What are the key components of control loop?1 5677
what is the meaning of wet leg & where is it used?1 6719
What are the reliability data ,like failure rate etc,for bently nevada systems & vibration probes.1 3145
please anyone suggest me some good intools training institutes with their place and contact nos.1 1965
square root calculation for dp flow transmitter? give me a explanation with example3 26506
plz... clarify my answer, how to calibrate vaccum (DP)leveltransmitter,it is hart. (digital).DETAILS:(coloumn)closedtank height 2650mm,and tx range is 0-1500mmH20.
what happen if i install my pressure transmitter below the elevation of pipe in natural gas service. Also support your answer
What is Cryogenic?2 2505
why we use the ac supply load cell>?can we use the dc supply load cell?advantages and disadvantage of the ac supply load cell?3461
I will attend an interview with GasGas company for a position of Instrument Technician ( Offshore )in next month can anyone tell me what questions they will ask. Thanks in advance.553
with the help of suitable diagrams different types of control valves1 1968
if we have 450 mm heigth boiler drum level ,so what is span & zero value for a dpt tranmitter4 6198
How to regulate the flow of Air in 4" line, with max flow of 330 nm3/hr and Pressure of 0.5 bar? please suggest the type of instrument required.
what are procedure of sox-nox calibration
model question paper of instrumentation for Jindal GET 2010.plz reply firstname.lastname@example.org
How to control flow variations in magnetic flow maters..... When i will provide proper earthing?
what does the ratio 800-400-300-200/1-1-1-1-1 in the specification of current transformer indicates?
What is the main difference between Cavitation and Flashing?
full process of gas turbin?
How we connect a instrument with ground, Give brief explanation with help of diagram?
what is performance test.need defination
can we copy the software from a transmitter using hht(hart 275) ?
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.
wich is coming the first HAZOP OR SIL
What inherent design and operating principles are included in a modern control system to use predictive maintenance practices to increase overall system reliability?
What is the right procedure for adjusting the gap voltage of bently nevada vibration sensor?
State four different types of flow measurement, for gas flow measurement MMSCFD is the common unit expand the unit and specify significance of word S in the unit.