#Mitsubishi #PLC #GX #Developer & #Advance with #Servo #Motor #Training at NSSDC Mantin (2nd Batch ) From Hino SDN.BHD

This training is for technician from HINO.CO Seremban provided by NSSDC Mantin.
#ASAutomationTrainingServices #PLCTraining #MitsubsishiPLC #Siemens #Omron#AllenBradley #Beckhoff #ProgrammableLogicControlers #SCADA #Programming#Industrial #Automation #ServoMotor
The topic we cover is as followed :-
The Basics of Positioning Control
1.1 What is positioning control?
1.2 Actuators for positioning
1.2.1 Pneumatic
1.2.2 Brake motor
1.2.3 Clutch brake
1.2.4 Stepping motor 
1.2.5 DC servo system
1.2.6 General purpose inverter and general purpose motor 
1.2.7 AC servo system
1.3 Positioning method type
1.3.1 Speed control
1.3.2 Position control
2 Positioning by AC Servo System
2.1 Advantages for using an AC servo system
2.2 Examples of AC servo systems
2.2.1 Constant feed 
2.2.2 Tapping
2.2.3 Drilling in steel sheet
2.2.4 Index table
2.2.5 Lifter moving-up/down
2.2.6 Cart travel control
2.2.7 Carrier robot
3 Components of Positioning Control and their Roles
3.1 Positioning controller
3.1.1 Command pulse control method
3.1.2 Basic parameter settings
3.1.3 Zero point return function
3.2 Servo Amplifier and Servo Motor
3.2.1 Positioning control in accordance with command pulse
3.2.2 Deviation counter function
3.2.3 Servo lock function
3.2.4 Regenerative brake function
3.2.5 Dynamic brake function
3.3 Drive mechanism
3.3.1 Concept of drive system movement quantity
3.3.2 Setting the target position

Table of Contents

FX Positioning Control Systems VI
4 Learning to Use the FX Family for Positioning Control
4.1 MELSEC FX PLC positioning
4.1.1 Overview of control
4.1.2 Important memory locations
4.1.3 Program Examples
4.2 Inverter Drive Control
4.2.1 Overview of control
4.2.2 Using the MELSEC FX and FREQROL Inverter
4.2.3 Program example
4.3 FX2N-1PG-E positioning
4.3.1 Overview of control
4.3.2 Important buffer memory locations
4.3.3 Program example
4.4 FX2N-10PG positioning
4.4.1 Overview of control
4.4.2 Important buffer memory locations
4.4.3 Program example
4.5 FX2N-10GM and FX2N-20GM positioning
4.5.1 Overview of control
4.5.2 Using dedicated software to set positioning for the FX2N-20GM
4.5.3 Testing and monitoring operations
4.6 FX3U-20SSC-H positioning
4.6.1 Overview of control
4.6.2 Using dedicated software to set positioning for the FX3U-20SSC-H
4.6.3 Testing and monitoring operations
4.6.4 Important buffer memory locations
4.6.5 Program example

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