FUJI错误代码查询.pdf - 第1200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 t…
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.
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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
Remedy: Examine the condition of the nozzle and replace if bent. Perform nozzle center measurement
once more if the nozzle is not bent.
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Code: 1CA10006
Display: 1CA10006
Used by: Vision system
Cause: The maximum width for the shortest side of the part is smaller than the permissible part size.
Remedy: Check the pick-up condition of the acquired part image.
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Code: 1CA10007
Display: 1CA10007
Used by: Vision system
Cause: The maximum width for the shortest side of the part is larger than the [Part size + nozzle
diameter].
Remedy: The part supply direction is incorrect, or more than half of the nozzle is protruding from the
part.
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Code: 1CA1000C
Display: 1CA1000C
Used by: Vision system
Cause: The longest side of the part is 1.05 times smaller than the nozzle diameter.
Remedy: Check the pick-up condition at the acquired part image.
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Code: 1CA10010
Display: 1CA10010
Used by: Vision system
Cause: The part supply direction is incorrect. (Cut-check error)
Remedy: Check the part supply direction.
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Code: 1CAF3001
Display: 1CAF3001
Used by:
Cause: The lead element data is incorrect. It is not possible to enter consecutive elements with a result
of "128".
Remedy: When result "128" is being used, specify the result for the previous element as a value other
than "128".
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Code: 1CAF3002
Display: 1CAF3002
Used by:
Cause: No elements can be found.
Remedy: Ensure that element data exists in part data, and that the result is specified as a value other
than "0".
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Code: 1CAF3003
Display: 1CAF3003
Used by:
Cause: The lead element data is incorrect.
Remedy: Ensure that the lead range, including lead width, length, and center tolerance, does not overlap.
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Code: 1CAF3005
第 1201 页