Screens
Screens is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Softwell Automation
Siemens HMI Manual
Siemens HMI manual for TIA Portal screens, tags, buttons, alarms, trends, recipes and PLC communication.
Overview and Practical Scope
This page provides practical information about corporate training, PLC SCADA training, online automation training, manuals, downloads and Industry 4.0 services. Explore the related training, project and technical resources available from Softwell Automation.
Tags
Tags is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Buttons
Buttons is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Alarms
Alarms is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Trends
Trends is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Recipes
Recipes is covered with plant-level examples, practical workflow, troubleshooting points and maintenance-friendly documentation.
Manual Format
Step-by-Step
Each manual page is written in practical sequence: open project, configure, test, diagnose and backup.
Plant Application
Examples are connected with PLC, SCADA, VFD, HMI, SQL and field device applications.
Engineer Output
Final output includes checklist, screenshots, tag list, parameter list and troubleshooting notes.
Manual Learning Steps
This Siemens HMI Manual plan follows a platform-specific sequence covering configuration, hands-on practice, integration, diagnostics and project output.
01
Start from scratch
Purpose of Siemens HMI Manual, software version, project folder structure, backup habit and safe working method.
02
Installation / opening project
Required software, license concept, project restore/open procedure and compatibility points.
03
Hardware or tag preparation
Create device/tag/parameter list with naming standard, comments and engineering units.
04
Communication settings
IP address, driver, channel, network test, ping/accessible device and online verification.
05
Main configuration
Create the required screen/block/parameter/archive/report configuration step-by-step.
06
Testing and diagnostics
Online monitoring, runtime test, fault diagnosis, warning/error meaning and correction method.
07
Backup and documentation
Archive project, export list, save screenshots, create commissioning checklist and handover notes.
Why Softwell Automation?
Training is focused on job-level implementation with PLC hardware, SCADA runtime, HMI, VFD, remote IO, field devices, OPC UA, SQL Server, VBScript, Python and reporting. Suitable for students, working engineers, maintenance teams and corporate in-plant programs.
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Who can learn Siemens HMI Manual?
Students, working engineers, maintenance engineers, project engineers and corporate plant teams can use this page for practical learning.
Is this suitable for corporate training?
Yes. The content can be delivered as in-plant or corporate training with practical PLC, SCADA, VFD, SQL, Python and Industry 4.0 examples.
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Yes. Keep the same URL slug, title, meta description, internal links, sitemap and canonical domain for each website.
Expanded Siemens HMI Practical Workbook
Fifteen verified labs for TIA Portal WinCC Basic/Comfort/Advanced or PC Runtime projects. Device availability and menu names depend on the installed TIA/firmware version; record the exact environment before starting.
Lab 01 - Select Panel and Record Version
Objective: Create a TIA Portal project with the correct HMI device/firmware and record compatibility.
A. Step-by-Step Procedure
- Create or open an isolated training project.
- Add the specified Comfort/Basic/PC Runtime device and firmware version.
- Record resolution, runtime option and license requirement.
- Compile the empty device and resolve catalog/version warnings.
B. Verification Checklist
- The Lab 01 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The select panel and record version workflow is compiled, tested and saved with evidence.
Lab 02 - Configure PLC Communication
Objective: Create and verify the S7 connection between HMI and training PLC.
A. Step-by-Step Procedure
- Add the PLC or PLCSIM-supported controller.
- Create an HMI connection with the verified interface and address.
- Add one heartbeat tag.
- Run simulation/runtime and confirm the heartbeat changes.
B. Verification Checklist
- The Lab 02 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The configure plc communication workflow is compiled, tested and saved with evidence.
Lab 03 - Build a Controlled Tag Table
Objective: Create external and internal tags with correct types, scaling and acquisition settings.
A. Step-by-Step Procedure
- Create tag groups by plant area.
- Map PLC addresses/symbols and verify data types.
- Configure acquisition cycle and scaling only where required.
