Nice Sole KIT Technical specifications

Instructions and warnings for installation and use
Sole
KIT
Solar Power kit
IS0492A00MM_29-11-2016_SOLEKIT.indd 1 22/06/17 12:12

1 2
a
d
e
g
fc
b
Assembly of photovoltaic panel support bracket
3
abc
def
hg i
n° 10
SoleKIT can be connected to various control units in the Nice Home line; to make an
electrical connection, refer to the control unit instruction manual.
IS0492A00MM_29-11-2016_SOLEKIT.indd 2 22/06/17 12:12

S
E
W
N
4
90°
90° 90° 90°
5
6
IS0492A00MM_29-11-2016_SOLEKIT.indd 3 22/06/17 12:12

1211-c
11-a 11-b
7 8 2
3
1
4
9
1
4
10
4
IS0492A00MM_29-11-2016_SOLEKIT.indd 4 22/06/17 12:12

15
205 mm
13 mm
13 mm
256 mm
128 mm
122 mm 230 mm
208 mm
13
16-a
1816-b
14
IN
17 OUT
IS0492A00MM_29-11-2016_SOLEKIT.indd 5 22/06/17 12:12

60° 50° 40° 45° 30° 15° 0° 15° 30° 40° 45° 50° 60°
60°
50° 40° 45° 30° 15°
0°
15° 30° 40° 45° 50° 60°
Equator Equator
“Ea” = 5“Ea” = 10 “Ea” = 12 “Ea” = 14 “Ea” = 16 “Ea” = 18 “Ea” = 20
19
IS0492A00MM_29-11-2016_SOLEKIT.indd 6 22/06/17 12:12

0
100
200
300
400
500
600
700
800
0°(Eq)
15°N
30°N
40°N
45°N
50°N
60°N
DecNovOctSepAugJulJunMayAprMarFebJan
–––––––––––––––“
Am” –––––––––––––––
AA
0
100
200
300
400
500
600
700
800
0°(Eq)
15°S
30°S
40°S
45°S
50°S
60°S
DecNovOctSepAugJulJunMayAprMarFebJan
–––––––––––––––“
Am” –––––––––––––––
BB
IS0492A00MM_29-11-2016_SOLEKIT.indd 7 22/06/17 12:12

