Curso PLC LOGO! SIEMENS completo. Aprende KOP, FUP y UDF

Unlock the Power of Siemens LOGO! PLC Programming in 2024

Master the essential skills for industrial automation with this comprehensive Siemens LOGO! PLC course. Designed for both beginners and experienced professionals, this 2024 course will equip you with the knowledge and practical abilities to design and optimize PLC solutions using KOP, FUP, and UDF.

What You'll Learn:

• PLC LOGO! Fundamentals: Build a strong foundation in Siemens LOGO! PLC technology.
• KOP (Contact Diagram): Learn the basics of ladder logic programming.
• FUP (Function Block Diagram): Develop advanced programming skills using function blocks.
• UDF (User-Defined Functions): Create reusable custom functions for efficient programming.
• Problem-Solving & Optimization: Master techniques for troubleshooting and optimizing PLC programs.
• Real-World Projects: Apply your knowledge through practical, hands-on projects.

Course Curriculum:

Module 1: Introduction to PLC LOGO!

• Understanding PLC LOGO! basics.

Module 2: Software & Virtual Machine Setup

• Introduction to virtual machines and their role in industrial automation.
• Installing virtual machines and necessary software.

Module 3: Circuit Design & Wiring

• Connecting and programming LOGO! using CadeSimu.

Module 4: LOGO! Soft Comfort Introduction

• Creating your first program in LOGO!Soft Comfort.
• Ethernet CIP connection and IP configuration.
• Connecting your PC to the LOGO! PLC.
• IP address management and operator/admin mode settings.

KOP (Contact Diagram) - Basic Instructions & Constants

• Physical and virtual memory: NO/NC contacts, analog contacts, analog coils, digital coils, inverted outputs.

Module 5: Timers

• Retard upon connection and disconnection.
• Connection/disconnection delays with memory and scan relay.
• Simple traffic light exercise.
• Scan relay triggered by edge.
• Asynchronous pulse generator.
• Simple traffic light exercise with asynchronous pulse generator.
• Random generator.
• Lighting switch for ladder and two-function switch.
• Weekly timer.
• Annual timer.
• Astronomical clock and chronometer.

Module 6: Counters

• Up/Down counters.
• Simple traffic light combination exercise and ascending counter.
• Operating hours counter.
• Threshold selector counter.

Module 7: Analog Memories

• Analog signals in LOGO! and analog comparator instruction.
• Normalized scaling. Analog amplifier.
• Analog value monitoring.
• Differential analog threshold switch.
• Analog MUX.
• Analog ramp.
• PI controller.
• Arithmetic instruction.
• PWM.
• Analog filter.
• Max/Min.
• Average value.

Module 8: Special Memories

• AND (edge) logic.
• NAND (edge) logic.
• Self-latching relay.
• Impulse relay.
• Notification text.
• Software switch.
• Shift register.
• Arithmetic instruction error detection.
• Floating-point/integer conversion.
• Integer/floating-point conversion.

Module 9: Data Register Profile

• Understanding and utilizing data registers.

FUP (Function Block Diagram) - Basic Instructions & Constants

• Physical and virtual memory: NO/NC contacts, analog contacts, analog coils, digital coils, inverted outputs.

Module 10: Timers (FUP)

• Retard upon connection and disconnection.
• Connection/disconnection delays with memory and scan relay.
• Simple traffic light exercise.
• Scan relay triggered by edge.
• Asynchronous pulse generator.
• Simple traffic light exercise with asynchronous pulse generator.
• Random generator.
• Lighting switch for ladder and two-function switch.
• Weekly timer.
• Annual timer.
• Astronomical clock and chronometer.

Module 11: Counters (FUP)

• Up/Down counters.
• Simple traffic light combination exercise and ascending counter.
• Operating hours counter.
• Threshold selector counter.

Module 12: Analog Memories (FUP)

• Analog signals in LOGO! and analog comparator instruction.
• Differential analog threshold switch.
• Normalized scaling. Analog amplifier.
• Analog value monitoring.
• Analog MUX.
• Analog ramp.