- Test bad-quality and disconnected states.
B. Verification Checklist
- The Lab 03 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The build a controlled tag table workflow is compiled, tested and saved with evidence.
Lab 04 - Create Screen Template and Navigation
Objective: Build a consistent template, header, alarm status and navigation pattern.
A. Step-by-Step Procedure
- Set master/template objects and safe navigation controls.
- Add current screen title and user indication.
- Use a consistent back/home strategy.
- Test every navigation path including restricted screens.
B. Verification Checklist
- The Lab 04 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The create screen template and navigation workflow is compiled, tested and saved with evidence.
Lab 05 - Buttons, Lamps and Operator Feedback
Objective: Create commands with visible pressed, accepted and rejected feedback.
A. Step-by-Step Procedure
- Add a momentary or set/reset command as required.
- Display PLC feedback separately from the command.
- Disable the control when permissives are false.
- Test stuck command and missing feedback.
B. Verification Checklist
- The Lab 05 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The buttons, lamps and operator feedback workflow is compiled, tested and saved with evidence.
Lab 06 - Reusable Faceplate
Objective: Create a reusable motor/valve faceplate interface.
A. Step-by-Step Procedure
- Define interface properties for command, status, fault and mode.
- Build compact and popup views.
- Instantiate the faceplate for two assets.
- Confirm each instance uses only its assigned tags.
B. Verification Checklist
- The Lab 06 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The reusable faceplate workflow is compiled, tested and saved with evidence.
Lab 07 - Alarm Classes and Acknowledgement
Objective: Configure discrete/analog alarms with priority and operator guidance.
A. Step-by-Step Procedure
- Create alarm classes and colors from the project standard.
- Configure trigger, text, acknowledgement and shelving policy.
- Add an alarm view with useful columns.
- Force, acknowledge and clear each test alarm.
B. Verification Checklist
- The Lab 07 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The alarm classes and acknowledgement workflow is compiled, tested and saved with evidence.
Lab 08 - Trend and Logging
Objective: Configure a trend with correct sampling, archive and engineering units.
A. Step-by-Step Procedure
- Select two analog tags and one state.
- Set acquisition/archive cycles based on process need.
- Configure axes, units and time range.
- Test live and historical views with a known signal change.
B. Verification Checklist
- The Lab 08 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The trend and logging workflow is compiled, tested and saved with evidence.
Lab 09 - Recipe Management
Objective: Create validated recipes and a safe PLC transfer sequence.
A. Step-by-Step Procedure
- Define recipe fields, units and limits.
- Create two test data records.
- Require an explicit load/confirm command.
- Verify PLC receipt, rejection and audit evidence.
B. Verification Checklist
- The Lab 09 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The recipe management workflow is compiled, tested and saved with evidence.
Lab 10 - Users, Roles and Auditability
Objective: Apply least-privilege access to engineering and operator actions.
A. Step-by-Step Procedure
- Create operator, supervisor and maintenance roles.
- Protect configuration and recipe actions.
- Test login, logout and timeout.
- Record an access-denied test and recovery.
B. Verification Checklist
- The Lab 10 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The users, roles and auditability workflow is compiled, tested and saved with evidence.
Lab 11 - Events and Scripts
Objective: Use a small event script only where configuration cannot meet the requirement.
A. Step-by-Step Procedure
- Define inputs/outputs and failure behavior.
- Keep the script bounded and readable.
- Write a status/error tag for operator feedback.
- Test normal, invalid and communication-failure cases.
B. Verification Checklist
- The Lab 11 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The events and scripts workflow is compiled, tested and saved with evidence.
Lab 12 - Language and Text Lists
Objective: Configure consistent multilingual text and state-dependent messages.
A. Step-by-Step Procedure
- Create a text list for equipment states.
- Add the required project languages.
- Check text length at the smallest target resolution.
- Verify language switching and missing translations.
B. Verification Checklist
- The Lab 12 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The language and text lists workflow is compiled, tested and saved with evidence.