1– English
English
GENERAL SAFETY WARNINGS AND PRECAUTIONS
The design and manufacture of the devices making up the
product and the information in this manual fully comply with
current standards governing safety. However, incorrect
in stallation or programming may cause serious physical injury
to those working on or using the system. For this reason, dur-
ing installation, always strictly observe all instructions in this
manual.
Ifinanydoubtregardinginstallation,donotproceedandcontactthe
NICETechnicalAssistanceforclarications.
WORKING IN SAFETY!
Warning – for personal safety it is important to observe these
instructions.
Warning – Important instructions for safety - therefore keep
these instructions in a safe place to enable future product
maintenance and disposal procedures.
Observe the following warnings:
–make electrical connections exclusively as envisaged in this
manual incorrect: connections could cause serious da mage
to the system.
– The cables supplied must be used indoor and in protected
environments. For use outdoors, the cables must be protect-
ed with adequate ducting.
– never touch the battery connector contacts with metal
objects.
Considering the risk situations that may arise during instal-
lation phases and use of the product, the devices supplied
in the pack must be installed in observance of the following
warnings:
– nevermakeanymodicationstopartofthedevicesotherthan
thosespeciedinthismanual.Operationsotherthanasspecied
cancausemalfunctions.Themanufacturerdeclinesallliabilityfor
damagecausedbymakeshiftmodicationstotheproduct.
– never place devices near to sources of heat and never expose
tonakedames.Thismaydamagesystemcomponentsandcause
malfunctions,reorhazardoussituations.
– ensure that the devices cannot come into contact with water or
other liquids. During installation ensure that no liquids penetrate the
devices present.
– the product packaging material must be disposed of in full obser-
vance of current local legislation governing waste disposal.
KNOWLEDGE OF THE PRODUCT AND PREPARATION FOR INSTALLATION
CHAPTER 1 – DESCRIPTION AND INTENDED USE
SoleKIT is a solarpowersystem designed for use with Nice Home
automations for gates, garage doors, sun awnings and similar prod-
ucts (g. 1).
Any other use is to be considered improper! The manufac-
turer declines all liability for damage resulting from improper
use of the product and other than as specied in this manual.
Thissystemusesexclusivelysolarpowertorunanautomation,with-
out the use of electrical mains power.
Itcansupplyelectricalenergycontinuouslyandpermanentlyand
canbeusedanywhere(forexampletoautomateagatesituatedfar
from the electrical mains).
Thesystemcomprisesaphotovoltaicpanelandanelectricbattery:
– the photovoltaic panelisadeviceabletoconvertsolarenergy
directlyintoelectricalenergy.
– the battery is a device that stores the electrical power produced
bythephotovoltaicpanelduringthehoursofsunlight,makingit
availableatanytimeoftheday,includingdayswithbadweather.A
Led on the front section and an internal buzzer indicate the various
charge/dischargeconditionsoftheinternalbattery.
Therearofthebatteryisttedwith4holesforwall-mounting.The
batterycanbexedpermanentlyorsuspendedonhookstoenable
futureremovalandtransport.Tofacilitatetransport,ahandleistted
and two separable connectors to enable quick detachment of the
panel and automation.
CHAPTER 2 – COMPONENTS TO SET UP A COMPLETE POW-
ER SUPPLY SYSTEM
Fig. 2 illustrates all components used to set up a complete power
supplysystem.Thecomponentsare:
a) Photovoltaicpanelmod.SoleKITB;
b) Bracketforxtureofthephotovoltaicpanel;
c) Metalhardware(screws,washers,etc.);
d) Electricbattery(mod.SoleKITB);
e) Powercableforconnectionbetweenthebatteryandautomation;
f) “L”typeconnectors;
g) Screwsfor“L”typesocketxture.
• Optional Accessories (not supplied in pack)
SoleKITenablescompleteautonomyofsystempower,providedthat
itisusedwithinthelimitsasspeciedinchapter3.
If these limits are exceeded, for example due to intensive use of the
automation,theenergyreservemaynotbesufcient.
Inthesecasesapowersupplyunitisavailable,(modelPBC2),for
provisional connection to the electrical mains and rapid recharging
ofthebattery.
CHAPTER 3 – PRELIMINARY INSTALLATION CHECKS AND
PRODUCT APPLICATION LIMITS
ToestablishsuitabilityofSoleKITwithrespecttotheautomation
to be powered, the checks described in this chapter must be per-
formed.
Alsocheckinthechapter“Producttechnicalspecications”thatthe
technical data of SoleKIT are suitable for the envisaged use and refer
to the automation instruction manual (or addendums) to ensure that
operation of the automation is envisaged with SoleKIT. Caution! -
Simplepresenceofaconnectorforbatterypowersupplydoesnot
implycompatibility.ProductscompatiblewithSoleKIThavebeen
explicitlydesignedtoreducepowerconsumptiontoaminimum
whentheautomationisstationary,whereasaproductthathasnot
beenoptimisedforsuchapplications,mayfeaturelowconsumption
butrisksexcessiveconsumption,alsowhenstationary,oftheenergy
generatedbytheSoleKITpanel.
Inthevicinityoftheautomationtobepowered,locatetheidealpoint
forinstallationofthephotovoltaicpanelandthebattery,takinginto
consideration the following restraints.
a) theapplicationlimitsspeciedinthischapter;
b) the length of the power cable (3 m) and the cable of the photovol-
taicpanel(3m);
c)thespaceavailableinthevicinityoftheautomationtobepowered.
Alsocheckthefollowing:
d) ensurethattheselectedsurfacesforxingthetwodevicesare
solidandguaranteeastablexture.
e) ensure that each device to be installed is in a sheltered location
Instructions translated from Italian
IS0492A00MM_29-11-2016_SOLEKIT.indd 1 22/06/17 12:12

