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

Distributed Control System vs SCADA DCS (Process Control) Sensor 1 Sensor 2 PLC Control System SCADA (Remote Monitoring) Remote Site 1 Remote Site 2 PLC Central Monitoring AILogicHMI
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Distributed Control System vs SCADA Key Differences in PLC-Based Automation

August 18, 2025 10 min read 4 views
Uncover the critical differences between DCS & SCADA in PLC-based automation. Architecture, applications, and more!
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PLC programming using Ladder Logic AI PLC I/O I/O I/O Ladder Logic AI AI AI AI Neural Network Sensor Tank AILogicHMI
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PLC programming using Ladder Logic AI

August 18, 2025 9 min read 11 views
Programmable Logic Controllers (PLCs) have long been the backbone of industrial automation, orchestrating complex processes with precision and reliability. Ladder Logic, a graphical programming language, …
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PLC Redundant Power Source: Ensuring Continuous Industrial Operations Dual Power Supplies Uninterruptible Power Supplies (UPS) UPS Redundant Power Distribution Units (PDUs) PDU PDU PLC Sensor Tank AILogicHMI
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PLC Redundant Power Source: Ensuring Continuous Industrial Operations

August 18, 2025 7 min read 10 views
Learn about PLC redundant power sources to ensure uninterrupted industrial operations and minimize costly downtime.
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Allen Bradley vs Rockwell PLC Key Differences, Features & Comparison Guide PLC I/O I/O Sensor Actuator Tank Rockwell Automation Allen Bradley AILogicHMI
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Allen Bradley vs Rockwell PLC: Key Differences, Features & Comparison Guide

August 18, 2025 9 min read 5 views
Explore key differences between Allen Bradley and Rockwell PLCs, features, comparison guide for industrial automation.
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Rung 1 Start_Button (I0.0): Start button input Start_Button I0.0 Stop_Button (I0.1): Stop button input Stop_Button I0.1 Motor_Run (Q0.0): Motor run output Motor_Run Q0.0 Rung 2 Motor_Run (Q0.0): Motor run feedback for seal-in Motor_Run Q0.0 Stop_Button (I0.1): Stop button input (seal-in breaker) Stop_Button I0.1 Motor_Run (Q0.0): Motor run output (seal-in) Motor_Run Q0.0
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Motor Start/Stop Control Using ladder logic: Step-by-Step Ladder Logic Guide

August 18, 2025 6 min read 9 views
<div class="ladder-logic-article"> <h2>Ladder Logic for: Motor Start/Stop Control Using ladder logic: Step-by-Step Ladder Logic Guide</h2> <div class="article-meta"> <p>Generated on: 2025-08-18</p> ...
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AI Program Ladder Logic Exploring LadderLogicAI for PLC Automation Sensor PLC Actuator Tank AI Logic LadderLogicAI Key Concepts: - AI in Industrial Automation - Ladder Logic Challenges - AI-Powered Logic Generation - Benefits of AI Programming AILogicHMI
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AI Program Ladder Logic Exploring LadderLogicAI for PLC Automatio

August 18, 2025 11 min read 16 views
Can AI Program Ladder Logic? Explore LadderLogicAI for PLC automation, efficiency & reducing development time.
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Best PLC Programming Classes Beginners and Professionals PLC Sensor Actuator Tank Why Learn PLC? Beginner Classes Professional Classes Ladder Logic IEC 61131-3 HMI Design SCADA Systems AILogicHMI
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Best PLC Programming Classes for Beginners and Professionals

August 18, 2025 9 min read 9 views
Programmable Logic Controllers (PLCs) are the backbone of modern industrial automation. Whether you're a budding engineer or a seasoned professional looking to upskill, mastering PLC …
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Allen Bradley PLC Programming Classes: Best Website and Learning Guide Tank Tank Sensor Sensor PLC Controller Rockwell Online PLC Sites AILogicHMI
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Allen Bradley PLC Programming classes best website and learning guide

August 18, 2025 11 min read 9 views
Programmable Logic Controllers (PLCs) are the backbone of modern industrial automation. Among the leading PLC manufacturers, Allen Bradley stands out for its robust and versatile …
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Websites for PLC Programming Training Online Tank Sensor PLC Actuator Top Websites: RealPars Udemy PLC Trainer Why Learn Online? Flexible Learning Cost-Effective Wide Range of Resources AILogicHMI
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Websites for PLC Programming Training Online

August 18, 2025 10 min read 6 views
Programmable Logic Controllers (PLCs) are the backbone of modern industrial automation. Mastering PLC programming is a highly sought-after skill, opening doors to numerous career opportunities …
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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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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

Aug 11, 2025
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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