CP43操作手册.pdf.pdf - 第274页

Chapter 2 Details of Proper Data Part 4 1 19: Min Limit Position Y -10000 ~ 0 [pulse] ✩❈ This is the minimum limit coordinate of the Y axis in the - dir ection. If the Y axis overtravel sensor goes ON due to the servo co…

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Chapter 2 Details of Proper DataPart 4
116:Max Limit Position D2 -10000 ~ 500000 [pulse] ✩❈
This is the maximum limit coordinate of the D2 axis in the + direction.
If the D2 axis overtravel sensor goes ON due to the servo count then set the
value back 100 pulses.
If the D2 axis exceeds the set coordinate, an alarm will go off and the
machine will stop.
Do not change this setting, as the machine could be 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.
117:Max Limit Position Z -65000 ~ 65000 [pulse] ✩❈
This is the maximum limit coordinate of the Z axis in the + direction.
If the Z axis overtravel sensor goes ON due to the servo count then set the
value back 100 pulses.
If the Z axis exceeds the set coordinate, an alarm will cause the machine to
stop. Do not change this setting, as the machine could be 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.
118:Min Limit Position X -10000 ~ 0 [pulse] ✩❈
This is the minimum limit coordinate of the X axis in the - direction.
If the X axis overtravel sensor goes ON due to the servo count then set the
value back 100 pulses.
If the X axis exceeds the set coordinate, an alarm will go off and the
machine will stop.
Do not change this setting, as the machine could be 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 – 35Version 5.0
FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
119:Min Limit Position Y -10000 ~ 0 [pulse] ✩❈
This is the minimum limit coordinate of the Y axis in the - direction.
If the Y axis overtravel sensor goes ON due to the servo count then set the
value back 100 pulses.
If the Y axis exceeds the set coordinate, an alarm will cause the machine to
stop. Do not change this setting, as the machine could be 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.
120:Min Limit Position D1 -500000 ~ 10000 [pulse] ✩❈
This is the minimum limit coordinate of the D1 axis in the - direction.
If the D1 axis overtravel sensor goes ON due to the servo count then set the
value back 25 pulses.
If the D1 axis exceeds the set coordinate, an alarm will cause the machine to
stop. Do not change this setting, as the machine could be 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.
121:Min Limit Position D2 -500000 ~ 10000 [pulse] ✩❈
This is the minimum limit coordinate of the D2 axis in the - direction.
If the D2 axis overtravel sensor goes ON due to the servo count then set the
value back 25 pulses.
If the D2 axis exceeds the set coordinate, an alarm will cause the machine to
stop. Do not change this setting, as the machine could be 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.
Version 5.0 4 – 36
FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
122:Min Limit Position Z -65000 ~ 65000 [pulse] ✩❈
This is the minimum limit coordinate of the Z axis in the - direction.
If the Z axis overtravel sensor goes ON due to the servo count then set the
value back 100 pulses.
If the Z axis exceeds the set coordinate, an alarm will cause the machine to
stop. Do not change this setting, as the machine could be 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.
130:Nozzle Check SW No: Yes #
This sets whether or not there will be a mandatory nozzle check when the
machine enters automatic operation.
No: No mandatory nozzle check
Yes: Mandatory nozzle check
The standard setting is "Yes."
131:Narrow Camera Non: Use ❈
This sets whether or not a camera with a narrow field of vision will be
used.
Non: Not used
Use: Used
This Proper data item is not currently in use on the FCP-IV. The standard
setting is "Yes."
132:Front Light Non: Use ❈
This is set depending on whether or not the optional front light system is
operational.
Non: Not in use
Use: In use
The standard setting is "Non."
133:Cam Speed 0 ~ 100.0 [0.1%] #
This sets the speed of the cam axis in percentage terms (units of 0.1%). The
standard setting is 100.0.
134:Skip Number 0 ~ 16 #
This sets the number of nozzle errors (for a specific nozzle) tolerated before
that nozzle is skipped. The standard setting is 0.
4 – 37Version 5.0
FCP IV-3 Operation