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Expert articles, tutorials, and guides on industrial automation, PLC programming, and HMI design.

AI PLC Code Generator: From Natural Language to Ladder Logic Natural Language AI Code Generator Ladder Logic AI Processing Code Generation Sensor PLC Logic Valve Tank Liquid AILogicHMI
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AI PLC Code Generator: From Natural Language to Ladder Logic

August 21, 2025 7 min read 11 views
AI PLC code generators convert natural language to ladder logic, revolutionizing industrial automation. Try https://ladderlogicai.com/ today!
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PLC Programming Applications Real-World Examples and Uses Manufacturing Automation Assembly Line Robotics Control Water Treatment Wastewater Management PLC AILogicHMI
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PLC Programming Applications Real-World Examples and Uses

August 21, 2025 7 min read 4 views
Programmable Logic Controllers (PLCs) have revolutionized industrial automation, providing a flexible and robust solution for controlling complex processes. Unlike traditional relay-based systems, PLCs offer programmable …
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List of Common PLC Coding Standards IEC 61131-3 Sensor PLC Actuator Programming Languages Ladder Diagram (LD) Structured Text (ST) Function Block Diagram (FBD) Industrial Process AILogicHMI
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List of Common PLC Coding Standards IEC 61131-3

August 20, 2025 6 min read 7 views
In the realm of industrial automation, Programmable Logic Controllers (PLCs) are the backbone of countless processes. Ensuring consistency, reliability, and efficiency in PLC programming is …
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Structured Text Syntax in PLC Programming: Complete Guide with Examples PLC Structured Text Programming Variables Statements IF, WHILE, FOR Operators +, -, *, /, := Data Types Algorithms Complex Control AILogicHMI
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Structured Text Syntax in PLC Programming: Complete Guide with Examples

August 20, 2025 11 min read 6 views
Structured Text (ST) is a high-level programming language defined by the IEC 61131-3 standard for programmable logic controllers (PLCs). Unlike graphical languages like Ladder Diagram, …
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Rung 1 Emergency_Stop (I0.0): Emergency Stop - Normally Closed Emergency_Stop I0.0 Overload_Relay (I1.0): Motor Overload Relay - Normally Closed Overload_Relay I1.0 Start_Button (I2.0): Start Button Start_Button I2.0 Motor_Running_Latch (Q0.0): Motor Running Latch Motor_Running_Latch Q0.0 Motor_Run_Enable (Q1.0): Motor Run Enable Motor_Run_Enable Q1.0 Rung 2 Motor_Run_Enable (Q1.0): Motor Run Enable - energize the motor Motor_Run_Enable Q1.0 Motor_Run (Q0.0): Motor Run Output Motor_Run Q0.0 Rung 3 Stop_Button (I3.0): Stop Button Stop_Button I3.0 Motor_Run_Enable (Q1.0): Reset motor enable output R Motor_Run_Enable Q1.0
Ladder Logic Programs
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Start stop motor control ladder diagram

August 20, 2025 6 min read 7 views
This PLC program implements a basic start/stop motor control circuit with safety interlocks. Its primary function is to control the operation of a motor using …
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PLC Hardware Components Basics and Applications CPU (Central Processing Unit) Input Modules Output Modules Power Supply AILogicHMI
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PLC Hardware Components Basics and Applications

August 19, 2025 9 min read 8 views
Programmable Logic Controllers (PLCs) have revolutionized industrial automation, offering a flexible and reliable solution for controlling complex processes. At the heart of every PLC lies …
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Top 10 PLC Ladder Logic Programs Examples DOL Motor Starter Star-Delta Motor Starter Sequential Motor Start Tank Level Control Traffic Light PLC Controller Sensor Tank Process AILogicHMI
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Top 10 PLC Ladder Logic Programs Examples

August 19, 2025 8 min read 7 views
Programmable Logic Controllers (PLCs) have revolutionized industrial automation, offering a flexible and reliable way to control complex machinery and processes. At the heart of PLC …
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Programming PLC Step-by-Step Guide PLC Inputs/Outputs Sensor Tank Valve Ladder Logic Key Concepts: - PLCs, Components - Programming Languages - Ladder Logic AILogicHMI
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Programming PLC Step-by-Step Guide

