BADU BNR 300 Manual
Read carefully before installation, commissioning and operation
Level controller
BADU®BNR 300
Installation and operating instructions
Inhalt
A.1. EC declaration of conformity 3
A.2. General instructions 3
A.3. Explanation of symbols 3
A.4. Changes to the unit 4
A.5. Warranty and liability 4
B.1. Specications 5
B.3. About the controller 6
B.4. Scope of supply 6
B.5. Disposal and pollutants 6
B.6. Hydraulic variants 7
C.1. Wall installation 8
C.2. Electrical connection 9
C.3. Installing the water detectors 10
D. Terminal connection diagram 11
E.1. Display and input 12
E.2. Commissioning help 13
E.3. Free commissioning 13
E.4. Menu sequence and menu structure 14
1. Measurements 15
2. Statistics 16
2.1. Operating hours 16
2.2. Water metering 16
2.3. Shutdowns 16
2.4. Graphic overview 16
2.5. Message log 16
2.6. Reset/clear 16
3. Operating mode 17
3.1. Automatic 17
3.2. Manual 17
3.3. Off 17
4. Settings 18
4.1. Regulation 18
4.2. Regulation mode 18
4.3. Additional relay 18
4.3.1. Additional relay 18
4.3.2. Safety mode 18
4.3.3. Impulse on-time 18
4.3.4. Impulse off-time 19
4.3.5. Unit of dry run protection 19
4.3.4. Dry run protection 19
4.4. Unit 19
4.5. Switch-on delay 19
4.6. -- 19
4.7. Unit 19
4.8. Switch-off delay 19
4.9. -- 19
4.10. Water metering 19
page
4.11. Filling 20
4.12. Signal switch 1 20
4.13. Signal switch 2 20
4.14. Signal switch 3 20
5. Protective functions 21
5.1. Safety shutdown system 21
5.2. Mode water detector 1 21
5.3. Sensitivity water detector 1 21
5.4. Mode water detector 2 21
5.5. Sensitivity water detector 2 22
5.6. Mode water detector 3 22
5.7. Sensitivity water detector 3 22
5.8. Limitforlling 22
5.9. Seizing protection 22
6. Special functions 23
6.1. Program selection 23
6.2. Commissioning 23
6.3. Factory settings 23
6.4. Time and date 24
6.5. Daylight saving time 24
6.6. Eco mode 24
7. Menu lock 24
8. Service values 25
9. Language 25
Z.1. Malfunctions with error messages 26
Z.2. Replacing the fuse 27
Z.3. Maintenance 27
3
Safety instructions
ByafxingtheCEmarktotheunitthemanufacturerdeclaresthattheBADU®BNR 300 conforms to
the EC low voltage directive 2006/95/EC and the EC electromagnetic compatibility directive 2004/108/
EC.
ConformityhasbeenveriedandthecorrespondingdocumentationandtheECdeclarationofconfor-
mityarekeptonlebythemanufacturer.
A.1. EC declaration of conformity
These installation and operating instructions contain basic instructions and important infor-
mation regarding safety, installation, commissioning, maintenance and the optimal use of the
unit. Therefore these instructions must be read completely and understood by the installation
technician/specialist and by the system user before installation, commissioning and operation of
the unit.
This device is an automatic, electronic temperature controller for swimming pools and similar
uses. Only install the controller in a dry room and under ambient conditions listed in “B.1. Speci-
cations”onpage5.
The valid accident prevention regulations, the applicable standards and regulations and the ins-
tallation and operating instructions of the additional system components must also be observed.
The controller does not under any circumstances replace any safety devices which are to be
provided by the customer!
Installation, electrical connection, commissioning and maintenance of the unit may only be
carried out by specialists who have the appropriate training.
Fortheuser:Makesurethatthespecialistgivesyoudetailedinformationonthefunctionand
operationofthecontroller.Alwayskeeptheseinstructionsinthevicinityofthecontroller.
Despitevarioussafetyshutdownsystems,asufcientlydimensionedfloordrainisalso
necessary.
A.2. General instructions
A.3. Explanation of symbols
Failure to observe these instructions can result in serious damage to health such
as scalding or even life-threatening injuries.
Information which is especially important for the function and optimal use of the
unit and the system.
Failure to observe these instructions can result in danger to life from elec-
tric voltage.
Failure to observe these instructions can result in destruction of the unit or the
system or damage to the environment.
