dependent auxiliary modules
by 1 in the example in Figure 146).
• Choose a template that is suited to your processing task, or choose an existing profile from the drop-down list (2) of the selected tab.
Setting up a new profile
• Change the parameters necessary for your optimizations (3). • Save the newly created profile using the following specifications. • If needed, repeat these steps for the other tabs (1).
3
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Setting up a new profile – continued
Figure 146: THxDView – setting up a profile Saving a new
profile
NOTE!
Tabs containing changed but unsaved parameters are marked with an "*" before the tab name. (Refer to 1 in Figure 146.)
• Click on the "Save As" button (5 in Figure 146) after you have finished optimizing the parameters. You can then save your customization to a new profile.
• Give the profile a clear name and click on "Save" (6 and 7 in Figure 147).
Figure 147: THxDView – saving a profile
5
4
1
2
3
6
7
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Changing an existing profile
Customer-specific profiles can be changed after they are created. • Select a profile from the drop-down list (2 in Figure 146). • Make the changes as previously described.
• Click on the "Save" button (4) to save your changes in the existing profile.
Information about saving
• The "Reports” area shows when the profile has been saved successfully.
• The profile that you created is now in the drop-down list (as shown by 8 in Figure 148) and can be selected when compiling a job.
Figure 148: THxDView – selecting the profile from the drop-down list
Creating a job The profile can be compiled into application-specific jobs after the set-up is complete. These are created in the "Job List" tab under the main
"System" tab. (As shown in Figure 149.)
Figure 149: THxDView – job list
Initial Commissioning and Operation
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Creating jobs – continued
Jobs can be assigned a unique job name. Each job is assigned a unique number by which it is saved in the TH6D process computer. For the automated processing, the machine controller invokes the desired job using the job number. This job is uploaded to the TH6D process computer and executed. The machine controller cannot change this job during an active measurement.
Creating a new job • Click on the "Create Job" button (9) in the "Job List" tab.
• A new row (10) will appear in the job list with fields that you need to fill in.
Figure 150: THxDView – creating a new job Assign a job name
and profiles
• Click in the column (11) and enter a unique job name (as shown in Figure 151).
Figure 151: THxDView – entering a job name
11
9
0
10
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• Then assign the desired profile to each profile type from the drop- down lists (as shown by 12 in Figure 152).
• All four profile types must be assigned profiles in order to save the job.
• Templates cannot be selected.
Figure 152: THxDView – assigning a profile Saving the created
job
CAUTION!
Data loss is possible!
Don't forget to save the new jobs! Unsaved data will be lost if the voltage drops or the TH6D system restarts. The reference text "new" will appear under the assigned job number after you have named it and assigned a profile. (Refer to Figure 153.) This indicates that the job has been created but not yet saved.
• Create as many jobs as you need based on these specifications. • Click on the "Save" button (13) to save the new jobs.
• A message about the save status will appear in the reports area.
Figure 153: THxDView – saving a new job
12
13
00
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Changing of deleting a job
Information
Initial Commissioning and Operation
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The composition and name of created jobs can be changed after the jobs have been created. The assigned job number remains the same.
• Click on the row of the job you wish to change can now be edited.
• Change the job name or assign different profiles to the profile types.
• The reference text "changed" will be displayed under the job number.
• Click on the "Save" button to apply the changes.
Figure 154: THxDView – changing the content of jobs
The name of the template is based on the corresponding profile and shown in parentheses after the profile name. (Refer to
Figure 155: THxDView – notes on the job list
The current job and its contents can be seen in the area.
Initial Commissioning and Operation
Page | 5-86 The composition and name of created jobs can be changed after the jobs have been created. The assigned job number remains the same.
wish to change – the job entries Change the job name or assign different profiles to the profile will be displayed under the job " button to apply the changes.
changing the content of jobs
The name of the template is based on the corresponding profile and shown in parentheses after the profile name. (Refer to 14 in Figure 155.)
notes on the job list
The current job and its contents can be seen in the "System State" (15)
14
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6.
Maintenance
This section describes the process of servicing the TH6D system.
6.1 Safety instructions ... 6-2 6.2 Required maintenance ... 6-3
6.2.1 Maintenance intervals ... 6-3 6.2.2 Diagnosis of the maintenance intervals ... 6-4 6.2.3 Overview of maintenance procedures ... 6-5
6.3 Handling the components ... 6-5
6.3.1 Clean and change the safety glass ... 6-5 6.3.2 Cleaning the TH6D sensor head ... 6-8 6.3.3 Check the hose and cable connections ... 6-9
Maintenance
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6.1 Safety instructions
You must observe and obey the following safety instructions during maintenance and servicing to the TH6D system. These relate to the use of the TH6D system in a production facility.
DANGER!
There is a risk of injury from the master machines!
• Do not stay in the swivel range of master machines when they are turned on! • Disconnect the power from the master machines before starting to work on
the TH6D system!
WARNING
Danger of getting stuck!
• When the power supply is turned on, keep hands, hair, pieces of clothing and tools away from the moving parts of the processing equipment.
• Disconnect the power supply before beginning work on the TH6D system.
WARNING
Danger to health through harmful gases and fumes!
• Never inhale the gases resulting from the work process!
• Always be sure that there is sufficient ventilation and extraction for gases! • After a process has completed, wait for the gases to be sucked away before
entering the work/laser cell.
WARNING
Loud noises can be dangerous!
The loud noises caused by emitted media can damage your hearing.
• Always wear protective gear for your ears when changing pressurized hoses!! • Or make sure that you de-pressurize all facility components!
Maintenance
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WARNING
Danger from excessive pressure!
There is a risk of head, eye or hearing injury.
• Always wear protective gear for your eyes and ears when changing pressurized hoses!
• Or make sure that you de-pressurize all facility components!
WARNING!
Risk of injury from hot components!
There is a risk of burn injury from hot components when carrying out maintenance work immediately following the work process.
• Allow the work pieces to cool down or wear suitable protective gloves!
6.2 Required maintenance
Some components or work pieces in the TH6D system must be regularly maintained. Maintenance may only be carried out by trained personnel in observance of the safety information stated in this document.
6.2.1 Maintenance intervals
The frequency of the maintenance depends on the work load of the TH6D system and will vary
according to the facility.
Normally, a maintenance interval after every eight hours of processing time is adequate.
Scansonic recommends a diagnosis of the maintenance intervals in order to determine more precise intervals.
Scansonic_TH6D_AHB_v1.7_en.docx
6.2.2 Diagnosis of the maintenance intervals
Overview Depending on the application (e.g. for large durability of the safety glasses should be
This provides a more precise estimation of when the safety glass should be replaced.
A reference point here is the seam detection value provided in the "System Status" section THxDView. If the percentage value specified for the seam detection continually decreases while measuring the same sample work piece, this may indicate significant co
(Refer to the marked area in
In this case, the safety glass should be checked and replaced if necessary.
After the safety glass is detection should return to
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