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

Top PLC Programming Software (PLC Programs List) PLC Controller I/O Modules Sensor Actuator Siemens TIA Portal Programming Rockwell Studio 5000 Configuration Input PLC Logic Process Control Output Actuator AILogicHMI
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Top PLC Programming Software (PLC Programs List)

August 16, 2025 8 min read 15 views
Programmable Logic Controllers (PLCs) are the backbone of modern industrial automation, controlling everything from simple processes to complex manufacturing lines. Selecting the right PLC programming …
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PLC Controller Manufacturers: Siemens, Allen-Bradley, Schneider, and More Siemens Global Automation SIMATIC PLC Allen-Bradley Rockwell Automation ControlLogix Schneider Electric EcoStruxure Industrial Automation Sensor PLC Ladder Logic Example AILogicHMI
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PLC Controller Manufacturers: Siemens, Allen-Bradley, Schneider, and More

August 16, 2025 9 min read 5 views
Compare Siemens, Allen-Bradley, Schneider PLCs. Find the best PLC controller for your industrial automation needs.
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Top Schneider PLC Models and Their Industrial Uses Zelio Logic Module Automation Modicon M221 PLC Control Industrial Automation Process S AILogicHMI
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Top Schneider PLC Models and Their Industrial Uses

August 16, 2025 7 min read 14 views
Explore Schneider PLC models, features, applications. Zelio, Modicon M221, M241, M251.
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Sequential Function Chart vs Ladder Logic: Key Differences Ladder Logic Coil Input Output Sequential Function Chart Step 1 Step 2 Step 3 ... Application Example PLC Sensor Valve Tank Key Concepts Basics Structure Rungs/Steps Suitability AILogicHMI
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Sequential Function Chart vs Ladder Logic: Key Differences

August 16, 2025 10 min read 17 views
In the realm of Programmable Logic Controllers (PLCs) and industrial automation, selecting the right programming language is crucial for efficient and reliable control systems. Two …
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What is One Shot Rising in PLC? Explained with Examples Input Signal Rising Edge OSR Instruction OSR Output Pulse Example 1: Starting a Process with a Push Button Example 2: Counting Events AILogicHMI
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What is One Shot Rising in PLC? Explained with Examples

August 16, 2025 10 min read 8 views
In the realm of Programmable Logic Controllers (PLCs), efficient and precise control is paramount. One common challenge is executing an action only once when a …
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PLC Communication Protocols Explained Modbus RTU TCP Profibus DP PA Ethernet/IP Industrial Ethernet Sensor PLC Tank Actuator AILogicHMI
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PLC Communication Protocols Explained: Modbus, Profibus, Ethernet/IP

August 16, 2025 9 min read 5 views
Learn about PLC communication protocols: Modbus, Profibus, Ethernet/IP. Pros, cons, applications, and FAQs included.
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Different Types of PLC Data Types and Their Applications PLC Bit Byte Integer Sensor PLC Actuator AILogicHMI
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Different Types of PLC Data Types and Their Applications

August 16, 2025 9 min read 5 views
In the realm of industrial automation, Programmable Logic Controllers (PLCs) stand as the backbone of countless processes. Understanding how PLCs handle data is paramount for …
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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
Best Plc programming courses
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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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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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PLC Programming AI Tool LadderLogicAI.com Sensor PLC Ladder Logic Actuator Automated Process AI AI AI-Powered Code Generation Intelligent Debugging Optimization & Enhancement AILogicHMI

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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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One-Shot Instruction in PLC Programming: How It Works and Why It’s Used

One-Shot Instruction in PLC Programming: How It Works and Why It’s Used

Aug 15, 2025

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