4
A.4. Changes to the unit
A.5. Warranty and liability
Safety instructions
• Changes, additions to or conversion of the unit are not permitted without written authorisati-
on from the manufacturer
• Itislikewiseforbiddentoinstalladditionalcomponentsthathavenotbeentestedtogether
with the unit
• Ifitbecomesclearthatsafeoperationoftheunitisnolongerpossible,forexamplebe-
cause of damage to the housing, turn the controller off immediately
• Any parts of the unit or accessories that are not in perfect condition must be replaced
immediately
• Use only original spare parts and accessories from the manufacturer
• Markingsmadeontheunitatthefactorymustnotbealtered,removedormadeillegible
• Only the settings described in these instructions may be used on the controller
Changes to the unit can compromise the safety and function of the unit or the
entire system.
The controller has been manufactured and tested with regard to high quality and safety require-
ments. The unit is subject to the statutory guarantee period of two years from the date of sale.
The warranty and liability shall not include, however, any injury to persons or material damage
that is attributable to one or more of the following causes:
• Failure to observe these installation and operating instructions
• Improper installation, commissioning, maintenance and operation
• Improper repairs
• Unauthorised structural changes to the unit
• Installation of additional components that have not been tested together with
the unit
• Any damage resulting from continued use of the unit despite an obvious fault
• Failure to use original spare parts and accessories
• Use of the device for anything other than its intended purpose
• Operationaboveorbelowthelimitvalueslistedinthespecications
• Force majeure
5
B.1. Specications
Description of controller
Electrical specications:
Mains voltage 230 VAC +/-10 %
Mains frequency 50 - 60 Hz
Power consumption 1.5 W - 2.3 W
Internal fuse 2 A slow blow 250 V
Protectioncategory IP40/IP44(onlywiththesuppliedgasketset)
Protection class II
Overvoltage category II
Degree of pollution category II
mechanical relay 460W
maximumAC3
potential free relay
maximum12AAC3
R1
R3
sensor input 4
Permissible cable length of sensors and appliances:
Sensors < 30 m
Mechanichal relay < 10 m
Real Time Clock RTC with 24 hour power reserve
Permissible ambient conditions:
Ambient temperature
for controller operation 0 °C - 40 °C
for transport/storage 0 °C - 60 °C
Air humidity
forcontrolleroperation max.85%rel.humidityat25°C
for transport/storage no moisture condensation permitted
Other specications and dimensions
Housing design 2 part, ABS plastic
Installation methods Wall installation, optional panel
Overalldimensions 163mmx110mmx52mm
Cutoutinstallationdimensions 157mmx106mmx31mm
Display Fullygraphicaldisplay,128x64dots
Light diode Multicolour red/green
Operation 4entrykeys
6
The BADU®BNR 300 level controller enables an automatic level control for your swimming pool.
Thedeviceisimpressivemostofallforitsfunctionalityandsimple,almostself-explanatoryope-
ration.Foreachstepintheinputprocesstheindividualentrykeysareassignedtoappropriate
functionsandexplained.Thecontrollermenucontainsheadwordsforthemeasuredvaluesand
settingsaswellashelptextsorclearly-structuredgraphics.
The BADU®BNR 300 can be used as a solar controller for the various system variants illustrated
andexplainedunder“B.6.Hydraulicvariants”onpage7.
Important characteristics of the BADU®BNR 300:
- Depictionofgraphicsandtextsinanilluminateddisplay
- Simple viewing of the current measurements
- Analysis and monitoring of the system by means of statistical graphics, etc.
- Extensivemenusettingswithexplanations
- Menulockactivationtopreventunintentionalsettingchanges
- Resetting to factory settings
B.3. About the controller
Description of controller
- BADU®BNR 300 level controller
- 3pcs.3.5x35mmscrewsand3pcs.6mmplugsforwallinstallation
- 6strainreliefclipswith12screws,replacementfuse1xT2A/250V
- BADU®BNR 300 installation and operating instructions
Optionally contained depending on design/order:
- Levelswitch(2716090005)
Additionally available:
- Waterdetector(2716605007), overvoltage protection
- Optical/acousticexternalsignal(2716605006)
B.4. Scope of supply
B.5. Disposal and pollutants
The unit conforms to the European RoHS directive 2011/65/EU for the restriction of the use of
certain hazardous substances in electronic equipment.
