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Electrical & motor controls dvd video training series
"Electrical & Motor Controls Video Training Series"
These video series are the best in the industry because they provide all the information needed to install, troubleshoot and maintain your industrial control equipment with the ease of sitting back and watching a video. The 10 individual video's cover everything from A-Z about Industrial Motor Controls. You can follow along each video with its included workbook, which will guide you through the learning process and help to answer questions you may have while watching the video. You will be on your way to soon become an expert on every topic.
Act now to get the best video training series on the market and you will soon become an expert in Electrical & Motor Controls.
We are currently offering a Special Discount Price of $995.00, normally $2997.00
This is a total cost savings of $2002.00 off the original retail price!
Understanding 3-Phase Power and Plant Distribution
This program will give everyone in your plant a solid understanding of the basics of power generation and distribution. Everyone who works with, or around, electrical equipment needs to know how to protect themselves and your equipment.
Use this program to cross train your mechanics in the basics of electricity and cut your power bills at the same time!
Everyone Will Understand the Basics of Power in the Plant
* Cut your power bills and extend the life of your equipment by using power factor correction
* Choose the safest methods for power distribution
* Understand why motors and their voltages are designed the way they are
* Configure wye and delta branch and feeder circuits to provide a balanced power system
* Learn which voltage connection to avoid to prevent equipment damage
* Rectify AC power into DC power
* Determine phase-to-phase and phase-to-neutral voltages and currents
Electrical Switching, Timing, and Control Devices
This program covers the most common switches, timers, and control devices found in your plant. You have hundreds (probably thousands) of these devices in your plant. At a cost of $25 to $250 per component, this program will quickly pay for itself.
We show how these devices work, how they are wired, and how to troubleshoot them. This program also provides the first step in learning ladder diagrams.
Solve Even the Trickiest Component Failures
* Avoid costly wiring mistakes read multiposition selector switches in ladder diagrams
* Read the action and timing diagrams of ON-delay and OFF-delay timers so that when something goes wrong, you'll know exactly which component to
* Avoid intermittent problems make sure control relays are receiving the proper steady voltage
* Learn how to cut your spare parts inventory to a minimum since many control devices share components
* Troubleshoot tricky push button problems don't replace the whole thing when it might just be the contact blocks
Instrumentation: Discrete and Sensory
This program shows how to calibrate and bench test the most common components found in your plant. Your people will know how to test and calibrate these components before installation to avoid costly mistakes and delays.
This program also explains how valves operate, and how to wire them. Now everyone will be able to quickly identify the real problem and avoid wasting time replacing unnecessary components.
Bench Test & Calibrate Components - Cut Installation Time & Costs
* Choose the correct photoelectric sensor for your application
* Apply, install, and troubleshoot limit, photoelectric, and proximity switches
* Wire and understand the inner workings of 2,3, and 4-way valves
* Cut your installation time bench test and calibrate pressure devices before installation
* Clogged ports or a bad solenoid learn to spot the difference and avoid replacing unnecessary components
Understanding Electrical Diagrams and Control Circuits
All maintenance personnel must know how to read and write ladder diagrams - it's an essential skill. Plus, it's a prerequisite to using PLCs.
This program explains the fundamentals of simple control circuits and moves on to cover more complex circuits. Use this program to learn the basics and then go on to Preventive Maintenance and Troubleshooting Control Circuits to learn troubleshooting. Both of these programs are our most popular companion programs!
Save Time During Troubleshooting - Learn to Read Ladder, Wiring, and Layout Diagrams
* Protect your people follow our four basic rules of ladder diagrams to implement a safe circuit
* Add interlocking, memory, and cross-referencing to complex control circuits
* Layout a control panel from scratch to finish just by following the wiring and layout diagrams
* Implement motor control and magnetic starter circuit diagrams
* Prevent faulty operations and equipment damage use mechanical, push button, and electrical interlocks
Preventive Maintenance and Troubleshooting Control Circuits
This program covers the most fundamental and important troubleshooting skills needed in the plant. It's not enough to know what the different components do your people need a quick way of identifying and solving control circuit problems.
Combine this program with Understanding Electrical Diagrams and Control Circuits for a complete control circuit toolkit.