English – 2
English
and protected against the risk of accidental impact.
f) inparticular,foreachdeviceensurethefollowing:
Photovoltaic panel
Ensure that the selected panel installation site guarantees 100%
directexposuretodirectsunlight(fullsun)everydayoftheyear.In
particular, ensure that the panel installation site is far from vegeta-
tion,wallsorothersituationsthatmaycreateshadeonthepanel.
Caution! – the sensitive surface must be exposed to direct
sunlight in all points; partial shade, even if small in size (for
example caused by a leaf or other object) will signicantly
re duce the power capacity of the panel.
Also,afterinstallation,checkthepossibilityofcorrectlyposition-
ing and inclining the panel, with reference to the instructions in
chapter 5.
Battery
Toensureoptimalefciencyofthebatteryandprolongedlifetime,
it should be installed in a location protected against high summer
temperatures and low winter temperatures.
In fact the battery charge performance depends on the ambi-
enttemperaturewherethebatteryisinstalled;optimalefciency
isensuredataround20°Cwhilethisisreducedattemperatures
below zero.
Ontheotherhand,batterylifetimeisinuencedaboveallbyhigh
summer temperatures (above 40°C), which accelerate part age-
ing.Normallytheaveragelifetimeisapprox.4-5years;thisalso
dependsontheintensityofautomationuse.Theidealsituationis
toavoidexcessivedischargingofthebatteryduetoveryfrequent
andrepetitivemanoeuvrecyclesoverperiodsoftime.
• Application limits: Maximum possible number of cycles per
day within a set period of the year
SoleKITenablescompleteautonomyofthesystemitpowers,while
theaverageenergyproducedbythephotovoltaicpanel(whichin
turnisproportionaltothatsuppliedbythesun)remainsabovethat
consumedbytheautomation.
A simple calculation enables an estimate of the maximum number
ofcyclesperdayperformedbytheautomationinacertainperiodof
theyear,providedthatapositiveenergybalanceismaintained.
Therstpartofthecalculation(energy available) is dealt with in this
chapter, the second part of the calculation (energy consumed, i.e.
themaximumnumberofcyclesperday)isdealtwithintherespec-
tive chapter in the automation instruction manual.
Caution!-NotallautomationsproducedbyNICEarecompatible
with SoleKIT. If the automation instruction manual (or addendums)
does not contain the chapter with the calculation of the maximum
numberofcyclesobtainablewithenergysuppliedbySoleKIT,this
means that the automation is not compatible.
Calculating the energy available in a set period of the year
Tocalculatetheenergyavailableinasetperiodoftheyear,proceed
asfollows(thecalculationalreadytakesintoaccounttheefciencyof
thephotovoltaicpanelandbatteryperformance):
01. Fig. 19showstheaveragequantityofsolarpowerradiatedby
thesuntotheearthwithinoneyear.The7outlinedareasshow
thatthequantityofenergydiffersfromzonetozone,duetoa
number of factors such as latitude, presence of clouds etc.
– Therefore, in g. 19 read value “Ea” of the average annu-
alenergy,availableinyourgeographicalarea,aswellasthe
degrees of latitudeofyourgeographicallocation.
02. As well as the measured value “Ea”, the variable progress of
energyavailableinthevariousperiodsoftheyearmustbe
takenintoaccountwithreferencetothespeciczone.Infact,
thequantityofenergyvaries(increases/decreases)according
to the seasons (see the curves in graphs AA and BB):inthe
months with more exposure to sunlight (summer) much more
energyisavailablewithrespecttowintermonths;thisdiffer-
ence is less evident in the zones closer to the equator and more
accentuated in the zones closer to the terrestrial poles.
– Therefore, to calculate the lowest number of manoeuvre
cyclesperday,refertograph AA (for zones north of the equa-
tor) or graph BB (for zones south of the equator) and select
the curverelatedtoyourlatitudeandtheperiodoftheyearwith
least exposure to sunlight (corresponding to the lowest point of
the curve). Then cross reference the two values, as shown in
the example on the graph, to obtain the value “Am” (radiation
within a set period).
03. Then calculate the value “Ed”,i.e.theenergyavailableinyour
zonewithinthesetperiodoftheyear,multiplyingthevaluesas
follows:Ea x Am = Ed.
04. Lastly,tocalculatethemaximum possible number of cycles
per day, for the selected period, calculate using the value
“Ed”obtained(energyavailable)accordingtotheinstructionsin
thespecicchapteroftheautomationinstructionmanual.
Warning –Duringtheday,ifthephotovoltaicpanelremainsinthe
shadeforacertainperiodoftime(inparticularfrom10amto2pm)
theenergyavailabledecreasesinproportiontothehourswithout
panel exposure to sunlight.
CHAPTER 4 – BATTERY DISCHARGE
The previous chapter describes how to calculate the maximum num-
berofautomationcyclesperday.Thisisanestimatebasedonthe
averageenergyavailablewithintheperiodofoneyear.Intheevent
oflongperiodsofparticularlyadverseweatherconditionsorwhen
moremanoeuvresarerequiredthanthoseusuallyadmitted,the
storedenergymayrunout.
Whenthisoccurs,theledonthebatteryindicatesthebatterydis-
chargedstatuswithoneashatregularintervals(approx.5seconds)
andbeepsemittedintimewiththeLed:thissignalmaybetempo-
raryorpermanent.Inbothcases,thebatterymustberecharged
accordingtooneofthefollowingprocedures:
A) rapidrechargeofbatteryusingpowersupplyunitmod.PBC2
(optionalaccessory);
B) limit use of the automation until the weather conditions improve
andenablerechargingofthebatteryviathephotovoltaicpanel.In
bothcases,the“batterydischarged”warningisclearedwhenthe
systemreachessufcientelectricalautonomytoenableautomation
operation.
IS0492A00MM_29-11-2016_SOLEKIT.indd 2 22/06/17 12:12

