adspace
How u measure the massflow in orifice flow measurement techniques
Answer Posted / Arti Pandey
In orifice flow measurement techniques, the mass flow rate is calculated using the measured velocity and the known fluid properties (density and specific gravity). First, measure the orifice plate diameter and the pipe diameter. Then, take a series of measurements of the fluid velocity at different points downstream of the orifice plate. Calculate the average velocity and use the Coanda effect correction factor to account for turbulence. Finally, multiply the average velocity by the cross-sectional area (calculated from the pipe diameter) to find the mass flow rate.
| Is This Answer Correct ? | 0 Yes | 0 No |
Post New Answer View All Answers
where cascade loop use ?
Can any one send me IOCL instrumentation question papers.. i dont know the pattern of the questions and what to prepare can any one help me on this .. my email id is anwarnishil@gmail.com
can any one tell me when ongc placement test and its forms is available????/ pls tell me if u know
give me all the details about the interview and which type of question being asked
Can any one tell me what type of question asked for instrumentation and control interview panel??? pls mail ramashankar.goel@gmail.com
this site is owned by an nonsense
sir i m preparing for BARC but i am not getting any papers to prepare for this exam so please send me some sample papers to my i.d for the preparation of barc.
please send me some question papers of HPCL aptitude test ?? please send it to bipinb.28@gmail.com ...
Question on maha cement
pls suggest suitable MOC of diaphragm for pressure measurement of UREA grade solution service fluid.
sir, give me placement papers and interview quistion of birla group company of copper.
hi sir yhis is zahid ali i am preparing for the jspl at oct.4.please send me the recently updated sample paper.
principle of dead weight tester ?
A PLC is programmed to drive three motors A, B and C as follows : After running motor A for an hour, motor B should get ON and motor A should get OFF. And after running motor B for an hour, motor C should get ON and motor B should get OFF. And after running motor C for an hour, motor A should get ON and motor C should get OFF. (That is, a cyclic repetition with time period one hour) Now, the second condition is: If any motor gone faulty and is tripped, the consecutive motor should get ON and the faulty (tripped) motor should be eliminated from cyclic repetition. The remaining two motors should bear the cyclic repetition of one hour each. (For healthy motor take logic as high and for tripped motor take logic as low) Now, the third condition is: When motor A load(Amps) exceeds 60% of its rated load, motor B should get ON in parallel to motor A. And when both motors A & B are running in parallel, and if their load exceeds 60% of their rated load, motor C should also start in parallel to A & B. [Here the cyclic repetition is eliminated, until their loads become normal(40%)] [Take logic high(1) for load at 60% and logic low(0) for load at 40%] Now draw a flow chart or a ladder diagram to fulfill the above condition.
Questions on flow meters,few questions on HART protocol,