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Topic: PLC/SCADA/HMI/VFD/Servo/Stepper motors Automation Training @50% discount

  1. #1
    Senior Member stanhiz's Avatar
    Join Date
    Jan 2012
    Location
    LAGOS
    Posts
    2,965

    PLC/SCADA/HMI/VFD/Servo/Stepper motors Automation Training @50% discount

    PLC/SCADA/HMI/VFD/Servo/Stepper motors Automation Training @50% discount

    Call now: VOGW Concept -
    Tel:08133476558, 07085740887, Address: Suite 28, No 4 Irewole street, Awosika B/S, Opebi Ikeja, Lagos State, Nigeria. [email protected], Website: www.vogwconcept.net


    1.
    Programmable Logic Controllers (PLC)
    MODULE 1
    -PLC Jargon (FAQ)
    -Fundamental of Control Logic
    -Switch, Wire & Relay Logic
    - Measuring & Sensing Devices
    - Input Output Devices & Types
    -Sensing Elements
    -PLC Memory Unit, -Timer, -COUNTERS, -Advance Instruction, -Data and Control Instruction ,-Controller
    MODULE 2
    -PLC Hardware’s and Panel wiring - Different types of Panels
    - MCC – Panel overview - Power supply * CPU - I/O modules * Communication bus - Various ranges available in PLCs - Types of Inputs & outputs - Source and Sink Concept in PLC - Concept of flags - Scan cycle execution - Contactors, Relays - Power supply connection and communication por
    -Practical class: Participants will design a PLC panel in full capacity
    MODULE 3
    -Common input and output devices
    -Practical class: Participants will have on-hands skills on how to connect: 1. two wire sensors, 2. three wire sensors, 3.four wires sensor and 5. Five wires sensors to PLC and how to connect various output devices/final control elements, Ethernet, tcp e.t.c
    MODULE 4
    Motors, Valves, Alarm/Light, Pumps as output devices
    MODULE 5
    Digital and Analog, Programming In PLC, Practical Exposure to PLC programming, Allen Bradley, Siemens, Mitsubishi, Omron PLCs e.t.c –
    Introduction to PLC programming software
    - Addressing concepts (Syntax) for digital and analog
    - Introduction to bit, byte & word concept
    - Different between digital and analog programming
    - Programming instructions arithmetic and logical
    - Load /and /or/out / and Read / Write * MOVE block application
    - Understanding PLC programming languages
    - Compare / Add / Sub /And /Or - Blocks * Advanced instructions
    - Leading edge / trailing edge instructions * File handling
    - Timer Blocks programming * Comment functions
    - Master control /set /reset function * Counter Block Programming
    - Upload, download, Monitoring of programs
    - Forcing I/P & O/P - Monitoring / Modifying data table values - PLC and Panel wiring
    - Hands on experience on writing programs
    - Case studies for conveyer, motors control, timer & counter applications etc.
    - Troubleshooting and fault diagnostics of PLC
    - Documenting the project
    - Program assignments for real time applications
    - PID programming
    - Profibus configuration
    -Practical: 100% practical class all through
    -Commissioning of PLC panel
    e.t.c
    Lab Work
    Designing, programming and commissioning scenario:
    -Digital input to digital output settings
    -Digital input to analog output settings
    -Analog input to digital output settings
    -Analog input to analog output settings
    - Designing PID controller
    Lab work to include panel wiring, design, programming, troubleshooting, and commissioning
    e.t.c

    2

    SCADA/HMI Training - Supervisory Control & Data Acquisition/Human Machine Interface
    SCADA/HMI Training Course contents
    » Applications of SCADA/HMI software
    »Difference between HMI/SCADA
    » Different packages available with I/O structure
    » Features of SCADA/HMI software
    »Application development SCADA/HMI
    » SCADA security
    »Creating a new SCADA/HMI application
    » Creating Database of Tags
    » Creating & Editing graphic display with animation
    Data Entry / Start Stop command
    Analog entry
    Sizing
    Movement
    Blinking
    Visibility
    Filling
    »Trending
    Creating & Accessing Real-time Trends
    Creating & Accessing Historical Trends
    » Creating Alarms & Events
    » Writing logic through script
    Application script
    Condition
    Data Change
    Window script
    Special functions
    » Connectivity with the different hardware
    Communication protocols
    Communication with PLC
    Communication with Data Acquisition System
    » Connectivity between software
    Communication with Excel
    Communication with Visual Basic
    » Commissioning the network nodes
    » Troubleshooting the application
    Lab Work
    SCADA/HMI scenario to monitor:
    -Digital input to digital output settings
    -Digital input to analog output settings
    -Analog input to digital output settings
    -Analog input to analog output settings
    - Designing PID controller
    Lab work to include interfacing SCADA with PLC


