FUJI错误代码查询.pdf - 第1199页

Display: 1CA??055 Used by: Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0, F1 or F2 model corner radius is incorrect. Remedy: If "??" eq…

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Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 7B,
7C, 80, 81, 82, 83, 87, 88, 98, 9D or B4 this indicates that there is no data for the angle calculations. If
"??" equals 8C, E6, E7, E9, EB or EC then the part data is incorrect.
Remedy: If "??" equals 7B, 7C, 80, 81, 82, 83, 87, 88, 98, 9D or B4 then confirm that the part data is
correct. If "??" equals 8C, E6, E7, E9, EB or EC then this error will occur when the part is registered in
the vision processing system. Leads have been described such that a row of leads lies out of view. If leads
are defined in this way then the positioning phase cannot be carried out. Correct the part data such that
there are no leads outside of the field of vision.
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Code: 1CA??044
Display: 1CA??044
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 8C,
8D, 8E, E6, E7, E9, EB or EC this indicates that there are overlapping leads defined in part data.
Remedy: If "??" equals 8C, 8D, 8E, E6, E7, E9, EB or EC then this error will occur when the part is
registered in the vision processing system. Check the EL_data in part data.
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Code: 1CA??051
Display: 1CA??051
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, the element data has been incorrectly input. It is not possible to enter consecutive
elements with a result of "128".
Remedy: When ?? = F1 or F2, and result "128" is being used, specify the result for the previous element
as a value other than "128".
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Code: 1CA??052
Display: 1CA??052
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 8C,
E6, E7, E8, E9, or EA found bump while using Virtual Bump Inspection.
Remedy: If "??" equals 8C, E6, E7, E8, E9, or EA extra bump(s) found on the part. Verify that the part is
correct.
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Code: 1CA??053
Display: 1CA??053
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0, F1
or F2 model corner is incorrect.
Remedy: If "??" equal F0, F1 or F2 check for errors in the part data.
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Code: 1CA??054
Display: 1CA??054
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0, F1
or F2 model line segments intersect. It is not possible to create models where the line segments cross with
other models.
Remedy: If "??" equal F0, F1 or F2 check for errors in the part data.
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Code: 1CA??055
第 1198 页
Display: 1CA??055
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0, F1
or F2 model corner radius is incorrect.
Remedy: If "??" equal F0, F1 or F2 check for errors in the part data.
------------------------------
Code: 1CA??056
Display: 1CA??056
Used by:
Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0, F1
or F2 model is incorrect.
Remedy: If "??" equal F0, F1 or F2 correct the part data.
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Code: 1CA??061
Display: 1CA??061
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, part data has not been registered.
Remedy: When ?? = F1 or F2, reboot the machine. If the error persists, contact Fuji as there is a
possibility of trouble with the CPU or VP boards.
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Code: 1CA??062
Display: 1CA??062
Used by:
Cause: ?? represents the vision type in the part data displayed in hexadecimal notation. When ?? = F1 or
F2, the leads cannot be found.
Remedy: When ?? = F1 or F2, ensure that the leads are not bent. If the leads are not bent, check the
following items in the part data.
帴The defined position of the L-shaped radicals.
帴The defined position of the lead radicals.
帴Vision height offset.
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Code: 1CA??063
Display: 1CA??063
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1, F2 or F3, a bent lead (X-direction) has been detected.
Remedy: When ?? = F1, F2 or F3, check whether the lead is bent or not. If not bent, check the lead center
tolerance in element data.
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Code: 1CA??064
Display: 1CA??064
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1, F2 or F3, a bent lead (Y-direction) has been detected.
Remedy: When ?? = F1, F2 or F3, check whether the lead is bent or not. If not bent, check the lead
position and lead center tolerance in element data.
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Code: 1CA??065
Display: 1CA??065
Used by:
第 1199 页
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, the lead width has exceeded the permissible tolerance level.
Remedy: When ?? = F1 or F2, check the lead width and lead width tolerance in element data.
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Code: 1CA??066
Display: 1CA??066
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, the lead length has exceeded the permissible tolerance level.
Remedy: When ?? = F1 or F2, check the lead length and lead length tolerance in element data.
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Code: 1CA??067
Display: 1CA??067
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, the lead position differs from the position specified in element data.
Remedy: When ?? = F1 or F2, check the position defined by both the L-shaped radical and the lead
radical.
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Code: 1CA??068
Display: 1CA??068
Used by:
Cause: ?? represents the Vision Type from the part data displayed in hexadecimal notation. In the case
where ?? = F1 or F2, the part leads cannot be found.
Remedy: When ?? = F1 or F2, check whether or not the leads are bent. If the leads are not bent, ensure
that the Vision height offset has been specified in part data.
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Code: 1CA10001
Display: 1CA10001
Used by: Vision system
Cause: The registered part size is larger than the nozzle backplate diameter.
Remedy: Check the body size in part data, or enter a value larger than the part size for the "Backlight".
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Code: 1CA10002
Display: 1CA10002
Used by: Vision system
Cause: The part is too small for the specified nozzle.
Remedy: The part is smaller than the diameter of the specified nozzle and cannot be detected. Check the
nozzle data and the body size in part data.
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Code: 1CA10003
Display: 1CA10003
Used by: Vision system
Cause: The specified body size is less than "0".
Remedy: Check the body size in part data.
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Code: 1CA10004
Display: 1CA10004
Used by: Vision system
Cause: The part outline cannot be determined as the nozzle rotational center does not match with the
part image.
第 1200 页