Precision Electric Industrial Academy: Professional Training Videos & Workshops
SMVector Variable Frequency Drive Videos
About The Lenze AC Tech SMVector:
This technically advanced inverter drive continues Lenze – AC Tech’s tradition of innovative compact inverter design. The performance and flexibility make the SMVector an attractive solution for a broad range of AC Motor applications and with several communications protocols available, networking drives and components into a system solution can be done now or in the future.
The SMVector NEMA 1 (IP31) is the most common and cost effective drive enclosure for a wide range of applications including packaging, material handling / conveying, positive displacement pumping, and HVAC systems
This video covers wiring the input and output sections of the SMVector Variable Frequency Drive. The input voltage will be wired as either single phase or three phase and the output voltage is designed to be wired to AC motors only. It’s also extremely important to note that you should not wire any devices or contactors between the output of the SMVector variable frequency drive and the motor, this can result in damaging the motor.
This video covers the essential parameters that will need programming when commissioning and starting up the Lenze SMVector Variable Frequency Drive. These parameters will be set for most applications. The most important parameter that many people forget to place is the motor overcurrent parameter. This parameter protects your motor from pulling more current than it is rated for.
This video will cover the complete wiring and parameter programming setup of a speed potentiometer on the Lenze / AC Tech variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed potentiometer for setting their speeds other than the standard keypad.
This video will cover the complete wiring and parameter programming setup of a start, stop pushbutton control panel on the Lenze / AC Tech variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed start and stop pushbuttons for controlling their drive instead of the standard keypad.
This video will cover the complete wiring and parameter programming setup of a start, stop switch integrated into a control panel on the Lenze / AC Tech variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a start and stop switch for controlling their drive instead of the standard keypad.
This video will cover the complete instructions on the necessity of fuse or circuit breaker protection for your Lenze / AC Tech variable frequency drive. Protecting your Variable Frequency Drive (VFD) with fuses and breakers are an essential step in making sure you do not damage your drive. This video also covers how to setup your Motor Overload in the drive to properly protect the motor. Make sure to adhere to local laws and recommended wire sizing when performing this setup.
This video will cover the advanced start and restart control options in the Lenze AC Tech SMVector Variable Frequency Drive (VFD). This particular drive is capable of auto restarting after a fault occurs or even automatically start on powerup. These two options are easily programmable and configurable.
This video will cover the advanced speed control options built into the Lenze AC Tech SMVector Variable Frequency Drive (VFD). Advanced speed control options may include the use of multiple inputs for preset speeds, a network speed control reference or perhaps dropping out a primary reference for a secondary backup speed reference. No matter your speed preference, there’s a good chance the SMV VFD can do it!
This video will walk you through tuning the Lenze AC Tech SMVector Variable Frequency Drive (VFD) to your AC Motor. The tuning process is extremely simple and will make sure you are getting the best possible performance out of your AC Motor. Tuning is absolutely necessary when attempting to run any application that requires high torque at lower speeds.
This video covers the Lenze AC Tech SMVector Variable Frequency Drive (VFD) parameters associated with monitoring all of your inputs, outputs, voltages and current. These feedback parameters are critical when troubleshooting your drive because they will give you in depth information on how your drive is seeing your motor and application. This will help immensely with troubleshooting any possible issues you might be having with your drive.
This video will cover diagnostic fault monitoring, checking fault history and troubleshooting the Lenze AC Tech SMVector Variable Frequency Drive (VFD). Although most issues that occur with the SMV are setup issues, there can be faults that may occur during normal operation of the drive. This video navigates you through using the manual and parameters to decide the best possible approach to resolving your fault or issue. It also covers some basic troubleshooting techniques and common faults our customers encounter.
This video covers how to setup and configure a basic PID Loop for pump or pressure control using the Lenze AC Tech SMVector Variable Frequency Drive (VFD). This is one of the more complex topics covered by the SMV variable frequency drive and it works quite well for maintaining a constant level, flow or pressure on your equipment.
ABB ACS355 Videos
About The ABB ACS355:
The ABB machinery micro drive ACS355 includes all your machine building needs in one drive.
