What Will Be The New Flow Factor If A Dp Transmitter Is Re-ranged Fro

1.	What Will Be The New Flow Factor If A Dp Transmitter Is Re-ranged From 25 Kpa To 50 Kpa?
Answer» A simple calculation is as follows: Q1/Q2 = SQ root of DP1/ Sq root of DP2 Q1 = Q2 * Sq root of DP1/ Sq root of DP2 Q1 = New FLOW factor, Q2 =Existing flow factor DP1 = TRANSMITTER new RANGE, DP2= Transmitter existing range Q1 = Q2SQ ROOT OF 50/25 Q1 = 1.41Q2 The new flow factor will be 1.41 TIMES higher than the existing flow factor. A simple calculation is as follows: Q1/Q2 = Sq root of DP1/ Sq root of DP2 Q1 = Q2 * Sq root of DP1/ Sq root of DP2 Q1 = New flow factor, Q2 =Existing flow factor DP1 = Transmitter new range, DP2= Transmitter existing range Q1 = Q2SQ ROOT OF 50/25 Q1 = 1.41Q2 The new flow factor will be 1.41 times higher than the existing flow factor.

What Will Be The New Flow Factor If A Dp Transmitter Is Re-ranged From 25 Kpa To 50 Kpa?

Answer»

A simple calculation is as follows:

Q1/Q2 = SQ root of DP1/ Sq root of DP2

Q1 = Q2 * Sq root of DP1/ Sq root of DP2

Q1 = New FLOW factor, Q2 =Existing flow factor

DP1 = TRANSMITTER new RANGE, DP2= Transmitter existing range

Q1 = Q2*SQ ROOT OF 50/25

Q1 = 1.41*Q2

The new flow factor will be 1.41 TIMES higher than the existing flow factor.

A simple calculation is as follows:

Q1/Q2 = Sq root of DP1/ Sq root of DP2

Q1 = Q2 * Sq root of DP1/ Sq root of DP2

Q1 = New flow factor, Q2 =Existing flow factor

DP1 = Transmitter new range, DP2= Transmitter existing range

Q1 = Q2*SQ ROOT OF 50/25

Q1 = 1.41*Q2

The new flow factor will be 1.41 times higher than the existing flow factor.