| Start Date | End Date | Country | City |
|---|
+966 920007771
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Objectives
- Learn the Fundamentals of motors, drives and automation systems
- Update Yourself on the Latest Advancements in VFDs
- Learn the Latest Improvements in Motor Efficiency
- Practical Approaches and Problem-Solving Solutions
- Learn How to Solve Common Motor and VFD Problems
- Learn Practical Troubleshooting Techniques
- Learn the Automation Considerations Between Motors, Drives and PLCs
- Reduce Reliance on Outside Service Companies
- Make Sure Your Equipment is Up and Running
Outlines
Session One: Electric Motors
- Electromagnetism
- Developing a Rotating Magnetic Field
- NEMA Rotor Characteristics
- Motor Specifications
- NEMA and IEEE standards
- Enclosures
- MG! Part 30 and Part 31 differences
- Impregnation Systems
- Stator Failures and preventative measures
- AC Rotor Construction
- Rotor Failures
- Enclosures, Frames & Cooling
- Bearings
- Bearing Failures
- Insulation Classes
- General Motor Testing Methods
- Motor Overhauls
- Motor Rewinds
- On-line Condition Monitoring
- Information Management for Decision-making
- Qualifying Repair Facilities
Session Two: AC Drives
- VFD Overview
- Voltage And Frequency
- Basic AC Drive
- Constant Torque Applications
- Variable Torque Applications
- Constant Horsepower Applications
- Multi-motor Applications
- Input Filtering requirements
- Line transients
- Power Factor
- Harmonic mitigation - VFD Demonstration
- Output Filtering Requirements
- Long Cable runs
- dv/dt voltage rise
- Peak voltage
- Bearing Currents
Session Three: Human Machine Interface and Automation Considerations
- Introduction
- PLCs
- Number Systems
- Terminology
- Basic Requirements
- Connecting External Device
- Programming A PLC
- Ladder Logic
- Statement List
- Function Blocks - Discrete Inputs/Outputs
- Analog Inputs and Outputs
- High-Speed Instructions
- Communications
- Network Communications
- ASI
- Data Highway
- Profibus
- Device net
- TCIP - Demonstration
Session Three: Human Machine Interface and Automation Considerations
- Introduction
- PLCs
- Number Systems
- Terminology
- Basic Requirements
- Connecting External Device
- Programming A PLC
- Ladder Logic
- Statement List
- Function Blocks
- Discrete Inputs/Outputs
- Analog Inputs and Outputs
- High-Speed Instructions
- Communications
- Network Communications
- ASI
- Data Highway
- Profibus
- Device net
- TCIP
- Demonstration
Who Should Attend
- Industrial, Commercial, Institutional Electrical Engineering and Maintenance Technicians
- Electric Motor Operations staff
- Other electrical personnel involved in the operation and control of electric motors.
Duration
5 Days
