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    Stepper Motor: By: Raghav Aggarwal

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    Raghav Aggarwal
    INTRODUCTION STEP ANGLE TYPES AND CLASSIFICATION SPECIFIACTIONS OF STEEPER MOTOR ADVANTAGES DISADVANTAGES APPLICATIONS

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    Stepper Motor: By: Raghav Aggarwal

    Uploaded by

    Raghav Aggarwal
    34 views8 pages
    INTRODUCTION STEP ANGLE TYPES AND CLASSIFICATION SPECIFIACTIONS OF STEEPER MOTOR ADVANTAGES DISADVANTAGES APPLICATIONS

    Original Title

    STEPPER MOTOR

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    INTRODUCTION STEP ANGLE TYPES AND CLASSIFICATION SPECIFIACTIONS OF STEEPER MOTOR ADVANTAGES DISADVANTAGES APPLICATIONS

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    34 views8 pages

    Stepper Motor: By: Raghav Aggarwal

    Uploaded by

    Raghav Aggarwal
    INTRODUCTION STEP ANGLE TYPES AND CLASSIFICATION SPECIFIACTIONS OF STEEPER MOTOR ADVANTAGES DISADVANTAGES APPLICATIONS

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 8

    STEPPER MOTOR

    By : RAGHAV AGGARWAL

    INTRODUCTION
    A stepper motor is a brushless DC electric motor that divides a full rotation into a number of equal steps. Also called as STEP MOTOR because this motor rotates through a fixed angular response to each input current pulse. Power output ranges from 1W to maximum of 2500W. Moving part is rotor which has no windings, commutator or brushes.

    STEP ANGLE
    It is angle through which shaft motor rotates for each command pulse It is usually 1.8 degree , 2.5 ,7.5 and 15 degree.

    TYPES OF STEPPER MOTORS


    1)

    2)
    3) 4)

    VARIABLE RELUCTANCE STEPPER MOTOR PERMANENT MAGNET STEPPER MOTOR HYBRID STEPPER MOTOR LAVET TYPE STEPPER MOTOR

    STEPPER MOTOR SPECIFICATIONS

    SPECIFIED BY WINDING CURRENT ,VOLTAGE AND WINDING RESISTANCE.

    APPLICATIONS
    Used widely in computer peripherals, textile fabrications, IC fabrications, robotics etc. In typewriters, line printers, tape drivers, floppy disk drives, process control systems In feedback control systems as such in various CNC machines. In the field of lasers and optics they are frequently used in precision positioning equipment such as linear actuators, linear stages, rotation stages, and mirror mounts. Other uses are in packaging machinery, and positioning of valve pilot stages for fluid control systems.

    ADVANTAGES

    Stable. Can drive a wide range of frictional and inertial loads. Needs no feedback. The motor is also the position transducer. Inexpensive relative to other motion control systems. Standardized frame size and performance. Plug and play. Easy to setup and use. Excellent repeatability. Returns to the same location accurately. Long life. Bearings are the only wear-out mechanism.

    Excellent low speed torque. Can drive many loads without gearing.

    DISADVANTGES

    Low efficiency. Motor draws substantial power regardless of load. Low accuracy. 1:200 at full load, 1:2000 at light loads. Requires micro-stepping to move smoothly. No feedback to indicate missed steps.

    Low torque to inertia ratio. Cannot accelerate loads very rapidly.


    Motor gets very hot in high performance configurations. Motor will not "pick up" after momentary overload. Motor is audibly very noisy at moderate to high speeds. Low output power for size and weight.

    THANKYOU

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