TRAINING ELECTRIC MACHINE DRIVES

TRAINING ELECTRIC MACHINE DRIVES

TRAINING PENGETAHUAN DASAR DAN TEORI-TEORI PRINSIP MESIN

TRAINING ASPEK PENERAPAN PERANGKAT DALAM INDUSTRI

DESKRIPSI

Pelatihan ini di mulai dengan meninjau ulang teori dan hukum yang berkaitan dengan sirkuit magnetik & magnetis yang digabungkan dengan prinsip di balik konversi energi elektronmekanis fundamental. Hal ini juga terkait dengan karakteristik mesin DC, induksi, mesin sinkron, dan transformer. Pelatihan ini juga akan mencakup aspek penerapan perangkat dalam industri

Setelah mengikuti pelatihan ini harapannya peserta memiliki pengetahuan dasar dan teori-teori prinsip mesin, memahami karakteristik, operasi dan teori-teori yang mendasari mesin AC seperti transformer, mesin sinkron dan motor induksi, dan memahami karakteristik, operasi dan teori-teori yang mendasari DC motor.

MATERI KHUSUS

1. INTRODUCTION TO MACHINERY PRINCIPLES

Rotational motion, Newton’s Law and Power Relationship
The magnetic field, Magnetic circuits
Faraday’s Law
Production of induced force on a wire
Induced voltage on a moving wire in a magnetic field
The linear DC machine
2. TRANSFORMERS

Types and construction of transformers
The ideal transformer
Theory of operation of real single-phase transformer
The equivalent circuit of a transformer
The Per-Unit system of measurement
The transformer voltage regulation and efficiency
Three-Phase transformers
3. AC MACHINERY FUNDAMENTALS

The rotating magnetic field
Magnetomotive force and flux distribution in AC machines
Induced voltage in AC machines
Induced torque in AC machines
INDUCTION MOTOR
Induction Motor construction
Basic Induction Motor concepts
Equivalent circuit of an Induction Motor
Power and Torque in Induction Motor
Induction Motor Torque-Speed Characteristics
Variations in Induction Motor Torque-Speed Characteristics
Starting of Induction Motor
Speed control of Induction Motor
Determining Induction Motor circuit model parameters
5. SYNCHRONOUS GENERATOR

Synchronous Generator construction
Speed of rotation of Synchronous Generator
Internal generated voltage of Synchronous Generator
Equivalent circuit of Synchronous Generator
Phasor diagram of Synchronous Generator
Power and Torque in Synchronous Generator
Determining Synchronous Generator circuit model parameters
Synchronous Generator operating alone
Conditions and Procedures for Paralleling AC generators
6. SYNCHRONOUS MOTOR

Basic principles of Synchronous Motor operation
Steady-state Synchronous Motor operation
Starting of Synchronous Motor
7. DC MACHINERY FUNDAMENTALS

A simple rotating loop between curved pole faces
Commutation in a simple four-loop DC machine
Armature reaction phenomenon
The internal generated voltage and induced torque equations
8. DC MOTORS

Equivalent circuit of a DC machine
Magnetization curve of a DC machine
The Separately Excited DC Motor
The Shunt DC Motor
The Permanent Magnet DC Motor
The Series DC Motor
The Compounded DC Motor ynchronous generator ratings
PESERTA

Siapa pun yang terkait dengan penggunaan motor listrik di lingkungan industri atau otomatisasi. Pelathan ini juga akan bermanfaat bagi mereka yang bekerja dalam desain sistem serta situs commissioning, pemeliharaan dan troubleshooting

METODE

Presentation;
Discussion;
Case Study;
Evaluation;
Pre test & Post Test