CP643 系统参考.pdf - 第313页

125: Min Limit Position Y -10000 ~ 0 [pulse] ✩ * This is the minimum limit coordinate of the Y-axis in the - direction. Set the servo count value back 100 pulses from the position where the Y-axis overtravel sensor comes…

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119: Max Limit Position X 0 ~ 100000 [pulse] ✩*
This is the maximum limit coordinate of the X-axis in the + direction.
Set the servo count value back 100 pulses from the position where the X-axis overtravel
sensor comes ON.
If the X-axis exceeds this set coordinate, an error will occur 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.
Default is the Proper data calibration result.
120: Max Limit Position Y 0 ~ 100000 [pulse] ✩*
This is the maximum limit coordinate of the Y-axis in the + direction.
Set the servo count value back 100 pulses from the position where the Y-axis overtravel
sensor comes ON.
If the Y-axis exceeds the set coordinate, an error will occur 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.
Default is the Proper data calibration result.
121: Max Limit Position D1 0 ~ 100000 [pulse] ✩*
This is the maximum limit coordinate of the D1-axis in the + direction.
Set the servo count value back 100 pulses from the position where the D1-axis overtravel
sensor comes ON.
If the D1-axis exceeds this set coordinate, an error will occur 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.
Default is the Proper data calibration result.
122: Max Limit Position D2 -10000 ~ 500000 [pulse] ✩*
This is the maximum limit coordinate of the D2-axis in the + direction.
Set the servo count value back 100 pulses from the position where the D2-axis overtravel
sensor comes ON.
If the D2-axis exceeds the set coordinate, an error will occur 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.
Default is the Proper data calibration result.
123 Max Limit Position Z -65000 ~ 65000 [pulse] ✩*
This is the maximum limit coordinate of the Z-axis in the + direction.
Set the servo count value back 100 pulses from the position where the Z-axis overtravel
sensor comes ON.
If the Z-axis exceeds the set coordinate, an error 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.
Default is the Proper data calibration result.
124: 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.
Default is the Proper data calibration result.
Part 4 Chapter 2 Details of Proper Data
Edition 1.1 4-2-13 CP643E System Reference
125: Min Limit Position Y -10000 ~ 0 [pulse] ✩*
This is the minimum limit coordinate of the Y-axis in the - direction.
Set the servo count value back 100 pulses from the position where the Y-axis overtravel
sensor comes ON.
If the Y-axis exceeds the set coordinate, an error 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.
Default is the Proper data calibration result.
126: Min Limit Position D1 -500000 ~ 10000 [pulse] ✩*
This is the minimum limit coordinate of the D1-axis in the - direction.
Set the servo count value back 100 pulses from the position where the D1-axis overtravel
sensor comes ON.
If the D1-axis exceeds the set coordinate, an error 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.
Default is the Proper data calibration result.
127: Min Limit Position D2 -500000 ~ 50000 [pulse] ✩*
This is the minimum limit coordinate of the D2-axis in the - direction.
Set the servo count value back 100 pulses from the position where the D2-axis overtravel
sensor comes ON.
If the D2-axis exceeds the set coordinate, an error 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.
Default is the Proper data calibration result.
128: Min Limit Position Z -65000 ~ 65000 [pulse] ✩*
This is the minimum limit coordinate of the Z-axis in the - direction.
Set the servo count value back 100 pulses from the position where the Z-axis overtravel
sensor comes ON.
If the Z-axis exceeds the set coordinate, an error 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.
Default is the Proper data calibration result.
129: Loading Position Z OUT -65000 ~ 65000 [pulse] ✩*
This is the Z-axis coordinate used for unloading boards.
The Z-axis movement distance from the Z-axis zero set complete position to the board
unloading position is specified.
Default is the Proper data calibration result.
130: Loading Position Z IN -65000 ~ 65000 [pulse] ✩*
This is the Z-axis coordinate used for loading boards.
This specifies the Z-axis movement distance from the Z-axis zero set complete position to
the board loading position.
Default is the Proper data calibration result.
131: Spare data -1000 -1000 $*
This data item is not currently used.
Part 4 Chapter 2 Details of Proper Data
Edition 1.1 4-2-14 CP643E System Reference
132: Spare data -1000 -1000 $*
This data item is not currently used.
133: Spare data -1000 -1000 $*
This data item is not currently used.
134: Spare data -1000 -1000 $*
This data item is not currently used.
135: Spare data -1000 -1000 $*
This data item is not currently used.
136: Spare data -1000 -1000 $*
This data item is not currently used.
137: PCB DISTANCE Check SW Yes : No #
This specifies whether a PCB distance check is carried out when automatic operation is
entered.
Yes : Check is carried out
No : Check is not carried out
Default: “Yes”
138: Skip Number 0 ~ 16 #
This sets the number of nozzle errors (for a specific nozzle) tolerated before that nozzle is
skipped.
Default: 0
139: Skip Nozzle 1: 0 ~ 12 #
This sets a limit on the number of No.1 nozzles which can be skipped.
Default: 0
140 Skip Nozzle 2: 0 ~ 12 #
This sets a limit on the number of No.2 nozzles which can be skipped.
Default: 0
141: Skip Nozzle 3: 0 ~ 12 #
This sets a limit on the number of No.3 nozzles which can be skipped.
Default: 0
142: Skip Nozzle 4: 0 ~ 12 #
This sets a limit on the number of No.4 nozzles which can be skipped.
Default: 0
143: Skip Nozzle 5: 0 ~ 12 #
This sets a limit on the number of No.5 nozzles which can be skipped.
Default: 0
144: Skip Nozzle 6: 0 ~ 12 #
This sets a limit on the number of No.6 nozzles which can be skipped.
Default: 0
Part 4 Chapter 2 Details of Proper Data
Edition 1.1 4-2-15 CP643E System Reference