TIA Portal PLC Programming I
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TIA Portal PLC Programming I
- Course Fee:
- Duration: 5 days (30hours)
- Schedule:
- Status: Open
This training prepares the participant in installation, programming and configuration SIMATIC S7Controller. Simatic system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming Simatic Controller using TIA Portal software. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of instructions and hands-on exercises. After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
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Training Objective:
On completion of this course the participant will be able to:
- Identify the components and performance characteristics of the SIMATIC S7-1200 PLC
- Able to Program S7 1200 PLC using TIA Portal
- Able to monitor and modified different types of addresses.
- Understand different S7 Blocks
- Understand and create binary operations, timers, counters etc.
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
Training Agenda
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: Simatic S7 Controller Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
- Processor
- Operation
- Memory
- Scan Cycle
SECTION 3: Developing Software – TIA Portal
- Hardware Configuration
- Watch Table
- S7 Blocks
- Organizational Block
- Function Block
- Functions
- Data Block
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and Monitor data
- Enter ladder logic components
- Archive and Retrieve file
SECTION 4: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 5: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
TIA Portal PLC Programming II
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TIA PLC Programming II
- Course Fee:
- Duration: 3 days (18hours)
- Schedule:
- Status: Open
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming Simatic S7 system using TIA Portal software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical Simatic S7 system. Each lesson in the training is devoted to a step by step programming sequence. The instructor will present each step and demonstrate the procedure required to complete it.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
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Training Objective:
On completion of this course the participant will be able to:
- Understand the use of data block
- Able to create User define data type
- Able to use comparison, convert, move and mathematical instructions on the programming
- Able to scale analog input and output
- Diagnose troubleshoot errors
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Completed Level 1 Course
Training Agenda
SECTION 1: Development Software TIA Portal
- Create and organize a project
- Create periodic and event tasks
- Develop an add-on instruction in ladder diagram
- Organize arrays
- Create user define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
SECTION 4: Analog Module
- Analog Input
- Scaling
- Configuration
- Analog Output
- Scaling
- Configuration
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
SIMATIC S7 300 PLC Programming I
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SIMATIC S7 300 PLC Programming I
- Course Fee:
- Duration: 5 Days (30 Hrs)
- Schedule:
- Status: Open
This training prepares the participant in installation, programming and configuration SIMATIC S7Controller. Simatic system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming Simatic Controller using TIA Portal software. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of instructions and hands-on exercises. After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
Training Agenda
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: Simatic S7 Controller Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
- Processor
- Operation
- Memory
- Scan Cycle
SECTION 3: Developing Software – Simatic Manager
- Hardware Configuration
- Watch Table
- S7 Blocks
- Organizational Block
- Function block
- Functions
- Data Block
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and monitoring data
- Enter ladder logic components
- Archive and Retrieve file
SECTION 4: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay Logic System
SECTION 5: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instructions
SIMATIC S7 300 PLC Programming II
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SIMATIC S7 300 PLC Programming II
- Course Fee:
- Duration: 5 Days (30 Hours)
- Schedule:
- Status: Open
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming Simatic S7 system using TIA Portal software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical Simatic S7 system. Each lesson in the training is devoted to a step by step programming sequence. The instructor will present each step and demonstrate the procedure required to complete it.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Objective:
On completion of this course the participant will be able to:
- Understand the use of data block
- Able to create User define data type
- Able to use comparison, convert, move and mathematical instructions on the programming
- Able to scale analog input and output
- Diagnose troubleshoot errors
Training Prerequisites
SECTION 1: Development Software Simatic Manager
- Create and organize a project
- Create periodic and event tasks
- Develop an add-on instruction in ladder diagram
- Organize arrays
- Create user define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation Arithmetic Instruction
SECTION 4: Analog Module
- Analog Input
- Scaling
- Configuration
- Analog Output
- Scaling
- Configuration
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
GX Works 2 PLC Programming 1
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This training prepares the participant in installation, programming and configuration MELSEC Controller. MELSEC system components, functionality and specifications are also cover.
