APMT Cell Software Release Notes

APMT Cell Software Release
Notes
This specification document contains proprietary information about Solarius Development Inc. (SDI) {2390 Bering Drive San Jose CA 94089 USA}. You and your employees and agents are required to protect the confidentiality of the hardware and software design. You may not distribute, disclose or otherwise make the hardware, software and documentation available to any third party. You may not
APMT Cell Software Release Notes
1
Bottom Light - Release Notes
1.1
Version 1.1.5417.27555 (Release Date: October 31, 2014)5
1.2
Version 1.1.5387.24539 (Release Date: October 1, 2014)6
Version 1.1.5379.33497 (Release Date: September 23, 2014) - X3427
1.3
1.4
Version 1.0.5303.24257 (Release Date: July 9, 2014)11
1.5
Version 1.0.5301.30073 (Release Date: July 7, 2014)12
Version 1.0.5284.35370 (Release Date: June 20, 2014)13
1.6
1.7
Version 1.0.5262.22929 (Release Date: May 29, 2014)15
1.8
Version 1.0.5252.19270 (Release Date: May 19, 2014)18
Version 1.0.5199.31277 (Release Date: March 27, 2014)19
1.9
1.10
Version 1.0.5165.36963 (Release Date: February 21, 2014)20
1.11
Version 1.0.5156.30448 (Release Date: February 12, 2014)21
1.12
Version 1.0.5140.30390 (Release Date: January 29, 2014)22
1.13
Version 1.0.5137.32737 (Release Date: January 25, 2014)23 2
Bottom Light - Installation Procedure
Instructions25
2.1
3
Top Light - Release Notes
3.1
Version 1.0.5095.28213 (Release Date: December 16, 2013)29
3.2
Version 1.0.5092.41328 (Release Date: December 10, 2013)30
3.3
Version 1.0.5091.1083 (Release Date: December 9, 2013)33
3.4
Version 1.0.5085.33650 (Release Date: December 3, 2013)34
3.5
Version 1.0.5082.29914 (Release Date: November 30, 2013)35
3.6
Version 1.0.5080.40229 (Release Date: November 28, 2013)40 4
Top Light - Installation Procedure
XY top light instructions43 4.2
4.3
Datum Laser Instructions45
The FAI-18 measurement is made using data from the datum profile scan. The base plane is a plane parallel to one fit to the top surface of the gauge block and shifted down by the specified
FAI-18 USL = 0.9, LSL = 0
Local flatness is integrated in main UI and is a pass/fail criteria now. Bug fix for TBS always 0 issue
A represent solid squares of size 10mm x 10mm.
B represent dashed squares with size 10mm x 10mm. Index for X &Y in output file is as illustrated.
FAI-18 is calculated using datum C laser data. FAI-18 is max terrace height measured from Datum A (pedestal). FAI-18 values will be saved in a separate file in Data folder (same as bat ears).
In effort to improve the GRR of the tab width measurements, it may help to adjust the part placement position so that more of the tabs are visible. As you can see in the image above, there is some room on the right side of the part where the green arrows are, if the parts were placed
•Fix for tab outliers
•Change in FAI naming in GUI and output file •Updated limits tab with all cell FAIs •Updated new fai on/off switches
There will be two network adapters that begin with “Local Area Connection”
Right click on one, and choose “Status” then click “Details”
The correct adapter to modify will have an IP address beginning with “192.168.250”
Open the Start Menu, select Programs, then locate and open “IDS Camera Manager”Once loaded, the Camera Manager should show the one camera in a list. Click “ETH network service”
Starting a Nest Calibration will bring up a notification for the duration of execution. Each nest image is saved into the Solarius config folder with a name something like
The master/gauge profile of the DatumProfile laser should be according to the profile above. The visible portion of the profile on the left hand side of the top corner (side of the gage block) should be approximately 2 mm. It is recommend leaving shutter and gain at 0 (zero) for both gauge block and cell.
If we move the sensor too far into the machine, we risk losing a portion of the master; if we move the sensor to far outwards from the machine, we risk the sample going out of range (below zero).
Ideal cell profile image.。