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"The Future of Industrial Training: the New Digital Classroom"

About the Webinar:
At TPC Training Systems, we’ve been on the hunt for ways that our industrial skills training solutions can evolve to meet the needs of all of our customers, and we’ve learned some things in the process. In this webinar, we’ll share what we’ve learned and give you a preview of the future of industrial training.

You’ll learn about:
  • The best uses of webcast and simulcast training formats
  • The advantages of blended online and live training
  • Virtual reality (VR) training environments, including an exclusive sneak peek inside a VR simulation

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    Batteries and DC Circuits

    Batteries and DC Circuits

    The Batteries and DC Circuits course covers how electrochemical action is used. Covers batteries, electrolytic action, electroplating, Characteristics of storage batteries, application and maintenance of lead-acid, nickel-alkaline, and nickel-cadmium batteries, putting batteries into service, charging batteries, maintaining records, fundamentals of DC circuits, and using Ohm's Law to solve problems in DC series, parallel, and series-parallel circuits. Batteries and DC Circuits is available in online and course manual formats.

    TPC Training Systems is authorized by IACET to offer 1.0 CEUs for this program.

    Review a full course list for Electrical Systems Technician

    Select Format

    • Online Course & Test $85.00
    • Course Manual $71.00
    • Course Manual (Spanish) $71.00

    Please select a format.

    Lesson 1 - Electrochemical Action


    Battery characteristics; Electrolysis; Electroplating; Extracting and refining metals; Electrolytic corrosion; Choosing a battery

    Learning Objectives:
    – State the difference between a primary cell and a secondary cell.
    – Discuss electrochemical action.
    – Explain how battery polarization works.
    – State the definition of an electrolyte.
    – List the factors to consider in selecting a battery.

    Lesson 2 - Battery Characteristics


    Care and maintenance of dry cells; New kinds of primary cells; Secondary cells; Stationary batteries; Storage batteries

    Learning Objectives:
    – List advantages of dry cells.
    – State the characteristics of dry cells.
    – Explain how to create a six-volt battery from 1.5 volt dry cells.
    – Name the basic kinds of storage cells in use today.
    – Explain how to calculate the rating required in a battery for a specific application.

    Lesson 3 - Kinds of Batteries


    Lead-acid batteries; Lead-calcium batteries; Nickel-iron alkaline cells; Nickel-cadmium alkaline cell

    Learning Objectives:
    – Name the items necessary to form a cell.
    – Explain how plates in a cell are commonly assembled.
    – List the advantages of nickel-cadmium battery.
    – Discuss the construction of storage cells.

    Lesson 4 - Maintaining Lead-Acid Batteries


    Placing a new battery in service; Care of dry- and wet-charged batteries; Battery testing; Industrial truck batteries; Battery problems

    Learning Objectives:
    – List the steps in placing a new dry-charged battery in service.
    – Name the three basic methods of charging batteries.
    – Explain how to measure a cell's specific gravity.
    – List causes of low specific gravity in a cell.
    – Tell how to clean a wet, dirty battery cover.

    Lesson 5 - Charging Lead-Acid Batteries


    Battery charging; Initial and normal charge; Equalizing, trickle, emergency, boost, and freshening charge; Test discharge; Cell failure

    Learning Objectives:
    – Explain how to conduct an initial charge.
    – Discuss the different types of battery charges.
    – List the common causes of cell failure.
    – Explain how to mix electrolyte correctly.
    – Explain how to treat both skin and eyes that have been splashed with acid.

    Lesson 6 - Solving Problems in DC Circuits


    Sources of DC electricity; Ohm's Law; Work; Torque; Power; Efficiency; Branch points and loops

    Learning Objectives:
    – Define Ohm's Law and use it to solve a problem.
    – State the definition of a branch point.
    – Solve a problem using the power formula.
    – State the definition of Kirchhoff's rules.
    – Define work, power, torque, and efficiency.

    Lesson 7 - DC Series Circuits


    Ohm's Law for series circuits; Current control; Voltage drop; Using equations; Using Kirchhoff's Rules

    Learning Objectives:
    – Describe a series circuit.
    – Solve for E, I, and R in series circuits.
    – State the basic rule you must follow when making changes in an equation.

    Lesson 8 - Parallel Circuits


    Recognizing parallel circuits; Resistance, voltage drop, and current in parallel circuits; Calculating resistance and power; Conductance

    Learning Objectives:
    – State the definition of a parallel circuit.
    – Explain how to calculate the current in each branch of a parallel circuit.
    – Explain how to calculate resistance in a parallel circuit.
    – Calculate power in a parallel circuit.
    – Find the reciprocal of any value.

    Lesson 9 - Series-Parallel Circuits


    DC motors and generators; Voltage dividers; Lighting circuits; Three- and four-way switch circuits

    Learning Objectives:
    – State the definition of a series-parallel circuit.
    – Identify series, parallel, and series-parallel circuits.
    – Explain how to calculate resistances in a series-parallel circuit.
    – Demonstrate how to trace and simplify a circuit.

    Lesson 10 - DC Circuits in Use


    AC and DC electricity; AC waveform; Peak-to-peak, average, and effective values; Energy storage; Faraday's Law; Basic circuit concepts

    Learning Objectives:
    – Explain how the three types of dc motors differ.
    – Demonstrate how to increase and decrease the speed of a dc motor by adding resistors.
    – Identify a three-way switch.
    – Calculate current and resistance using voltage divider circuits.

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