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Teardown: What’s Inside a DC Servo Motor?

Teardown: What’s Inside a DC Servo Motor?

We know that servo motors are found inside machines that rely on precise motion with feedback to verify proper operation, but how do they work, and what makes them different from any other kind of motor?


Teardown: What’s Inside a Human-machine Interface (HMI)?

Teardown: What’s Inside a Human-machine Interface (HMI)?

Human-machine interfaces, or HMIs, provide visual process data and allow access to process parameters and diagnostics information. What’s inside these touchscreen displays, and how do they actually work?


Introduction to Network Routers for Industrial Applications

Introduction to Network Routers for Industrial Applications

Network routers are designed to route and pass information between a system of connected computers and devices. Learn about the role of routers in industrial applications and how to properly maintain them.


Reversing Structural Damage: Self-healing Materials

Reversing Structural Damage: Self-healing Materials

No matter how robust an automated control system might be, physical damage is a reality that plagues all machines. Thanks to new breakthrough materials, some failures may be prevented—or even reversed.


Introduction to Servers for Industrial Applications

Introduction to Servers for Industrial Applications

Servers are vital to the flow of information in and around organizations, acting as a hub for information transfer and storage. Learn about the role of servers in industry and the potential challenges that come with maintaining them.


Proportional Gain and Proportional Band Explained

Proportional Gain and Proportional Band Explained

Learn about proportional gain and proportional band, two key proportional control concepts, to better understand the most popular control system method in industrial automation.


Differences Between a Programmable Logic Controller (PLC) and a Remote Terminal Unit (RTU)

Differences Between a Programmable Logic Controller (PLC) and a Remote Terminal Unit (RTU)

Despite the many overlaps, PLCs and RTUs are two different devices, each with specific suitable applications.


Understanding Floating Point Numbers in PLC Programming

Understanding Floating Point Numbers in PLC Programming

There are three main types of numeric values that must be handled by a PLC: boolean, integers, and floating point. These last floating-point values can create the most confusion for programmers and technicians.


Life on the Farm: Cleaning Stalls, Milking Cows, and… Robots?

Life on the Farm: Cleaning Stalls, Milking Cows, and… Robots?

Learn how one small farm in a rural community is upgrading production with advanced technology in several ways to overcome staff shortages, product demand, and regulatory compliance.


8 Steps To Successful Predictive Maintenance Implementation (with examples)

8 Steps To Successful Predictive Maintenance Implementation (with examples)

We'll run through the eight basic steps for implementing a predictive maintenance strategy in your business to improve critical asset availability, reduced maintenance costs, and enhanced revenues over time.


Raspberry Pi Applications in Industrial Automation

Raspberry Pi Applications in Industrial Automation

Though not a direct replacement for PLCs, Raspberry Pi has the potential to be used in industrial automation applications for prototyping, embedded systems, and as a low-cost process controller.


Introduction to Raspberry Pi: History, Hardware, and Software

Introduction to Raspberry Pi: History, Hardware, and Software

Raspberry Pi is a low-cost, educational single-board computer platform with the potential for industrial applications. In this article, we discuss the purpose of Raspberry Pi as well as its hardware and software.


Uncontrolled Machine Vision Lighting for Infrared and Robots

Uncontrolled Machine Vision Lighting for Infrared and Robots

Ambient light, reflection, and transparent objects can all cause difficulties during machine vision applications. Learn about these issues and some potential solutions to better ensure safety and quality.


Introduction to Arduino: History, Hardware, and Software

Introduction to Arduino: History, Hardware, and Software

Arduino’s open-source, microcontroller-based platform has revolutionized academic and hobbyist spaces, providing a low cost, accessible introduction to engineering and programming.


Examples of IIoT Applications

Examples of IIoT Applications

By shaping new concepts and business models, the IIoT is bringing more efficiency and capacity to automated systems. Take a look at some of the ways the IIoT is revolutionizing the manufacturing and automation sectors. 


An Overview of Sequential Function Chart (SFC) PLC Programming

An Overview of Sequential Function Chart (SFC) PLC Programming

Sequential Function Chart (SFC) is a graphical programming language among the languages identified by IEC 61131-3 programming languages and standard for PLC programming using ladder logic.


 PLC Program Commands: Arrays and Pointers

PLC Program Commands: Arrays and Pointers

The ability to utilize an array effectively is a fundamental skill in becoming a PLC programmer, but it can also be very complex and difficult to master. Let’s do a run-down of arrays and some of their complexities!


PLC Ladder Logic on an Arduino: Introduction to OpenPLC

PLC Ladder Logic on an Arduino: Introduction to OpenPLC

Build a low-cost PLC using the Arduino Uno and the open-source industrial controls software, OpenPLC, to learn how to program with ladder logic, beginning with your first OpenPLC project: Hello World.


Challenges and Best Practices Implementing Industrial IoT Solutions

Challenges and Best Practices Implementing Industrial IoT Solutions

As the IIoT continues to grow in the industrial sector, businesses face a number of obstacles to integrating its solutions. Learn about these challenges as well as some potential solutions.


Solving the Biggest Challenge of IoT Devices: Power

Solving the Biggest Challenge of IoT Devices: Power

Remote locations are notoriously difficult to supply power, yet they are the exact locations where many data points must be collected. How can IoT devices be designed to conserve power to last for months or even years?