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9 Station Software Overviews 9.6 Machine Software Options Overview Technical Training FSE SIPLACE TX-Series 01/2018 141 9.6 Machine Software Options Overview 1. Machine Software Options main menu 2. Configuration menu 3.…
9 Station Software Overviews
9.5 Machine Settings and Options Overview
140 Technical Training FSE SIPLACE TX-Series 01/2018
9.5 Machine Settings and Options Overview
1. Machine settings: control mode, automatic
compressed air control, shut down, bug re-
port
2. User setting/access
3. Machine option setting
4. Software setting
5. GUI setting
6. Summary of connected client
7. Show neighbor machine
1. Here machine behavior for certain events
can be configured.
2. Skip functions can be activated (testing)
3. Activation of PCB inspection after place-
ment depending on machine event
4. Setting for action to be taken for set error
numbers (automatic Bug Report)
5. Configuration of nozzle scanning option
and actions to be taken in the event of a
soiled nozzle
6. Additional check and tolerance after fault
detection(automatic feeder pitch detection)
7. Threshold setting for pickup error and vis-
ion error
Example for configuring nozzle scanning op-
tion.
1. Nozzle scanning tab
2. Nozzle scanning type (level)
3. Self healing action after nozzle scan fault
4. Action after nozzle scanning error (heal-
ing action cannot repair problem)
Option selected depends on nozzle type, fact-
ory environment, production changeover fre-
quency.
9 Station Software Overviews
9.6 Machine Software Options Overview
Technical Training FSE SIPLACE TX-Series 01/2018 141
9.6 Machine Software Options Overview
1. Machine Software Options main menu
2. Configuration menu
3. Placement process (machine behavior dur-
ing placement)
4. Advanced Placement process (simulation
placement
5. Other options (deactivation machine con-
figuration checks)
6. Skip actions used mainly for test
1. Skip the dipping and glue dispensing pro-
cess
2. Skip fiducial and component recognition
with Vision system, only for test run (e.g.
board with foil), also the precise position
determination for top surface features (e.g.
LED components) can be skipped
3. Setting for placement, here you can skip
placement on the board means pass
through mode
4. Setting for prioritization of the tray
9 Station Software Overviews
9.7 Maintenance GUI
142 Technical Training FSE SIPLACE TX-Series 01/2018
9.7 Maintenance GUI
9.7.1 General Maintenance GUI
The Maintenance GUI contains 3 maintenance functions: preventive maintenance, predictive main-
tenance and verification. The maintenance GUI is structured to allow quick and easy carrying out of
maintenance, troubleshooting and verification tasks.
1. Access Maintenance GUI
1. Preventive
2. Predictive
3. Verification
User Level:
1. "Operator"
2. "Machine Service"
3. "Advanced production"
9.7.2 Preventive Maintenance
In order to perform maintenance efficiently four maintenance workflows have been defined combin-
ing the individual steps to form an efficient sequences of tasks to be performed.
Maintenance workflows
Each workflow is supported with a document (Job Card), which guides you efficiently through the
maintenance work. Each task is explained in detail and illustrated with clear diagrams and the
maintenance GUI supports the workflows.
●
Workflow 1: Weekly maintenance tasks.
●
Workflow 2: Combination of weekly and 3-monthly maintenance tasks.
●
Workflow 3: Combination of weekly and 6-monthly maintenance tasks.
●
Workflow 4: Combination of weekly and 12-monthly maintenance tasks.
Planning workflows
Example for the frequency of individual workflows over a period of one year.
●
Workflow 1: 45 times / year
●
Workflow 3: 2 times / year
●
Workflow 2: 4 times / year
●
Workflow 4: 1 time / year