Curriculum
- 17 Sections
- 151 Lessons
- 62 Weeks
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- PART0 | How to manage the Course1
- PART1 | Binary Logic Operation in STL Programming15
- 2.1QEA00 | How is the STL program executed?
- 2.2QEA01 | Basic Functions in Binary Operation
- 2.3QEA02 | Timing Diagram for Binary Operation
- 2.4QEA03 | RLO Negating instruction
- 2.5QEA04 | Nested and complex binary operations in STL (P1)
- 2.6QEA05 | Nested and complex binary operations in STL (P2)
- 2.7QEA06 | Assignment and Flip-Flops timing diagrams
- 2.8QEA07 | Set and Reset Priority in STL
- 2.9QEA08 | Nesting Statement as Intermediate Bit Buffer (Flip-Flop)
- 2.10QEA09 | Edge detection
- 2.11QEA10 | Exercise | STL to FBD conversion
- 2.12QEA11 | Exercise | Extensive Nested STL to FBD conversion
- 2.13QEA12 | Exercise | Complete a Timing Diagram of an STL Logic
- 2.14QEA14 | Exercise | Override selector Block | Min Max selection
- 2.15QEA15 | Exercise | Voter 1OO2 signal quality checks
- PART2 | Move Functions9
- 3.1QEB00 | Load and Transfer instructions
- 3.2QEB01 | Accumulator instructions
- 3.3QEB02 | SFC 20 BLKMOV (Copy memory area)
- 3.4QEB03 | SFC 21 FILL (Initializing a memory area)
- 3.5QEB04 | SFC 81 UBLKMOV (Uninterruptible copying of variables)
- 3.6QEB05 | MOVE_BLK for S7-1500
- 3.7QEB06 | Serialize and Deserialize for S7-1500
- 3.8QEB10 | Exercise | Focus on Accumulator instructions
- 3.9QEB11 | SPARE
- PART3 | Timer Functions14
- 4.1QEC00 | S5 Time data type
- 4.2QEC01 | Pulse Timers for SIMATIC controllers
- 4.3QEC02 | Extended Pulse Timers for SIMATIC controllers
- 4.4QEC03 | On-Delay Timers for SIMATIC controllers
- 4.5QEC04 | Retentive On-Delay Timers for SIMATIC controllers
- 4.6QEC05 | Off-Delay Timers for SIMATIC controllers
- 4.7QEC06 | IEC Timer Functions
- 4.8QEC10 | Exercise | Develop IEC timer to meet Allen Bradley specifications (AB Migration)
- 4.9QEC11 | Exercise | Develop IEC timer with Reset and Remaining Time (AB Migration)
- 4.10QEC12 | Exercise | Control Panel Temperature Monitor | Timer application
- 4.11QEC14 | Exercise | Pulse Generation Variable Period
- 4.12QEC15 | Exercise | How to make an On-Delay Timer with a Pulse Timer
- 4.13QEC16 | Exercise | How to make an Off-Delay Timer with a Pulse Timer (Unsolved)
- 4.14QEC17 | Exercise | How to detect a watchdog failure in a communication data using timers?(Unsolved)
- PART4 | Counter Functions6
- PART5 | Digital Functions | P114
- 6.1QEF00 | Comparison Functions
- 6.2QEF01 | Arithmetic Functions
- 6.3QEF02 | Arithmetic Functions | Chain Calculation
- 6.4QEF03 | Arithmetic Functions | Adding Constants to Accumulator 1
- 6.5QEF04 | Math Functions
- 6.6QEF05 | Conversions Functions
- 6.7QEF06 | Shift Functions and their applications
- 6.8QEF07 | Word Logic
- 6.9QEF08 | Status Bits | Binary Flags
- 6.10QEF09 | Status Bits | Digital Flags
- 6.11QEF10 | Program Flow Control | Jump Functions
- 6.12QEF11 | Binary Result and EN/ENO
- 6.13QEF12 | Jump Distributor
- 6.14QEF14 | Loop in STL
- PART6 | Digital Functions | Examples11
- 7.1QEG00 | Exercise | Allen Bradley LIM | Limit Test Function
- 7.2QEG01 | Exercise | Air Pressure at Altitude Calculation
- 7.3QEG02 | Exercise | BCD to INT with | BCD Validation test
- 7.4QEG03 | Exercise | Extract Real value to several bytes
- 7.5QEG04 | Exercise | Visualize CC1 manipulation in Shift/Rotate functions
- 7.6QEG05 | Exercise | Division result test by using status bits
- 7.7QEG06 | Exercise | My Dint Counter
- 7.8QEG07 | Exercise | Binary Result | Report block internal problems
- 7.9QEG08 | Exercise | Develop My Off-Delay Timer
- 7.10QEG09 | Exercise | The Factorial Calculation with Loop
- 7.11QEG10 | Exercise | SPARE
- PART7 | Pointers , Indirect Addressing and Miscellaneous Topics10
- 8.1QEH00 | End of year Pulse | Time of Day Interrupts
- 8.2QEH01 | End of year Pulse | Use SFC1
- 8.3QEH02 | DCS PLC Time Synchronization
- 8.4QEH03 | Override Block Min and Max Selector
- 8.5QEH04 | Pointers | Basic structure of a generic memory area in S7 architecture
- 8.6QEH05 | Pointers | Area internal pointer structure
- 8.7QEH06 | Pointers | Starting Example for pointer applications
- 8.8QEH07 | Pointers | Area pointer syntax | How to use it in STL
- 8.9QEH08 | Pointers with address registers
- 8.10QEH09 | Exercise | Pointers for analog input processing
- PART10 | Industrial Dryer Control System Design18
- 9.1QEP00 | Control Philosophy of Dryer
- 9.2QEP01 | Program Call Structure
- 9.3QEP02 | Restart Behavior
- 9.4QEP03 | Cyclic Interrupt | Machine impulse Generation
