Advanced AC Drive- VFD, Servo & Stepper - Powerflex & Delta

Learn programming and PLC Interfacing of Allen Bradley & Delta AC Drives - VFD and Servo by LIVE Examples
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  • Lectures 110
  • Length 20.5 hours
  • Skill Level Expert Level
  • Languages English
  • Includes Lifetime access
    30 day money back guarantee!
    Available on iOS and Android
    Certificate of Completion
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About This Course

Published 3/2014 English

Course Description

This course will teach you 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 Motor.

This course includes High Quality AC Drive Video Tutorial on various Programming parameter which makes the motor control Operation Intelligent.

We have made explanation by Real Time LIVE Camera & Designing Software to understand the concept clearly.

Course Outline

  • High Quality AC Drive Video Tutorials
  • Includes Presentations
  • VFD and Servo Circuit Diagrams
  • PLC-VFD and PLC- Servo Interfacing Examples

VFD which are covered in this course are:

  • Delta M Series
  • Allen Bradley- Powerflex 4M

Servo which is covered in this course is Delta B Series

Circuit diagrams & Manuals are added in the supplement material. For any help, pop me a question!

About Us:
NFI is an Industrial Automation Training Academy exists to bridge the skill gap between Industries & Engineering Colleges.

We train students/professionals in Automation skills that can help them in securing their path to success. NFI provides quality education in the field of Industrial Automation Control Systems that are being installed across industries.

The course material is designed in a way that helps students in acquiring knowledge of these systems and use revolutionary thinking to keep the productivity and profitability high while reducing downtime of machines and troubleshoot the systems faster

NFI offers E-Learning Industrial Automation Courses to facilitate the students & engineers far across the world. NFI uses motivational Learning tools & software with self-learning Video tutorial for flexible & easy learning.

Enrolled candidates gets FREE Software's & circuits which are used in the training programs. This helps them to practice for themselves after the course ends.

What are the requirements?

  • Internet

What am I going to get from this course?

  • 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

What is the target audience?

  • Maintenance Technician
  • Application Engineers
  • PLC Programmers

What you get with this course?

Not for you? No problem.
30 day money back guarantee.

Forever yours.
Lifetime access.

Learn on the go.
Desktop, iOS and Android.

Get rewarded.
Certificate of completion.

Curriculum

Section 1: Understanding VFD & Start up Parameters
Understanding VFD- Variable Freq. Drive
Preview
10:48
Selecting the source of Freq.in VFD
11:21
Selecting the source of Operation in VFD
13:37
Section 2: Auxiliary Parameters in VFD
04:58

This video explains how we can alter the acceleration & deceleration time in the VFD. This is mandatory & time varies as per the application.

03:17

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

05:04

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..

02:06

Here, We have shown how to disable reverse operation of the motor by using special parameter.

03:12

This video explains "How to Secure the Parameter" from unauthorized access.

05:51

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

Section 3: Internal PLC Mode Operation in VFD
06:00

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.

Internal PLC Mode- II & III
03:38
Internal PLC Mode- Direction Control
03:36
Section 4: Other Special Parameters in VFD
03:59

This video is about changing the Acc./Dec. time to another range.

03:34

This video explains how to limit the frequency of VFD under certain bounded frequencies

03:31

This videos show's how to Reset the External fault using external input.

05:25

Delta VFD has internal counter, which can be used to count the events & take action once the count is complete.

02:04

This video explains how we can change the external control of VFD (Keypad, 0 ~ 10 VDC, 4 to 20 mA, Comm.)

Section 5: VFD Feedback Signals
VFD Operational Feedback (ON/OFF) - How to read Feedback in PLC
04:33
How to read VFD Fault Feedback?
03:46
Reading feedback of getting Desired Frequency in VFD
05:13
Section 6: VFD Biasing - Voltage & Frequency Curves
04:34