- Course Fee:
- Duration: 5 days (30 hours)
- Schedule:
Feb 20, 2020
M-W-F | 9:00 AM – 6:00 PM
T-TH-S | 8:00 AM – 5:00 PMMar 20, 2020
M-W-F | 9:00 AM – 6:00 PM
T-TH-S | 8:00 AM – 5:00 PM - Status: Open
Training Description
This training prepares the participant in installation, programming and configuration MELSEC Controller. MELSEC system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming MELSEC Controller using GX Works2 software. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of technical discussions and hands-on exercises. After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
Training Agenda
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: MELSEC Controller Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
- Processor
- Operation
- Memory
- Scan Cycle
SECTION 3: Devices and PLC Parameters
- Input and Output Devices
- Relay Devices
- Internal
- Latch
- Link
- Special Relay
- PLC Parameters
- System
- File Register
- PLC RAS
SECTION 4: Developing Software – GX Works2
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and Monitor data
- Enter ladder logic components
SECTION 5: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 6: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
GX Works 2 PLC Programming 2
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GX Works 2 Programming 2
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming MELSESC Controller system using GX Works2 software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical PLC system. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of discussions and hands-on exercises.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Completed GX Works2 Basic Programming
Training Agenda
SECTION 1: Development Software GX Works2
- Create and organize a project
- Create periodic and event tasks
- Develop add-on instruction in ladder diagram
- Create used define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay Logic System
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
SECTION 4: Intelligent Function Module
- Analog Input
- Analog Output
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
GX Works 3 PLC Programming I
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GX Works 3 PLC Programming I
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This training prepares the participant in installation, programming and configuration MELSEC Controller. MELSEC system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming MELSEC Controller using GX Works3 software. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of hands-on exercises. After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
Training Agenda
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: MELSEC Controller Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
- Processor
- Operation
- Memory
- Scan Cycle
SECTION 3: Devices and PLC Parameters
- Input and Output Devices
- Relay Devices
- Internal
- Latch
- Link
- Special Relay
- PLC Parameters
- System
- File Register
- PLC RAS
SECTION 4: Developing Software – GX Works3
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and Monitor data
- Enter ladder logic components in a Logix Designer routine
SECTION 5: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 6: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
GX Works 3 PLC Programming II
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GX Works 3 PLC Programming II
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming MELSESC Controller system using GX Works3 software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical PLC system. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of instructions and hands-on exercises.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.-
Training Prerequisites
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Completed GX Works3 Basic Programming
Training Agenda
SECTION 1: Development Software GX Works3
- Create and organize a project
- Create periodic and event tasks
- Develop an add-on instruction in ladder diagram
- Create user define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
SECTION 4: Intelligent Function Module
- Analog Input
- Analog Output
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
Industrial Pneumatics
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Industrial Pneumatics
- Course Fee: 9500
- Duration: 3 days || 9AM-4PM
- Schedule:
No schedule yet..
- Status: Open
TRAINING DESCRIPTION
Industrial Pneumatics training provide the participants theoretical and practical experience with the design, construction and operation of pneumatic components. It also deals with pneumatic circuits, compressed air preparations, air processing, valves, safety maintenance and troubleshooting. Industrial pneumatics training typically combines theoretical knowledge with hands-on practical exercises and simulations. Participants may have the opportunity to work with actual pneumatic components and systems, allowing them to apply what they have learned in a real-world context. By the end of the training, individuals should have a solid understanding of pneumatics, enabling them to effectively operate, troubleshoot, and maintain pneumatic systems in industrial environments. The training format is a combination of technical discussions and hands-on exercises.
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TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment. (for software simulation)
- Automation fundamentals or equivalent.
TRAINING AGENDA
SECTION 1: Introduction to Pneumatics
- History of Pneumatic
- Gas Law
SECTION 2: Basic Airline System
- Compressor
- Aftercooler
- Dryer
- Air Service Unit
- Piping System
SECTION 3: Components Identifications
- Valve Identifications
- Types of Cylinder
SECTION 4: Pneumatic Control
- Direct Control
- Indirect Control
- Automatic Control
- Sequential Control
RS Logix 5000 PLC Programming I
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RS Logix 5000 PLC Programming I
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This training prepares the participant in installation, programming and configuration AB Logix system. Logix system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming Logix system using RSLogix5000/Studio5000 software.
