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ELECTRICAL MACHINE LAB - I

Course Instructor Skilled in Odisha

FREE

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Course Overview

Schedule of Classes

Course Curriculum

1 Subject

ELECTRICAL MACHINE LAB - I - VLAB

21 Learning Materials

MODULE 1 - IDENTIFICATION OF DIFFERENT TERMINALS OF A DC MACHINE BY TEST LAMP METHOD AND MULTI-METER METHOD & TO MEASURE INSULAT

EXERCISE 1 - IDENTIFICATION OF DIFFERENT TERMINALS OF A DC MACHINE BY TEST LAMP METHOD

EXERCISE 2 - IDENTIFICATION OF DIFFERENT TERMINALS OF A DC MACHINE BY MULTIMETER METHOD

EXERCISE 3 - MEASURE THE VALUE OF INSULATION RESISTANCE BY USING MEGGER

MODULE 2 - DIMENSIONAL AND MATERIAL STUDY OF VARIOUS PARTS OF A DC MACHINE

EXERCISE 4 - DIMENSIONAL AND MATERIAL STUDY OF VARIOUS PARTS OF A DC MACHINE

MODULE 3 - PLOT OCC OF A DC SHUNT GENERATOR AT CONSTANT SPEED AND DETERMINE CRITICAL RESISTANCE FROM THE GRAPH

EXERCISE 5 - PLOT OCC OF A DC SHUNT GENERATOR AT CONSTANT SPEED AND DETERMINE CRITICAL RESISTANCE

MODULE 4 - PLOT EXTERNAL CHARACTERISTICS OF A DC SHUNT GENERATOR AT CONSTANT SPEED

EXERCISE 6 - PLOT EXTERNAL CHARACTERISTICS OF A DC SHUNT GENERATOR AT CONSTANT SPEED

MODULE 5 - STUDY OF THREE POINT STARTER, CONNECT AND RUN A DC SHUNT MOTOR & MEASURE THE NO LOAD CURRENT

EXERCISE 7 - STUDY OF THREE POINT STARTER

EXERCISE 8 - CONNECT AND RUN A DC SHUNT MOTOR & MEASURE THE NO LOAD CURRENT

MODULE 6 - STUDY OF FOUR POINT STARTER, CONNECT AND RUN A DC COMPOUND MOTOR & MEASURE NO LOAD CURRENT

EXERCISE 9 - STUDY OF FOUR POINT STARTER

EXERCISE 10 - CONNECT AND RUN A DC COMPOUND MOTOR & MEASURE NO LOAD CURRENT

MODULE 7 - CONTROL THE SPEED OF A DC SHUNT MOTOR BY FIELD FLUX CONTROL METHOD & ARMATURE VOLTAGE CONTROL METHOD

EXERCISE 11 - CONTROL THE SPEED OF A DC SHUNT MOTOR BY FIELD FLUX CONTROL METHOD

EXERCISE 12 - CONTROL THE SPEED OF A DC SHUNT MOTOR BY ARMATURE VOLTAGE CONTROL METHOD

MODULE 8 - DETERMINE THE ARMATURE CURRENT VS SPEED CHARACTERISTIC OF A DC MOTOR

EXERCISE 13 - DETERMINE THE ARMATURE CURRENT VS SPEED CHARACTERISTIC OF A DC MOTOR

MODULE 9 - DETERMINE THE EFFICIENCY OF A DC MACHINE BY BRAKE TEST METHOD

EXERCISE 14 - DETERMINE THE EFFICIENCY OF A DC SHUNT MOTOR BY BRAKE TEST METHOD

EXERCISE 15 - DETERMINE THE EFFICIENCY OF A DC SERIES MOTOR BY BRAKE TEST METHOD

EXERCISE 16 - DETERMINE THE EFFICIENCY OF A DC COMPOUND MOTOR BY BRAKE TEST METHOD

MODULE 10 - IDENTIFICATION OF TERMINALS, DETERMINATION OF VOLTAGE TRANSFORMATION RATIO OF A SINGLE PHASE TRANSFORMER

EXERCISE 17 - IDENTIFICATION OF TERMINALS, DETERMINATION OF VOLTAGE TRANSFORMATION RATIO

MODULE 11 - PERFORM OC TEST AND SC TEST OF A SINGLE PHASE TRANSFORMER

EXERCISE 18 - PERFORM OC TEST AND SC TEST OF A SINGLE PHASE TRANSFORMER

MODULE 12 - DETERMINE THE VOLTAGE REGULATION OF A SINGLE PHASE TRANSFORMER AT DIFFERENT LOADS

EXERCISE 19 - DETERMINE THE VOLTAGE REGULATION OF A SINGLE PHASE TRANSFORMER AT DIFFERENT LOADS

MODULE 13 - POLARITY TEST OF SINGLE PHASE TRANSFORMER AND PARALLEL OPERATION OF TWO SINGLE PHASE TRANSFORMERS

EXERCISE 20 - POLARITY TEST OF SINGLE PHASE TRANSFORMER

EXERCISE 21 - PARALLEL OPERATION OF TWO SINGLE PHASE TRANSFORMERS

Course Instructor

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Skilled in Odisha

573 Courses   •   1478085 Students