FUJI错误代码查询 - 第1178页

PD. lead_width PD. lead_quality_0_3 PD. lead_information ------------------------------ Code: 1C410103 Display: Used by: Cause: The placement flag has not been set. This error may occur during device training. Remedy: Ch…

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Cause: Calibration was already being carried out.
Remedy: If this error occurs often, contact Fuji.
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Code: 1C410004
Display:
Used by:
Cause: A logical error occurred. This error code may occur during device training or inspection.
Remedy: If this error occurs often, contact Fuji and be prepared to give as many details as possible.
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Code: 1C410100
Display:
Used by:
Cause: There is no element. There is no description of the element in the device description. This error
may occur during device training.
Remedy: Check the device description. Enter a correct element description.
When using GDG, check the contents of Part data.
PD. computer_vision_no
PD. direction
PD. body_size_x,y
PD. lead_length_x,y
PD. lead_pitch
PD. lead_width
PD. lead_quality_0_3
PD. lead_information
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Code: 1C410101
Display:
Used by:
Cause: Device segments have no edges that can be inspected. This error may occur during device
training.
Remedy: Check the device description. Enter a correct edge description.
When using e1-e4 polarity GDG, check the contents of Part data.
PD. computer_vision_no
PD. direction
PD. body_size_x,y
PD. lead_length_x,y
PD. lead_pitch
PD. lead_width
PD. lead_information
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Code: 1C410102
Display:
Used by:
Cause: There is a mistake in the segment ID.
Remedy: Check the segment ID in the device description. Enter a correct segment ID description. When
using GDG, check the contents of of Part data.
PD. computer_vision_no
PD. direction
PD. body_size_x,y
PD. lead_length_x,y
PD. lead_pitch
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PD. lead_width
PD. lead_quality_0_3
PD. lead_information
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Code: 1C410103
Display:
Used by:
Cause: The placement flag has not been set. This error may occur during device training.
Remedy: Check the device description placement flag. Enter a correct placement flag. This value is
generally set at 15.
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Code: 1C410104
Display:
Used by:
Cause: There are too many pickup errors. Either the lead tip edge or the body edge is not perpendicular
to both lead side edges. This error can occur during device inspection.
Remedy: Set smaller tolerance settings (total tolerance x, total tolerance y, rotation tolerance) at the
device description. The lead edge and body edge must have a tolerance of within 90 deg +-7 deg.. Check
the part shape. For parts such as 1608 parts, if the nozzle protrudes from the corner of the part, this
error can also occur.
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Code: 1C410105
Display:
Used by:
Cause: The coarse edge is inappropriate.
Remedy: Check the device description's coarse edge.
Enter a correct coarse edge.
PD. computer_vision_no
PD. direction
PD. body_size_x,y
PD. lead_length_x,y
PD. lead_pitch
PD. lead_width
PD. lead_quality_0_3
PD. lead_information
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Code: 1C410106
Display:
Used by:
Cause: The nozzle being used is larger than the nozzle size entered. When there are many programs in
the machine, and these programs use different nozzle sizes or cameras but the Part data files bear the
same name, these file GDDU are downloaded and saved. When using the relevant device description, the
machine will only use the last file downloaded. Therefore, when production starts, the wide field camera is
being used when the data calls for a narrow field camera, or vice versa, and error 1C31011 occurs.
Alternately, if the nozzle sizes differ, error 1C410006 occurs.
Remedy: Choose a smaller nozzle size. Check the following nozzle sizes in Part data: If the camera,
nozzle size or backlight size was changed, create a new Part data file with a different name.
PD Nozzle_size_CP4
PD Nozzle_size_Max
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Code: 1C410107
第 1178 页
Display:
Used by:
Cause: The nozzle backlight diameter is small.
Remedy: Choose a larger backlight. Check the nozzle being used in Part data. Check PD.Back_light_min
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Code: 1C410108
Display:
Used by:
Cause: The nozzle has not undergone training.
Remedy: Perform training on the nozzle. After training, do not change the nozzle and perform placing, or
the nozzle in vision processing memory will be different from the nozzle in use. Generally, because the
center of rotation will be the same, the results of vision processing correction will not be especially
effective, so when a small chip is picked the tolerance will increase, and slippage may result.
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Code: 1C410109
Display:
Used by:
Cause: The vision processing segment failed inspection. This occurs when nozzle training has not been
carried out.
Remedy: Use the vision processing debug monitor to check for problem points. Segment detection error
occurs when the lead could not be detected. There are many reasons for this to happen:
1) The coarse edge was not done correctly and the lead was misplaced. Check the coarse edge description.
2) The lead size was incorrect so the lead could not be recognized. Check the element and segment size. If
the tolerance is very large, the lead will not be able to be recognized, and the sizes may vary widely. Check
l1, d1, l2, d2, l_size and e1-e4_tolerance.
3) The number of leads are wrong or there is no lead in the specified position. Check the element and
segment descriptions. Check l_count, d_count, l1, d1, l2 and d2. After nozzle training is performed,
transmit this information.
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Code: 1C410110
Display:
Used by:
Cause: L size tolerance error. L direction segment training error. This error can occur during device
inspection.
Remedy: Change the edge tolerance (e2_tolerance and e4_tolerance) or check the segment size (l1, l2,
l_size).
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Code: 1C410111
Display:
Used by:
Cause: D size tolerance check error. D direction segment tolerance error. This error can occur during
device inspection.
Remedy: Change the edge tolerance (e1_tolerance, e3_tolerance) and check the segment size (d1, d2,
d_size).
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Code: 1C410114
Display:
Used by:
Cause: L center tolerance check error. L direction center tolerance error. Generally, this is a lead pitch
check error. This error can occur at the end of device inspection, and the corresponding tolerance check
cannot be disabled.
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