August 19, 2025 11 min read 7 views
Programmable Logic Controllers (PLCs) are the backbone of modern industrial automation. They control everything from simple assembly lines to complex robotic systems. Understanding and mastering …
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Rung 1 Emergency_Stop (I31.0): Emergency Stop (Normally Closed) Emergency_Stop I31.0 Product_Detected (I0.0): Photoelectric Sensor - Product Detection Product_Detected I0.0 Conveyor_Motor (Q0.0): Conveyor Motor Control Conveyor_Motor Q0.0 Rung 2 Conveyor_Motor (Q0.0): Conveyor Motor Feedback Conveyor_Motor Q0.0 Small_Product (I0.1): Size Sensor - Small Product Small_Product I0.1 Diverter_2_Active (Q0.2): Diverter 2 Activation Feedback Diverter_2_Active Q0.2 Diverter_1 (Q0.1): Diverter 1 Solenoid Diverter_1 Q0.1 Rung 3 Conveyor_Motor (Q0.0): Conveyor Motor Feedback Conveyor_Motor Q0.0 Large_Product (I0.1): Size Sensor - Large Product (Implies Not Small) Large_Product I0.1 Color_Detected (I0.2): Color Sensor Color_Detected I0.2 Diverter_1_Active (Q0.1): Diverter 1 Activation Feedback Diverter_1_Active Q0.1 Diverter_2 (Q0.2): Diverter 2 Solenoid Diverter_2 Q0.2
Ladder Logic Programs
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Automatic Sorting System PLC Ladder Logic Program

August 18, 2025 8 min read 12 views
This PLC program, "Temp Program: Automatic Sorting System," controls an automated sorting system. The system utilizes sensors to detect the presence, size, and color of …
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PLC Forum Connect, Learn, & Discuss Industrial Automation & PLC Programming PLC Programming Languages PLC Hardware & Configuration SCADA & HMI Integration Tank Sensor PLC AILogicHMI
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PLC Forum: Connect, Learn, and Discuss Industrial Automation & PLC Programming

