ControlledCloserWithArc

Controlled ideal electrical closer with simple arc model

Library

Modelica/Electrical/Analog/Ideal

This model is an extension to the ControlledIdealClosingSwitch.

For details of the arc effect, see partial model IdealSwitchWithArc.

ControlledCloserWithArc_0

Name	Label	Description	Data Type	Valid Values
mo_level	level	Switch level	Scalar
mo_Ron	Ron	Closed switch resistance	Scalar
mo_Goff	Goff	Opened switch conductance	Scalar
mo_V0	V0	Initial arc voltage	Scalar
mo_dVdt	dVdt	Arc voltage slope	Scalar
mo_Vmax	Vmax	Max. arc voltage	Scalar
mo_useHeatPort	useHeatPort	=true, if heatPort is enabled	Number	0 1
mo_T	T	Fixed device temperature if useHeatPort = false	Scalar
mo_T_heatPort	T_heatPort	T_heatPort	Structure
mo_T_heatPort/fixed	fixed		Cell of scalars	true false
mo_T_heatPort/start	start		Cell of scalars
mo_off	off	off	Structure
mo_off/fixed	fixed		Cell of scalars	true false
mo_off/start	start		Cell of scalars	true false
mo_quenched	quenched	quenched	Structure
mo_quenched/fixed	fixed		Cell of scalars	true false
mo_quenched/start	start		Cell of scalars	true false
mo_tSwitch	tSwitch	tSwitch	Structure
mo_tSwitch/fixed	fixed		Cell of scalars	true false
mo_tSwitch/start	start		Cell of scalars

ControlledCloserWithArc_1

Name	Label	Description	Data Type	Valid Values
mo__nmodifiers	Number of Modifiers	Specifies the number of modifiers	Number
mo__modifiers	Modifiers	Add new modifier	Structure
mo__modifiers/varname	Variable name		Cell of strings	'v' 'i' 'LossPower'
mo__modifiers/attribute	Attribute		Cell of strings	'start' 'fixed'
mo__modifiers/value	Value

Name	Type	Description	IO Type	Number
p	implicit	Positive electrical pin	input	1
n	implicit	Negative electrical pin	output	1
control	implicit	Control pin: control.v > level switch closed, otherwise switch open	input	2
Port 4	implicit	Conditional heat port	input	mo_useHeatPort