    3


    Variable frequency Drive (Inverter) – VFD/Servo and Stepper Motor Drives
    Variable frequency Drive (Inverter)
    VFD HISTORY
    - Introduction
    - Semiconductors in VFD Design
    - SCRs / GTOs / Transistors / IGBTs / LSI
    WHAT VFDs DO
    - Motion Control / Motor Speed
    - Air Flow / Pressure Control
    - Liquid Flow / Pressure Control
    - Eliminates the need for:
    - Variable Transmission or Sheave
    - Variable Vanes or Dampers on Fans
    - Variable Valves on Pumps
    BENEFITS OF USING A VFD
    - Energy Savings
    - Easier Maintenance
    - Enhanced System Monitoring
    LOAD TYPES
    - Constant Torque – Conveyors, Positive Displacement Pumps, Superchargers
    - Variable Torque - Centrifugal Fans or Pumps, Saws, Routers, Planers
    VFD OPTIONS
    - Bypass - Two or Three Contactor Style, Disconnect Switch Style, Soft Starter
    - Fusing - VFD or Bypass Protection
    - Input / Output Reactors
    - Motor Overload Device
    - Transient Protection
    - Auxiliary Relays
    - Power Line Phase Reversal Detection
    INSTALLATION OF A VFD
    - Environmental Concerns
    - Clearances
    - Conduit Entry
    CUSTOMER CONNECTIONS
    - Safety Circuit
    - Start / Stop
    - Jog
    - Status Indication
    - Fault Indication
    - Remote Speed Reference
    - Monitoring of Motor Parameters
    WIRING & GROUNDING VFDs
    - Induced Signals
    – Inductive, Capacitative
    - Incoming Power (line) Wiring
    - Motor (load) Wiring
    - Control Wiring
    - Proper Grounding Methods
    CONTROLLING A VFD
    - Keypad Controls
    - Terminal Strip Control – Automatic, Manual
    - Bus Communication Control
    - Open Loop Control
    - Manual Operation
    - Automatic Operation
    - Sensorless Flux Vector
    - Closed Loop Control
    - PI Loop Configuration
    - Sensor or Transducer Feedback
    - Motor Shaft Encoder Feedback
    VFD SETUP, PROGRAMMING and TROUBLESHOOTING
    - Language & Display
    - Control Modes
    - Open Loop, Closed Loop
    - Motor Data
    - Motor Power (kW) and RPM
    - Voltage, FLA Current
    - Service Factor, Power Factor
    - References & Limits
    - Motor Speeds – Min, Max and Preset
    - Ramp Times
    - Speed Reference
    - Skip Frequencies
    - Limits for Alarms or Faults
    - Inputs / Outputs – Analog, Digital, and Relay
    - Application Functions
    - Reset
    - Flying Start
    - Sleep Mode
    - Switching Frequency
    - No Load
    - Phase Loss
    - Closed Loop Functions
    - Normal / Inverse
    - Anti Windup
    - Start-up Frequency
    - Integral Time / Differential Time
    - Proportional Gain / Differential Gain
    - Lowpass Filter.



    4

    Servo and Stepper Motor Drives

    Servo and Stepper Motor Drives
    - Operating characteristics of open-loop and close-loop servo systems
    -DC and 3-phase AC motor operation
    - Semiconductor theory
    -Tach-generators function resolver operation
    - Encoder operation-inductosyn scales and linear variable -differential transformer (LVDT) operating characteristics.

    -Phase control ramp control PWM
    - Phase ramp frequency pulse width modulation and chopper control inverter systems
    - Study of various servo drives
    - Servo failures and troubleshooting techniques
    Introduction to Linear motion components like Screws, Timer Belts and Pulleys, LM Guides, Gearbox, Slides, Bearings etc.
    Operation & Protection of
    • AC Motors & Drives
    • DC Motors & Drives
    • Stepper Motor & Drives
    • Servo Motor & Drives
    Connecting of servo drive system.
    Digital and Analog Command
    Parameterization setting
    Speed Control
    Servo Drive control by PLC e.g Mitsubshi/omron
    Pulse Train Command
    Position Control
    Homing and Positioner Programming application
    Lab Work

    All-inclusive practical lab work

    Call now:
    VOGW Concept -

    Tel:08133476558, 07085740887, Address: Suite 28, No 4 Irewole street, Awosika B/S, Opebi Ikeja, Lagos State, Nigeria. [email protected], Website: www.vogwconcept.net