The unit must not under any circumstances be disposed of with ordinary
household refuse. Dispose of the unit only at appropriate collection points.
7
B.6. Hydraulic variants
Description of controller
The following illustrations should be viewed only as schematic diagrams showing the
respective hydraulic systems and do not claim to be complete. The controller does not
replacesafetydevicesunderanycircumstances.Dependingonthespecicapplication,
additionalsystemcomponentsandsafetycomponentsmayberequired,suchascheck
valves, non-return valves, safety temperature limiters, scalding protectors etc. and must
therefore be provided.
Programme 1
Level controller with safety shutdown
Programme 3
Level controller
Programme 5
Level controller with safety shutdown and water
detector sensors.
The water level between the highest two level
switches will be maintained. The lowest level switch
serves as protection against dry running.
Programme 2
Level controller with safety shutdown and 3 water
detector sensors
Programme 4
Level controller with 3 water detector sensors
Programme 6
Level controller with water detector sensor.
The water level between the highest two level
switches will be maintained. The lowest level switch
serves as protection against dry running.
8
C.1.1 .
C.1.2.
C.1. Wall installation
1. Unscrew cover completely
2. Carefully pull upper part of housing from lo-
wer part. Terminal clamps are released during
this process.
3. Set upper part of housing aside, being sure
not to touch the electrics when doing so.
4. Hold the lower part of the housing up to the
selectedpositionandmarkthe3mounting
holes.Makesurethatthewallsurfaceisas
even as possible so that the housing does not
become distorted when it is screwed on.
5. Using a drill and size 6 bit, drill 3 holes at
thepointsmarkedonthewallandpushinthe
dowels.
6. Insert the upper screw and screw it in
slightly.
7. Fit the upper part of the housing and insert
the other two screws.
8. Align the housing and tighten the three
screws.
Installation
Install the controller in dry areas only and under the ambient conditions described un-
der“B.1.Specications”.Followtheinstructionsbelow:
.
9
Installation
C.2. Electrical connection
Beforeworkingontheunit,switchoffthepowersupplyandsecureitfrombeing
switchedonagain!Checkfortheabsenceofpower!
Electrical connections may only be made by a specialist and in compliance with
the applicable regulations.
Donotusethecontrollerifthehousingshowsvisibledamage,forexample
cracks.
Low-voltage cables such as temperature sensor cables must be routed separa-
tely from the mains voltage cables. Feed temperature sensor cables into the left-
hand side of the unit only and mains voltage cables into the right-hand side only.
The customer must provide an all-pole disconnecting device in the power supply
of the controller e.g. a heating emergency switch.
The cables being connected to the unit must not be stripped by more than 55 mm
andthecablejacketmustreachintothehousingtotheothersideofthestrain
relief.
Follow the scope of protection according to the German Institut for Standardizations VDE
0100-702fortheinstallationofthecontroller(distancetothescopeofprotection0and1).
Dangerofelectricshockduetoimproperconnection!
- Observe VDE and EVU regulations of the energy supply company.
- Install pumps and swimming pools and their scope of protection
according to the German Institut for Standardization VDE 0100-702.
- Install a disconnecting device for the interruption of the power supply
with min 3 mm of contact per pole.
Dangerofelectricshockduetovoltageonthehousing!
- Acorrectlyconguredmotoroverloadswitchmustbeinstalled.While
doing so, observe the values on the name plate.
- Protect the power supply with a differential switch, nominal residual
currentIΔN≤30mA.
- Only use suitable cables according to regional regulations.
- Adapt the minimum section of the pipe to the motor capacity and the
performance range.
- Provide an emergency stop switch according to DIN EN 809 where
dangeroussituationscouldarise.Theoperatorshouldmakethe
decision based on this standard.
10
1. Select necessary programme/hydraulics.
2. Open controller casing (“C.1. Wall installa-
tion”onpage8).
3. Stripcablesby55mm,insert,tthestrain
relief devices, strip the last 8-9 mm of the
wires.(Fig.C.2.1.).
4. Open the terminals using a suitable
screwdriver(Fig.C.2.1.)andmakeelectri-
cal connections on the controller.
5. Retterminalconnectioncoverandfasten
screw.
6. Switch on mains voltage and place cont-
roller in operation.
C.2.1.
Installation
C.3. Installing the water detectors
The controller operates with water detectors as an additional security measure to prevent water
damage.
