How we check vector group for a Dyn1 transformer?

Answer Posted / gunasekaran

we can find out from ratio kit
if applied UV-vn get energised
if applied VW-wn get energised
if applied WU-un get energised

Is This Answer Correct ?    11 Yes 2 No



Post New Answer       View All Answers


Please Help Members By Posting Answers For Below Questions

how to find the capacitance value of the motor while running??

1404


what should be the acceptrd value of winding resistance for 2.5MVA transformer

1848


Why Ac Systems Are Preferred Over Dc Systems?

791


kindly send me 11KV MV motor differential protection procedure by primary injection method.

1027


a governer in an Ic engine controls the

703






i am in need of AC SYNCHRONUS MOTOR 30KW. ANY ONE KNOWS THE MANUFACTURER OF SAME. ALSO MOSFET AC CONVERTER 20KVA CONT.OUTPUT.

1469


1.4 What is meant by CT knee point voltage and how would you determine it

1159


what are the basic insulation levels & what its Unit

1492


how to calculation increase capacitor,increase power factor for three phase.

1640


why the protection turbo generators is most complex?

1510


how technical is calculated in 11kv line and lt line

1464


Who many reason of ignition fail ?

1476


what is inverter and converter

1430


If Dg set load increase 25%, How much increase fuel Consumption (15 kva 2 cylinder DG set)

1835


A commercial Building is designed with 14th floor levels with indoor substation of three phase transformer with rated capacity of 1000 Kva.The transformer delivered 65% of its rated capacity at 0.67 power factor lagging.Because of low power factor, the power customer was penalized and certain cost was charged accordingly based on every point percentage lower than 85%.This situation may repeatedly happen on the succeding energy bills of power customer.The power customer is desired to improve its historical power factor of 0.67 lagging and no further penalty be impose by the local power company on the next bill. Q: Identify the appropriate solution you want to offer to Client?.Justify SCIENTIFICALLY and MATHEMATICALLY the principles behind the solution.

1342