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

Exercise 1: Biasing the Frequency
04:23
Exercise 2: Biasing the Frequency with Pot. Freq. Gain
05:01
Exercise 3: How to Double the Pot. Freq Gain?
02:43
Exercise 4: Biasing the Voltage
03:27
Exercise 5: Biasing the Voltage with Pot. Freq. Gain
02:15
Exercise 6: Controlling Frequency (0 ~ 50Hz) by 5V ~ 10V signal
02:38
Exercise 7: Using full Pot. Scale to Control Speed, Operation & Dir. of Motor
04:24
Delta VFD Synchronization with Analog Output Gain Setting
10:02
Delta PLC to VFD MODBUS Example
25:19
PLC- VFD MODBUS Communication Presentation
11 pages
HMI-VFD Modbus Communication
Article
Delta VFD Circuit Diagram
1 page
Section 7: VFD Supported Documents & Supplementary material
VFD- Delta M Series User Manual
173 pages
Allen Bradley VFD Presentation for Download
50 pages
Delta VFD Presentation for Download
41 pages
Section 8: VFD Questionnaire with Solutions
VFD Test 1
15 pages
VFD Test 2
12 pages
Section 9: Allen Bradley VFD- Powerflex 4M Video Tutorials
Understanding the VFD- Power Flex 4M
Preview
06:49
Understanding the Wiring & Circuit Diagram
10:46
How to Reset the Drive & Enter Start up Parameters
04:12
Section 10: Allen Bradley VFD- Various Source of Operation
How to Run the Drive from Local Keypad
02:11
Programming the Drive for 3 Wire Control Mode
Preview
05:51
Source of Operation- 2 Wire Control
02:38
Stop Methods in VFD
03:30
Section 11: Allen Bradley VFD - Various Sources of Speed
How to change the Speed from Drive Pot?
01:55
Internal Frequency Speed source
02:28
How to use 0 ~ 10 VDC to change the speed?
03:50
Using 4 Present Frequencies to change the speed
05:52
Section 12: Acceleration & Deceleration Time Settings
Acc./Dec. Time 1 (Default)
04:39
Acc./Dec. Time 2 (Conditional)
06:27
Section 13: Auxiliary Functions in VFD
Jog Mode in VFD
06:27
How to switch to Local Control (Start/Stop/Speed from VFD Buttons) Immediately
06:27
Auxiliary Fault in VFD
05:33
How to Override 0 ~ 10 VDC in VFD (Conditional)
03:24
Section 14: VFD Scaling - Playing with Voltage & Frequency Curves
Introduction to Scaling - Example of Frequency Scaling
05:28
Voltage Bias Exercise -2
04:18
Voltage Bias Exercise- 3
05:01
Section 15: Feedback Signals in VFD
How to read Feedback Signals from VFD?
05:45
Section 16: VFD Wrap Up
Allen Bradley VFD Circuit Diagram
1 page
Allen Bradley Powerflex 4M Slides
Preview
49 pages
Section 17: Introduction to Servo Driver and Motor
Introduction to Servo Motor and Drive
Preview
15:23
Circuit - Simple Motor Control Circuit
1 page
Understanding Servo Wiring, Pin Configuration, PC Communication and Strart up
14:04
Auto Tuning in Servo
03:09
How to Turn ON Servo.
08:30
Section 18: Velocity Control Mode in Servo
Understanding Wiring and Programming- Running Servo in FWD/REV by 0 ~ 10VDC
09:27
Circuit - Servo Velocity Mode
1 page
Circuit for Forward/Reverse Motion in Velocity Control Mode
07:58
Circuit Diagrams for Forward/ Reverse 1
1 page
Circuit Diagrams for Forward/ Reverse 2
1 page
Analog Scaling in Velocity Control Mode
01:30
Internal Velocity Control Mode in Servo
08:40
Circuit - Servo Internal Velocity Mode
1 page
Understanding Acceleration and Deceleration Time
03:21
Section 19: Servo Position Control Mode via High Speed PLC Output
Understanding the Wiring and Parameter
07:54
Circuit - Servo Position Mode
1 page
Example 1: ON/OFF control using PLC
08:27
Example 2: ON/OFF and Direction control using PLC
02:09
Example 3: Understanding servo feedback bit to make loop of logic
05:31
Example 4: Indexing of Servo at 45 degree with time delay
01:54

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Instructor Biography

Mr Rajvir Singh, Mechatronics Engineer

      I am working as an Educator Associate Director, NFI- INDUSTRIAL AUTOMATION TRAINING ACADEMY, INDIA. We provide hand on training on Industrial Control, PLC, HMI, AC Drives - VFD & Servo, Hydraulics & Pneumatics.

      ACHIEVEMENTS:

      • Awarded Silver Medal in Graduation Electronics & Instrumentation (2013)
      • Given On-site Training on Industrial Automation in Industries like ITC, USV, Asian Paints, Patanjali – World’s largest Food & Herbal Park, Stylum, Panchkula & in many Engineering Colleges/Universities in Punjab & Himachal Pradesh, India.
      • Published around 200 Intellectual Questionnaires on PLC, Servo, VFD, Hydraulics, Pneumatics, PID, Analog/Digital Cards & Industrial Control (2012)
      • Designed Flexible Learning Trainers for teaching each on Allen Bradley, Siemens & Delta PLC, HMI, Delta/ Panasonic Servo’s, VFD’s & Sensors
      • Demonstrated Electro- Pneumatic Robotic Arm to Dr. APJ Abdul Kalam (Former India President) on the eve of Inauguration of IDEA Factory
      • Designed & published 120 circuits diagrams on Industrial Control, Digital Electronics circuits, PLC Circuits, Electro- Pneumatics & Electro- Hydraulics circuits (2010)
      • Achieved 3rd Position among top 15 Mechatronic Engineers in ISTC (2008)

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