Each lesson in the training is devoted to a step by step programming sequence. The instructor will present each step and demonstrate the procedure required to complete it.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
Training Agenda
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: ControlLogix Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
SECTION 3: Communication Software – RSLinx
- Importance
- RSLinx Software overview
- Drivers Configuration
- Establishing communication with PLC
SECTION 4: Developing Software – RSLogix 5000 / Studio5000
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and Monitor data
- Enter ladder logic components in a Logix Designer routine
SECTION 5: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 6: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
Electro-Pneumatics
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Electro-Pneumatics
- Course Fee: 12000
- Duration: 4 days || 9AM-4PM
- Schedule:
No Schedule yet..
- Status: Open
TRAINING DESCRIPTION
This training covers the fundamentals of design, function and operation of pneumatic and electrical components used in simple electro-pneumatic control system. Circuit design understanding and techniques will be discussed. Electro-pneumatics training typically combines theoretical knowledge with hands-on practical exercises using simulation software or actual electro-pneumatic systems. After each laboratory has been explained and demonstrated, the participant will be given an opportunity to apply what they have learned by performing each task and discuss it with the group. This enables participants to apply their knowledge and skills in a realistic setting. By the end of the training, individuals should be capable of understanding and operating electro-pneumatic systems, troubleshooting issues, and maintaining the equipment in an industrial environment.
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TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment. (for software simulation)
- Automation Fundamentals or Equivalent
- Industrial Pneumatics
TRAINING AGENDA
SECTION 1: Introduction to Electro-Pneumatics
- Development of Compress Air Engineering
- Signals Inputs Elements
- Processing Elements
- Converter Elements
- Working Elements
- Standard Symbols
SECTION 2: Logic Control Circuits
- Buffer and Inverter
- AND Logic and OR Logic
- NAND and NOR
- XOR and XNOR
- Inhibition and Implication
SECTION 3: Relay Logic Application
- Start-Stop
- Forward Reverse
- Automatic Return
- Automatic Control
SECTION 5: Time Dependent Control
- ON Delay
- OFF Delay
SECTION 6: Pattern Method Application
- Grouping Method
- Relay Pattern Method
Automation Fundamentals
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Automation Fundamentals
- Course Fee: 2500
- Duration: 1 day || 9AM-4PM
- Schedule:
August 29, 2023
- Status: Open
TRAINING DESCRIPTION
This training course covers the fundamentals of electricity, automation and control, and standard symbols used in Piping and Instrumentation Diagrams (P&ID). The intent is to prepare the participants to proper know-how of automation for intermediate to advanced courses
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TRAINING AGENDA
SECTION 1: Fundamentals of Electricity and Diagram
- Resistance
- Current
- Voltage
- Power
- Basic Electrical Measurement
- Electrical instrument signal principles
SECTION 2: Fundamentals of Automation and Control
- Automation Principles
- Automation terminologies
- Basic Process Variable
SECTION 3: Piping and Instrumentation Diagram
- Instrument Identifications
- Instrument tags
- Symbols
RS Logix 5000 PLC Programming II
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RS Logix 5000 PLC Programming II
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming Logix system using RSLogix5000/Studio5000 software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical Logix system.
Each lesson in the training is devoted to a step by step programming sequence. The instructor will present each step and demonstrate the procedure required to complete it.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
Training Prerequisites
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Completed Level 1 Course
Training Agenda
SECTION 1: Development Software RSlogix5000
- Create and organize a project
- Create periodic and event tasks
- Develop an add-on instruction in ladder diagram
- Organize arrays
- Create user define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
SECTION 4: Analog Module
- Analog Input
- Scaling
- Configuration
- Analog Output
- Scaling
- Configuration
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
PLC Programming Level I
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PLC Programming Level I
- Course Fee: 15000
- Duration: 5 days || 9AM-5PM
- Schedule:
October 9-13, 2023
- Status: Open
TRAINING DESCRIPTION
This training prepares the participant in installation, programming and configuration PLC System. PLC system components, functionality and specifications are also cover. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming PLC and its software. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of technical discussions and hands-on exercises. After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of electrical ladder diagram
TRAINING AGENDA
SECTION 1: PLC Fundamentals
- Introduction
- Overview of control system
SECTION 2: PLC Hardware
- Power Supply
- Discrete I/O Module
- Addressing
- Wiring
- Processor
- Operation
- Memory
- Scan Cycle
SECTION 3: Developing Software
- Creating a New Project
- Ladder Programming
- Upload/Download and Going Online
- Drafting basic ladder logic
- Understanding common data types
- Creating I/O Tags and Monitor data
- Enter ladder logic components
SECTION 4: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 5: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
Industrial Process Calibration and Measurement
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Industrial Process Calibration and Measurement
- Course Fee:
- Duration: 5 days (30hours)
- Schedule:
- Status: Open
TRAINING DESCRIPTION
This training offers a combination of theoretical knowledge, practical demonstrations, and hands-on exercises, covering the principle of Industrial Calibration and Measurement for process variables commonly used in different industry, providing individuals with the knowledge and skills necessary to perform accurate and reliable calibrations and measurements in various industrial settings. It is designed to ensure that calibration terminologies and practices are understood throughout the training. Proper Calibration practice, configuration procedures and techniques will be covered in hands-on lab exercises using different calibrators, transmitters, transducers, and controllers. By the end of the training, individuals should have the skills and knowledge necessary to conduct accurate and reliable calibrations, maintain calibration records, and contribute to the quality assurance processes within industrial environments.
