YSM10安装调整(eng) - 第86页

For Ser v ice E n gineer Service Information SI1610004E -000= YSM10_Proced ures for the adjustmen ts required after installing a machine 86/107 1 1. Bas ic adjustment s required when “ A MF in dex 1” falls below 1.0 0 0 …

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For Service Engineer
Service Information
SI1610004E-000= YSM10_Procedures for the adjustments required after installing a machine
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4. Check the folder where the data is saved.
When “Start Update(E) F5” is selected, the following window is displayed.
As “Removable Disk (E) is selected as default,
[OK] . The folder with the name of the
date that the data is saved is automatically created and the data saving process starts.
Figure 126
Caution:
Make sure to select “Removable Disk”.
5. Check if the data has been loaded properly.
After the data saving process has been completed, tap “StartUpdate(E) F5” again and check if the
created file exists in the “Removable Disk”.
File name: MchInfo_Y****_2014.06.16 (MchInfo_Serial Number_date)
After checking the file,
[Cancel] to exit the window.
Figure 127
6. Select “Close” to exit the window.
Figure 128
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11. Basic adjustments required when “AMF index 1” falls below 1.000
In the ACP-Chip accuracy check, if the “AMF index 1” value falls below 1.000 even after feeding
back the correction values twice, analyze the measured data on the “VgChart” and perform the
necessary adjustments.
If the mounting is unstable, the AMF index cannot be improved no matter how many times the
adjustment by the ACP-Chip is performed. Check the cause of the problem referring to the
analysis result, and perform the related basic adjustments again.
In case the cause of the problem cannot be identified, perform the “󴥬󴫐” adjustment for all the
fiducial cameras and the component recognition cameras.
When AMF Index 1 falls below 1.000 only for the multi camera, perform the 󴥬󴫐 adjustment
for the multi camera.
11.1 Flow of the basic adjustment
Figure 129
The result does not fall within the spec even after feeding
back the correction values twice or more in ACP-Chip
Check the VgChart
“Fiducial camera” Lightness” adjustment
Scan camera” – Lightness” adjustment
“Fiducial camera” 󴥬󴫐” adjustment
(Option) Multi Camera
󴥬󴫐& “Dual Rec Offset” adjustments
(Option) “Multi Camera” –
“Lightness” adjustment
Does the deviation occur to the specific
head?
Does the deviation occur repeatedly?
Check the related parts.
When the result does not fall
within the spec. only in the
multi camera, perform the
basic adjustments only for the
multi camera.
“Head Offset Z” adjustment
“PCB Height” adjustment
Scan camera (Main)” – 󴥬󴫐” &
“Dual Rec Offset” adjustment
Mounting adjustment
(ACP-Chip)
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11.2 Workflow for when “AMF Index 1“ falls below 1.000
After checking the VgChart and finding the problem, identify the cause of the problem and take
appropriate measures. And then perform the ACP-Chip adjustment again.
If the cause of the problem cannot be identified, perform the adjustment of all the items in 11.3
Adjustments related to the mounting accuracy a g a i n .
After readjusting the basic adjustments, perform the ACP-Chip adjustment again.
1. Identify the cause of the problem on the VgChart.
Check the tendency of the deviation of the mounting positions on the VgChart.
Does the deviation occur repeatedly?
Does the deviation occur to all the heads in the same way?
2. Check the following possible causes of the problems assumed by the mounting result on
the VgChart.
Is the machine installed properly?
Is the board clamped properly?
Is the 󳬹󳴵 attached to the head properly?
Are the components and the mark recognized properly?
Any abnormality found in the recognition unit?
(Is the camera installed properly? Are the lenses clean?)
Others
3. Readjust the basic data.
If the cause of the problem can be identified, readjust the related basic data.
See “11.3 Adjustments related to the mounting accuracy” for the adjustment items.
When any error occurs in the ACP-Chip adjustment by the main camera
Perform the adjustment for all the cameras.
When any error occurs in the ACP-Chip adjustment by the sub camera
Perform the adjustment only for the sub camera.
When any error occurs in the ACP-Station adjustment by the sub camera.
Feedback the correction values instead of readjusting the basic data.
4. Check the mounting accuracy after feeding back the correction values.
After saving the correction values in the machine data, perform the ACP-Chip accuracy check
again.
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