5. Two-Wire vs Three-Wire Control in Industrial Motor Control (5 of 22)


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Understanding Automatic Restart, Seal-In Logic, and Motor Control Behavior

Introduction

In industrial motor control, two of the most common control methods are two-wire control and three-wire control.

Both methods can start and stop …

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6. Contactors and Motor Starters Explained for Industrial Motor Control (6 of 22)


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The Hardware Behind Industrial Motor Control

Introduction

In industrial motor control, two of the most common devices inside a control panel are the contactor and the motor starter.

At first, they may look …

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7. Overload Protection in Industrial Motor Control (7 of 22)


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Protecting Motors from Excessive Current and Overheating

Introduction

Overload protection is one of the most important parts of an industrial motor control system. A motor can be connected correctly, the contactor can …

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8. Motor Nameplate Explained for Automation Technicians (8 of 22)


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How Automation Technicians Read Motor Data in the Field

Introduction

A motor nameplate is one of the most important sources of information on an electric motor. Before replacing a motor, setting an …

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9. Three-Phase AC Motors Explained for Automation Technicians (9 of 22)


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The Industrial Workhorse of Motor Control

Introduction

Three-phase AC motors are one of the most common types of motors used in industrial automation. They are found in conveyors, pumps, compressors, fans, mixers, …

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10. Wye/Delta and Motor Lead Connections Explained (10 of 22)


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Understanding 3-Phase Motor Wiring, Low Voltage, High Voltage, and Rotation

Introduction

Three-phase motors are common in industrial automation, but one area that can confuse technicians is motor lead connections.

When you open a …

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11. Reversing Starters Explained for Industrial Motor Control (11 of 22)


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How Forward and Reverse Motor Control Works

Introduction

A reversing starter is a motor starter designed to run a three-phase motor in either direction: forward or reverse.

This is common in industrial machines …

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12. Jogging and Inching in Industrial Motor Control (12 of 22)


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Momentary Motor Movement for Setup, Maintenance, and Positioning

Introduction

In industrial motor control, jogging and inching refer to momentary motor operation. Instead of starting the motor and allowing it to stay running, …

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13. Hand-Off-Auto Control Explained for Industrial Motor Control (13 of 22)


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Hand-Off-Auto Control Explained

Understanding HOA Switches in Industrial Motor Control

Introduction

In industrial motor control, HOA means:

H = HandO = OffA = Auto

A Hand-Off-Auto selector switch allows a motor or device to be …

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14. Control Transformers in Industrial Motor Control (14 of 22)


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Why We Use Lower Voltage Control Circuits

Introduction

In industrial motor control panels, it is very common to see a motor powered by a high-voltage circuit, while the control circuit operates at …

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