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TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
TRAINING AGENDA
SECTION 1: Principles of Industrial Calibration and Measurement
- Introduction
- Control System
- Calibration Terminologies
SECTION 2: Transducer
SECTION 3: Pressure Measurement
SECTION 4: Level Measurement
SECTION 5: Temperature Measurement
SECTION 6: Flow Measurement
PLC Programming II
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PLC Programming Level II
- Course Fee:
- Duration: 5 days (30hours)
- Schedule:
- Status: Open
TRAINING DESCRIPTION
This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming PLC System using its software. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical PLC system. Each lesson in the training is devoted to a step by step programming sequence. The training format is a combination of discussions and hands-on exercises.
After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation.
-
TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Completed PLC Programming Level I
TRAINING AGENDA
SECTION 1: Development Software
- Create and organize a project
- Create periodic and event tasks
- Develop an add-on instruction in ladder Diagram
- Create user define tags
SECTION 2: Basic PLC Programming
- Programming Bit Instruction
- Programming Timer Instruction
- Programming Counter Instruction
- Program Relay logic system
SECTION 3: Digital Operations
- Number System
- Data Handling Operation
- Conversion Operation
- Comparison Operation
- Arithmetic Instruction
SECTION 4: Intelligent Function Module
- Analog Input
- Analog Output
SECTION 5: Network and Communication
- Remote I/O
- HMI
- VFD
SECTION 6: Maintenance and Troubleshooting
- Monitoring and Modifying Data
- Searching Ladder Logic
- Forcing Inputs and Outputs
- Troubleshooting PLC System
GOT HMI Development
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GOT HMI Development
- Course Fee:
- Duration: 5 days (30 hours)
- Schedule:
- Status: Open
This course is designed to provide skills needed to create an GOT (Graphic Operators Terminal) Series HMI (human-machine interface) automation project used to control and monitor a plant or a machine operation. GT Designer software will be utilized to practice the tasks associated with creating an HMI project.
In this course, you will acquire understanding of special function of HMI and able to select appropriate HMI for a particular job. Furthermore, you will be able to communicate PLC with GOT through network system as well as interface designer by GT Designer 3. HMI/SCADA project will be develop using object-oriented animated graphics, an open database format, and enhanced capabilities for trending, alarming, derived tag creation, and event detection.
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Training Prerequisites:
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Completed PLC using GX Works2
Training Agenda
Section 1: What is GOT
- About the GOT
- Procedures for monitoring the PLC CPU by GOT
- GOT features
- GOT function list
- Applicable connection type between the GOT and PLC CPU
Section 2: GOT Operation
- Summary of Operations
- Entering numerical values into PLC CPU
- Switching the screen to be displayed
Section 3: GT Designer 3
- About GT Designer 3
- GT Designer 3 screen configuration and features
Section 4: Screen creation and testing
- Screen creation
- Data transfer
- Connection to PLC CPU
- Testing of communication
- Monitoring
Section 5: Drawing Fundamentals
- Creating screen
- Text setting
- Numerical input/ numerical display setting
- Lamp display and touch switch setting
- Operation check
- System Alarm and Comment display
Section 6: Debugging
- Extended and Function OS
- Ladder Monitor function
- System Monitor function
RSView32 – SCADA / HMI Development
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RSView32 – SCADA / HMI Development
- Course Fee:
- Duration:
- Schedule:
- Status: Open
This course is designed to provide skills needed to create an RSView32 human-machine interface (HMI) automation project used to control and monitor a plant or a machine operation. RSView32 software will be utilized to practice the tasks associated with creating an HMI/SCADA project and communicate it with a computer and either a Logix controller or software that simulates Logix controller.
