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The Difference Between 2 Wire RTDs, 3 Wire RTDs, and 4 Wire RTDs

The Difference Between 2 Wire RTDs, 3 Wire RTDs, and 4 Wire RTDs

We already discussed a few limitations of resistance temperature detectors (RTDs); this article will explore the difference between two-wire, three-wire, and four-wire RTDs.


The Basics of a Resistance Temperature Detector (RTD)

The Basics of a Resistance Temperature Detector (RTD)

Learn how resistance temperature detectors (RTDs) work, how to calibrate one, advantages and disadvantages, and uses in industry.


Understanding Mathematical Units for Electric Troubleshooting in Industrial Environments

Understanding Mathematical Units for Electric Troubleshooting in Industrial Environments

A previous article mentions various electrical units used in troubleshooting techniques. This article expands on those and discusses some additional units that engineers may need to know.


Common Mathematical Units for Electrical Troubleshooting and Control Operations

Common Mathematical Units for Electrical Troubleshooting and Control Operations

In industrial control, it is crucial to have a basic understanding of the units that define and describe the ratings of components.


What is Baud Rate and How Does It Work?

What is Baud Rate and How Does It Work?

Data transmission rates are auto-negotiated in modern protocols, but for older serial connections, both devices must agree on what baud rate to use to ensure reliable communications.


Protocols for Industrial Remote Monitoring

Protocols for Industrial Remote Monitoring

Dive into why protocols are essential in industrial remote monitoring along with the most common types of open protocols seen in facilities.


Devices and Equipment Used in Industrial Remote Monitoring

Devices and Equipment Used in Industrial Remote Monitoring

This article in our continuing series about remote monitoring covers equipment and devices necessary to establish a remote monitoring mechanism.


The Difference Between Ground and Neutral Conductors in Control Wiring

The Difference Between Ground and Neutral Conductors in Control Wiring

Learn about how the ground compares and contrasts with the neutral wire and why this wiring is important for safety in control cabinets and other wiring needs in an industrial facility.


Cybersecurity Considerations in Uninterruptible Power Supply (UPS)

Cybersecurity Considerations in Uninterruptible Power Supply (UPS)

This article discusses common implementations of UPS in control systems and important design considerations.


Applications of UPS (Uninterruptible Power Supply) in Control Systems

Applications of UPS (Uninterruptible Power Supply) in Control Systems

Learn about some common implementation strategies of UPS in control systems and important design considerations.


Three-Phase Motors with Twelve Wires

Three-Phase Motors with Twelve Wires

Of all types of three-phase motors, the twelve-wire motor provides the most options for connecting based on voltage and system configuration (wye or delta). Learn the details and wiring options of these versatile motors.


Three-Wire vs. Six-Wire Three-Phase Motors

Three-Wire vs. Six-Wire Three-Phase Motors

Three-phase motors with three or six wires have limited options for wiring, but are easier to use and have important roles to play. Learn the difference between three- and six-wire three-phase motors for low and high voltage applications.


Comparing Single-Phase vs Three-Phase Motors

Comparing Single-Phase vs Three-Phase Motors

In this article, learn the differences between single- and three-phase motors, including how each one works and applications best suited for each type.


Controlling VFDs with Manual Inputs

Controlling VFDs with Manual Inputs

To increase the flexibility of a motor control system, a variable frequency drive (VFD) is a common device that solves many motor control problems. In this article, learn how to control manual input of VFDs.


Common Motor Windings and Wiring for Three-Phase Motors

Common Motor Windings and Wiring for Three-Phase Motors

This article looks at some common windings and wirings for three-phase motors, including internal Wye windings and low and high voltage wirings.


Introduction to Advanced Motor Control Circuits

Introduction to Advanced Motor Control Circuits

This article looks at a few of the more advanced motor control circuits for a three-phase motor.


Wearable Technology in Industrial Manufacturing

Wearable Technology in Industrial Manufacturing

As electronics become smaller and more energy-efficient, wearables are getting more attention in manufacturing. Learn about some of the research involved in developing these wearables.


Understanding Boiler Safety Controls

Understanding Boiler Safety Controls

This article looks at the safety systems included in boilers to alert malfunctions and prevent damage when issues arise. Learn about the safety systems and the ISO standard used to keep boilers running smoothly.


The Difference Between Variable Frequency Drives (VFDs) and Soft Starters

The Difference Between Variable Frequency Drives (VFDs) and Soft Starters

The following will examine how to reduce the wear on motors during startup and compare soft starters and variable frequency drives (VFDs). 


Using Sensors with Open Collector Outputs

Using Sensors with Open Collector Outputs

This article discusses how to use sensors with open collector outputs and learning some of the module connections involved.