Maintenance Courses | Page 3

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Multimeter Selection and Inspection

This is the third lesson in the iKNOW® Multimeters Library. This lesson trains the learner in the inspection of a multimeter, the steps that should be taken before using a multimeter, and how to perform a continuity check.

Professional Development Hours: 1
$23.00

Using Multimeters

This is the fourth lesson in the iKNOW® Multimeters Library. This lesson trains the learner to use a multimeter to measure resistance, AC voltage, DC voltage, current, frequency, and capacitance.

Professional Development Hours: 1
$60.00

Introduction to Transformers

The eleventh lesson in the iKNOW® Electrical Theory for Troubleshooters Library, this lesson presents the basic parts of a transformer and their function. The lesson explains turns ratio and its relationship to a transformer??s input and output voltages. The participant is also cautioned regarding the dangers of improper transformer connections.

Professional Development Hours: 1
$23.00

Digital Multimeters

This is the first lesson in the iKNOW® Multimeters Library. The lesson presents the types of multimeters. The lesson describes the display area, function switch, and leads and jacks on a digital multimeter.

Professional Development Hours: 1
$23.00

Wye and Delta Connections

The tenth lesson in the iKNOW Electrical Theory for Troubleshooters Library, this lesson discusses Wye and Delta configurations and explains the relationship between phase and line voltages in various connections, and demonstrates the application of the formula that shows this relationship.

Professional Development Hours: 1
$60.00

Inductance

This is the seventh lesson in the iKNOW Electrical Theory for Troubleshooters Library. This lesson builds on the information presented in the lesson, Electromagnetism. Types of induction, phase, and the effect of induction in AC circuits are covered.

Professional Development Hours: 1
$23.00

Three-Phase Circuits

This is the ninth lesson in the iKNOW® Electrical Theory for Troubleshooters Library. This lesson defines 3-phase AC, describes the components and operating principle of 3-phase generators, and using the formula for frequency, shows how rotor speed and the number of poles is related to frequency.

Professional Development Hours: 1
$60.00

Parallel Circuits

This is the fourth lesson in the iKNOW Electrical Theory for Troubleshooters Library. This lesson describes the behavior of voltage, current, and resistance in a parallel circuit. The learner is also instructed in the identification of the series and parallel portions of a series-parallel circuit.

Professional Development Hours: 1
$23.00

Electromagnetism

This sixth lesson in the iKNOW Electrical Theory for Troubleshooters Library uses animations and demonstrations to explain the principles of magnetism, including flux density and electromagnetic induction. The lesson also shows how to plot a sine wave using a graph.

Professional Development Hours: 1
$23.00

Series Circuits

This is the third lesson in the iKNOW Electrical Theory for Troubleshooters Library. The lesson presents the operation of a series circuit and trains participants in the identification of simple schematic symbols used to represent components in a series circuit. The behavior of current, resistance, and current in a series circuit, and the used of Kirchhoff's Voltage Law to find total voltage are also covered.

Professional Development Hours: 1
$60.00

Protective Helmets

This is the seventh lesson in the iKNOW Electrical Safety Library. This lesson explains the protection provided by helmets, and the proper methods of inspection, wearing and maintaining a helmet.

Professional Development Hours: 1
$23.00

Introduction to Electricity

This is the first lesson in the iKNOW® Electrical Theory for Troubleshooters Library. This lesson uses animation to demonstrate atomic structure, electricity, and how a simple circuit operates. The lesson also explains the characteristics of good conductors and insulators.

Professional Development Hours: 1
$23.00

Frequently asked questions (FAQs) for Maintenance

Industrial Maintenance refers to the service maintenance technicians do in manufacturing and production settings to ensure optimal equipment operating conditions. Industrial machinery is used in various manufacturing settings and often needs troubleshooting and adjustments to work correctly.

An industrial maintenance technician is responsible for various maintenance tasks, typically in manufacturing. They install and inspect machines and electrical equipment and perform preventive maintenance to ensure that industrial machines remain operational.

There are five unique types of industrial maintenance: preventive, corrective, predictive, condition-based, and predetermined. Many companies find it difficult to differentiate between different maintenance strategies or what maintenance program is ideal for them.