  2. #2
    Senior Member stanhiz's Avatar
    Join Date
    Jan 2012
    Location
    LAGOS
    Posts
    2,965

    Re: PLC/SCADA/HMI/VFD/Servo/Stepper motors Automation Training @50% discount

    PLC/SCADA/HMI/VFD/Servo/Stepper motors Automation Training @50% discount

    Call now: VOGW Concept -
    Tel:08133476558, 07085740887, Address: Suite 28, No 4 Irewole street, Awosika B/S, Opebi Ikeja, Lagos State, Nigeria. [email protected], Website: www.vogwconcept.net


    1.
    Programmable Logic Controllers (PLC)
    MODULE 1
    -PLC Jargon (FAQ)
    -Fundamental of Control Logic
    -Switch, Wire & Relay Logic
    - Measuring & Sensing Devices
    - Input Output Devices & Types
    -Sensing Elements
    -PLC Memory Unit, -Timer, -COUNTERS, -Advance Instruction, -Data and Control Instruction ,-Controller
    MODULE 2
    -PLC Hardware’s and Panel wiring - Different types of Panels
    - MCC – Panel overview - Power supply * CPU - I/O modules * Communication bus - Various ranges available in PLCs - Types of Inputs & outputs - Source and Sink Concept in PLC - Concept of flags - Scan cycle execution - Contactors, Relays - Power supply connection and communication por
    -Practical class: Participants will design a PLC panel in full capacity
    MODULE 3
    -Common input and output devices
    -Practical class: Participants will have on-hands skills on how to connect: 1. two wire sensors, 2. three wire sensors, 3.four wires sensor and 5. Five wires sensors to PLC and how to connect various output devices/final control elements, Ethernet, tcp e.t.c
    MODULE 4
    Motors, Valves, Alarm/Light, Pumps as output devices
    MODULE 5
    Digital and Analog, Programming In PLC, Practical Exposure to PLC programming, Allen Bradley, Siemens, Mitsubishi, Omron PLCs e.t.c –
    Introduction to PLC programming software
    - Addressing concepts (Syntax) for digital and analog
    - Introduction to bit, byte & word concept
    - Different between digital and analog programming
    - Programming instructions arithmetic and logical
    - Load /and /or/out / and Read / Write * MOVE block application
    - Understanding PLC programming languages
    - Compare / Add / Sub /And /Or - Blocks * Advanced instructions
    - Leading edge / trailing edge instructions * File handling
    - Timer Blocks programming * Comment functions
    - Master control /set /reset function * Counter Block Programming
    - Upload, download, Monitoring of programs
    - Forcing I/P & O/P - Monitoring / Modifying data table values - PLC and Panel wiring
    - Hands on experience on writing programs
    - Case studies for conveyer, motors control, timer & counter applications etc.
    - Troubleshooting and fault diagnostics of PLC
    - Documenting the project
    - Program assignments for real time applications
    - PID programming
    - Profibus configuration
    -Practical: 100% practical class all through
    -Commissioning of PLC panel
    e.t.c
    Lab Work
    Designing, programming and commissioning scenario:
    -Digital input to digital output settings
    -Digital input to analog output settings
    -Analog input to digital output settings
    -Analog input to analog output settings
    - Designing PID controller
    Lab work to include panel wiring, design, programming, troubleshooting, and commissioning
    e.t.c

    2

    SCADA/HMI Training - Supervisory Control & Data Acquisition/Human Machine Interface
    SCADA/HMI Training Course contents
    » Applications of SCADA/HMI software
    »Difference between HMI/SCADA
    » Different packages available with I/O structure
    » Features of SCADA/HMI software
    »Application development SCADA/HMI
    » SCADA security
    »Creating a new SCADA/HMI application
    » Creating Database of Tags
    » Creating & Editing graphic display with animation
    Data Entry / Start Stop command
    Analog entry
    Sizing
    Movement
    Blinking
    Visibility
    Filling
    »Trending
    Creating & Accessing Real-time Trends
    Creating & Accessing Historical Trends
    » Creating Alarms & Events
    » Writing logic through script
    Application script
    Condition
    Data Change
    Window script
    Special functions
    » Connectivity with the different hardware
    Communication protocols
    Communication with PLC
    Communication with Data Acquisition System
    » Connectivity between software
    Communication with Excel
    Communication with Visual Basic
    » Commissioning the network nodes
    » Troubleshooting the application
    Lab Work
    SCADA/HMI scenario to monitor:
    -Digital input to digital output settings
    -Digital input to analog output settings
    -Analog input to digital output settings
    -Analog input to analog output settings
    - Designing PID controller
    Lab work to include interfacing SCADA with PLC


