FUJI错误代码查询.pdf - 第1352页

Code: 1D0BC4?? Display: Used by: Cause: An edge could not be detected on the left side of the part. Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device data. ------------…

100%1 / 5282
indicate the lead number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BB6??
Display:
Used by:
Cause: There is a lead where there ought not to be one on the upper side of the part. The final two digits
indicate the lead number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BB7??
Display:
Used by:
Cause: There is no lead where there ought to be one on the upper side of the part. The final two digits
indicate the lead number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC0??
Display:
Used by:
Cause: A lead could not be detected on the left side of the part.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC1??
Display:
Used by:
Cause: A lead could not be detected on the lower side of the part. The two final digits indicate the lead
number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC2??
Display:
Used by:
Cause: A lead could not be detected on the right side of the part. The two final digits indicate the lead
number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC3??
Display:
Used by:
Cause: A lead could not be detected on the upper side of the part. The two final digits indicate the lead
number.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
第 1351 页
Code: 1D0BC4??
Display:
Used by:
Cause: An edge could not be detected on the left side of the part.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC5??
Display:
Used by:
Cause: An edge could not be detected on the lower side of the part.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC6??
Display:
Used by:
Cause: An edge could not be detected on the right side of the part.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BC7??
Display:
Used by:
Cause: An edge could not be detected on the upper side of the part.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BD000
Display:
Used by:
Cause: The part pickup slippage was too large (X direction).
Remedy: Check how the parts are being supplied.
------------------------------
Code: 1D0BD080
Display:
Used by:
Cause: The part pickup slippage was too large (Y direction).
Remedy: Check how the parts are being supplied.
------------------------------
Code: 1D0BE???
Display:
Used by:
Cause: The image in vision processing is not correct so operation was canceled.
Remedy: Check the part. Check the direction of part supply. Check the entries in Part data and Device
data.
------------------------------
Code: 1D0BF???
Display:
Used by:
Cause: There was a logical error in the management program.
第 1352 页
Remedy: Check Part data.
------------------------------
Code: 1D0C0001
Display:
Used by:
Cause: A range error occurred during vision processing.
Remedy: A range error occurs when a check is performed on a part but the check point is not on the
image. This could be caused by
1) a large part being picked incorrectly, resulting in an incomplete image;
2) an incorrect CCD level setting or broken nozzle, resulting in a bad image;
3) an incorrect value entered in Part data (PDG) so that vision processing could not be done;
4) the Proper values CCD_X and CCD_Y are incorrect, resulting in a bad image;
5) a problem with the vision processing system program. Check the above listed conditions.
------------------------------
Code: 1D0C0002
Display:
Used by:
Cause: The part could not be found.
Remedy: Check the condition of the part feeding system. Check the CCD level and the nozzle sizes
entered in Proper data. When using a 1608 part S nozzle (1.00 mm) check whether or not the normal size
(1.3 mm) is entered. If this is the case and a 1608 part is picked, vision processing might register this as
not a part. If the CCD level is too high, the image will be too dark, and vision processing might register
this as not a part.
------------------------------
Code: 1D0C0006
Display:
Used by:
Cause: The part was tilted more than 45 deg. and processing was therefore cancelled.
Remedy: Check that the picking conditions have not gone bad.
------------------------------
Code: 1D0C0007
Display:
Used by:
Cause: A range error occurred during vision processing.
Remedy: None.
------------------------------
Code: 1D0C0008
Display:
Used by:
Cause: The lead information in Part data (PDG) was checked, and there are not more than two leads on
the appropriate side.
Remedy: Check the following items in PDG: number of leads, lead information and the orientation of the
parts on the feeder.
------------------------------
Code: 1D0C0009
Display:
Used by:
Cause: A range error occurred during vision processing, and the processing was cancelled.
Remedy: A range error occurs when a check is performed on a part but the check point is not on the
image. This could be caused by
1) a large part being picked incorrectly, resulting in an incomplete image;
第 1353 页