Interested to Buy Any Domain ? << Click Here >> for more details...
why generator and t/f ratings given in kva & motor rating
is in KW?
- 6 Answers
- 13085 Views
- I also Faced
- E-Mail Answers
Answer Posted / navmit bhimani
In transformer there are two losses,copper loss depend on
current and iron loss depend on voltege and nothing
relation with power factor.so and so....
| Is This Answer Correct ? | 8 Yes | 1 No |
Post New Answer View All Answers
Explain Need of a starter in a dc motor.? Also explain any two starting and speed control method of dc motor?
What is a compensator?
I want to replace the 3 KW DC motor with AC motor so what should be the rating of AC motor? Details Of DC motor to be changed with AC are - Kw - 3, Vf - 310, If - 0.15, Va - 400, Ia - 13, RPM - 2400
Explain what is rated speed?
please send me previous year questions of jspl through which i could prepare myself for the test.
what are the differences between 'exhaust fan', 'heavy-duty exhaust fan' & 'super heavy duty exhaust fan'. what are their power ratings ?
How to reduce the static electricity producing in solvent room? By P.D.Patil BioCon
what is the reason for indication of light in the earth lamps of main switchboard.if there is an earth why does one lamp get dim and the other two bright.
how much allowable resistance that can be difference in motor all coils?
In siemens S7-300 PLC, what is function and function block ? What is the difference between them ? When to use function and when to use function block ?
aternator every parts and its working
What are the different types of controllers?
i m doing DEEE in part time,can i join regular cources in BE,,IF i join what the cources can i select like (civil,ece,IT) ,,kindly advice
please suggest some good universities with low cost iam in totally full confusion so please help me my profile gre 283 and ielts 5.5
If an electrical component has a positive temperature coefficient, how come such components have high power losses due to heat if current decreases when resistance increases? assuming power given by I^2*R whereby the Resistance is infinite.
