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Tutorial: First Program With Phoenix Contact’s PLCnext Platform

Tutorial: First Program With Phoenix Contact’s PLCnext Platform

Learn how to get started with Phoenix Contact’s PLCnext and Engineer software, a platform that ultimately provides a PLC environment for plant control as well as an OS for more advanced IIoT projects.


Python Tutorial Part 4 | Data Structures: Dictionaries

Python Tutorial Part 4 | Data Structures: Dictionaries

Both lists and dictionaries can retain structured data in Python. The dictionary is unique in that it stores individual entries with human-readable logical names rather than index numbers.


Logic at the Sensor Level: Can it Simplify Automation?

Logic at the Sensor Level: Can it Simplify Automation?

Sensor networks with built-in logic functions can save cost and program execution speed, but what are those various logic functions, and when might they be preferred over normal PLC ladder logic?


The Beginner’s Guide to Automation: Adding Control to the System

The Beginner’s Guide to Automation: Adding Control to the System

Every automated cell requires a ‘brain’ in order to achieve the required tasks. How do you determine the necessary I/O, communication protocols, and processor necessary for controlling your system?


Python Tutorial Part 2 | Basic Data Types

Python Tutorial Part 2 | Basic Data Types

This article will focus on the basic building blocks of the Python programming language that are core to interacting with programs, including strings, integers, floats, and booleans.


Infrastructure From IT to OT: SCADA Platform Example with Ansible

Infrastructure From IT to OT: SCADA Platform Example with Ansible

High-level IT/OT integration in a manufacturing environment involves skills in networking communication and field equipment. This example involves automating remote connections between computers.


Mitsubishi HMI Programming Tutorial: Controlling On/Off Bits

Mitsubishi HMI Programming Tutorial: Controlling On/Off Bits

Learn how to use GT Designer 3 to create an interactive control system on Mitsubishi HMIs. With practical examples of simple on/off bits, gain some understanding of HMI designing and programming.


Python Tutorial Part 1 | What is Python and Where do I Start?

Python Tutorial Part 1 | What is Python and Where do I Start?

An introduction to the popular Python language and how to take the first step in learning programming. In this article, learn how to obtain the proper IDE and executable for your OS.


Tutorial: Arduino and AutomationDirect Merged in the ProOpen PLC

Tutorial: Arduino and AutomationDirect Merged in the ProOpen PLC

Having separately covered Arduino’s microcontroller platforms and AutomationDirect Productivity PLCs, it’s time to take the wheel of the ProOpen, a PLC that combines modularity with C++ programming.


Beginner’s Guide to Automation: How to Choose the Right Project

Beginner’s Guide to Automation: How to Choose the Right Project

There are a lot of companies considering in-house automation or consulting with integrators for automated systems. But where do you start, and how do you even pick a project for automation?


Using a PLC to Track Data Within Automated Equipment

Using a PLC to Track Data Within Automated Equipment

There are a few options when it comes to tracking part data throughout a process or assembly of a machine. Follow along as we explain just a few of the more common methods.


Accelerating Pulp and Paper Processing with Advanced Process Control

Accelerating Pulp and Paper Processing with Advanced Process Control

Innovative pulp and paper operators are turning advanced process control, automated testing, and quality control system data into actionable business insights that improve operational efficiency all along the value chain.


Tutorial: Analog I/O Programming for AutomationDirect Productivity PLCs

Tutorial: Analog I/O Programming for AutomationDirect Productivity PLCs

Learn how to use analog I/O devices with AutomationDirect’s Productivity series of PLCs and Productivity Suite software. Wiring, configuring I/O, and programming will be a part of this tutorial.


Understanding Industrial Ethernet Connections: RJ45, Fiber, M12, and SFP

Understanding Industrial Ethernet Connections: RJ45, Fiber, M12, and SFP

Ethernet switches can use four different types of connections: RJ45, fiber, M12, and SFP. Understanding the difference can help with network troubleshooting, design, or alteration.


Temp Sensing With RTDs: Wiring Connection and Transmitter Setup

Temp Sensing With RTDs: Wiring Connection and Transmitter Setup

Learn how to measure temperature using an RTD and a temperature transmitter to convert resistance into common analog voltage or current values for process control.


How Is Your Code Backed Up? Maximizing DevOps in Industrial Automation

How Is Your Code Backed Up? Maximizing DevOps in Industrial Automation

Shifting from manual code backup processes to more modern, automated solutions can provide more benefits to manufacturers, far above simply the time saved compared to manual techniques.


Using Virtualization Technology to Enhance Industrial Control System

Using Virtualization Technology to Enhance Industrial Control System

Automated control systems incorporate virtualization technology to reduce physical hardware, automatically minimizing the cost of IT/OT equipment, installations, and maintenance efforts.


Motor Starter Wiring Infographic

Motor Starter Wiring Infographic

Complete wiring guide for 3-phase motor starters with and without overload (OL) relays.


UDW Data Calculations, Post Disturbance Review, UI, and Backup | Part 2

UDW Data Calculations, Post Disturbance Review, UI, and Backup | Part 2

Effectively managing data includes processing it after initial collection: performing calculations, reviewing for anomalies, and displaying the data for easier actionable insights.


Understanding RMS and True RMS for Meters and Mechanical Measurements

Understanding RMS and True RMS for Meters and Mechanical Measurements

Electrical and mechanical measurements are often labeled with "RMS" and "True RMS." Aside from the simple math definitions we learned in electronics class, why is this distinction actually important?