Interested to Buy Any Domain ? << Click Here >> for more details...
if a single phase 3 hp submersible pump of Crompton Greaves
is moving in reverse direction and sometimes it moves in
rigth direction ,then what may be the cause....
- 2 Answers
- 7868 Views
- Crompton Greaves, I also Faced
- E-Mail Answers
Answer Posted / azam
a single phase 3 hp submersible pump of Crompton Greaves
is moving in reverse direction and sometimes it moves in
rigth direction ,then what may be the cause.... if it moves in wrong direction what happen its getting off after 5 to 8 minutes what may be the cause please answer i am going through this problem at my farm house
| Is This Answer Correct ? | 0 Yes | 0 No |
Post New Answer View All Answers
hai friends i have BSNL JTO exam on next month so if any body have model question paper or give preparation tips to my mail id kumar4486@yahoo.co.in this will helpfull for my future .plz & thank u by kumar
What will be the size of copper cable (each for 3 phase and 1 neutral) from Service connection Kit-Kat to Panel Board (i.e. to main switch) for a 6 pole 3-phase AC induction motor of 200 H.P. capacity? Amp-255 A, Frequency:- 1450 rpm.
What types of question are done for diploma students in aptitude test
what is meant by surge? what we called for high currents?
What is the meaning of dedicated earthing?
What is the basic principle of welding process?
in 132kv substation CRT means
What is the numerical quantity of sqcm?
redundant connection in contactor?
What is the method of estamating of cable, CB,MCB ?
how can see the ac indoor or out door ac which Tr
what does a k rating in a transformer means?
how ups works ? various parts of ups and working principle
how do i work out the Amps of a incommer if i am running 1 37 KW motor and a 0,75 KW motor and some solinoids
My question is whether bellow formula is correct to find bus size for 46kA for 0.5 second & what is RT in bellow formula. formula to calculate the size of busbar to withstand the thermal stresses due to currents with duration of 0.2 sec to 5 sec. Sp = RT( I x I x t) / K Where Sp – is the cross sectional area of bus bar in millimeters. I - is the value of AC fault current. t - is the operating time of disconnecting device in seconds. K – is the factor depending on the material of the conductor, insulation and initial and final temperature. Value of ‘k’ for copper is 143.
