This course will teach you to step by step How to Install & program AC Drives i.e. VFD- Variable Frequency Drives and Servo Drives in any control system. AC Drives are used to control the Speed, Operation, Torque & direction of the Motor. This course includes High-Quality AC Drive Video Tutorial on various Programming parameter which makes the motor control Operation Intelligent. We have made an explanation by Real-Time LIVE Camera & Designing Software to understand the concept clearly.
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This course will teach you to step by step How to Install & program AC Drives i.e. VFD- Variable Frequency Drives and Servo Drives in any control system. AC Drives are used to control the Speed, Operation, Torque & direction of the Motor. This course includes High-Quality AC Drive Video Tutorial on various Programming parameter which makes the motor control Operation Intelligent. We have made an explanation by Real-Time LIVE Camera & Designing Software to understand the concept clearly.
This course will teach you to step by step How to Install & program AC Drives i.e. VFD- Variable Frequency Drives and Servo Drives in any control system. AC Drives are used to control the Speed, Operation, Torque & direction of the Motor. This course includes High-Quality AC Drive Video Tutorial on various Programming parameter which makes the motor control Operation Intelligent. We have made an explanation by Real-Time LIVE Camera & Designing Software to understand the concept clearly.
Course Outline
Learn how to wire the VFD
Learn how to select various modes of VFD
Learn how to write Parameters on the VFD
How to connect I/O to the VFD for frequency control
Reading feedback from the VFD as Analog output
Learn how to control VFD using Analog I/Os of PLC
Learn how to control Servo drive using high-speed outputs from PLC
Learn how to control Stepper drive using high-speed outputs from PLC
Includes Presentations
VFD and Servo Circuit Diagrams
Explanation of PLC programming to control VFD
Used Ladder logic as PLC Programming language
PLC-VFD and PLC- Servo Interfacing Examples
Hardware which is covered in this course are:
Delta PLC 14SS
Delta PLC Analog cards
Allen Bradley PLC Micrologix 1400
Allen Bradley PLC Analog I/Os
Delta VFD M Series
Allen Bradley- Powerflex 4M
Delta B Series Servo drive
Standard Stepper drive and motor
Circuit diagrams & Manuals are added in the supplement material. For any help, pop me a question.
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What's inside
Learning objectives
- To program the vfd and servo with customize parameter suitable to the application
- To design turn key circuit for vfd's and servo drives
- To interface vfd's and servo with plc for intelligent operation
- To program the vfd and servo with customize parameter suitable to the application
- To design turn key circuit for vfd's and servo drives
- To interface vfd's and servo with plc for intelligent operation
Syllabus
Understanding VFD & Start up Parameters
Understanding VFD- Variable Freq. Drive
Selecting the source of Freq.in VFD
Selecting the source of Operation in VFD
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Syllabus
This video explains how we can alter the acceleration & deceleration time in the VFD. This is mandatory & time varies as per the application.
Jog Mode is also known as "Inch", In this mode, we can assign Customize Freq. (Jog Freq) to run the motor by Push button. This mode is required many a times in Maintenance operation for adjustment of motor position or to run motor temporarily at slow speed
This video explains How to select second source of frequency. In VFD, you can assign two sources & can toggle between these two source on your favorable condition. Check out this video to know more..
Here, We have shown how to disable reverse operation of the motor by using special parameter.
This video explains "How to Secure the Parameter" from unauthorized access.
This video explain Multiple Frequency options in the VFD. In an application where you want to change the speed by actuation of Sensor, Limit switch or any other condition. We can have 3 or more step speed in VFD
Do you know, some VFD's has an Internal PLC. Check out its functionality in this video. It explains how you can have 7 Steps of Frequency with respective time frame.
This video is about changing the Acc./Dec. time to another range.
This video explains how to limit the frequency of VFD under certain bounded frequencies
This videos show's how to Reset the External fault using external input.
Delta VFD has internal counter, which can be used to count the events & take action once the count is complete.
This video explains how we can change the external control of VFD (Keypad, 0 ~ 10 VDC, 4 to 20 mA, Comm.)
Sometimes, we need to shift the V/F Curve to avoid Noise in the control signal or to start the VFD at certain frequency > 0hz. Check out the series of videos, which will explain, how we can shift the V/F curve as per the application
Good to know
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Activities
Join a study group or online forum for AC Drives discussions.
Show steps
Engage with peers, share knowledge, and troubleshoot challenges related to AC Drives.
Show steps
-
Join an online forum or study group dedicated to AC Drives.
-
Participate in discussions, ask questions, and share your experiences.
-
Collaborate with others to find solutions and improve your understanding.
Practice running AC Drives using VFD Simulation software
Show steps
Build confidence and proficiency in operating AC Drives through virtual simulations.
Show steps
-
Install the VFD simulation software and set up the hardware interface.
-
Create a virtual AC Drive model and configure its parameters.
-
Simulate different operating scenarios, adjusting settings and monitoring the drive's behavior.
Explore advanced VFD programming techniques through online tutorials.
