Scribd
Upload
320 views2 pages

SAIP Damper Calculation

This document provides calculations for sizing a pulsation damper for a pump. It determines the required volume of the damper to be 4.87032271007038 liters based on factors like the pump displacement, average working pressure, remaining pulsation percentage, and pump flowrate and stroke speed. It then selects a model with a 0.05 liter capacity and other specifications to match the needed damper size.

Uploaded by

Dennis Koay GM
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLS, PDF, TXT or read online on Scribd
320 views2 pages

SAIP Damper Calculation

This document provides calculations for sizing a pulsation damper for a pump. It determines the required volume of the damper to be 4.87032271007038 liters based on factors like the pump displacement, average working pressure, remaining pulsation percentage, and pump flowrate and stroke speed. It then selects a model with a 0.05 liter capacity and other specifications to match the needed damper size.

Uploaded by

Dennis Koay GM
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLS, PDF, TXT or read online on Scribd
You are on page 1/ 2

MILTON ROY

A Hamilton-Sundstrand Subsidiary

Pulsation Damper Sizing


H-700B1-01…11

Volume of damper, Vo = Uxq


(Po/P1)0.7143 - (Po/P2)0.7143

= 0.0211160729756244 Liters

Where q = pump displacement (litres)


AxC (piston surface x stroke)
Q/N (flowrate L/min / strokes/min)

= 0.0006

P = average working pressure (bar) = 190


P1 = P - X (bar) = 187.15
P2 = P + X (bar) = 192.85
X = (O x P) / 100 (bar) = 2.85
O = remaining pulsation +/- (%) = 1.5
U = coefficient taking into account = 0.69
the number of piston and if pump
is single or double acting
Q= flowrate L/min = 0.025167 1.51 LPH
N= Stroke speed (strokes / min) = 45
Po = 0.8 x P = 152

* Note this is calculated based on single pump operation.

Selected model: L.1.0,05.10.D.N4.E


0,05 L capacity, Duplex SS shell, FKM Bladder,
rated 210 bar, 1/2" NPT Female, +/- 1.5% Pulsation

Milton Roy (FCD) Dosapro Milton Roy Williams Instruments LMI Y-Z Systems Linc
MILTON ROY
A Hamilton-Sundstrand Subsidiary

Pulsation Damper Sizing


H-700A1-01…11

Volume of damper, Vo = Uxq


(Po/P1)0.7143 - (Po/P2)0.7143

= 4.87032271007038 Liters

Where q = pump displacement (litres)


AxC (piston surface x stroke)
Q/N (flowrate L/min / strokes/min)

= 0.2151

P = average working pressure (bar) = 2.85


P1 = P - X (bar) = 2.78
P2 = P + X (bar) = 2.92
X = (O x P) / 100 (bar) = 0.07
O = remaining pulsation +/- (%) = 2.5
U = coefficient taking into account = 0.69
the number of piston and if pump
is single or double acting
Q= flowrate L/min = 20 32 LPH
N= Stroke speed (strokes / min) = 93
Po = 0.8 x P = 2.28

* Note this is calculated based on single pump operation.

Milton Roy (FCD) Dosapro Milton Roy Williams Instruments LMI Y-Z Systems Linc

You might also like