Electrical Machine Lab Lab Equipments And Softwares For Different Labs Petroleum Engg . , Civil Engg . , Electrical Engg . , Mechanical Engg . , Electronics And Communication Engg . , BARMER-Rajasthan

Electrical Machine Lab Lab Equipments And Softwares For Different Labs Petroleum Engg . , Civil Engg . , Electrical Engg . , Mechanical Engg . , Electronics And Communication Engg . -1 To Perform O.C. And S.C. Test On A 1-Phase Transformer And To Determine The Parameters Of Its Equivalent Circuit Its Voltage Regulation And Efficiency. Nto Determine The Efficiency And Voltage Regulation Of A Single-Phase Transformer By Direct Loading. 2 To Perform Sumpner’S Test On Two Identical 1-Phase Transformers And Find Their Efficiency & Parameters Of The Equivalent Circuit. 3 To Perform The Heat Run Test On A Delta / Delta Connected 3-Phase Transformer And Determine The Parameters For Its Equivalent Circuit. 4 To Perform The Parallel Operation Of The Transformer To Obtain Data To Study The Load Sharing. 5 Separation Of No Load Losses In Single Phase Transformer. 6 To Study Conversion Of Three-Phase Supply To Two-Phase Supply Using Scott Connection. 7 Speed Control Of Dc Shunt Motor By Field Current Control Method & Plot Curve For Speed Versus Field Current. Nspeed Control Of Dc Shunt Motor By Armature Voltage Control Method & Plot Curve For Speed Versus Armature Voltage. 8 To Determine The Efficiency At Full Load Of A Dc Shunt Motor By Performing Swineburne’S Test. 9 To Perform Hopkinson’S Test On Two Similar Dc Shunt Machines And Hence Obtain Their Efficiencies At Various Loads. 10 Study Of Various Types Of Starters For Induction Motor 11 To Connect Two 3-Phase Induction Motor In Cascade And Study Their Speed Control. 12 To Perform Load Test On3 Phase Induction Motor And Calculate Input Power , Output Power , Torque, Efficiency, Input Power Factor, And Slip For Various Load Settings. 13 To Perform No Load And Blocked Rotor Test On A 3 Phase Induction Motor & Determine Parameters Of Equivalent Circuits. Ndraw The Circle Diagram And Compute The Following 1 ) Max. Torque 2 ) Currrent 3 ) Slip 4 ) Pf 5 ) Efficiency 14 To Plot Occ And Scc Of An Alternator Nto Determine Regulation Using Potier Reactance Method N To Determine Voltage Regulation Using Direct Loading Nto Determine Voltage Regulation Of Alternator Using Synchronous Impedance Method N 15 To Synchronize An Alternator Across The Infinite Bus And Control Sharing . N N 16 To Study Effect Of Variation Of Field Current Upon The Stator Current And Power Factor Of Synchronous Motor And Plot V Curves And Inverted V Curves Of Synchronous Motor For Different Values Of Loads 17 Speed Control Of 3- F Induction Motor 18 Xq And Xd Of Alternator 19 Dc Rectifier Unit - Common For Both Sem 20 Electrical Distribution And Control Panel - Common For Both Sem

INR 500 /-

INR 50000.0 /-

INR 25 Lakhs /-

Name of Work: Lab equipments and Software’s for different labs (Electrical Machine Lab)
	Sl. No.	Item Description	Item Code / Make	Quantity	Units
1	1.01	To perform O.C. and S.C. test on a 1-phase transformer and to determine the parameters of its equivalent circuit its voltage regulation and efficiency. \nTo determine the efficiency and voltage regulation of a single-phase transformer by direct loading.	BI01010001010000000000000515BI0100001113	1	Item Rate
2	1.02	To perform sumpner’s test on two identical 1-phase transformers and find their efficiency & parameters of the equivalent circuit.	BI01010001010000000000000515BI0100001114	1	Item Rate
3	1.03	To perform the heat run test on a delta/delta connected 3-phase transformer and determine the parameters for its equivalent circuit.	BI01010001010000000000000515BI0100001115	1	Item Rate
4	1.04	To perform the parallel operation of the transformer to obtain data to study the load sharing.	BI01010001010000000000000515BI0100001116	1	Item Rate
5	1.05	Separation of no load losses in single phase transformer.	BI01010001010000000000000515BI0100001117	1	Item Rate
6	1.06	To study conversion of three-phase supply to two-phase supply using Scott Connection.	BI01010001010000000000000515BI0100001118	1	Item Rate
7	1.07	Speed Control of DC Shunt Motor by Field current Control method & plot curve for speed versus field current. \nSpeed Control of DC Shunt Motor by Armature Voltage Control method & plot curve for speed versus Armature Voltage.	BI01010001010000000000000515BI0100001119	1	Item Rate
8	1.08	To determine the efficiency at full load of a DC Shunt motor by performing Swineburne’s test.	BI01010001010000000000000515BI0100001120	1	Item Rate
9	1.09	To perform Hopkinson’s test on two similar DC shunt machines and hence obtain their efficiencies at various loads.	BI01010001010000000000000515BI0100001121	1	Item Rate
10	1.1	Study of Various Types of Starters for Induction Motor	BI01010001010000000000000515BI0100001122	1	Item Rate
11	1.11	To connect two 3-phase induction motor in cascade and study their speed control.	BI01010001010000000000000515BI0100001123	1	Item Rate
12	1.12	To Perform Load Test on3 phase induction motor and calculate input power , output power , torque, efficiency, input power factor, and slip for various load settings.	BI01010001010000000000000515BI0100001124	1	Item Rate
13	1.13	To perform No load and blocked rotor test on a 3 phase induction motor & determine parameters of equivalent circuits.\nDraw the circle diagram and compute the following 1)  Max. Torque 2)  Currrent 3)  Slip 4)  PF 5)  Efficiency	BI01010001010000000000000515BI0100001125	1	Item Rate
14	1.14	To plot OCC and SCC of an Alternator \nTo determine regulation using potier reactance method \n To determine voltage regulation using direct loading \nTo determine voltage regulation of alternator using synchronous impedance method\n	BI01010001010000000000000515BI0100001126	1	Item Rate
15	1.15	To Synchronize an alternator across the infinite bus and control sharing .\n\n	BI01010001010000000000000515BI0100001127	1	Item Rate
16	1.16	To study effect of variation of field current upon the stator current and power factor of synchronous motor and plot V curves and inverted V curves of Synchronous motor For different values of loads	BI01010001010000000000000515BI0100001128	1	Item Rate
17	1.17	Speed control of 3- F Induction Motor	BI01010001010000000000000515BI0100001129	1	Item Rate
18	1.18	Xq and Xd of Alternator	BI01010001010000000000000515BI0100001130	1	Item Rate
19	1.19	DC Rectifier Unit -   COMMON for both sem	BI01010001010000000000000515BI0100001131	1	Item Rate
20	1.2	Electrical Distribution and Control Panel -      COMMON for both sem	BI01010001010000000000000515BI0100001132	1	Item Rate