easylearn.ing
Easy Learning with Siemens PLC Programming on TIA PORTAL for Basic to Advance
IT & Software > Hardware
10h 7m
£44.99 Free for 2 days
0.0 ★★★★★
721 students

Enroll Now

Language: English

Sale Ends: 09 Jan

Complete Siemens TIA Portal PLC Programming: From Fundamentals to Advanced Industrial Automation

What you will learn:

  • Master the art of PLC program development utilizing Ladder Logic (LAD), Function Block Diagram (FBD), and Structured Control Language (SCL) for diverse industrial control needs.
  • Engineer and deploy sophisticated conveyor automation, incorporating advanced sensor integration, precise material tracking, and efficient handling algorithms.
  • Expertly set up Siemens PLC hardware configurations, including detailed I/O addressing and robust PROFINET network communications in practical industrial environments.
  • Construct and optimize automated sequences using timers and counters, integrate essential interlocking safety logic, and implement secure control principles for industrial machinery.

Description

Elevate your expertise and become a proficient Siemens PLC programmer with our definitive online course, meticulously designed for the TIA Portal environment – the foundational platform for modern industrial automation.

This immersive program guides you from foundational concepts to advanced programming techniques, empowering you to confidently design, implement, and troubleshoot complex industrial control systems. Whether you're aspiring to enter the automation field or aiming to significantly enhance your current skillset, this course equips you with invaluable, practical knowledge for Siemens S7 PLC systems.

Throughout this extensive training, you will expertly command:

  • The core programming languages: Ladder Logic (LAD), Function Block Diagram (FBD), and Structured Control Language (SCL), crucial for diverse automation tasks.

  • Seamless navigation and efficient project management within the TIA Portal, adhering to industry best practices.

  • The intricacies of hardware configuration, precise I/O addressing, and establishing robust PROFINET communication protocols for various industrial devices.

  • Advanced control strategies for conveyor systems, integrating photoelectric sensors, material tracking arrays, and sophisticated automation logic.

  • Precise application of timers and counters to orchestrate complex sequential operations and process flows.

  • Secure motor control schemes, critical interlocking mechanisms, and fundamental safety system principles in PLC programming.

  • Systematic diagnostic procedures and efficient online troubleshooting methodologies to maintain operational integrity.

  • Direct application to real-world industrial scenarios, including automated material handling, process control, and complex machinery operation.

Distinguished by practical application: Curated by an industry veteran and Ignition Gold Certified professional, this course bridges theoretical understanding with hands-on application. You'll engage with practical exercises, simulate actual conveyor systems, and solve challenging scenarios directly applicable to manufacturing plants, logistics hubs, and diverse process automation environments.

No prior PLC or automation background is necessary. All that's required is your drive to learn and master cutting-edge automation technology. Upon completion, you will possess the specialized skills to competently develop, modify, and diagnose Siemens PLC programs for real-world industrial settings, paving the way for high-demand roles in controls engineering, industrial maintenance, SCADA integration, and automation project management.

Seize this opportunity to launch or accelerate your career in industrial automation – a sector defined by rapid growth and technological innovation.

Curriculum

Introduction

This introductory section provides essential foundations for working within the Siemens TIA Portal environment. Learners will first discover how to effectively simulate PLC operations, a crucial skill for testing and debugging programs without physical hardware. Following this, the course guides users through the fundamental steps of adding and configuring both a PLC and Human-Machine Interface (HMI) within TIA Portal, concluding with an overview of basic programming concepts tailored for beginners.

TIMERS - COUNTERS

Delve into the indispensable world of Timers and Counters, core components of any PLC program. This section provides a two-part deep dive into TON (Timer On Delay) and TOFF (Timer Off Delay) logic within TIA Portal, detailing their basic programming and applications. Subsequently, the course thoroughly explores various counter operations including CTU (Count Up), CTD (Count Down), and the versatile CTUD (Count Up/Down) functions, all demonstrated with practical HMI simulations to solidify understanding of their real-world implementation.

PROJECT 1

This hands-on project section focuses on developing a complete water tank level control system using a Siemens PLC and HMI. Across three detailed parts, learners will build the necessary PLC logic to monitor and control water levels, integrate sensor inputs, and design an intuitive HMI interface for real-time visualization and operator interaction, providing a practical application of previously learned concepts.

HMI ALARMS

Master critical HMI functionalities with this section dedicated to alarm management and efficient control. You'll first learn an optimized method for implementing single push-button logic for output control, followed by a comprehensive two-part exploration into configuring and managing alarms within the TPKTP HMI. This ensures operators are promptly informed of critical system events, enhancing overall system safety and operational awareness.

FUNCTION BLOCKS

Unlock the power of modular programming with Function Blocks (FBs) in TIA Portal. This section introduces the concept of Function Block Instances and guides you through a detailed two-part example of creating an FB for controlling a reverse-forward motor. You'll gain a thorough understanding of how to define, implement, and reuse FBs to create structured, efficient, and easily maintainable Siemens PLC programs.

UDTs and ARITHMETIC OPERATIONS

Expand your programming toolkit with User Defined Types (UDTs) and a range of arithmetic operations. This section begins by teaching you how to create and utilize UDTs in TIA Portal for organized data management. You'll then explore comparator functions (GT, GE, LT, LE, INRANGE) for conditional logic, delve into Star-Delta motor programming for the S7-1200 PLC, and master fundamental arithmetic operations including addition, subtraction, multiplication, division, and modulo. The section concludes with practical instruction on how to read and integrate PLC date and time into your control logic.

PROJECT 2 - DISPENSER

Embark on a comprehensive, start-to-finish dispenser project, meticulously guided over four parts using Siemens PLC programming. This immersive project challenges learners to design, program, and simulate a fully functional industrial dispenser, integrating various sensors, actuators, and complex control logic. It serves as a capstone experience to apply and consolidate all the programming principles and TIA Portal functionalities acquired throughout the course.

PROJECT 3 - 4 WAY TRAFFIC LIGHT

This three-part project provides an engaging challenge in designing and implementing a 4-way traffic light system within TIA Portal V15. You will learn to sequence complex timing logic, manage multiple states, and handle interlocking conditions to create a realistic and functional traffic control system, further honing your skills in logical problem-solving and systematic PLC programming.

HMI POPUP SCREENS

Enhance your HMI design capabilities by mastering the creation and implementation of dynamic pop-up screens. Across three detailed lectures, this section will teach you how to design interactive pop-ups for alarms, settings, or operator prompts, significantly improving user experience and operational efficiency in your industrial HMI applications.

PLC to PLC Communication

Conclude your learning journey by delving into advanced networking concepts: PLC-to-PLC communication. This section, spanning two parts, focuses on establishing robust Siemens PROFINET communication between S1500 PLCs, specifically demonstrating the use of the "PUT" function. This vital skill enables data exchange and coordinated control across multiple PLC systems, essential for integrated industrial environments.

Deal Source: real.discount