FUJI错误代码查询.pdf - 第1198页

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 an…

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Code: 1CA??037

Display: 1CA??037

Used by:

Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 64, 69,

78, 79, 7A, 7B, 7C, 7D, 7E, 7F, 96, 97, 98, 99, 9B, 9C, 9D, 9E, A0, B4, or F0 this indicates that not a

single lead was detected.

Remedy: If "??" equals 64, 69, 78, 79, 7A, 7B, 7C, 7D, 7E, 7F, 96, 97, 98, 99, 9B, 9C, 9D, 9E, A0, B4, or

F0 then confirm that the part data is correct. In particular, make sure that the P_pattern setting is

correct.

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Code: 1CA??040

Display: 1CA??040

Used by:

Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equal F0 the

lead to be checked was not found.

Remedy: If "??" equal F0 check the part data's EL_data for errors.

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Code: 1CA??041

Display: 1CA??041

Used by:

Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 7B,

7C, 80, 81, 82, 83, 87, 88, or B4 this signifies that there is no data for the X-dimension calculations. If

"??" equals 8C, 8D, 8E, E6, E7, E9, EB, or EC then the part data expressed in matrix form is incorrect. If

"??" equals 98 or 9D this indicates that there is no inspected segment for carrying out the X-dimension

positioning of the part. If "??" equal F0 the measurement point for positioning does not exist.

Remedy: If "??" equals 7B, 7C, 80, 81, 82, 83, 87, 88, or B4 then make sure that the part data is correct.

If "??" equals 8C, 8D, 8E, E6, E7, E9, EB or EC this error will occur when the part is registered in the

vision processing system. The data item Result=128 in EL_data has been improperly set. When the

EL_data is expressed in matrix form, two elements represent one lead block. Correct the part data. If "??"

equals 98 or 9D then confirm that the P_pattern setting in EL_data is appropriate. If "??" equal F0 check

for errors in the part data. In particular, check the P_pattern setting found in the element data.

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Code: 1CA??042

Display: 1CA??042

Used by:

Cause: The Vision_type in part data is expressed using hexadecimal notation ("??"). If "??" equals 7B,

7C, 80, 81, 82, 83, 87, 88, or B4 this signifies that there is no data for the Y-dimension calculations. If

"??" equals 8C, E6, E7, E9, EB, or EC then there are not enough leads described in part data. If "??"

equals 98 or 9D this indicates that there is no inspected segment for carrying out the Y-dimension

positioning of the part. If "??" equals 8D or 8E too few bumps specified in part data.

Remedy: If "??" equals 7B, 7C, 80, 81, 82, 83, 87, 88, or B4 then make sure that the part data is correct.

If "??" equals 8C, E6, E7, E9, EB or EC this error will occur when the part is registered in the vision

processing system. The positioning phase cannot be carried out if there are not enough leads described in

part data. Correct the part data. If "??" equals 98 or 9D then confirm that the P_pattern setting in

EL_data is appropriate. If "??" equal 8D or 8E this error occurs when registering data. Part positioning is

not possible if the total number of bumps registered at the part data's EL_data multiplied by the

Check_limit value is fewer than 2. Correct the number of registered bumps and the Check_limit.

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Code: 1CA??043

Display: 1CA??043

第 1197 页

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.

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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:

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