Dea REV Series User manual

Downee
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Operating Instructions
REV

19
REV
Electromechanical operators
for sliding gates
Operating instructions and warnings
Index
1Warnings Summary 19 7Advanced Programming 29
2Product Description 20 8Messages shown on the Display 31
3Technical data 20 9Start-up 31
4Installation and Assembly 21 9.1 Installation Test 31
5Electrical Connections 9.2 Unlocking and manual operation 31
5.1 Electrical Connections
for 24V models 22 10 Maintenance 32
5.2 Electrical Connections
for 230V models 24 11 Product Disposal 32
6Standard Programming 26
Product Conformity
DEA System guarantees the conformity of the product to European  Directives 2006/42/CE regarding “machinery safety”,
2004/108/CE“electromagneticcompatibility”and2006/95/CE“lowvoltageelectricalequipment”.SeeDeclaration of Incorpo-
ration.
1 WARNINGS SUMMARY
Readthesewarningscarefully;failuretorespectthefollowingwarningsmaycauserisksituations.
WARNING Usingthisproductunderunusualconditionsnotforeseenbythemanufacturercancreatesituationsofdanger,and
forthisreasonalltheconditionsprescribedintheseinstructionsmustberespected.
WARNINGDEASystemremindsallusersthattheselection,positioningandinstallationofallmaterialsanddeviceswhichmake
upthecompleteautomationsystem,mustcomplywiththeEuropeanDirectives2006/42/CE(MachineryDirective),2004/108/CE
(electromagneticcompatibility),2006/95/CE(lowvoltageelectricalequipment).Inordertoensureasuitablelevelofsafety,besides
complyingwithlocalregulations,itisadvisabletocomplyalsowiththeabovementionedDirectivesinallextraEuropeancountries.
WARNING Undernocircumstancesmusttheproductbeusedinexplosiveatmospheresorsurroundingsthatmayprovecor-
rosiveanddamagepartsoftheproduct.
WARNINGToensureanappropriatelevelofelectricalsafetyalwayskeepthe230Vpowersupplycablesapart(minimum4mm
intheopenor1mmthroughinsulation)fromlowvoltagecables(motorspowersupply,controls,electriclocks,aerialandauxiliary
circuitspowersupply),andfastenthelatterwithappropriateclampsneartheterminalboards.
WARNING Allinstallation,maintenance,cleaningorrepairoperationsonanypartofthesystemmustbeperformedexclusively
byqualifiedpersonnelwiththepowersupplydisconnectedworkinginstrictcompliancewiththeelectricalstandardsandregulations
inforceinthenationofinstallation.
WARNING UsingsparepartsnotindicatedbyDEASystemand/orincorrectre-assemblycancreaterisktopeople,animalsand
propertyandalsodamagetheproduct.Forthisreason,alwaysuseonlythepartsindicatedbyDEASystemandscrupulouslyfollow
allassemblyinstructions.
WARNINGIncorrectassessmentoftheimpactforcescancauseseriousdamagetopeople,animalsorthings.DEASystem
remindstheinstallermustverifythattheimpactforces,measuredasindicatedbythestandardEN12445,areactuallybelowthe
limitssetbythestandardEN12453.
WARNINGThecomplianceoftheinternalsensingobstaclesdevicetorequirementsofEN12453isguaranteedonlyifused
inconjunctionwithmotorsfittedwithencoders.
WARNINGAnyexternalsecuritydevicesusedforcompliancewiththelimitsofimpactforcesmustbeconformtostandard
EN12978.
WARNINGIncompliancewithEUDirective2002/96/EConwasteelectricalandelectronicequipment(WEEE),thiselectrical
productshouldnotbetreatedasmunicipalmixedwaste.Pleasedisposeoftheproductandbringittothecollectionforanap-
propriatelocalmunicipalrecycling.