Get Back On-Line Fast - Cut Production Losses
* Follow our systematic approach to troubleshooting electrical systems both at the power source and the control circuit
* Find short circuits and faulty components quickly get back up and running fast
* Install power and phase monitors to detect dangerous conditions before causing costly motor damage
* Perform dynamic and static preventive maintenance inspections
* Troubleshoot control circuit logic using ladder and wiring diagrams
* Learn how a phase imbalance will make your motors run hot solve the problem and prevent insulation breakdown
Introduction to Motor Control Operations and Protection
This program gives everyone the practical knowledge they need as well as explains the different causes of motor failures and the ways to prevent them.
Whether you're using AC or DC motors, this program will give everyone in your plant the skills to protect your equipment. This program, combined with Sizing the Protection of Motors and Control Circuits, provides the best reference for safe motor operation in your plant.
A Must-Have for All Your Motors
* Learn to prevent the seven most common causes of heat-related motor failure
* Avoid safety hazards choose the right contactors and starters for your application
* Learn why and when troubleshooting 2-wire control can be dangerous
* Implement proper arc suppression to protect against shorts and fire hazards
* When a starter is wired incorrectly anything can happen make sure it's done right the first time
* Class 10,20,30 heaters find out which one offers the right protection for your motor application
Sizing the Protection of Motors and Control Circuits
Some skills, such as reading motor nameplates, may be basic but are still important. The information in this program is extremely important because if someone makes a mistake, not only will you not be up to code, but a dangerous situation could occur.
Combine this program with Introduction to Motor Control Operations and Protection and you'll not only be able to prevent future problems, but also spot and solve problems that may have been lurking in your plant for years.
Keep Everything Up to Code - Prevent Electrical Fires
* Use our six-step method to implement and maintain a safe motor branch circuit
* Time-delay or non time-delay fuses know which one to use to provide
* Reading nameplates isn't enough everyone needs to understand what they mean and know how to use this information
* Choose safe conductors and protection devices
* Choose the right NEMA starter for your motor
* Protect yourself against both overloads and short circuits
* The motor dictates circuit design, protection, and components know how to get the requirements from Article 430 and make your job easier
AC Motor Controls and Troubleshooting
You need to know the basics when it comes to AC motor controls and this program explains just that. More importantly, it shows you how to quickly identify the root cause of a problem in an AC motor.
We show you how to check the windings for open conditions, isolate a problem to either the circuit or the motor, and much more. We even cover the telltale symptoms of premature motor failure.
Need the same information about DC motors? The next topic covers all you need to know about DC motor controls and troubleshooting.
Cut AC Motor Troubleshooting Time in Half
* Troubleshoot solid-state starters by quickly detecting misfirings of SCRs
* Learn to identify the hidden problems that can cause your motor to fail
* Troubleshoot across-the-line start motors as well as the five types of
reduced-voltage start motors
* Solve the trickiest reduced-voltage start problem
* Understand how variable speed drives work and where to look to
* Quickly troubleshoot multispeed motors and their circuits learn how
to double check the connections
* Troubleshoot the different reversing methods and circuits used with
DC Motor Controls and Troubleshooting
Just like AC Motor Controls and Troubleshooting this program teaches the fundamentals of DC motor controls. In addition, we also explain how to look for the signs and symptoms of a failing motor.
We show you how to troubleshoot all of the DC motors found in your plant as well as how to prevent a motor from failing and shutting down a production line.
Troubleshoot and Avoid DC Motor Failure
* Keep the production line running learn to troubleshoot and control
* Avoid the most common mistakes made during the installation and maintenance of brushes
* Learn how to detect an SCR fault in the power bridge of a DC drive
* See how noise can affect the operation of a DC drive and learn how
* Troubleshoot both the circuits and components used in the three
most common methods of decelerating a DC motor
* Bring full-voltage and reduced-voltage DC motors back on-line fast
Understanding and Applying PLCs in Electrical Controls
This program covers it all number systems, general PLC operation, and introductory programming. You'll learn how to convert an electromechanical (hardwired) system to a PLC-based system, I/O addressing, and much more!
This program gives maintenance personnel the skills necessary to troubleshoot the controller and determine whether the problem is with the controller, the wiring, or a field device.
PLCs - What Everyone Needs to Know
* Low-voltage protection is a must when PLCs are used to control motors we'll show you how to implement it
* Learn which sections of the control circuit must be left hardwired
* Follow our step-by-step method of converting a hardwired relay system
* Troubleshoot the complete discrete I/O system from power line
problems to wiring connections to I/O modules