3– English
English
COMPONENT ASSEMBLY AND CONNECTIONS
CHAPTER 5
STEP 1 – Assembly of photovoltaic panel support bracket
Assemble all components of the support bracket on the rear of the
panel, as shown in g. 3.
Caution! – The bracket at the rear of the panel must be positioned
(g. 3-b)accordingtothetypeofpositioninwhichthepanelis
mounted. To select the position, refer to g. 6.
STEP 2 – Photovoltaic panel positioning
Caution! – For optimal operation of the panel, it must be
positioned precisely in the selected location. Therefore, after
performingthechecksasdescribedinchapter3,strictlyobserve
thefollowinginstructions:asageneralrule,thepanelmustbeposi-
tioned so that it can receive the maximum possible sunlight during
thedayandthroughouttheyear.Thismeansthatitshorizontalposi-
tion and vertical angle must be calculated on the basis of the location
where it is to be installed.
•Ensure the correct position of the panel on the horizontal
planeasfollows:
a) In the installation site, determine the cardinal points NORTH and
SOUTH, with the aid of a compass or a geographical map of the
location.
b) Then position the panel in the direction NORTH or SOUTH,
accordingtothefollowing:
– if the installation site is in a country North of the equator
(UnitedStates;Europe;Russia;etc.)thepanelmustbeposi-
tioned exactly SOUTH;
– if the installation site is in a country South of the equator
(LatinAmerica;Australia;Indonesia,etc.)thepanelmustbeposi-
tioned exactly NORTH.
For further information, refer to g. 4.
•Ensure the correct position of the panel on the vertical plane
asfollows:
Consideringthatitispreferabletoensuremaximumefciencyofthe
panelduringthewinterperiod,whenthereislessenergyavailable
than in the summer, the panel should be positioned at an angle that
ensuresreceptionofthesunraysperpendicular(fromfront)tothe
sensitive surface.
This angle corresponds to the latitude of the location and can be
readonanycommercialgeographicalmap.Forexample,Madrid
hasalatitudeof40°;Venice45°;orLondonapprox50°etc.For
further information, refer to g. 5.
STEP 3 – Fixing the photovoltaic panel in the selected site
Afterestablishingtheprecisepositionofthepanel,xtotheselected
surface as shown in g. 6.
STEP 4 – Fixing the battery in the selected site
After performing the checks as described in chapter 3 and establish-
ingtheprecisepositionofthebattery,xtotheselectedsurfaceas
shown in g. 13. Note–usethe2lowerscrewsonlyifyouwishto
anchorthebatteryinapermanentposition,i.e.whenremovalisnot
required.
STEP 5 – Cable routing
IMPORTANT! – The cables supplied must be used in
indoor and protected environments. For use outdoors,
the cables must be protected with adequate ducting.
Afterxingthepanelandbattery,routethepanelcablethroughthe
tubeorprotectionductingthroughtothebattery.
With reference to the instruction manual of the automation to be
powered, remove the control unit protection cover. Then pass the
end of the power cable (with wires exposed) through the automation
(where the other cables are routed). Then route the cable through
theprotectionducting(ifpresent)throughtothebattery.
Caution!–Donotconnectthepowercabletothecontrolunit;leave
access to the control unit open.
STEP 6 – Assembly of “L” socket on the photovoltaic panel
cable
If the cable is too long, it can be shortened, taking care to strip the
wires so that their length is equaltothevaluesspeciedintheg.
20 (caution! –differentlengthsmayimpairsubsequentassemblyof
the socket).
ThenproceedwithassemblyoftheGREY “L”typesocketonthe
endofthepanelcable,asfollows:
01. Insert the various elements of the socket on the cable, taking
care to observe the sequence as shown in g. 7;
CAUTION! – Do not modify the electric jumper on the connec-
tor (g. 8).
02. Using a slotted screwdriver, attach the blue wire to terminal
n° 1 on the connector and the brown wire to the earthing
terminal (4) (g. 9):
Note–Thereferencenumbersandsymbolsareprintedonthe
connector below the terminals and on the opposite side.
03. Afterxingthetwowires,inserttheconnectorinitscasing
(g. 10).
Important – The correct position of the connector is that
with the earthing symbol in the lower position (see g. 10);
04. Then pull the cable outwards from the socket and insert the
seal and washer (g. 11-a-b).Lastly,tightenthecableclamp
(g. 11-c) using a wrench, toguaranteecompletelysealedclo-
sure.
05. After assembling the socket, position the seal supplied on the
connection side (g. 12).
STEP 7 – Assembly of “L” socket on the power cable
If the cable is too long, it can be shortened, taking care to strip the
wiressothattheirlengthisequaltothevaluesspeciedintheg.
20 (Caution!–differentlengthsmayimpairsubsequentassemblyof
the socket).
ThenproceedwithassemblyoftheBLACK“L”typesocketonthe
endofthepowercable,asfollows:
01. Insert the various elements of the socket on the cable, taking
care to observe the sequence as shown in g. 7;
CAUTION! – Do not modify the electric jumper on the connec-
tor (g. 8).
02. Using a slotted screwdriver, attach the blue wire to terminal
n° 1 on the connector and the brown wire to the earthing
terminal (4) (g. 9):
Note –Thereferencenumbersandsymbolsareprintedonthe
connector below the terminals and on the opposite side.
03. Afterxingthetwowires,inserttheconnectorinitscasing
(g. 10).
Important – The correct position of the connector is that
with the earthing symbol in the lower position (see g. 10);
04. Then pull the cable outwards from the socket and insert the
seal and washer (g. 11-a-b).Lastly,tightenthecableclamp
(g. 11-c) using a wrench, toguaranteeacompletelysealed
closure.
05. After assembling the socket, position the seal supplied on the
connection side (g. 12).
STEP 8 – Connecting the photovoltaic panel to the battery
Toconnectthepaneltothebattery,proceedasfollows:
01. Connect the GREY“L”typesockettothe“IN” connector on
thebattery(g.14);
02. Toselectthemostsuitableconnectioncongurationforthe
IS0492A00MM_29-11-2016_SOLEKIT.indd 3 22/06/17 12:12