If you are a system integrator, original equipment manufacturer or panel builder, the ACS355 is ABBs top tier micro drive. It is focused on material handling, food and beverage applications, processing of rubber, plastic and wood. You have a cost effective, versatile drive offering the best connectivity in its class. Installation and commissioning is simple and easy, saving you labor time.
This video covers wiring the input and output sections of the ABB ACS355 Variable Frequency Drive. The input voltage will be wired as either single phase or three phase and the output voltage is designed to be wired to AC motors only. It’s also extremely important to note that you should not wire any devices or contactors between the output of the ACS355 variable frequency drive and the motor, this can result in damaging the motor.
This video covers the essential parameters that will need programmed when commissioning and starting up the ABB ACS355 Variable Frequency Drive. These parameters will be set for most applications. The most important parameter that many people forget to place is the motor overcurrent parameter. This parameter protects your motor from pulling more current than it is rated for.
The ABB ACS355 Variable Frequency Drive is an extremely user friendly AC Motor Drive. This is one of the reasons we enjoy selling it to our customers. This is mostly because we offer free technical support and training to all of our customers who purchase from us.
This video will cover the complete wiring and parameter programming setup of a speed potentiometer on the ABB ACS355 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed potentiometer for setting their speeds other than the standard keypad.
This video will cover the complete wiring and parameter programming setup of a start, stop pushbutton control panel on the ABB ACS355 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed start and stop pushbuttons for controlling their drive instead of the standard keypad.
This video will cover the complete wiring and parameter programming setup of a start, stop switch integrated into a control panel on the ABB ACS355 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a start and stop switch for controlling their drive instead of the standard keypad.
This video will cover the complete instructions on the necessity of fuse or circuit breaker protection for your ABB ACS355 variable frequency drive. Protecting your Variable Frequency Drive (VFD) with fuses and breakers are an essential step in making sure you do not damage your drive. This video also covers how to setup your Motor Overload in the drive to properly protect the motor. Make sure to adhere to local laws and recommended wire sizing when performing this setup.
This video will cover the advanced start and restart control options in the ABB ACS355 Variable Frequency Drive (VFD). This particular drive is capable of auto restarting after a fault occurs or even automatically start on powerup. These two options are easily programmable and configurable.
This video will cover the advanced speed control options built into the ABB ACS355 Variable Frequency Drive (VFD). Advanced speed control options may include the use of multiple inputs for preset speeds, a network speed control reference or perhaps dropping out a primary reference for a secondary backup speed reference. No matter your speed preference, there’s a good chance the ABB ACS355 can do it!
This video will walk you through tuning the ABB ACS355 Variable Frequency Drive (VFD) to your AC Motor. The tuning process is extremely simple and will make sure you are getting the best possible performance out of your AC Motor. Tuning is absolutely necessary when attempting to run any application that requires high torque at lower speeds.
This video covers the ABB ACS355 Variable Frequency Drive (VFD) parameters associated with monitoring all of your inputs, outputs, voltages and current. These feedback parameters are critical when troubleshooting your drive because they will give you in depth information on how your drive is seeing your motor and application. This will help immensely with troubleshooting any possible issues you might be having with your drive.
This video will cover diagnostic fault monitoring, checking fault history and troubleshooting the ABB ACS355 Variable Frequency Drive (VFD). Although most issues that occur with the ACS355 are setup issues, there can be faults that may occur during normal operation of the drive. This video navigates you through using the manual and parameters to decide the best possible approach to resolving your fault or issue. It also covers some basic troubleshooting techniques and common faults our customers encounter.
Eaton SVX 9000 Videos
About The Eaton SVX9000
Eaton’s SVX9000 adjustable frequency drive offers sensorless vector control technology coupled with an adaptive motor model and sophisticated ASIC circuit features. This technology allows for steady speed error, fast torque rise time, high immunity to resonance vibrations and high starting torque and current. The SVX9000 is suitable for multiple motor drive systems and high-speed applications.
SVX9000 Series Adjustable Frequency Drives from Eatons Electrical Sector are the next generation of drives specifically engineered for todays commercial and industrial applications. The power unit makes use of the most sophisticated semiconductor technology and a highly modular construction that can be flexibly adapted to the customers needs.
