Calculate the velocity of the motive fluid as it exits the nozzle.
| Check | Formula | OK if | | :--- | :--- | :--- | | P_s < P_d | =IF(P_s >= P_d, "ERROR: Suction > Discharge", "OK") | "OK" | | P_m > P_s × 1.5 | =IF(P_m <= P_s*1.5, "Low Motive Pressure", "OK") | "OK" | | Compression Ratio < 15 | =IF(P_d/P_s > 15, "Needs 2 stages", "OK") | "OK" | ejector design calculation xls fixed
Using the equations outlined above, the ejector design calculation XLS fixed yields the following results: Calculate the velocity of the motive fluid as
Create a table that shows how the suction vacuum changes if the motive steam pressure drops by 10%. 5. Common Pitfalls in Fixed Ejector Design P_d | =IF(P_s >