English – 4
English
connectionofallsystemdevices,refertotheexampleshownin
g. 15. Note–Iffrequentdisconnectionofthebatteryplugis
envisaged, use the screw in g. 16-a. Otherwise use the screw
in g. 16-b.
Caution!-Whenthebatteryisrechargingviathephotovoltaicpanel,
theredledemits2shortashesevery5seconds.Thereforecheck
that this signal is present when the panel is exposed to the sunlight.
STEP 9 – Connecting the battery to the automation
Toconnectthebatterytotheautomation,proceedasfollows:
01. Connect the BLACK“L”typesockettothe“OUT” connector
onthebattery(g. 17);
02. Toselectthemostsuitableconnectioncongurationforthe
connectionofallsystemdevices,refertotheexampleshownin
g. 18. Note –Iffrequentdisconnectionofthebatteryplugis
envisaged, use the screw in g. 16-a. Otherwise use the screw
in g. 16-b.
03. Access the control unit of the automation and insert the pow-
ercableconnectorinthebufferbatterysocketonthecontrol
unit. To locate this socket, refer to the instruction manual of the
automation to be powered.
Caution! - when the automation is powered by SoleKIT, it
must NEVER BE POWERED via the mains at the same time.
–– General note ––
IMPORTANT – After connecting the product to the automation,
thesystemmaynotbeoperativeimmediately;thisdependson
thefactthatthebatterymaybedischargedduetothenatural
process of discharging over time, even when stored. In this case,
therearetwowaystoproceed:
A) Disconnectthebatteryfromtheautomationcontrolunitand
waitforafewdaysforthephotovoltaicpaneltoreceivesufcient
sunlightinordertorechargethebattery;
B) Proceedwithrapidrechargeofbatteryusingback-uppower
supplyunitmod.PBC2(optionalaccessory).
–– Visual and audible signals ––
The SoleKIT is equipped with a led and a buzzer.
• Whenthebatteryisrecharging(viathephotovoltaicpanelor
batterycharger)theredledemits2shortashesevery5sec-
onds Therefore check that this signal is present, also after instal-
lation, when the panel is exposed to the sunlight.
• Whenthebatteryhascompletedchargingviathebatterycharg-
er,theledremainspermanentlylit.
• Whenthebatteryisdischarged,theredledemitsoneshort
ashevery5seconds,accompaniedbyabeep.
–– Notes for use ––
• NEVER leave the battery connected to the automation if
the photovoltaic panel is not also connected and opera-
tional.
Caution! - Ifthebatteryisnotsufcientlyrecharged,thereserve
willrunoutwithinafewdays.
• If the automation is not used for prolonged periods,
detach the connectors of the automation and photovol-
taic panel from the battery and store the latter in a cool
and dry location.
4 mm
10 mm
20
IS0492A00MM_29-11-2016_SOLEKIT.indd 4 22/06/17 12:12

