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    EM-ITL-3000: Electrical Machine Trainer

    Uploaded by

    Omar Hayat
    The document describes an electrical machine trainer (EMT) system developed by ELECTROMACHANICA to provide hands-on learning for students of electrical and electronics engineering. The EMT allows students to design systems using various electrical components, including motors, transformers, power supplies, loads and meters. It has cutaway machines to view internal construction and separate power supplies to control experiments without interference. The trainer covers topics like single-phase motors, three-phase motors, DC motors, transformers, loads and measurements.

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    Download as PDF, TXT or read online from Scribd

    EM-ITL-3000: Electrical Machine Trainer

    Uploaded by

    Omar Hayat
    101 views4 pages
    The document describes an electrical machine trainer (EMT) system developed by ELECTROMACHANICA to provide hands-on learning for students of electrical and electronics engineering. The EMT allows students to design systems using various electrical components, including motors, transformers, power supplies, loads and meters. It has cutaway machines to view internal construction and separate power supplies to control experiments without interference. The trainer covers topics like single-phase motors, three-phase motors, DC motors, transformers, loads and measurements.

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    macnine

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    em-itl-3000

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    The document describes an electrical machine trainer (EMT) system developed by ELECTROMACHANICA to provide hands-on learning for students of electrical and electronics engineering. The EMT allows students to design systems using various electrical components, including motors, transformers, power supplies, loads and meters. It has cutaway machines to view internal construction and separate power supplies to control experiments without interference. The trainer covers topics like single-phase motors, three-phase motors, DC motors, transformers, loads and measurements.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    101 views4 pages

    EM-ITL-3000: Electrical Machine Trainer

    Uploaded by

    Omar Hayat
    The document describes an electrical machine trainer (EMT) system developed by ELECTROMACHANICA to provide hands-on learning for students of electrical and electronics engineering. The EMT allows students to design systems using various electrical components, including motors, transformers, power supplies, loads and meters. It has cutaway machines to view internal construction and separate power supplies to control experiments without interference. The trainer covers topics like single-phase motors, three-phase motors, DC motors, transformers, loads and measurements.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 4

    2014

    EM-ITL-3000
    Electrical machine trainer
    W W W. E L E C M E C H . C O M . P K
    EM-ITL-3000 2014

    INTRODUCTION
    One of the more challenging aspects of Electrical & Electronics engineering is taking boxes of components,
    designing a system around them and bringing them to life. ELECTROMACHANICA met the challenge as we
    assembled the ELECTRICAL MACHINE TRAINER for our clients. The ELECTRICAL MACHINETRAINER layout and
    design allows for future expansion and sophisticated user interfaces.
    The ELECTRICAL MACHINETRAINER systems is also playing an ever-more important role, self-guided learning via
    TRAINER & practical work based on authentic practice gives the best grounding for practical skills that will stay
    with students throughout their careers.
    FEATURES
    The EMT System was developed by educators to satisfy educational requirements that include industrial
    applications of electric power technology. The design objective was to develop a low-power educational system
    with equipment that operates like industrial equipment. Through careful attention to engineering detail, the
    ELECTROMACHANICA EMT System meets this objective, and in so doing, provides laboratory results that are easy
    to understand, with data values that are easily observed.

    All machines have cutaway bell housings to permit visual inspection of the internal construction, and a separate
    power supply for each workstation provides total control of the necessary power sources (including three-phase),
    thereby eliminating interference with other concurrent laboratory experiments.
    This bench-top training system allows for a complete study of ELECTRICAL MACHINE systems.
    The device, coupled with an activity manual.
    Allows for self-paced training in basic single phase motors, three phase motor, DC motor
    This comprehensive trainer includes all needs for students to complete a number of hands-on activities.
    Creating and testing, then they will easily face the upcoming industrial problems.

    DIMENSION OF TRANER








    60
    40
    EM-ITL-3000 2014

    COMPONENTS OF TRAINER
    POWER SUPPLY:

    AC 380VAC fixed on bench top panel
    DC 220VDC fixed on bench top panel
    AC 380VAC variable table top 3 phase 4 wire
    DC 220VDC variable table top.

    TRANSFORMER:

    Single phase (220-380-220)V
    Three phase (380-220-110)V
    Auto transformer (0-220)V

    MOTORS:

    DC Motor shunt
    DC Generator
    Three phase induction motor
    Single phase induction motor
    Synchronous motor
    Dynamometer
    Prime mover

    METERS:

    AC voltmeter (O-1000)V
    DC voltmeter (O-1000)V
    AC ammeter (O-1000)A
    DC ammeter (O-1000)A
    Handy taco-meter

    LOADS:

    Resistive load (1100, 2200 , 4400 )
    Capacitive load (1 to 7.5 F) any three values
    Inductive load (3.5H, 7H, 14 H)
    Lamp load (100w, 60w)








    EM-ITL-3000 2014


    KEYS OF STUDENTS PRACTICALS

    Basic of Electrical machine and its characteristics.
    Capacitive load and its behavior.
    Inductive load and its behavior.
    Resistive Load and its behavior
    Three phase induction motor behavior
    Single phase induction motor connection and behavior
    Star delta motor start behavior and its connection
    Transformer step up and step down behavior and connections
    Study of auto transformer
    Study of three phase transformer
    Study of DC motor and its characteristics
    Study of DC generator and its characteristics
    Study of synchronous motor and its characteristics
    Lamp load and its connection and its behavior
    AC DC Ammeter and Volt meter connection
    Study and behavior of dynamometer
    Torque load measurement and its characteristics

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