August 18, 2025 5 min read 9 views
Connect, learn, and discuss industrial automation & PLC programming in our active forum.
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PLC Programming AI Tool LadderLogicAI.com Sensor PLC Ladder Logic Actuator Automated Process AI AI AI-Powered Code Generation Intelligent Debugging Optimization & Enhancement AILogicHMI
Plc programming ai tool ladderlogicai.c…
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Best PLC Programming Courses Sensor PLC Course Types Online In-Person University Why Learn PLC? Automation Skills Career Growth Input Process Output AILogicHMI
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Structured Text Programming A Detailed Step by Step Guide Sensor PLC Actuator Syntax Data Types Operators Control Structures AILogicHMI
Structured Text Programming A Detailed …
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How to Program a PLC using Ladder Logic PLC Sensor Controller Actuator NOT AND Key Concepts: 1. Identifying the Problem 2. Fundamentals of Logic 2.1 What is Binary? 2.1.1 NOT Gate, AND Gate AILogicHMI
How to Program a PLC using Ladder Logic
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Rung 1 Emergency_Stop (I0.0): Emergency Stop (Normally Closed) Emergency_Stop I0.0 Car_Detected_Load_Cell_High (I1.0): Car detected by Load Cell - High Level Car_Detected_Load_Cell_High I1.0 Car_Detected_Load_Cell_Low (I2.0): Car detected by Load Cell - Low Level Car_Detected_Load_Cell_Low I2.0 Car_Detected_IR (I3.0): Car detected by IR Sensor Car_Detected_IR I3.0 Car_Present (M0.1): Car Presence based on sensor selection Car_Present M0.1 Car_Present_LC: I1.0 AND I2.0 → M0.0 AND Car_Present_LC A: I1.0 B: I2.0 → M0.0 Result: 0 Car_Present: M0.0 OR I3.0 → M0.1 OR Car_Present A: M0.0 B: I3.0 → M0.1 Result: 0 Soaping_Enable (Q0.0): Enable soaping process Soaping_Enable Q0.0 Rung 2 Soaping_Enable (Q0.0): Soaping Enable Soaping_Enable Q0.0 Soaping_Timer (T0): Timer for Soaping TON Soaping_Timer PRE: T#10s ET: 0ms OFF T0 Soaping_Done (M1.0): Soaping Done Flag Soaping_Done M1.0 Rung 3 Soaping_Done (M1.0): Soaping Done Soaping_Done M1.0 Washing_Enable (Q1.0): Enable washing process Washing_Enable Q1.0 Rung 4 Washing_Enable (Q1.0): Washing Enable Washing_Enable Q1.0 Washing_Timer (T1): Timer for Washing TON Washing_Timer PRE: T#15s ET: 0ms OFF T1 Washing_Done (M1.1): Washing Done Flag Washing_Done M1.1 Rung 5 Washing_Done (M1.1): Washing Done Washing_Done M1.1 Rinsing_Enable (Q2.0): Enable rinsing process Rinsing_Enable Q2.0 Rung 6 Rinsing_Enable (Q2.0): Rinsing Enable Rinsing_Enable Q2.0 Rinsing_Timer (T2): Timer for Rinsing TON Rinsing_Timer PRE: T#8s ET: 0ms OFF T2 Rinsing_Done (M1.2): Rinsing Done Flag Rinsing_Done M1.2 Rung 7 Rinsing_Done (M1.2): Rinsing Done Rinsing_Done M1.2 Drying_Enable (Q3.0): Enable Drying process Drying_Enable Q3.0 Rung 8 Drying_Enable (Q3.0): Drying Enable Drying_Enable Q3.0 Drying_Timer (T3): Timer for Drying TON Drying_Timer PRE: T#12s ET: 0ms OFF T3 Drying_Done (M1.3): Drying Done Flag Drying_Done M1.3 Rung 9 Drying_Done (M1.3): Drying Done Drying_Done M1.3 Process_Complete (Q4.0): Indicates Process Complete Process_Complete Q4.0
PLC Program to Implement an Automatic C…
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Rung 1 Emergency_Stop (I0.0): Emergency Stop (Normally Closed) Emergency_Stop I0.0 Car_Detected_Load_Cell_High (I1.0): Car detected by Load Cell - High Level Car_Detected_Load_Cell_High I1.0 Car_Detected_Load_Cell_Low (I2.0): Car detected by Load Cell - Low Level Car_Detected_Load_Cell_Low I2.0 Car_Detected_IR (I3.0): Car detected by IR Sensor Car_Detected_IR I3.0 Car_Present (M0.1): Car Presence based on sensor selection Car_Present M0.1 Car_Present_LC: I1.0 AND I2.0 → M0.0 AND Car_Present_LC A: I1.0 B: I2.0 → M0.0 Result: 0 Car_Present: M0.0 OR I3.0 → M0.1 OR Car_Present A: M0.0 B: I3.0 → M0.1 Result: 0 Soaping_Enable (Q0.0): Enable soaping process Soaping_Enable Q0.0 Rung 2 Soaping_Enable (Q0.0): Soaping Enable Soaping_Enable Q0.0 Soaping_Timer (T0): Timer for Soaping TON Soaping_Timer PRE: T#10s ET: 0ms OFF T0 Soaping_Done (M1.0): Soaping Done Flag Soaping_Done M1.0 Rung 3 Soaping_Done (M1.0): Soaping Done Soaping_Done M1.0 Washing_Enable (Q1.0): Enable washing process Washing_Enable Q1.0 Rung 4 Washing_Enable (Q1.0): Washing Enable Washing_Enable Q1.0 Washing_Timer (T1): Timer for Washing TON Washing_Timer PRE: T#15s ET: 0ms OFF T1 Washing_Done (M1.1): Washing Done Flag Washing_Done M1.1 Rung 5 Washing_Done (M1.1): Washing Done Washing_Done M1.1 Rinsing_Enable (Q2.0): Enable rinsing process Rinsing_Enable Q2.0 Rung 6 Rinsing_Enable (Q2.0): Rinsing Enable Rinsing_Enable Q2.0 Rinsing_Timer (T2): Timer for Rinsing TON Rinsing_Timer PRE: T#8s ET: 0ms OFF T2 Rinsing_Done (M1.2): Rinsing Done Flag Rinsing_Done M1.2 Rung 7 Rinsing_Done (M1.2): Rinsing Done Rinsing_Done M1.2 Drying_Enable (Q3.0): Enable Drying process Drying_Enable Q3.0 Rung 8 Drying_Enable (Q3.0): Drying Enable Drying_Enable Q3.0 Drying_Timer (T3): Timer for Drying TON Drying_Timer PRE: T#12s ET: 0ms OFF T3 Drying_Done (M1.3): Drying Done Flag Drying_Done M1.3 Rung 9 Drying_Done (M1.3): Drying Done Drying_Done M1.3 Process_Complete (Q4.0): Indicates Process Complete Process_Complete Q4.0

PLC Program to Implement an Automatic Car-Wash Process

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