This video covers wiring the input and output sections of the EATON SVX9000 Variable Frequency Drive. The input voltage will be wired as either single phase or three phase and the output voltage is designed to be wired to AC motors only. Its also extremely important to note that you should not wire any devices or contactors between the output of the SVX9000 variable frequency drive and the motor, this can result in damaging the motor.
This video covers the essential parameters that will need programmed when commissioning and starting up the EATON SVX9000 Variable Frequency Drive. These parameters will be set for most applications. The most important parameter that many people forget to place is the motor overcurrent parameter. This parameter protects your motor from pulling more current than it is rated for.
The EATON SVX9000 Variable Frequency Drive is an extremely user friendly AC Motor Drive. This is one of the reasons we enjoy selling it to our customers. This is mostly because we offer free technical support and training to all of our customers who purchase from us.
The EATON SVX9000 variable frequency drive can be a bit confusing when going through the menu structure. For this reason we thought it would be a good idea to put together a video that covers how to go in and completely restart the commissioning wizard. This is a useful thing to know in case you need to restart your application and programming from scratch.
The EATON SVX9000 Variable Frequency Drive is an extremely user friendly AC Motor Drive. This is one of the reasons we enjoy selling it to our customers. This is mostly because we offer free technical support and training to all of our customers who purchase from us.
This video will cover the complete wiring and parameter programming setup of a speed potentiometer on the EATON SVX9000 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed potentiometer for setting their speeds other than the standard keypad.
The EATON SVX9000 Variable Frequency Drive is an extremely user friendly AC Motor Drive. This is one of the reasons we enjoy selling it to our customers. This is mostly because we offer free technical support and training to all of our customers who purchase from us.
This video will cover the complete start stop switch control wiring and programming setup on the EATON SVX9000 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a selector switch for starting and stopping the motor instead of the keypad.
This video will cover the complete start stop pushbutton control wiring and programming setup on the EATON SVX9000 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a push button for starting and stopping the motor instead of the keypad.
Invertek OptiDrive E3
About The Eaton Invertek OptiDrive E3
Focused on ease of use, Optidrive E3 provides unrivalled simplicity of installation, connection and commissioning, allowing the user to benefit from precise motor control and energy savings within minutes.
Optidrive E3 provides precise motor control and energy savings using the factory settings. Simply power up and the drive can immediately deliver energy savings.
14 basic parameters allow simple adjustment for your application if required, with up to 50 parameters available in total for a highly flexible performance.
This video covers wiring the input and output sections of the Invertek OptiDrive E3 Variable Frequency Drive. The input voltage will be wired as either single phase or three phase and the output voltage is designed to be wired to AC motors only. Its also extremely important to note that you should not wire any devices or contactors between the output of the Invertek OptiDrive E3 variable frequency drive and the motor, this can result in damaging the motor.
This video covers the essential parameters that will need programmed when commissioning and starting up the Invertek OptiDrive E3 Variable Frequency Drive. These parameters will be set for most applications. The most important parameter that many people forget to place is the motor overcurrent parameter. This parameter protects your motor from pulling more current than it is rated for.
The Invertek OptiDrive E3 Variable Frequency Drive is an extremely user friendly AC Motor Drive. This is one of the reasons we enjoy selling it to our customers. This is mostly because we offer free technical support and training to all of our customers who purchase from us.
This video will cover the complete wiring and parameter programming setup of a speed potentiometer on the Invertek OptiDrive E3 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a speed potentiometer for setting their speeds other than the standard keypad.
This video will cover the complete start stop pushbutton control wiring and programming setup on the Invertek OptiDrive E3 variable frequency drive. This process is quite simple and it offers a great option for people who are interested in using a push button for starting and stopping the motor instead of the keypad.
Other Video Topics
About These Videos:
These training videos below cover a variety of topics including custom machining, motor repairs, and other useful how-to tutorials.
This video covers wiring the Basic Electric Motor Troubleshooting Tools regarding AC Motor Testing & Replacement. This training is brought to you by Precision Electric, Inc.
This video is brought to you by Precision Electric. It is a Full Training Workshop on the AC & DC Electric Motor Theory Of Operation.
This full training workshop, “In Service AC Motor Testing & Replacement,” is presented by Roy Dekker of Precision Electric.
This video covers the custom machining by Precision Electric of a custom S Bracket. Precision Electric specializes in machining and we have the ability to create almost any machined part necessary for retrofitting legacy systems or getting a brand new system up and running. If you have any questions do not hesitate to call us.