The water detector cables must be routed separately from mains voltage cables and
mustnot,forexample,beroutedinthesamecableduct!
Ifdesiredthesensorcablescanbeextendedtoamaximumof30musingacablewith
across-sectionofatleast0.75mm².Makesurethatthereisnocontactresistance!
Position the sensor precisely in the area to be measured!
Onlyuseappropriatewaterdetectorsfortherespectiveandauthorisedeldof
application.
Thepolarityofthewaterdetectorisirrelevant.Positionthewaterdetectoronthefloor,
whereitisexpectedforwatertocollect.Inthiscaseallthreecontactfeetmustbewet-
ted.Thecontactfeetshouldalwaysbeblank,withno“adhesions”/corrosion/incrusta-
tions. Normally, the contact feet should be placed on a dry surface.
11
Installation
D. Terminal connection diagram
S3
S3 S2 S2 S1 S1 C R1LNC N N
NO
--
--
S4
S4
Wassersensor
Level switch 3/
water detector
Level switch 2/
water detector
Level switch 1
not used
Relay 1
Magnet valve
Mains
Potential free
relay 3
Magnet valve
Low voltage Relay Mains
Low voltagemax.12VAC/DC
Terminal: Connection for:
S1(2x) Levelswitch
S2(2x) Levelswitch1/waterdetector
S3(2x) Levelswitch2/waterdetector
--(2x) notused
S4(2x) Levelswitch3/waterdetector
max.12V
Mains voltage 230 VAC
Mains voltage 230 VAC 50-60 Hz
Terminal: Connection for:
N Magnetvalve(alarmsignal)N
R1 Magnetvalve(alarmsignal)L
N Mains neutral conductor N
L Mains phase conductor L
NC Normally closed R3
C Magnetvalve(alarmsignal)
NO Normally open R3
The PE protective conductor must be con-
nectedtothePEmetalterminalblock!
If the potential-free contact R3 is used a
bridge is to be provided between the two
PEmetalterminalblocks!
12
Examplesofdisplaysymbols:
Pool
Valve
Level switch
Water detector
Warning/error message
New infos
(1)
(2)
(3)
(4)
Thedisplay(1),withitsextensivetextand
graphicsmode,isalmostself-explanatory,
allowing easy operation of the controller.
Inputsaremadewith4buttons(3+4),which
have different functions depending on the con-
text.The“esc”key(3)isalwaysusedtocancel
orexitamenu.
Ifapplicabletherewillbearequestforconr-
mation as to whether the changes which have
been made should be saved.
Thefunctionofeachoftheotherthreekeys
(4)isshowninthedisplaylinedirectlyabove
thekeys;theright-handkeygenerallyhasa
conrmationandselectionfunction.
TheLED(2)lightsupwhenarelayisactive
(ballvalveon/off).OtherfeaturesoftheLED
are discribed in chapter Z.1.
Examplesofkeyfunctions:
+/- =enlarge/shrinkvalues
▼/▲ =scrolldown/upmenu
yes/no = approve/cancel
info = additional information
back =topreviousscreen
ok =conrmselection
conrm =conrmsetting
Operation
E.1. Display and input
13
E.2. Commissioning help
E.3. Free commissioning
Ifyoudecidenottousethecommissioninghelp,youshouldmakethenecessarysettingsinthe
following sequence:
- Menu 9. Language
- Menu 6.4. Time and date
- Menu 6.1. Program selection
- Menu 4. Settings, all values
- Menu 5. Protective functions, if necessary
- Menu 6. Special functions, if necessary
Finally,themenu“3.2.Manual”onpage17shouldbeusedtotesttheswitchoutputswiththe
consumersconnectedandtocheckthesensorvaluesforplausibility.Thentheautomaticmode
can be switched on.
Commission
Observetheexplanationsfortheindividualparametersonthefollowingpages
andcheckwhetherfurthersettingsarenecessaryforyour
application.
settingagainoradjustitifdesired.Pressingthe“esc”keymorethanoncetakesyoubackstep
by step to the selection mode, thus cancelling the commissioning help. Finally, the menu “4.2.
Manual”onpage17shouldbeusedtotesttheswitchoutputswiththeconsumersconnected
andtocheckthesensorvaluesforplausibility.Thentheautomaticmodecanbeswitchedon.
