This component represents an abstract pump.
| f_in | fluid | IN | |||
| f_out | fluid | OUT |
| D | REAL | 0.1 | Outlet diameter | m | |
| Po | REAL | 1 | Initial pressure | bar | |
| To | REAL | 300 | Initial temperature | K | |
| mat | ENUM THERMAL.Material | SS_304 | Wall material | ||
| thw | REAL | 0.01 | Wall thickness | m |
| Aout | REAL | Area at the outlet of the pump | m^2 | ||
| m | REAL | Massflow | kg/s | ||
| rho | REAL | Density | kg/m^3 |
| Vol | Volume | |
| Jun | Valve |
| Jun.Cv | Aout / 2.4027e-005 | DATA | REAL | Valve flow coefficient for completely open position | "-" |
| Vol.D | D | DATA | REAL | Diameter | "m" |
| Vol.Po | Po | DATA | REAL | Initial pressure | "bar" |
| Vol.To | To | DATA | REAL | Initial temperature | "K" |
| Vol.mat | mat | DATA | ENUM Material | Wall material | "-" |
| Vol.thw | thw | DATA | REAL | Wall thickness | "m" |
The ABS_Pump is a topologic component built with a Volume component receiving the head and the mechanical work produced in the mobile parts, and a Junction simulating the outlet.
The equations used to calculate the pressure drop and the mechanical work assumed to be applied to the inlet of the pump volume are described in the components that inherit from this abstract component.
Document generated automatically with EcosimPro Version: 5.4.14 Date: 2015:02:02 Time: 12:52:58