5– English
English
WHAT TO DO IF... (troubleshooting guide)
• The automation control unit does not turn on and the led
remains off.
Thismaybecausedbyincorrectconnectionsorelectricwiresnot
fullyinserted.Otherwisethebatterymaybetotallydischarged,in
whichcasenosignalcanbesent:inthiscasearapidrechargeis
requiredbymeansofpowersupplyunit(mod.PBC2)orwaitforthe
photovoltaicpanel(connectedcorrectly)torechargethebattery.
• The battery tends to discharge too quickly.
Thismaydependonexcessiveageingofthebattery,inwhichcaseit
shouldbereplaced;otherwiseitmaybeduetoexcessivelyintensive
use of the automation, over the application limits envisaged in this
manual, found in chapter 3.
Otherwisetheautomationmaynotbecompatibleforoperationwith
SoleKIT,ortheautomationisincorrectlyconguredforlowcon-
sumption,ortoomanyaccessoriesareconnected.
• The battery no longer recharges.
Thismaybeduetoamalfunctionofthephotovoltaicpanelcaused
byincorrectinstallation,incorrectcableconnections,ormalfunction
ofthebattery.
PERIODIC MAINTENANCE OPERATIONS
Ingeneral,thisproductdoesnotrequirespecialmaintenance;how-
ever,regularchecksovertimewillensuresystemefciency.
Therefore,toensurecorrectmaintenance,checkevery6months
that the photovoltaic panel has not accumulated dirt (leaves, sand,
etc.)asthismayreduceefciency.
Alsocheckwhetherbatteryreplacementisrequired,astheageing
processreducesautonomyovertime.
Takeintoaccountthatbatterylifetimeisinuencedaboveallbyhigh
summer temperatures,whichacceleratepartageing.Normallythe
averagelifetimeisapprox.4-5years;thisalsodependsontheinten-
sityofautomationuse:Theidealsituationistoavoidexcessivedis-
chargingofthebatteryduetoveryfrequentandrepetitivemanoeu-
vrecyclesoverperiodsoftime.
CAUTION – The battery must be replaced exclusively by
skilled and qualied personnel.
DISPOSAL
Product disposal
This product is an integral part of the automation and there-
fore must be disposed together with the latter.
Asininstallation,alsoattheendofproductlifetime,thedisassembly
andscrappingoperationsmustbeperformedbyqualiedpersonnel.
Thisproductcomprisesvarioustypesofmaterials:somemaybe
recycledothersmustbedisposedof.Seekinformationontherecy-
clinganddisposalsystemsenvisagedbythelocalregulationsinyour
areaforthisproductcategory.
Caution! –somepartsoftheproductmaycontainpollutantorhaz-
ardoussubstanceswhich,ifdisposedofintotheenvironment,may
causeseriousdamagetotheenvironmentorphysicalhealth.
Asindicatedbythesymbolalongside,disposalof
thisproductindomesticwasteisstrictlyprohibited.
Separate the waste into categories for disposal,
accordingtothemethodsenvisagedbycurrent
legislationinyourarea,orreturntheproducttothe
retailer when purchasing a new version.
Theproductalsocontainsaleadbattery,i.e.anelementthatishigh-
lypollutantifnotdisposedofcorrectly.Thebatterymustberemoved
anddisposedofasspeciedintheparagraph“Batterydisposal”.
Caution! –Locallegislationmayenvisageseriousnesintheevent
of abusive disposal of this product.
Battery disposal
Caution! –Thebatterycontainspollutantsubstancesandtherefore
must NEVER be disposed of in common waste collection points after
removal.Disposeoforrecycleaccordingtocurrentlocalstandards.
IS0492A00MM_29-11-2016_SOLEKIT.indd 5 22/06/17 12:12