Thersttimethecontrolleristurnedonandafter
the language and time are set, a query appears as
to whether you want to parametrise the controller
using the commissioning help or not. The commis-
sioning help can also be terminated or called up
again at any time in the special functions menu.
The commissioning help guides you through the
necessary basic settings in the correct order, and
provides brief descriptions of each parameter in the
display.Pressingthe“esc”keytakesyoubackto
thepreviousvaluesoyoucanlookattheselected
Observetheexplanationsfortheindividualparametersonthefollowingpages
andcheckwhetherfurthersettingsarenecessaryforyourapplication.
14
E.4. Menu sequence and menu structure
Operation
The graphics or overview mode appears when
nokeyhasbeenpressedfor2minutesor
whenthemainmenuisexitedbypressingthe
“esc”key.
Pressingakeyinthegraphicsoroverview
mode will lead directly to the main menu. Here
the following menues are available:
Currentvalueswithexplanations
1. Measurements
Function control of the system with operating
hours etc.
2. Statistics
Automatic mode, manual mode or switch unit
off
3. Operating mode
Set parameters needed for normal operation
4. Settings
Safety shutdown, feed, water detector
5. Protective functions
Programmeselection,commissioning,clock
etc.
6. Special functions
Against unintentional setting changes at critical
points
7.Menulock
For diagnosis in the event of an error
8. Service values
Language selection
9. Language
15
Measurements
1. Measurements
Themenu“1.Measurements”servestodisplay
the actual water level and water detectors.
Themenuisclosedbypressingthe“esc”key
orselecting“ExitMeasurements”.
16
2. Statistics
Themenu“2.Statistics”isusedforfunction
control and long-term monitoring of the sys-
tem.
Themenuisclosedbypressingthe“esc”key
orselecting“Exitstatistics”.
Statistics
For analysis of the system data it is essential for the time to be set accurately on
thecontroller.Pleasenotethattheclockonlyhasabatteryreservefor24hours
and must therefore be reset afterwards. Improper operation or an incorrect time
may result in data being deleted, recorded incorrectly or overwritten.
The manufacturer accepts no liability for the recorded data!
2.1. Operating hours
Displayofoperatinghoursofthepumpconnectedtothecontroller;varioustimeranges(day-
year)areavailable.
Displaysthewatermeteringforlling.
2.2. Water metering
2.3. Shutdowns
Numbers of safety shutdowns.
2.4. Graphic overview
This provides a clearly organised display of the above mentioned data as a bar graph. Various
timerangesareavailableforcomparison.Thetwoleft-handkeyscanbeusedtoscrollthrough
the data.
2.5. Message log
Displays the last 20 events occurring in the system with indication of date and time.
Resettinganddeletingtheindividualanalyses.Thefunction“Allstatistics”clearsallanalysesbut
not the error messages.
2.6. Reset/clear
17
3. Operating mode
Inthemenu“4.Operatingmode”thecontrol-
ler can either be placed in automatic mode,
switched off or placed in a manual operating
mode.
Themenuisclosedbypressingthe“esc”key
orselecting“Exitoperatingmode”.
Operating mode
Automatic mode is the normal operating mode of the controller. Only automatic mode provides
propercontrollerfunctiontakingintoaccountthecurrentpositionofthelevelswitch/esandthe
parameters that have been set! After an interruption of the mains voltage the controller automa-
tically returns to the last operating mode selected!
3.1. Automatic
3.2. Manual
The relay and thus the connected consumer are switched on and off, with no regard to the cur-
rentpositionofthelevelswitch/esandtheparameterswhichhavebeenset,bypressingakey.
The position of the level switch/es measured is also shown to provide an overview and function
control.
Whentheoperatingmode“Manual”isactivated,thecurrentpositionofthelevel
switch/es and the selected parameters are no longer considered. The operating
mode“Manual”mayonlybeusedbyspecialistsforbrieffunctiontestsorduring
commissioning!
3.3. Off
Whentheoperatingmode“Off”isactivated,allcontrollerfunctionsareswitched
off. The position of the level switch/es measured is still displayed to provide an
overview.
Ifthemanualmodeisusedwhenthepoolwaterislledforthersttime,thecom-
missioner must supervise throughout!
18
Settings
4. Settings
The necessary basic settings required for the con-
trolfunctionaremadeinthemenu“5.Settings”.
Themenuisclosedbypressingthe“esc”keyor
selecting“Exitsettings”.
