CP43操作手册.pdf.pdf - 第283页
Chapter 2 Details of Proper Data Part 4 413: Narr ow Camera Rotation -19660800 ~ 19660800 ❈ This sets the orientation of the narrow view parts camera. The value that displays here must be divided by a factor of 65536 to …
Chapter 2 Details of Proper DataPart 4
408:Wide Camera Rotation -19660800 ~ 19660800 ❈
This sets the orientation of the wide view parts camera. The value that
displays here must be divided by a factor of 65536 to obtain a value
expressed in units of 0.001°. The user cannot change this setting.
The standard setting is the Proper data measurement result, which upon
measurement must be transmitted from the machine to the MCS 30
computer.
409:Wide Camera Gain 0 ~ 255 ❈
This sets the gain level for the wide view parts camera. It should not be
necessary for the user to change this setting.
The gain level that has been set for the wide view camera must be
transmitted from the machine to the MCS 30 computer.
410:Wide Camera Offset 0 ~ 255 ❈
This sets the offset level for the wide view parts camera. It should not be
necessary for the user to change this setting.
The offset level that has been set for the wide view camera must be
transmitted from the machine to the MCS 30 computer.
411:Narrow Camera Pixel X 0 ~ 4000000 ❈
This sets the size of 1 pixel in the X direction for the narrow view parts
camera. The value that displays here must be divided by a factor of 65536
to obtain a value expressed in µm units. The user cannot change this
setting.
The standard setting is the Proper data measurement result, which upon
measurement must be transmitted from the machine to the MCS 30
computer.
412:Narrow Camera Pixel Y 0 ~ 4000000 ❈
This sets the size of 1 pixel in the Y direction for the narrow view parts
camera. The value that displays here must be divided by a factor of 65536
to obtain a value expressed in µm units. The user cannot change this
setting.
The standard setting is the Proper data measurement result, which upon
measurement must be transmitted from the machine to the MCS 30
computer.
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FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
413:Narrow Camera Rotation -19660800 ~ 19660800 ❈
This sets the orientation of the narrow view parts camera. The value that
displays here must be divided by a factor of 65536 to obtain a value
expressed in units of 0.001°. The user cannot change this setting.
The standard setting is the Proper data measurement result, which upon
measurement must be transmitted from the machine to the MCS 30
computer.
414:Narrow Camera Gain 0 ~ 255 ❈
This sets the gain level for the narrow view parts camera. It should not be
necessary for the user to change this setting.
The gain level that has been set for the narrow view camera must be
transmitted from the machine to the MCS 30 computer.
415:Narrow Camera Offset 0 ~ 255 ❈
This sets the offset level for the narrow view parts camera. It should not be
necessary for the user to change this setting.
The offset level that has been set for the narrow view camera must be
transmitted from the machine to the MCS 30 computer.
420:Nozzle X S Head A Wide 0 ~ 30000000 ❈
⇓
431:Nozzle X S Head L Wide 0 ~ 30000000 ❈
When nozzle center measurement is carried out the X coordinates are set in
the above items for the center of rotation of the S nozzle on head A through
L respectively for the wide view parts camera. The value that displays here
must be divided by a factor of 65536 to obtain a value expressed in µm
units.
These standard settings are based on the results of nozzle center
measurement and must be transmitted from the machine to the MCS 30
computer after being measured.
4 – 45Version 5.0
FCP IV-3 Operation
Chapter 2 Details of Proper DataPart 4
432:Nozzle Y S Head A Wide 0 ~ 30000000 ❈
⇓
443:Nozzle Y S Head L Wide 0 ~ 30000000 ❈
When nozzle center measurement is carried out the Y coordinates are set in
the above items for the center of rotation of the S nozzle on head A through
L respectively for the wide view parts camera. The value that displays here
must be divided by a factor of 65536 to obtain a value expressed in µm
units.
These standard settings are based on the results of nozzle center
measurement and must be transmitted from the machine to the MCS 30
computer after being measured.
444:Nozzle X M Head A Wide 0 ~ 30000000 ❈
⇓
455:Nozzle X M Head L Wide 0 ~ 30000000 ❈
When nozzle center measurement is carried out the X coordinates are set in
the above items for the center of rotation of the M nozzle on head A
through L respectively for the wide view parts camera. The value that
displays here must be divided by a factor of 65536 to obtain a value
expressed in µm units.
These standard settings are based on the results of nozzle center
measurement and must be transmitted from the machine to the MCS 30
computer after being measured.
456:Nozzle Y M Head A Wide 0 ~ 30000000 ❈
⇓
467:Nozzle Y M Head L Wide 0 ~ 30000000 ❈
When nozzle center measurement is carried out the Y coordinates are set in
the above items for the center of rotation of the M nozzle on head A
through L respectively for the wide view parts camera. The value that
displays here must be divided by a factor of 65536 to obtain a value
expressed in µm units.
These standard settings are based on the results of nozzle center
measurement and must be transmitted from the machine to the MCS 30
computer after being measured.
Version 5.0 4 – 46
FCP IV-3 Operation