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2 PRODUCT DESCRIPTION
Models and contents of the package
ThenameREVidentifiesaseriesofelectromechanicaloperatorsforslidinggateswithdifferentfeaturesastomotorandcontrol
boardpowersupplyvoltage,capacity,mechanicaladjustmentofforce,electronicclutchandbuilt-inlimitswitch.Allautomatedmo-
delsinvolvetheuseofadvancedcontrolunits(NETseries)equippedwithanti-crushingsensor,built-in433MHzradioreceiver,speed
controlandslowdowninopeningandclosing.TheREVmodelsareintendedprimarilyforresidential/condominiumandSemi-
intensive/intensiveusedependingonthedutycycleforeseenfortheautomation.
REViscompletedbyasetofaccessorieslistedinthe“PRODUCTACCESSORIES”table(page114).
REViscomposedofamechanicalgearmotorwhichrotatesthedrivinggear;Thisgear,coupledtotherackproperlyinstalledonthe
gate,convertsthecircularmotionofthegearmotorintorectilinearmotionthusallowingthemovementofthegateonitsownguide.
Inspectthe“ContentsofthePackage”(Pic.1)andcompareitwithyourproductforusefulconsultationduringassembly.
Transport
REVisalwaysdeliveredpackedinboxesthatprovideadequateprotectiontotheproduct,however,payattentiontoallinforma-
tionthatmaybeprovidedonthesameboxforstorageandhandling.
3 TECHNICAL DATA
REV220 - REV220/M -
REV220/IB
REV220/RF - REV220/RFM -
REV220/RF/IB
REV24/F - REV24/M -
REV24/IB
Motor power supply voltage (V) 230V~±10%(50/60Hz) 24V
Absorbed power (W) 500 250
Max Thrust (N) 900 1200 450
Work cycle
(leaf L=8m)
up to 1000 Kg 27cycles/hour 36cycles/hour
up to 1400 Kg 22cycles/hour 31cycles/hour
Maximum n° of opera-
tions in 24 hour
(leaf L=8m)
up to 1000 Kg 270 300 300
up to 1400 Kg 220 250 250
Built-in capacitor (µF) 18 -
Operating temperature range (°C) -20÷50°C
Motor thermal protection (°C) 150°C -
Opening speed (m/min) 10 12
Weight of product with package (Kg) 18
Protection degree IPX4
OPERATOR
CONTROL BOARD
NET24N
Power supply (V) 230V~±10%(50/60Hz)
Rated power transformer (VA) 250VA(230/22V)
Fuse F2 (A) (transformer) 2A
Batteries 2x12V1,3A
Fuse F1 (A) (batteries input) 15A
24V operators outputs 1x10A
Warning:Theabovevaluesarecalculatedbytakingthemaximumpower
suppliedbytherespectiveprocessors.Inabsoluteterms,themaximumcurrent
fromeachoutputmustnotexceed10A.
Auxiliaries power supply output +24V max200mA
“Warning” output +24V max15W
Electric lock output 24V max5Wormax1
art.110
Flashing light output 24V max15W
Operating temperature range (°C) -20÷50°C
Receiver frequency 433,92MHz
Transmitters type of coding HCSfix-code-HCSrollingcode
-Dip-switch
Max remote controllers managed 100
NET230N
Power supply (V) 230V~±10%(50/60Hz)
Fuse F2 (A) 5A
Fuse F1 (A) 160mA
230V operators outputs 2x600W
Auxiliaries power supply output 24V~max200mA
“Warning” output 230V~max150W
Electric lock output max1art.110or24V 
outputmax5Wconfigurable
230V Flashing light output 230V~max40W
24V Flashing light output
24V max100mA(forled
flashinglight)art.LED24AIor
opengatewarninglight/courtesy
light
Operating temperature range (°C) -20÷50°C
Receiver frequency 433,92MHz
Transmitters type of coding HCSfix-code-HCSrollingcode
-Dip-switch
Max remote controllers managed 100

