Ideal Heating EVOMAX 2 - 5.3 Plant Configuration

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5.3 Plant Conguration
Congure plant?
No
Yes
Plant configuration is related to shared
resourcesnecessaryfortheoperationofthe
completecascade/plant.To congure these
select‘Yes’andthenfollowthescreens.
Hydraulic Separation:
IftheboilerhasHydraulicSeparationfrom
theintermediateornalcircuitsintheheating
system,oriftheboilershaveacombinedue
systemthensetthisoptiontoeither‘Header’
or‘Plateheatexchanger’.
Hydraulic separation?
No
Header
Plate heat exchanger
Hydraulic separation?
No
Header
Plate Heat exchanger
Hydraulic separation?
Header
Plate heat exchanger
Header Thermistor:
If the system has a header sensor tted,
combinedow,thenselect‘Yes’,otherwise
the system will use the average flow
temperature of all running boilers.
Set Flue System:
Iftheboilersareconnectedintoacommon
orcascadeuesystemthenyoucanchoose
multiline ue system where the minimum
capacityoftheboilerinacascadecanbe
increasedinordertoensurenobackowin
theuesystem.
Set ue system
Standard
Multiline
Set ue system
Standard
Multiline
Iftheboilercascadehasacommonpump
thatcirculateswaterthroughalltheboilers
in the Cascade the select the output of
the Master boiler that controls this pump.
Otherwiseselect‘None’.
Loc’n of shared boiler pump?
None
PWM/0-10V ()
MFR1 ()
Thefollowingoutputscanbeconguredfor
thisfunction:
Loc’n of shared boiler pump?
None
PWM/0-10V ()
MFR1 ()
MFR2 ()
Loc’n of shared boiler pump?
PWM/0-10V ()
MFR1 ()
MFR2 ()
MFR3 ()
Loc’n of shared boiler pump?
MFR1 ()
MFR2 ()
MFR3 ()
MFR4 ()
Loc’n of shared boiler pump?
MFR2 ()
MFR3 ()
MFR4 ()
Loc’n of shared boiler pump?
MFR3 ()
MFR4 ()
Note: Once a programmable has been
selectedthefunctionwillappearwithinthe
parenthesis at the right of the designated
output name.
Iftheboilercascadehasacommonpump
thatcirculateswaterthrougheithertheboiler
cascade or cascade header and supplies
the heating load then select the output of
the Master boiler that controls this pump.
Otherwiseselect‘None’.
Select Loc’n of system pump?
None
PWM/0-10V ()
MFR1 ()
Thefollowingoutputscanbeconguredfor
thisfunction:
Select Loc’n of system pump?
None
PWM/0-10V ()
MFR1 ()
MFR2 ()
Select Loc’n of system pump?
PWM/0-10V ()
MFR1 ()
MFR2 ()
MFR3 ()
Select Loc’n of system pump?
MFR1 ()
MFR2 ()
MFR3 ()
MFR4 ()
Select Loc’n of system pump?
MFR2 ()
MFR3 ()
MFR4 ()
Select Loc’n of system pump?
MFR3 ()
MFR4 ()
Iftheboilercascadehasashunt pumpto
control the temperature differential of the
cascadeowtoreturnthenselecttheoutput
oftheMasterboilerthatcontrolsthispump.
Otherwiseselect‘None’.
Select Loc’n of shunt pump?
None
PWM/0-10V ()
MFR1 ()
Thefollowingoutputscanbeconguredfor
thisfunction:
Select Loc’n of shunt pump?
None
PWM/0-10V ()
MFR1 ()
MFR2 ()
Select Loc’n of shunt pump?
PWM/0-10V ()
MFR1 ()
MFR2 ()
MFR3 ()
Select Loc’n of shunt pump?
MFR1 ()
MFR2 ()
MFR3 ()
MFR4 ()