- 9.5QEP04 | General Routines | Main Organization Block | Memory to Outputs
- 9.6QEP05 | Valve Manipulation with Sequence | Machine Pulse
- 9.7QEP06 | Block for calling valve status and HMI report (ENGINE)
- 9.8QEP07 | Block for calling valve simulations (ENGINE)
- 9.9QEP08 | Template Block for valve simulations-FC only (CORE)
- 9.10QEP09 | Template Block for valve status monitoring and HMI report (CORE)
- 9.11QEP10 | Statistics | Template block for Worst Valve | Template Cascade Counter
- 9.12QEP11 | Statistics | Number of cycles and number of starts
- 9.13QEP12 | Statistics | Report Worst Valve due to Failure rate
- 9.14QEP14 | Statistics | Runtime Meter Calculation
- 9.15QEP15 | Function Test | HMI Development in WinCC Professional
- 9.16QEP16 | Function Test | Worst Valve Report
- 9.17QEP16 | HMI Development in WinCC Professional (P2)
- 9.18QEP_SPARE
- PART11 | Main Motor Control and Runtime meter9
- 10.1QES00 | Permissive and conditions to start main motor
- 10.2QES01 | Start Commands | Electrical Pulse| Counting number of starts
- 10.3QES02 | Main Motor Run status and Stop signal
- 10.4QES03 | Warm-Cold start up conditions
- 10.5QES04 | Main Motor Runtime meter
- 10.6QES05 | Main Motor Restart Blocking Bit
- 10.7QES06 | Function Test for Main Motor Control and Runtime meter
- 10.8QES07 | WinCC Professional Project for Main Motor Control and Runtime meter
- 10.10QES08 | Exercise Unsolved | Explain Speed Simulation Section
- PART12 | Analog Channel Failure Evaluation | Hardware Diagnostics in STL8
- 11.1QET00 | Analog Input – Output configuration
- 11.2QET01 | UDT (PLC Data Type) Definition
- 11.3QET02 | OBs for Analog Input – Output Channel failure
- 11.4QET03 | Reading Data Records with SFC59 (RD_REC)
- 11.5QET04 | Program Development (P1)
- 11.6QET05 | Program Development (P2)
- 11.7QET06 | Analog Channel Failure Shut-Down Signal
- 11.8QET07 | Unsolved Exercise | Implement 1oo2 Analog Voter in STL (Prosafe RS Style)
- PART14 | Industrial HVAC Chiller for N2 Generation8
- 12.1QEV00 | SIEMENS STL Programming| Chiller Control Philosophy (P1)
- 12.2QEV01 | SIEMENS STL Programming| Chiller Control Philosophy (P2)
- 12.3QEV02 | SIEMENS STL Programming| Fans, Coolers, Heaters, separation Control Philosophy
- 12.4QEV03 | SIEMENS STL Programming | Chillers Control in STL
- 12.5QEV04 | SIEMENS STL Programming | Heaters Control in STL
- 12.6QEV05 | SIEMENS STL Programming | Oil Coolers Control in STL
- 12.7QEV06 | SIEMENS STL Programming | Condenser Fan Control in STL
- 12.8QEV07 | SIEMENS STL Programming| Condensed Water Separation level control in STL
- PART15 | Exercise | Migration Machine from Allen-Bradley to SIEMENS STL (North America and Australia)11
- 13.1QEW00 | Exercise | ESTOP logic versus Control Circuit Supply Health logic
- 13.2QEW01 | Exercise | Oil Pump A/B Status Management
- 13.3QEW02 | Exercise | Timer On Delay and 1 second impulse
- 13.4QEW03 | Exercise | Setpoint update in each minute | Minute Impulse
- 13.5QEW04 | Exercise | Vibration monitoring logic
- 13.6QEW05 | Exercise | Slide Control Valve Minimum Position Detection
- 13.7QEW06 | Exercise | Oil Separator Heater Interlock Timer
- 13.8QEW07 | Exercise | Oil Header and Oil Difference Pressure Trip
- 13.9QEW08 | Exercise | Make a Pulse Timer with On Delay Timer
- 13.10QEW09 | Exercise | Compressor Auto Unload flag
- 13.11QEW11 | Exercise | Hot Gas to Evaporator Valve controlled by suction pressure(Unsolved)
- PART16 | Exercise | Chemical Treatment Plant control in SIEMENS STL - TIA Portal7
- 14.1QEW20 | Exercise | Single Pump Operation and reusable Faceplate development
- 14.2QEW21 | Exercise | Double Pump in Oily Water sump
- 14.3QEW22 | Exercise | Neutralization and cooling system
- 14.4QEW23 | Exercise | Electrical Pump Logic in STL
- 14.5QEW24 | Exercise | How to reuse logic , HMI Screen and Faceplates for pumps
- 14.6QEW25 | Exercise | Governing logic for Double Pump operation in STL
- 14.7QEW26 | Exercise | Neutralization Logic in STL (Unsolved)
- PART19 | STL Interview Questions5
- 15.1QEX00 | STL Interview Questions | Binary Logic Operation | Unsolved
- 15.2QEX01 | STL Interview Questions | Timer Application | Cycle Break Injection
- 15.3QEX02 | STL Interview Questions | Counter Application | Cycle counting level control
- 15.4QEX03 | STL Interview Questions | Lean Analog smoothening functionality
- 15.5QEX04 | STL Interview Questions | Pinion Spray Off STL Logic
- PART20 | QUIZ1
- PART21 | SPARE4
QEZ02 | SPARE2
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