Lab 13 - PLCSIM and Runtime Test
Objective: Execute a documented factory-acceptance test in simulation.
A. Step-by-Step Procedure
- Create a test sheet with initial conditions.
- Run navigation, command, alarm, trend and recipe tests.
- Record pass/fail evidence.
- Correct the first deviation and repeat the complete affected test.
B. Verification Checklist
- The Lab 13 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The plcsim and runtime test workflow is compiled, tested and saved with evidence.
Lab 14 - Transfer and Commissioning
Objective: Transfer to the approved target and verify runtime health.
A. Step-by-Step Procedure
- Back up the existing target first.
- Confirm network, time and certificate settings.
- Transfer the compiled project during an approved window.
- Verify communications, alarms and operator controls after restart.
B. Verification Checklist
- The Lab 14 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The transfer and commissioning workflow is compiled, tested and saved with evidence.
Lab 15 - Backup, Restore and Handover
Objective: Prove that the project can be restored and supported.
A. Step-by-Step Procedure
- Archive the source project and target backup.
- Record software/device versions and licenses.
- Restore to a lab target or documented test environment.
- Create a handover sheet with open issues and acceptance signatures.
B. Verification Checklist
- The Lab 15 result is visible in simulation/runtime and matches the documented pass condition.
- Save the project/code and record the environment version.
- Repeat the test from a known initial state.
- Capture the required runtime or output evidence.
C. If the Result Is Wrong
| Check | Action |
|---|---|
| Environment and connection | Confirm version, driver, address, permissions and communication state. |
| Input, parameter or code | Compare the configured value with the lab sheet and official documentation. |
| Output/result | Trace the value step by step, correct the first deviation and retest safely. |
D. Student Evidence Record
File
Project/code filename and revision.
Values
Inputs, settings and observed outputs.
Fault test
Fault introduced, symptom and correction.
Conclusion
Pass criteria and learner observation.
REAL LAB SCREENSHOT / OUTPUT EVIDENCE
Expected Result and Runtime Behavior
The backup, restore and handover workflow is compiled, tested and saved with evidence.
Before You Start: Prerequisites, Tested Version, Safety and Evidence
This manual is a practical training workbook, not a substitute for the installed product manual or the site's approved engineering procedure. Record the exact software, firmware, license and hardware before following a step because menus and supported functions can vary by release.
Tested-version planning scope: Confirm TIA Portal WinCC V18 or V19, the selected Basic/Comfort panel or PC Runtime release, PLC firmware and transfer method. Enter the exact lab-tested software, firmware and hardware in the record below before course delivery; never assume cross-version compatibility.
Environment record
Software build, firmware, device catalog, driver, communication interface and license status.
Safe lab boundary
Use an isolated training system. Follow electrical, mechanical, process and cybersecurity controls before energizing or downloading.
Evidence pack
Keep the source project, parameter/code export, screenshot/trend, fault test, correction and final pass result.
Technical review
Last reviewed by Softwell Automation Technical Training Team on 17 July 2026.
| Field | Learner record | Verification |
|---|---|---|
| Software / firmware | ________________ | Matches the training device and official compatibility information |
| Project / backup | ________________ | Saved before and after the practical |
| Pass evidence | ________________ | Runtime value, trend, alarm, diagnostic or report attached |
| Fault tested | ________________ | Symptom, cause, check and corrective action documented |
Practice, Viva and Extension Challenge
Practice
Change one approved input or parameter, predict the result, execute the test and explain any difference.
Viva
Explain the data flow, safety boundary, first diagnostic check and recovery method without opening the answer.
Extension challenge
Add one useful function while preserving the original pass criteria, alarm behavior and rollback path.
Graded mini-project
Combine at least three practicals, submit a versioned project and evidence pack, and demonstrate repeatable recovery.
Content status: Substantively reviewed and expanded 17 July 2026. Verify release-specific details against the linked official documentation.