Ideal Heating EVOMAX 2 - 5.6 DHW circuit configuration

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5.6 DHW circuit conguration
IfDomestingHotWatercircuitswerelocated
andallocatedduringinitialsetupthenthey
willnowappearheretobecongured.There
isamaximumnumberoflocalDomesticHot
Water circuits for each boiler,in this case
onecircuitidentiedbyboilernumberand
HeatingCircuitnumber.E.g.Boiler1isboiler
1DomesticHotWatercircuit.
Select DHW to congure
DHW1 Boiler 1
Done
ADomestic Hot Water circuit can be
conguredasaLocalDomesticHotWater
circuit served by that boiler only.See
associated Hydraulics. If this is the case
select‘Yes’inthemenu.
Local DHW circuit
No
Yes
If the selected boiler has its own unique
primaryDomesticHotWaterchargepump
thisiswhereitiscongured.Onceagainone
oftheprogrammableoutputsfromtheboiler
canbeusedtocontrolthispumpfunction.
Ifnoindividualboilerpumpispresentthen
select‘None’.
Select loc’n of DHW pump
None
PWM/0-10V ()
MFR1 ()
Select loc’n of DHW pump
None
PWM/0-10V ()
MFR1 ()
MFR2 ()
Select loc’n of DHW pump
PWM/0-10V ()
MFR1 ()
MFR2 ()
MFR3 ()
Select loc’n of DHW pump
MFR1 ()
MFR2 ()
MFR3 ()
MFR4 ()
Select loc’n of DHW pump
MFR2 ()
MFR3 ()
MFR4 ()
Select loc’n of DHW pump
MFR3 ()
MFR4 ()
Oncecompletedthenextstepistosetthe
MaximumtanktemperaturefortheDomestic
HotWatercircuit,followedby‘Done’.
Max tank temp
60ºC
Done
Max tank temp
60ºC
Done
The next step is to confirm if a Tank
Temperature sensor is connected for the
Domestic Hot Water circuit. This gives
greatercontroltotheTankTemperatureand
allowsmultipletemperaturestoragevalues.
Select‘Yes’ifaTankTemperaturesensoris
connectedtotheboiler.
Tank sensor?
No
Yes
Thenextstepistodeterminethefunctionof
theSL2inputwhichisamandatoryinputfor
anUnventedDomesticHotWatertank.Ifthe
TankisUnventedyouMUSTselectDomestic
Hot Water Enable or Domestic Hot Water
OverrideandwiretheSL2 230V switched
live input accordingly.The SL2 input can
alsoprovideanoverridefunctionwhichwill
generatearechargecycleforthetankwhen
operatedoutsideoftheDomesticHotWater
timeclocksettings.
Selecttheoptionasrequired.
Congure SL2
None
DHW enable
DHW override
Congure SL2
None
DHW enable
DHW override
Congure SL2
DHW enable
DHW override
‘IfanOpenThermcontrolhasbeencongured
onthisboiler,thenthismayalsocontrolthe
DomesticHotWatertimingandSetpoint.If
thisisnotusedselect‘None’.
Congure OpenTherm
None
Temperature demand
Congure OpenTherm
None
Temperature demand
The next step is to set theAntilegionella
operating parameters.The options allow
forsettingaxeddayandtime,oraxed
intervalbetweencycles.Bothhavetheability
to set the Tank temperature that the tank
mustachieveduringthecycle.Ifthefunction
isnotrequired,‘None’maybeselected.
Antilegionella?
None
Weekday
Interval
Onselectingweekdaythefollowingscreens
with options are shown, the weekday and
Start time can be set:
Antilegionella timing
Weekday: Saturday
Start time: 01:00
Done
Antilegionella
Weekday: Saturday
Start time: 01:00
Done
Oncesetselect‘Done’tocontinue:
Antilegionella
Weekday: Saturday
Start time: 01:00
Done
Nextyou willbepromptedto settheTank
temperaturefortheAntilegionellacycle:
Antilegionella temperature
65ºC
Done
Oncetherequiredtemperaturehasbeen
setselect‘Done’toconrmandcontinue:
Antilegionella temperature
65ºC
Done