Show steps
Delve deeper into the intricacies of VFD programming to enhance your control capabilities.
Browse courses on
Industrial Automation
Show steps
-
Identify online tutorials and resources that cover advanced VFD programming techniques.
-
Follow the tutorials, experiment with different parameters, and implement the learned techniques.
-
Apply the acquired knowledge to real-world AC Drive applications.
Five other activities
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Show all eight activities
Practice writing ladder logic programs to control AC Drives using a PLC simulator.
Show steps
Develop proficiency in programming PLCs to control AC Drives, improving your ability to automate industrial processes.
Browse courses on
PLC Programming
Show steps
-
Set up a PLC simulator and create a virtual AC Drive model.
-
Practice writing ladder logic programs to start, stop, and adjust the speed of the AC Drive.
-
Simulate different operating scenarios and troubleshoot any issues.
Compile a collection of AC Drives case studies and application examples.
Show steps
Expand your knowledge and gain insights into practical implementations of AC Drives.
Show steps
-
Research and gather case studies and application examples from industry sources.
-
Organize and categorize the collected materials based on industry, application, and AC Drive type.
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Document the findings and share them with others.
Mentor a junior engineer or student in AC Drive applications.
Show steps
Share your expertise and guide others to develop their AC Drive knowledge and skills.
Browse courses on
Mentorship
Show steps
-
Identify a junior engineer or student who is interested in learning about AC Drives.
-
Provide guidance, answer questions, and share your knowledge.
-
Monitor their progress and offer support as needed.
Build a prototype of an AC Drive-controlled system.
Show steps
Gain hands-on experience by designing, building, and testing an AC Drive-based system.
Show steps
-
Define the system requirements and design the hardware and software architecture.
-
Build the prototype and integrate the AC Drive with other components.
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Test the system, troubleshoot issues, and document the design.
Contribute to open-source VFD software projects.
Show steps
Deepen your understanding of VFD software architecture and contribute to the community.
Browse courses on
Open-Source Software
Show steps
-
Explore open-source VFD software projects and identify areas for contribution.
-
Submit bug reports, feature requests, or code contributions to the project.
-
Engage with the open-source community to learn and troubleshoot issues.
Join a study group or online forum for AC Drives discussions.
Show steps
Engage with peers, share knowledge, and troubleshoot challenges related to AC Drives.
Show steps
- Join an online forum or study group dedicated to AC Drives.
- Participate in discussions, ask questions, and share your experiences.
- Collaborate with others to find solutions and improve your understanding.
Practice running AC Drives using VFD Simulation software
Show steps
Build confidence and proficiency in operating AC Drives through virtual simulations.
Show steps
- Install the VFD simulation software and set up the hardware interface.
- Create a virtual AC Drive model and configure its parameters.
- Simulate different operating scenarios, adjusting settings and monitoring the drive's behavior.
Explore advanced VFD programming techniques through online tutorials.
Show steps
Delve deeper into the intricacies of VFD programming to enhance your control capabilities.
Browse courses on
Industrial Automation
Show steps
- Identify online tutorials and resources that cover advanced VFD programming techniques.
- Follow the tutorials, experiment with different parameters, and implement the learned techniques.
- Apply the acquired knowledge to real-world AC Drive applications.
Practice writing ladder logic programs to control AC Drives using a PLC simulator.
Show steps
Develop proficiency in programming PLCs to control AC Drives, improving your ability to automate industrial processes.
Browse courses on
PLC Programming
Show steps
- Set up a PLC simulator and create a virtual AC Drive model.
- Practice writing ladder logic programs to start, stop, and adjust the speed of the AC Drive.
- Simulate different operating scenarios and troubleshoot any issues.
Compile a collection of AC Drives case studies and application examples.
Show steps
Expand your knowledge and gain insights into practical implementations of AC Drives.
Show steps
- Research and gather case studies and application examples from industry sources.
- Organize and categorize the collected materials based on industry, application, and AC Drive type.
- Document the findings and share them with others.
Mentor a junior engineer or student in AC Drive applications.
Show steps
Share your expertise and guide others to develop their AC Drive knowledge and skills.
Browse courses on
Mentorship
Show steps
- Identify a junior engineer or student who is interested in learning about AC Drives.
- Provide guidance, answer questions, and share your knowledge.
- Monitor their progress and offer support as needed.
Build a prototype of an AC Drive-controlled system.
Show steps
Gain hands-on experience by designing, building, and testing an AC Drive-based system.
Show steps
- Define the system requirements and design the hardware and software architecture.
- Build the prototype and integrate the AC Drive with other components.
- Test the system, troubleshoot issues, and document the design.
Contribute to open-source VFD software projects.
Show steps
Deepen your understanding of VFD software architecture and contribute to the community.
Browse courses on
Open-Source Software
Show steps
- Explore open-source VFD software projects and identify areas for contribution.
- Submit bug reports, feature requests, or code contributions to the project.
- Engage with the open-source community to learn and troubleshoot issues.
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