Or input data for air properties

Quantity	Value	Units
P.Ambient		Pa
T.Dry.Bulb		°C
Humid.Ratio		g/kg(d.a)
Rel.Humid		%
T.Wet.Bulb		°C
T.Dew		°C
T.Saturation		°C
Enthalpy		kJ/kg(d.a)
P.Vapour		Pa
P.Sat.Vapour		Pa
Spec.Heat		kJ/(kg.K)
Spec.Volume		m^3/kg(d.a)
Density		kg/m^3

Select 2 point #
Point A:		Point B:

State changes from point A to B
Dry air flow:		kg/h
Delt.H/Delt.d		kJ/g
Heating load		kW
Cooling load		kW
Humidifying		g/s
Sensible heat		kW
Latent heat		kW

Mixed air from state A and B
Point A percent:		%
T.Dry.Bulb		°C
T.Wet.Bulb		°C
T.Dew.Point		°C
Rel.Humidity		%
Spec.Humidity		g/kg(d.a)
Enthalpy		kJ/kg(d.a)
Compute and draw processing line

Quantity	Value	Unit
Tdry.Indoor		°C
Rel.Humid.Indoor		%
Tdry.Outdoor		°C
Rel.Humid.Outdoor		%
T.Vent.Diff		°C
Fresh.Air.Ratio		%
Heat.Load		kW
Wet Load		kg/h
Vent.Flow		kg/h
Vent.temperature		°C
Vent.Rel.Humid		%
T.Dew.Apparatus		°C
Cooling Load		kW
Heating Load		kW
Fresh Flow		kg/h
Return Flow		kg/h
Weather: Summer Winter
Max vent temperature difference
Compute and draw primary cycle

Quantity	Value	Unit
Tdry.Indoor		°C
Rel.Humid.Indoor		%
Tdry.Outdoor		°C
Rel.Humid.Outdoor		%
T.Vent.Diff		°C
Fresh.Air.Ratio		%
Heat.Load		kW
Wet Load		kg/h
Vent.Flow		kg/h
Vent.temperature		°C
Primary Flow		kg/h
Secondary Flow		kg/h
Fresh Flow		kg/h
Vent.Rel.Humid		%
T.Dew.Apparatus		°C
Cooling Load		kW
Heating Load		kW
Weather: Summer Winter
Max vent temperature difference
Compute and draw secondary cycle

Units: Metric(SI) English(I/P)

For I/P units:
Huimidity Ratio
Pressure

Chart limits:
Min.Humid.Ratio		g/kg(d.a)
Max.Humid.Ratio		g/kg(d.a)
Min.T.Dry.Bulb		°C
Max.T.Dry.Bulb		°C
P.Sea.Level		Pa
Altitude		m

Apparatus dew point humidity:		%
Draw enthalpy ruler
Reset all inputs base on units

Item	Color	Line.Style	Width
BackGround
Frame
T.Dry.Bulb
Spec.Humidity
Rel.Humidity
Enthalpy
Spec.Volume
Process line
Protractor

Display preset: