Name

Default

Units

Description

Modelica ID

$p_{\mathrm{open}}$

$1·{10}^4$

$\mathrm{Pa}$

Pressure difference to make one side fully open

popen

$A_{\mathrm{close}}$

$1·{10}^{\mathrm{-12}}$

$m^2$

Orifice area when closed (leakage)

Aclose

$A_{\mathrm{open}}$

$1·{10}^{\mathrm{-5}}$

$m^2$

Orifice area when fully open

Aopen

$\mathrm{Exact}$

$\mathrm{false}$

When true (checked) a first-order dynamics is used for the valve areas

Exact

$t_c$

$\frac{1}{10}$

$s$

Time constant

tc

$C_d$

$\frac{7}{10}$

Flow-discharge coefficient

Cd

${\mathrm{\Re }}_{\mathrm{Cr}}$

$12$

Reynolds number at critical flow

ReCr

Name

Default

Units

Description

Modelica ID

Use volume A

$\mathrm{false}$

When true a hydraulic volume chamber is added to portA

useVolumeA

$\mathrm{Va}$

$1·{10}^{\mathrm{-6}}$

$m^3$

Volume of chamber A

Va

Use volume B

$\mathrm{false}$

When true a hydraulic volume chamber is added to portB

useVolumeB

$\mathrm{Vb}$

$1·{10}^{\mathrm{-6}}$

$m^3$

Volume of chamber B

Vb

Use volume C

$\mathrm{false}$

When true a hydraulic volume chamber is added to portC

useVolumeC

$\mathrm{Vc}$

$1·{10}^{\mathrm{-6}}$

$m^3$

Volume of chamber C

Vc