Experiment No.: 4(A) Experiment Name: Determine Equivalent Circuit Parameters of Single-Phase Transformer by Performing O.C. Test Objective: To perform the O.C. test of a single- phase transformer with the help of an ammeter, voltmeter and a wattmeter and to find out the core loss of the transformer, different parameter at no load condition and to predetermine the […]
Experiment No.: 2 Experiment Name: Study on the Different Types of Boiler Used in Coal Based Thermal Power Plant. Objective: To study Water Tube Boiler and Fire Tube Boiler used in coal based thermal power plant. Theory: What is boiler?It is an enclosed pressure vessel in which water is converted into steam by gaining heat
Different Types of Boiler Used in Thermal Power Plant. Read More »
Experiment No.: 2 Experiment Name: Use Voltmeter, Ammeter to Determine Equivalent Circuit Parameter in a Given Circuit byApplying Norton’s theorem. Objective: To verify Norton’s theorem. Theory: The Norton’s theorem may be stated as, “Any two terminal active containing voltage sources and resistance when viewed from its output terminals is equivalent to a constant current source
Experiment No.: 1 Experment Name: Use Voltmeter, Ammeter to Determine Equivalent Circuit Parameter in a Given Circuit byApplying Thevenin’s Theorem. Objective: To verify Thevenin’s theorem. Theory: Thevenin’s theorem may be stated as follow, “The current flowing through a load resistance RL connected across any two terminal A and B of a linear, active, bilateral network
Experiment No.: 3 Experiment Name: Identify the routine maintenance parts of the coal fired thermal power plant after watching a video programme. Objective: To identify different parts of coal fired thermal power plant. Theory: Some important parts of coal fired thermal power plant are shown below. Coal storage Ash storage Boiler Superheater Economiser Turbine Alternator
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Experiment No.: 3(B) Experiment Name: Control the Speed of DC Shunt Motor Below Rated Speed & Draw the Speed Characteristics. Objective: Theory: A resistance is necessary to connect in series of the armature to control initial high starting current because armature has low resistance. When motor armature rotates, the armature conductor also rotate and hence
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Experiment No.: 3(A) Experiment Name: Control the Speed of DC Shunt Motor Above Rated Speed & Draw the Speed Characteristics. Objective: To control the speed of a DC Shunt Motor by field control method. To draw the field current vs. speed characteristics. Theory: The flux of a DC motor can be changed by changing the
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Experiment No.: 2 Experiment Name: Starting and Reversing of DC Motor. Objective: To start a DC Shunt Motor. To run the motor in forward and reverse direction. Theory: DC Motor Rotation: A simple DC electric motor. When the coil is powered, a magnetic field is generated around the armature. The left side of the armature
Experiment No.: 1 Experiment Name: Plot the O.C.C. of a D. C. Generator & find the Critical Resistance. Objective: To plot open circuit characteristics of a DC shunt generator To find critical resistance from the characteristics curve Theory: In a DC Generator an expression for the voltage generated (E) in the armature winding can be
Plot the O.C.C. of a D. C. Generator & find the Critical Resistance Read More »
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