Covers the broad range of industrial motor starting and control equipment, including NEMA sizes and ratings. Includes pushbutton control stations, limit switches, mercury switches, mechanical and magnetic plugging, foot switches, and pressure, temperature, and floa Learn More>>
Covers basic, nonmathematical approach to understanding principles of electricity. Introduces electron theory, static electricity, electrons in motion, and magnetism. Covers basic methods of measuring current, voltage, and resistance. Explains circuit... Learn More>>
Industrial Electricity: Basic Principles is part one of the Industrial Electricity seven-part training series. Get wired with this introductory course. It introduces the key principles of basic electrical theory, citing relevant information and providing practical Learn More>>
AC/DC Theory: Current is part one of the AC/DC Theory 14-part training series. Start your students' AC/DC training with the basics. This course identifies the characteristics of current flow and outlines the ways to measure it via an ammeter. It also explains the Learn More>>
AC/DC Theory: DC Circuits is part seven of the AC/DC Theory 14-part training series. Get your students wired to this training course, which trains them to use the basic formulas in simplifying electric circuit evaluation. Moreover, it explains how a voltage divide Learn More>>
AC/DC Theory: Voltage is part two of the AC/DC Theory 14-part training series. Energize your students' AC/DC training with this course, which explains voltage measurement and its complex dynamics. It also examines how connecting batteries in series or in parallel Learn More>>
AC/DC Theory: Resistance is part three of the AC/DC Theory 14-part training series. Revitalize your students' AC/DC Training with this course, which explains how to place resistance in a circuit and how that resistance affects it. It also differentiates between co Learn More>>
AC/DC Theory: Ohm's Law is part four of the AC/DC Theory 14-part training series. Train your students to untangle intricacies of Ohm's Law formulas. This course illustrates how to calculate voltage, current, and resistance in almost any part of any electronic circ Learn More>>
AC/DC Theory: Magnetism is part five of the AC/DC Theory 14-part training series. Give your students a closer look at magnetism with this course, which identifies its basic principles and describes the methods of magnetic force production. The program defines elec Learn More>>
Mechanical Electrical Control Systems: Introduction to Control Schematics is part one of the Mechanical Electrical Control Systems seven-part training series. The course introduces the fundamentals of working with schematics for control systems. Learn More>>
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