TRAINING MOTOR DRIVES AUTOMATION SYSTEM & MOTOR INVERTER SYSTEM

TRAINING MOTOR DRIVES AUTOMATION SYSTEM & MOTOR INVERTER SYSTEM

TRAINING ELECTRICAL ENGINEERING

TRAINING ELECTRIC MOTOR TECHNICAL

Description
Electric Motor technical course will discuss application and installation issues related to motors, variable frequency drives and related automation products in three important sessions. The course will conclude with an operating demonstration that will illustrate the three types of equipment tied together into one system via communication cabling, as well as over air via radio transmission.
The Motors, Drives and Automation Systems course will provide the delegates with a solid base of Motor, Drive and Automation theory. The course will also make delegates aware of issues concerning the proper application, installation and maintenance of these types of equipment. The material handouts will cover a wide range starting from the basics and moving on to more complex issues.
•Application issues
•Speed range
•Torque Capability
•Min Speed
•Max Speed
•Reversing
•Stopping/Braking

Objectives
After completing this programme, learners will better understand and be able to:
•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

Participant
•Industrial, Commercial, Institutional Electrical Engineering & Maintenance Technicians
•Electric Motor Operations staff
•Other electrical personnel involved in the operation and control of electric motors.

Outline
1.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
2.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
3.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

Metode
•Presentation
•Discussion
•Case Study
•Evaluation

Instruktur
Tugino, S.T., M.T.  dan Tim
(CV TERLAMPIR)