This does not under any circumstan-
ces replace the safety facilities to be
provided by the customer!
The menu numbering can alter depending on the selection of hydraulic variant
(see“7.1.Programselection”onpage26).
4.1. Regulation
Heretherelayfortheregulationcanbespecied.Therearetworelaysavailable.Therelaynot
being used can be used as an additional relay, see 4.3 Additional relay.
Setting range: R1, R3/Default: R1
4.2. Regulation mode
If programmes 5 or 6 are selected, the regulation mode is set here.
Setting range: Fill, Drain/Default: Fill
4.3. Additional relay
The settings for the additional relay can be set here.
4.3.1. Additional relay
In regulation mode the additional relay switches parallel to the regulation relay. A temporal dry
run protection may also be set. In safety mode the relay switches following the end of the safety
time or for other safety functions. An alarm signal can also be set in addition to the switching
mode.
Setting range: Off, Regulation, Safety/Default: Off
4.3.2. Safety mode
„Continuous“ and „impulse“ are the modes available.
The“continuous”modecanbeusedtoopenapoolcovertopreventitfromdamageifthewater
leveldropstolow,forexample.Anotherusewouldbeto“drain”.The“Impulse”modecanbe
usedtocontrolanacousticwarningsignal,forexample.
Setting range: Continuous, Impulse/Default: Continuous
4.3.3. Impulse on-time
Impulse on-time in seconds for the additional relay in safety operation and impulse mode.
Setting range: 3 ... 30/Default: 10
19
Settings
4.3.4. Impulse off-time
Impulse off-time in seconds for the additional relay in safety operation and impulse mode.
Setting range: 3 ... 30/Default: 10
4.3.4. Dry run protection
Time for the dry run protection.
Setting range: Off ... 45/Default: 1
4.3.5. Unit of dry run protection
Unit for the dry run protection.
Setting range: Seconds, Minutes/Default: Minutes.
4.4. Unit
Unit for the switch-on delay of the regulation relay.
Setting range: Seconds, Minutes/Default: Seconds
4.5. Switch-on delay
The time set here represents the delay before the regulation relay switches on when the level
switch is triggered. The relay only switches on if the switching conditions remain the same after
the time set here.
Setting range: 0 ... 59/Default: 45
4.7. Unit
Unit for the switch-off delay of the regulation relay.
Setting range: Seconds, Minutes/Default: Seconds
4.8. Switch-off delay
The time set here represents the delay before the regulation relay switches off when the level
switch is triggered. The relay only switches off if the switching conditions remain the same after
the time set here.
Setting range: 0 ... 59/Default: 45
4.10. Water metering
A water metering function can be set for the regulation relay. The litre capacity per minute
for the switching time of the regulation relay can be set here. The water meter reading for the
current switching cycle is shown in the graphic overview. The total reading can be found under
„Water meter“ in the statistics menu.
Settings range: Off, 1l/min ... 100l/min/Default: Off
4.6. --
4.9. --
Duringinitialstart-upwiththisfunction,thequantityofwatertoberelledwithin
a minute must be determined manually in litres. This can be read from the house
watermeter.Providedthattheconditions(pressure)oftheinitialstart-upare
always present, a well calculated water metering function can be achieved.
20
Settings
4.12. Signal switch 1
The level switch mode can be set here depending on the type and use of the level switch.
In normal mode, the contact of the level switch is closed when the level switch is down.
In inverted mode, the contact of the level switch is open when the level switch is down.
Setting range: normal, invert/Default: normal
4.14. Signal switch 3
The level switch mode can be set here depending on the type and use of the level switch.
In normal mode, the contact of the level switch is closed when the level switch is down.
In inverted mode, the contact of the level switch is open when the level switch is down.
Setting range: normal, invert/Default: normal
4.13. Signal switch 2
The level switch mode can be set here depending on the type and use of the level switch.
In normal mode, the contact of the level switch is closed when the level switch is down.
In inverted mode, the contact of the level switch is open when the level switch is down.
Setting range: normal, invert/Default: normal
4.11. Filling
Thismenuisusedtosetthedailyllingtime.Thisensuresthatllingisonlycarriedoutforthetimeset
here each day.
Uptothreelteringtimescanbeseteachdayandcopiedtoanotherday.Thereforellingatnightcan
be avoided.
Setting range: off, daily 0:00 - 23:59/Default: daily 6:00 - 22:00
Table of contents
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