    3


    Variable frequency Drive (Inverter) – VFD/Servo and Stepper Motor Drives
    Variable frequency Drive (Inverter)
    VFD HISTORY
    - Introduction
    - Semiconductors in VFD Design
    - SCRs / GTOs / Transistors / IGBTs / LSI
    WHAT VFDs DO
    - Motion Control / Motor Speed
    - Air Flow / Pressure Control
    - Liquid Flow / Pressure Control
    - Eliminates the need for:
    - Variable Transmission or Sheave
    - Variable Vanes or Dampers on Fans
    - Variable Valves on Pumps
    BENEFITS OF USING A VFD
    - Energy Savings
    - Easier Maintenance
    - Enhanced System Monitoring
    LOAD TYPES
    - Constant Torque – Conveyors, Positive Displacement Pumps, Superchargers
    - Variable Torque - Centrifugal Fans or Pumps, Saws, Routers, Planers
    VFD OPTIONS
    - Bypass - Two or Three Contactor Style, Disconnect Switch Style, Soft Starter
    - Fusing - VFD or Bypass Protection
    - Input / Output Reactors
    - Motor Overload Device
    - Transient Protection
    - Auxiliary Relays
    - Power Line Phase Reversal Detection
    INSTALLATION OF A VFD
    - Environmental Concerns
    - Clearances
    - Conduit Entry
    CUSTOMER CONNECTIONS
    - Safety Circuit
    - Start / Stop
    - Jog
    - Status Indication
    - Fault Indication
    - Remote Speed Reference
    - Monitoring of Motor Parameters
    WIRING & GROUNDING VFDs
    - Induced Signals
    – Inductive, Capacitative
    - Incoming Power (line) Wiring
    - Motor (load) Wiring
    - Control Wiring
    - Proper Grounding Methods
    CONTROLLING A VFD
    - Keypad Controls
    - Terminal Strip Control – Automatic, Manual
    - Bus Communication Control
    - Open Loop Control
    - Manual Operation
    - Automatic Operation
    - Sensorless Flux Vector
    - Closed Loop Control
    - PI Loop Configuration
    - Sensor or Transducer Feedback
    - Motor Shaft Encoder Feedback
    VFD SETUP, PROGRAMMING and TROUBLESHOOTING
    - Language & Display
    - Control Modes
    - Open Loop, Closed Loop
    - Motor Data
    - Motor Power (kW) and RPM
    - Voltage, FLA Current
    - Service Factor, Power Factor
    - References & Limits
    - Motor Speeds – Min, Max and Preset
    - Ramp Times
    - Speed Reference
    - Skip Frequencies
    - Limits for Alarms or Faults
    - Inputs / Outputs – Analog, Digital, and Relay
    - Application Functions
    - Reset
    - Flying Start
    - Sleep Mode
    - Switching Frequency
    - No Load
    - Phase Loss
    - Closed Loop Functions
    - Normal / Inverse
    - Anti Windup
    - Start-up Frequency
    - Integral Time / Differential Time
    - Proportional Gain / Differential Gain
    - Lowpass Filter.



    4

    Servo and Stepper Motor Drives

    Servo and Stepper Motor Drives
    - Operating characteristics of open-loop and close-loop servo systems
    -DC and 3-phase AC motor operation
    - Semiconductor theory
    -Tach-generators function resolver operation
    - Encoder operation-inductosyn scales and linear variable -differential transformer (LVDT) operating characteristics.

    -Phase control ramp control PWM
    - Phase ramp frequency pulse width modulation and chopper control inverter systems
    - Study of various servo drives
    - Servo failures and troubleshooting techniques
    Introduction to Linear motion components like Screws, Timer Belts and Pulleys, LM Guides, Gearbox, Slides, Bearings etc.
    Operation & Protection of
    • AC Motors & Drives
    • DC Motors & Drives
    • Stepper Motor & Drives
    • Servo Motor & Drives
    Connecting of servo drive system.
    Digital and Analog Command
    Parameterization setting
    Speed Control
    Servo Drive control by PLC e.g Mitsubshi/omron
    Pulse Train Command
    Position Control
    Homing and Positioner Programming application
    Lab Work

    All-inclusive practical lab work

    Call now:
    VOGW Concept -

    Tel:08133476558, 07085740887, Address: Suite 28, No 4 Irewole street, Awosika B/S, Opebi Ikeja, Lagos State, Nigeria. [email protected], Website: www.vogwconcept.net

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