English – 6
English
TECHNICAL SPECIFICATIONS OF PRODUCT COMPONENTS
WARNINGS:•TheproductSoleKITisproducedbyNiceS.p.A.(TV)Italy.• Alltechnicalspecicationsstatedhereinrefertoanambienttemperatureof20°C
(±5°C)•NiceS.p.A.reservestherighttoapplymodicationstotheproductatanytimeasdeemednecessary,whilemaintainingthesamefunctionalitiesand
intendeduse•Theestimatedminimumnumberofmanoeuvresperday,isapplicableexclusivelywiththephotovoltaicpanelpositionedcorrectlyandinthecon-
ditionsasspeciedinchapter3undertheheading“ApplicationLimits”.
SoleKITB BATTERY
DESCRIPTION DATA
Rated voltage: 24V
Maximum current: 10 A
Rated battery capacity: 20Ah
Protection rating: IP 44
Operation temperature: -20°C...+55°C(whenchargingusingtheback-uppowersupplyunit:0°C...+40°C)
Complete recharging time: approx.15hours(whenusingtheback-uppowersupplyunit)
Dimensions: 258mmx235mmx180mm
Weight: 14 kg
Note–ThebatteriesusedonSoleKITBaretypeVRLA,“ValveRegulatedLeadAcidBatteries”,i.e.sealedandvalve-controlled,compliantwiththe
specicprovisionA67oftheIATA/ICAAORegulationgoverninghazardousproducts.SoleKITBandSoleKITarethereforenotconsideredhazardous
goodsandmaybetransportedwithoutanyriskbyair,seaandonroad.
SoleKITB PHOTOVOLTAIC PANEL
DESCRIPTION DATA
Rated voltage: 24V
Maximum power: 10 W
Operation temperature: -40°C...+85°C
Dimensions: 354mmx290mmx28mm
Weight: 1,4 kg
Warning–Theglassofthephotovoltaicpanelhasbeentestedtoresisttohailstonesandmediumentityimpact(resistanttoimpactwithasteel
sphereof227g,fallingfromaheightof1metre).Intheeventofparticularlyconsistenthailorimpact,theglassmaybedamaged;inthiscasecontact
the NICE Technical Assistance service.
IS0492A00MM_29-11-2016_SOLEKIT.indd 6 22/06/17 12:12

IS0492A00MM_29-11-2016
IS0492A00MM_29-11-2016_SOLEKIT.indd 7 22/06/17 12:12