what are factors to be consider to design a HT & LT motor?

0 Answers  

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how the 12 pulse rectifier is made?

8 Answers   Engineers India Limited,

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Whether power factor should be high or low? Why?

0 Answers  

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What is LOP Sensor in DG??????

7 Answers   Emerson,

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1 sq.mm alluminum cable hou much current caraing capacity

5 Answers  

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what is the use of power transformer in GSS.

0 Answers   College School Exams Tests, DLF, TCS,

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Why not implimenting power factor in Diesel generator

6 Answers   HP,

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as a electrical student why should i hire you?

0 Answers   TCS,

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what is meant by re-rolling motor? how it differs from standard motor?

0 Answers  

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How to check the efficiency of the generator , air compressors.

1 Answers   CIL,

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Dear all, I just want to ask an expert on this forum for some insights. For the magnetic balance test, when applied voltage on a Delta-Star transformer e.g. Dyn11, the following relationships apply for HV side: 1.  H1-H2 = H2-H3 H3-H1 2.  H2-H3 = H3-H1 H1-H2 3.  H3-H1 = H1-H2 H2-H3 For the LV side also: 4.  X1-X0 = X2-X0 X3-X0 5.  X2-X0 = X3-X0 X1-X0 6.  X3-X0 = X1-X0 X2-X0 Is there a similar pattern for Y-d, Y-Y, D-d? And how about Y-z, D-z, Z-y transformers? I've tested a YNzn5 transformer and for LV side I don't see the pattern. In this particular case I got for LV side the following (see values below): H1-H0  H2-H0  H3-H0    X0-X1  X0-X2  X0-X3 128.0  119.9  7.2      29.2   13.3   15.8 70.7   128.4  59.2     23.4   22.0   3.6 7.2    120.1  128.1    13.4   29.3   15.8 What is the relationship here for LV? For row 1 I see the relationship, for row 3 I also see but it's shifted, but for row 2 I don't see such relationship. Any suggestions, answers, someone?

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plz tell me about detailof induction motor Slip

2 Answers  

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