An understanding of how RSView32 software provides interoperability with other Rockwell Software products, Microsoft products, and third party offerings will also be gained. HMI/SCADA project will be develop using object-oriented animated graphics, an open database format, and enhanced capabilities for trending, alarming, derived tag creation, and event detection.
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Training Prerequisites
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Completed PLC using AB-Logix Controller – Programming and Maintenance Level 2
Training Agenda
- Creating an RSView32 Project
- Configuring Direct Driver Communications
- Configuring OPC Communications
- Configuring DDE Communications
- Creating and Monitoring Tags
- Creating a Graphic Display
- Adding Animation to Graphic Displays
- Creating and Running Parameter Files
- Configuring Trends and Pens
- Creating and Monitoring Alarms
- Creating and Monitoring Activities
- Configuring and Running Data Log Models
- Creating Derived Tag and Event Files
- Creating and Running Macros and Symbols
- Configuring Security
HMI Development
HMI Development
- Course Fee:
- Duration: 5 days (30 hours)
- Schedule:
- Status: Open
TRAINING DESCRIPTION
This course is designed to provide skills needed to create an HMI (human-machine interface) automation project used to control and monitor a plant or a machine operation. HMI software will be utilized to practice the tasks associated with creating an HMI project.
In this course, you will acquire understanding of special function of HMI and able to select appropriate HMI for a particular job. Furthermore, you will be able to communicate PLC with HMI through network system. HMI/SCADA project will be develop using object-oriented animated graphics, an open database format, and enhanced capabilities for trending, alarming, derived tag creation, and event detection.
-
TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Completed PLC Programming
Training Agenda
Section 1: What is HMI
- About the HMI
- Procedures for monitoring the PLC CPU by HMI
- HMI features
- HMI function list
- Applicable connection type between the HMI and PLC CPU
Section 2: HMI Operation
- Summary of Operations
- Entering numerical values into PLC CPU
- Switching the screen to be displayed
Section 3: HMI Software
- About HMI Software
- HMI screen configuration and features
Section 4: Screen creation and testing
- Screen creation
- Data transfer
- Connection to PLC CPU
- Testing of communication
- Monitoring
Section 5: Drawing Fundamentals
- Creating screen
- Text setting
- Numerical input/ numerical display setting
- Lamp display and touch switchsetting
- Operation check
- System Alarm and Comment display
Section 6: Debugging
- Extended and Function OS
- Ladder Monitor function
- System Monitor function
Industrial Control System
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Industrial Control System
- Course Fee:
- Duration: 5 days (30hours)
- Schedule:
- Status: Open
TRAINING DESCRIPTION
This training typically includes theoretical lectures, hands-on exercises using simulation software or actual control systems, and case studies to provide practical insights into real-world applications. It covers introduction to control algorithms and programming. Participants learn about Two Position controllers, proportional-integral-derivative (PID) control, tuning methods, and loop optimization techniques. They gain hands-on experience in configuring control algorithms in controllers and programming logic for process control applications. Understanding of different multi-element control system such as Cascade, Ratio, Feedforward, Auctioneering, and many more will be covered. By the end of the training, individuals should have the skills and knowledge necessary to design, operate, troubleshoot, and optimize industrial process control systems effectively, contributing to improved process performance and productivity.
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TRAINING PREREQUISITES
To successfully complete this course, the following prerequisites are required:
- Experience in operating a computer within a Microsoft windows environment.
- Understanding of the fundamental principle of electricity
- Understanding of basic electrical troubleshooting
- Understanding of Basic Process Variable Measurement and Calibration
TRAINING AGENDA
SECTION 1: Introduction to Process Control
- Definition
- Function of Process Instruments
- Process Characteristics
- Process Disturbance
SECTION 2: Principles of Configuration
- MODBUS
- HART
- PROFIBUS
SECTION 3: Control Strategy
- Two Position Control
- Proportional Control
- Proportional + Integral Control
- Proportional + Derivative
- Proportional + Integral + Derivative
SECTION 4: Multi-Element Control System
- Cascade
- Ratio
- Auctioneering / Selective
- Feed forward
MODULE 5: Final Control Element
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