transformers parts & function of each parts
- 25 Answers
- 395937 Views
- Amara Raja, Bhutan Ferro Alloys Limited, Breather, Electrical, Electrical Tech, ERDA, GVK, Juniper Networks, Matrix, Mechanical, NFL, Oracle, Pyramid Plastics, RPPL, RRB, Siemens, TCS, Tulip Silk Mills, I also Faced
- E-Mail Answers
Answer Posted / n.ramkumar
The Principle Parts of a Transformer and their functions
are:
# The Core which makes a path for the magnetic flux.
# The Primary coil,which receives energy from the ac source.
# The Secondary coil,which receives energy from the
primary winding and delivers it to the load.
# The enclosure,which protects the transformer from
dirt,moisture,and mechanical demage.
# Purpose of Oil Conservator:
1.To protect the warm oil against contact with the oxygen
in the atmosphere and thus prevent deterioration of the oil.
2.To contain the changes in oil volume which occur during
thermal cycling.
3.To prevent the entry of air and hence also the
condensation of water on the inside of the transformer tank.
| Is This Answer Correct ? | 9 Yes | 2 No |
Post New Answer View All Answers
suri transmission
before synchronizing an alternator,power factor is leading ,why?
Why air circuit breaker off due to power failure?
what is the standard values(Megger test) of resistances between L&N,L&E and N&E for a system on IEE regulations?
how we findout a ignater is faulty or not?
Either the Armoured Earthing strip of HT 3 core cable have to pass through CB CT or not , why ???
What is the comparison between 30mA DP RCCB and 100mA DP RCCB and can replace it against 63A MCB
what is the difference between rectifier and converter and commudator?
what is the difference between ups & inverter
What is the role of power pack in substation protection system?
how to calculate percentage impedence at 75 deg C at normal tap
Who are the manufactures those manufacturing 3Cx2.5sqmm FRLS cables. I heard about FRLS technology adopted only in wires useful for wirings
Describe the colour rendering properties of i) tungsten filament lamps ii) tubular fluorescent lamp
3 shows a 415 V, 3-phase generator supplying a 3-phase 415/110 V transformer. Draw the individual and combined impedance diagrams to a base of 10 kVA. Determine the system fault kVA and the fault currents at the 415 V and 110 V busbars for short circuit faults on the transformer input or output terminals. Work in p.u. values of impedances.
What is a difference between indoor transformer and outdoor transformer of same rating
