of movement in the X direction from the position of the
X axis when zeroing is completed to the board loading position.
This reference value determines the position on the X axis from which the
board is loaded. If this value changes the board will not be loaded and
unloaded properly. A worst case scenario would mean an accident
involving a total breakdown in board transport accuracy, so exercise
extreme caution.
When the motor is changed, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
4 – 31Version 5.0
FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
106:Loading Position Y -65000 ~ 65000 [pulse] ✩❈
This is the Y coordinate for board loading and unloading.
This sets the range of movement in the Y direction from the position of the
Y axis when zeroing is completed to the board loading position.
This reference value determines the position on the Y axis from which the
board is loaded. If this value changes the board will not be loaded and
unloaded properly. A worst case scenario would mean an accident
involving a total breakdown in board transport accuracy, so exercise
extreme caution.
When the motor is changed, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
107:Mark Read Position X -100000 ~ 100000 [pulse] ✩❈
This is the X coordinate for the mark camera starting point. This sets the
range of movement of the X axis from it's location when zeroing is
completed to the point where the reference pin is directly below the mark
camera.
This reference value is set to position the X axis so that fiducial marks can
be properly read. If this value changes, parts will not be placed accurately.
When the motor is changed, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
108:Mark Read Position Y 0 ~ 100000 [pulse] ✩❈
This is the Y coordinate for the mark camera starting point. This sets the
range of movement of the Y axis from it's location when zeroing is
completed to the point where the reference pin is directly below the mark
camera.
This reference value is set to position the Y axis so that fiducial marks can
be properly read. If this value changes, parts will not be placed accurately.
When the motor is changed, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
Version 5.0 4 – 32
FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
109:PCB Check Position X -100000 ~ 100000 [pulse] ✩❈
This is the position of the board check sensor, which checks to see that the
board has been properly clamped.
This sets the range of movement of the X axis between it's location when
zeroing is completed and the location of the board check sensor.
When the motor is replaced, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
110:PCB Check Position Y 0 ~ 100000 [pulse] ✩❈
This is the position of the board check sensor, which checks to see that the
board has been properly clamped.
This sets the range of movement of the Y axis between it's location when
zeroing is completed and the location of the board check sensor.
When the motor is replaced, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
111:D1 Original Position -10000 ~ 10000 [pulse] ✩❈
This sets the distance from the zero position of the D1 axis to the resupply
position of device table 1.
Do not change these values as they could result in the machine being
damaged.
When the motor is replaced, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
112:D2 Original Position -10000 ~ 10000 [pulse] ✩❈
This sets the distance from the zero position of the D2 axis to the resupply
position of device table 2.
Do not change these values as they could result in the machine being
damaged.
When the motor is replaced, this position must be measured again.
The standard setting is the Proper data calibration result. Refer to the
FCP IV-3 Maintenance Manual for further details on Proper data
measurement.
4 – 33Version 5.0
FCP IV-3 Operation