This video shows our machinist, Layne Tulledge, machining a brand new fan hub for an industrial fan. Machining this hub allowed the customer to save thousands of dollars they would’ve otherwise spent on a replacement fan. After a new hub is complete, Precision Electric also offers balancing services to customers who need it.
This video shows off another custom job by our machinist, Layne Tulledge. He created a custom pump motor lead camp complete with screw on connectors for running wire leads. This is just one example of the custom Machining work Precision Electric is capable of.
This video shows an example of Layne Tulledge, a machinist at Precision Electric, using both a wire welding and keyway cutting technique to repair the shaft of an electric motor. This process can be applied to virtually any AC or DC motor.
This video covers the repair of an 800 HP DC Electric Motor in the Precision Electric facility. The motor goes through many stages of repair including rewinding, servicing of the commutator, assembly, testing and the installation of a coupler onto the shaft. Precision Electric, Inc has repaired even larger motors in their facility.
This video covers how to run an AC motor in forward or reverse with the SMV Variable Frequency Drive (VFD). Out of the box the drive doesn’t come configured for this so you must change one parameter to make it work. Once it’s set you’ll be off and running.
This video covers how to calculate and set the motor overcurrent in your SMV Variable Frequency Drive (VFD). This is done by a simple mathematical formula that is in the book. Essentially you’re telling the drive not to exceed a certain amount of current output in order to protect your AC motor from damage.
This video covers how to address DC Bus Faults you may encounter when working with a variable frequency drive (VFD) including whether or not to use a dynamic braking module. Although many DC bus faults may require a repair of the drive, it’s important to remember that the primary cause of a DC Bus fault is too much deceleration on a high inertia load.
This video covers how to adjust the acceleration and deceleration time of your AC motor by using the SMV Variable Frequency Drive (VFD). This drive is an excellent tool for creating a “soft start” situation, it also allows you to quickly decelerate if needed.
This video covers how to set the appropriate parameters for configuring a minimum and maximum speed for your AC motor. This particular video covers how this is done with the SMV Variable Frequency Drive (VFD).
This video demonstrates how to run a sample AC motor with the SMV integrated keypad. Right out of the box the SMV Variable Frequency Drive comes equipped with keypad start and speed control. It also can quickly be configured for forward and reverse control.
This video demonstrates how to run a sample AC motor with the SMV integrated keypad. Right out of the box the SMV Variable Frequency Drive comes equipped with keypad start and speed control. It also can quickly be configured for forward and reverse control.
This video answers a commonly asked question from callers. Many people wonder if they should use fuses or breakers on their variable frequency drive (VFD). There are some important factors to take into consideration, but overall we really only give one ideal recommendation.
Many callers ask what size fuses or breakers they should use when wiring their variable frequency drive (VFD). This video covers how to properly size your variable frequency drive’s fuses or breakers. It also recommends what kind of fusing you should use.
This video answers a very commonly asked question from callers. Many people wonder if it’s possible to use a variable frequency drive with a three phase output on a single phase motor. This video tells you whether it can be done on the SMV or not.
This video covers how to wire the output section of the SMV Variable Frequency Drive (VFD). This process is actually extremely simple. You’ll want to make sure you have a copy of the user’s manual when you are making any wiring changes to your drive.
This video covers how to wire the line voltage to the input of your Lenze AC Tech SMV variable frequency drive (VFD). It goes into great detail including an overview of where the wiring diagrams are in the manual.
This video describes, in detail, how to use the Lenze AC Tech SMV Variable Frequency Drive (VFD) as a Phase Converter. It also discusses Inverter Duty Rated Motors as well as the restrictions on how the SMVector Variable Frequency Drive can be used as a phase converter.
This video is a full review of the Lenze AC Tech SMVector series Variable Frequency Drive (VFD). It covers most of the major features and benefits it has to offer. It also goes over some basic start and stop control of the motor.
The Lenze SMV Variable Frequency Drive is commonly used as a single to three power phase converter. This video covers some of the major aspects of how phase conversion works as well as special considerations a person should take when using a Lenze AC Tech SMV as a phase converter.
Adjusting Lafert brake motor brake to correct tolerance.
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