TRAINING ELECTRIC MACHINE DRIVE
Training Machinery Principles
Training Magnetik & Magnetis
Electric Machine Drive
MACHINERY PRINCIPLES
magnetik & magnetis
MOTOR
Synchronous
AC machines
DESKRIPSI training electric machine drive terbaru
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 danteori-teori prinsipmesin, memahami karakteristik, operasi danteori-teoriyang mendasarimesinACseperti transformer, mesin sinkrondan motorinduksi, dan memahami karakteristik, operasi danteori-teoriyang mendasariDCmotor.
MATERI KHUSUS training machinery principles terbaru
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
4. 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
• Synchronous generator ratings
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
METODE training magnetik & magnetis murah
Presentation;
Discussion;
Case Study;
Evaluation;
Pre test & Post Test
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