glycol-circpump-valve-control

b1burner/solar-hotwater-controls/glycol-circpump-valve-control

temp1 output temp of collector coil temp2 glycol holding tank aka input temp of coil Mindif low cutoff temp differential Smin low end of value in, start of ramp Smax high end of ramp Tmin min out to start circpump Tmax max % of pump duty
glycol-circpump-valve-control
@/glycol-circpump-valve-control
temp1 output temp of collector coil temp2 glycol holding tank aka input temp of coil Mindif low cutoff temp differential Smin low end of value in, start of ramp Smax high end of ramp Tmin min out to start circpump Tmax max % of pump duty
CouTnumber
Collector output temp from HETP5
GlcTnumber
Glycol holding tank HETP3
Collnumber
Collector top of from outside HTP4
Coldnumber
in from cold tank selector
glycol-circpump-valve-control
OUT
CouT
GlcT
Coll
Cold
GCirc
Col-in-V
Col-Out-V
Col-bypass
HE-In-V
HE-bypass
HE-bypassnumber
to servo controller .5= open 0= closed Heat exchanger bypass valve on glycol side 5-15psi
HE-In-Vnumber
to servo controller .5= open 0= closed Heat exchanger input valve on glycol side 5-15psi
Col-bypassnumber
to servo controller .5= open 0= closed collector bypass valve glycol 5-15psi
Col-Out-Vnumber
to servo controller .5= open 0= closed collector out valve glycol 5-15psi
Col-in-Vnumber
to servo controller .5= open 0= closed Collector in valve Glycol side 5-15psi
OUTboolean
GCircnumber
signal for glycol pump when the solar collector is giving heat
To use the node in your project you should have the b1burner/solar-hotwater-controls library installed. Use the “File → Add Library” menu item in XOD IDE if you don’t have it yet. See Using libraries for more info.