Section 1 : Understanding VFD & Start up Parameters
Lecture 1 INTRODUCTION TO BRAINMEASURES PROCTOR SYSTEM
Lecture 2 About Proctor Testing
Lecture 3 Selecting the source of Operation in VFD
Lecture 4 About Proctor Testing

Section 2 : Auxiliary Parameters in VFD
Lecture 1 Acceleration & Deceleration Time Setting in VFD 00:04:45 Duration
Lecture 2 Jog Mode of Operation in VFD 00:03:04 Duration
Lecture 3 How to select the Multiple Sources of Frequency in VFD 00:04:51 Duration
Lecture 4 How to Disable the Reverse Operation of Motor 00:01:52 Duration
Lecture 5 How to SecureLock your Parameter
Lecture 6 Multi-step Speed Commands in VFD 00:05:36 Duration
Lecture 7 INTRODUCTION TO BRAINMEASURES PROCTOR SYSTEM

Section 3 : Internal PLC Mode Operation in VFD
Lecture 1 Internal PLC Mode - I 00:05:47 Duration
Lecture 2 Internal PLC Mode- II & III 00:03:24 Duration
Lecture 3 Internal PLC Mode- Direction Control 00:03:22 Duration

Section 4 : Other Special Parameters in VFD
Lecture 1 Acceleration & Deceleration Time 2 & Speed Inhibit 00:03:45 Duration
Lecture 2 How to Bound the Frequency of Drive (Upper Bound & Lower Bound Function) 00:03:21 Duration
Lecture 3 How to Reset the External Fault in Drive 00:03:17 Duration
Lecture 4 Internal Counter of VFD 00:05:12 Duration
Lecture 5 How to change External Control of VFD 00:01:50 Duration

Section 5 : VFD Feedback Signals
Lecture 1 VFD Operational Feedback (ONOFF) - How to read Feedback in PLC 00:04:19 Duration
Lecture 2 How to read VFD Fault Feedback 00:03:33 Duration
Lecture 3 Reading feedback of getting Desired Frequency in VFD 00:04:59 Duration

Section 6 : VFD Biasing - Voltage & Frequency Curves
Lecture 1 VFD Biasing Introduction 00:04:21 Duration
Lecture 2 Exercise 1 Biasing the Frequency 00:04:08 Duration
Lecture 3 Exercise 2 Biasing the Frequency with Pot 00:04:48 Duration
Lecture 4 Exercise 3 How to Double the Pot 00:02:30 Duration
Lecture 5 Exercise 4 Biasing the Voltage 00:03:13 Duration
Lecture 6 Exercise 5 Biasing the Voltage with Pot 00:02:01 Duration
Lecture 7 Exercise 6 Controlling Frequency (0 ~ 50Hz) by 5V ~ 10V signal 00:02:25 Duration
Lecture 8 Exercise 7 Using full Pot 00:04:11 Duration
Lecture 9 Delta VFD Synchronization with Analog Output Gain Setting 00:09:47 Duration
Lecture 10 PLC-VFD Modbus Example 00:25:20 Duration
Lecture 11 PLC- VFD MODBUS Communication Presentation
Lecture 12 HMI-VFD Modbus Communication
Lecture 13 Delta VFD Circuit Diagram

Section 7 : VFD Supported Documents & Supplementary material
Lecture 1 VFD- Delta M Series User Manual
Lecture 2 Allen Bradley VFD Presentation for Download
Lecture 3 Delta VFD Presentation for Download

Section 8 : VFD Questionnaire with Solutions
Lecture 1 VFD Test 1
Lecture 2 VFD Test 2

Section 9 : Allen Bradley VFD- Powerflex 4M Video Tutorials
Lecture 1 Understanding the VFD- Power Flex 4M 00:06:35 Duration
Lecture 2 Understanding the Wiring & Circuit Diagram 00:10:31 Duration
Lecture 3 How to Reset the Drive & Enter Start up Parameters 00:03:57 Duration

Section 10 : Allen Bradley VFD- Various Source of Operation
Lecture 1 How to Run the Drive from Local Keypad 00:01:57 Duration
Lecture 2 Programming the Drive for 3 Wire Control Mode 00:05:36 Duration
Lecture 3 Source of Operation- 2 Wire Control 00:02:24 Duration
Lecture 4 Stop Methods in VFD 00:03:15 Duration

Section 11 : Allen Bradley VFD - Various Sources of Speed
Lecture 1 How to change the Speed from Drive Pot 00:01:41 Duration
Lecture 2 Internal Frequency Speed source 00:02:14 Duration
Lecture 3 How to use 0 ~ 10 VDC to change the speed 00:03:36 Duration
Lecture 4 Using 4 Present Frequencies to change the speed 00:05:38 Duration

Section 12 : Acceleration & Deceleration Time Settings
Lecture 1 Acc 00:04:24 Duration
Lecture 2 Acc 00:06:13 Duration

Section 13 : Auxiliary Functions in VFD
Lecture 1 Jog Mode in VFD 00:04:28 Duration
Lecture 2 How to switch to Local Control (StartStopSpeed from VFD Buttons) Immediately 00:02:58 Duration
Lecture 3 Auxiliary Fault in VFD 00:05:18 Duration
Lecture 4 How to Override 0 ~ 10 VDC in VFD (Conditional) 00:03:10 Duration

