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Components of the Industrial Internet of Things

Components of the Industrial Internet of Things

Learn about the four IIoT architecture layers: perception, network, processing, and application, and how  these layers are necessary to implement IIoT in an industrial setting to benefit varying processes.


Thermocouple Types: Which One Is Right For You?

Thermocouple Types: Which One Is Right For You?

There are many considerations when selecting a thermocouple type. In this article, we look at the advantages, and limitations, of the eight standard thermocouples and various installation considerations.


B&R Industrial Automation Hardware and Software

B&R Industrial Automation Hardware and Software

B&R is a control system manufacturer less heard of than some of its bigger competitors, Rockwell and Siemens, however their PLCs, lineup of motors, and product offerings with Automation Studio make B&R a leader in industrial innovation.


IoT Software Distribution Models: Cloud Based and On Premises

IoT Software Distribution Models: Cloud Based and On Premises

Software distribution models have historically been on premises, however, as industry has become more digital, cloud-based solutions have become increasingly popular, including SaaS and its variants, IaaS and PaaS.  


Preventing Failures in High-Temperature Manufacturing Processes

Preventing Failures in High-Temperature Manufacturing Processes

Any machine can become a source of elevated temperature, even under regular operation. We cannot assume that temperature problems occur only based on climate conditions, and mitigation steps must be employed.


Cloud Computing and the Industrial Internet of Things

Cloud Computing and the Industrial Internet of Things

Over the last decade, cloud service providers have improved technology, particularly data security and integrity. These remain the top concern of many manufacturing businesses, but as improvements are rolled out, more and more companies are adopting cloud solutions. 


Grounding for Control Transformers

Grounding for Control Transformers

Grounding transformer connections presents its own set of challenges. This article addresses these challenges and several common configurations for control transformer grounding.


Automation Issues and Energy Usage in Environmental Extremes

Automation Issues and Energy Usage in Environmental Extremes

As summer heat continues to scorch the northern hemisphere, manufacturers face potential equipment damage and downtime. Learn about the ways extreme heat can damage automated equipment and systems. 


How to Define the Tool Center Point (TCP) on a Robot

How to Define the Tool Center Point (TCP) on a Robot

Robots must be moved using cartesian frames to coordinate motion of all the joints. Properly defining the tool center point greatly simplifies teaching for any type of end of arm tool (EoAT).


Electrical Resistance Measurement Problems - What Can Go Wrong?

Electrical Resistance Measurement Problems - What Can Go Wrong?

Today’s digital multimeters (DMMs) are inexpensive, accurate, and easy to use, but sometimes a problem with the circuit or the measurement can cause incorrect readings. Learn to interpret and fix these problems.


What is Firmware, and Why is PLC Firmware Important?

What is Firmware, and Why is PLC Firmware Important?

Inside a controller, code is interpreted into the binary signals that influence input and output signals, flags and registers, and even the communication of network signals. This is the job of firmware.


Interrupting Dangerous Current Flow: Fuses vs. Circuit Breakers

Interrupting Dangerous Current Flow: Fuses vs. Circuit Breakers

Fuses and breakers are some of the most common safeguards to prevent electrical shock and fires. Learn about these two pieces of industrial equipment and the difference between slow blow and quick blow responses.


How to Program a Robot: Industrial Robotic Arm Coding Basics

How to Program a Robot: Industrial Robotic Arm Coding Basics

The world of manufacturing is filled with robots, but beginners are still always faced with key questions, starting with perhaps the most basic: how do you program industrial robots?


Industrial Robot Cells: Designing for Safety and Effectiveness

Industrial Robot Cells: Designing for Safety and Effectiveness

Robot cells make for an efficient automation process, reduce labor costs, and increase worker safety. Learn about the common features, components, and safety requirements of industrial robot work cells.


UL Listed Devices For Industrial Automation

UL Listed Devices For Industrial Automation

UL Listed devices are certified as safe within North America, specifically, the US. Learn about the importance of UL Certification and the key role it plays in industrial automation.


Understanding Centralization vs Decentralization of PLCs

Understanding Centralization vs Decentralization of PLCs

Centralized control systems are often seen as outdated compared to decentralized systems; however, both have their advantages and disadvantages when it comes to choosing which one to use in manufacturing. 


Negative Effects of Grounding (Earthing) a DC Power Supply

Negative Effects of Grounding (Earthing) a DC Power Supply

DC voltage systems exist to provide controllers and field devices with stable power, but it is not always clear when these systems should be bonded with the earth ground of the AC line voltage supply.


Singularity in Robotics: What Is It and How Can We Avoid it?

Singularity in Robotics: What Is It and How Can We Avoid it?

Singularity in robotics can be problematic for programmers and manufacturers alike. We will investigate the cause of singularities and how prevention can be considered in the design of a robot cell. 


Understanding PLC Program Commands: Comparison Instructions

Understanding PLC Program Commands: Comparison Instructions

​​​​​​​We will show you how to recognize, utilize, and efficiently operate your comparison instructions in Rockwell Automation’s Studio 5000 and Automation Direct’s Productivity Suite to make your program flow smoothly.


Working With Legacy Systems—Why Use Serial to Ethernet Converters?

Working With Legacy Systems—Why Use Serial to Ethernet Converters?

One common challenge when working with legacy control systems is establishing communication with old devices that use old protocols like RS232 and RS485. Learn about the importance of converting from serial to Ethernet.