Section 14 : VFD Scaling - Playing with Voltage & Frequency Curves
Lecture 1 Introduction to Scaling - Example of Frequency Scaling 00:05:14 Duration
Lecture 2 Voltage Bias Exercise -2
Lecture 3 Voltage Bias Exercise- 3 00:04:46 Duration

Section 15 : Feedback Signals in VFD
Lecture 1 How to read Feedback Signals from VFD

Section 16 : VFD Wrap Up
Lecture 1 Allen Bradley VFD Circuit Diagram
Lecture 2 About Proctor Testing

Section 17 : Introduction to Servo Driver and Motor
Lecture 1 Introduction to Servo Motor and Drive
Lecture 2 Circuit - Simple Motor Control Circuit
Lecture 3 Understanding Servo Wiring, Pin Configuration, PC Communication and Strart up 00:13:48 Duration
Lecture 4 Auto Tuning in Servo 00:02:52 Duration
Lecture 5 How to Turn ON Servo 00:08:13 Duration

Section 18 : Velocity Control Mode in Servo
Lecture 1 Understanding Wiring and Programming- Running Servo in FWDREV by 0 ~ 10VDC 00:09:11 Duration
Lecture 2 Circuit - Servo Velocity Mode
Lecture 3 Circuit for ForwardReverse Motion in Velocity Control Mode 00:07:42 Duration
Lecture 4 Circuit Diagrams for Forward Reverse 1
Lecture 5 Circuit Diagrams for Forward Reverse 2
Lecture 6 Analog Scaling in Velocity Control Mode 00:01:15 Duration
Lecture 7 Internal Velocity Control Mode in Servo 00:08:23 Duration
Lecture 8 Circuit - Servo Internal Velocity Mode
Lecture 9 Understanding Acceleration and Deceleration Time 00:03:06 Duration

Section 19 : Servo Position Control Mode via High Speed PLC Output
Lecture 1 Understanding the Wiring and Parameter 00:07:38 Duration
Lecture 2 Circuit - Servo Position Mode
Lecture 3 Example 1 ONOFF control using PLC 00:08:09 Duration
Lecture 4 Example 2 ONOFF and Direction control using PLC 00:01:53 Duration
Lecture 5 Example 3 Understanding servo feedback bit to make loop of logic 00:05:15 Duration
Lecture 6 Example 4 Indexing of Servo at 45 degree with time delay 00:01:38 Duration
Lecture 7 Example 5 Indexing of Servo at 45 degree using Sensor 00:05:09 Duration
Lecture 8 Example 6 Indexing of Servo at 90 degree FWD and REVERSE 00:03:24 Duration
Lecture 9 Example 7 Indexing at different Position and direction in loop 00:07:30 Duration

Section 20 : Servo Dual Control Mode
Lecture 1 Programming and Wiring the driver for Dual Mode Control 00:04:18 Duration
Lecture 2 Dual Mode (Position Velocity) Example 00:06:05 Duration
Lecture 3 Circuit - Servo Dual Mode - Position and Velocity

Section 21 : Servo Torque Control Mode - Wiring Programming and Example
Lecture 1 Understanding Torque Control mode using 0 ~ 10 VDC 00:08:20 Duration
Lecture 2 Circuit - Servo Torque Mode
Lecture 3 Internal Torque Control Mode in Servo Drive 00:07:20 Duration
Lecture 4 Circuit - Servo Internal Torque Mode

Section 22 : Digital Output Feedback Signal in Servo
Lecture 1 Digital Output - Servo Ready Feedback 00:05:05 Duration
Lecture 2 Digital Output - Servo ON Feedback 00:03:24 Duration
Lecture 3 Digital Output - Zero Speed Feedback 00:02:53 Duration

Section 23 : Digital Input Auxilary Signal
Lecture 1 Digital Input - SERVO ON 00:05:20 Duration
Lecture 2 Digital Input - Command Inverse - Running Servo in Reverse Direction 00:02:38 Duration
Lecture 3 Digital Input - Pulse Inhibit Input 00:04:35 Duration
Lecture 4 Digital Input - CWL and CCWL - Limiting the position at FwdRev Direction 00:05:36 Duration
Lecture 5 Digital Input - Emergency and Alarm Reset Function- 00:04:41 Duration
Lecture 6 Circuit - Digital InputOutput Signal

Section 24 : AC Drive - Wrap Up
Lecture 1 INTRODUCTION TO BRAINMEASURES PROCTOR SYSTEM
Lecture 2 About Certification
Lecture 3 About Proctor Testing
Lecture 4 Remove - INTRODUCTION TO BRAINMEASURES PROCTOR SYSTEM

Section 25 : Stepper Motor Control
Lecture 1 Introduction to Stepper Drive and Motor 00:07:35 Duration
Lecture 2 Basic Stepper motor control - ONOFF using PLC PWM output 00:04:35 Duration
Lecture 3 Controlling the position of stepper motor using DPLSY 00:04:54 Duration
Lecture 4 Indexing of Stepper motor using DPLSY 00:05:27 Duration
Lecture 5 Stepper Motor Control using PLC and HM 00:19:36 Duration