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4 INSTALLATION AND ASSEMBLY
4.1 For a satisfactory installation of the product is important to:
• Ensurethatthefacilitycomplieswithcurrentregulationsandthendefinethefullprojectoftheautomaticopening;
• Ensurethatthroughoutthecourseofthegate,whileopeningandclosing,therearenofrictionpoints;
• Ensurethatthereisnodangerofderailmentandthattherearenotrisksthatitgoesoutoftheguides;
• Makesurethegateisinequilibrium:itmustnotmoveifitstaysinanyposition;
• Ensurethatthemountingareaofthemotorallowsthereleaseandamanualoperationeasierandsafer;
• Ensurethatthemountingpositionsofthevariousdevicesareprotectedfromimpactsandthesurfacesaresufficientlyrobust;
• Donotallowtheautomationpartsareimmersedinwaterorotherliquids.
4.2 Defined and satisfied these prerequisites, proceed to the assembly:
If the supporting plane is already available, the fixing of the motor must be done directly on the surface using, for example
screw anchors or chemical means.
Alternatively, proceed as follows:
• MakeaholeappropriatetothetypeoflandbyusingasareferencethemeasurementsshowninFig3;
• Provideanadequatenumberofchannelsforthepassageofelectricalcables;
• Placethebaseofthefoundation;
• Startcastingofconcreteand,beforeyoustarttaking,bringingthebaseplatetothedimensionsshowninFigure4,makingsure
thatisparalleltothegatewingandperfectlylevel.Waitforthecompletesettingoftheconcrete;
• Removethenutsfromtheplate,thenputthemotoronthebasisoffoundation.
If the rack is already present, place the pinion at a distance of 1-2 mm in order to avoid that the weight of the wing could
burden on the gear motor. To do this, adjust the height of the REV with the grains (Fig. 5) and then tighten the nuts in a robust
way.
Alternatively, proceed as follows:
• Unlockthemotorandfullyopenthedoor;
• Placethefirstsectionoftherackonthewing,makingsurethatthestartoftherackcorrespondstothetopofthewing.Then
attachtheracktotheleafkeepingagameof1-2mmfromthepinion(Fig.6);
• Cutofftheexcesspartoftherack;
• Finally,movethedoormanuallyseveraltimesandverifythatthealignmentandthedistanceof1-2mmbetweentherackand
pinionisrespectedthroughoutthelength;
• TightenthelocknutsofREVinarobustway(Fig.7)andcoverwithplasticcaps.
4.3 How to unlock the operator
Onceyouopenthelockonthehandle(protectedbyaplasticcover),thelevermustbeturnedinthedirectionshowninFig8,at
thispointtheoperatorisunlockedandthegate,intheabsenceofotherobstaclesisfreeinhismovements.Thereverseprocess,turn
theleveruntilitstopsandclosingofthelock(remembertoprotectthelockwiththepropercover),keepsREVinworkingcondition.
4.4 Limit-switches
Adjustment of the limit-switches
SomeREVmodelsprovidesalimit-switchwhoseinterventionmustbeadjustedforeachinstallation.DEASystemprovidestwolimit
switchescams(Fig.9)thatareinstalledontherackofthegateandsubsequentlyregulatedinsuchawayastoensurethefunctio-
nalityandsafetydistancesinopeningandclosingofthegate.
Keepinmindthatwhenthelimitswitchestrigger,thedoorwillmovetoanother2-3cm,andit’sthereforesuggestedtofixtheend
ofstrokebracketsatasufficientdistancefromthemechanicalstops.
Adjustment of the magnetic limit switch
AttachthemountingbracketstothemagnetsasshowninFigure11,making sure to mount the LIGHT BLUE magnet at the closing limit
switch, the GREEN magnet at the end of the opening limit switch(Fig.12).Connect the cable of the magnetic sensor which is colored
BROWN at the FCC 1 input (Closing Limit Switch 1) and the BLACK one at FCA 1 input (Opening Limit Switch 1)(Fig.13);
WARNINGRefertocontrolboardinstructionstocorrectlyidentifythelimitswitchinputs.
WARNINGIncorrectinstallationofthemagnetscanbedangeroustopeopleorthings;observetheconditionsprescribedinthesein-
structions.
MountthemagneticsensorasshowninFig.10.Thesensormustprotrudefromthebracketforsupportingatleast30mm,inthiswaywill
avoidanyinterference.
Adjustthemagnetssupportbracketssoastomaintainadistancefromthesensorbetween10and20mm;
4.5 Non self locking models
Nonselflockingmodelsallowthegatetomovemanually,withouthavingtouseareleasekeywhenthepowerfails.Nonself
lockingversionsareequippedwithaholdingbrakewhenopening/closing,Thismeansthegatewillbeselflockinginnormalope-
ration.
Refertotheattachedsheetforthecorrectprocedureofcleaning/maintenanceoftheelectro-brake.DEASystemremindsthat
theoperationsmustbeperformedbyqualifiedpersonnel.

22
5.1 ELECTRICAL CONNECTIONS FOR 24V MODELS
Execute the wiring following the directions of “Table 1” and diagrams on page 23.
WARNINGToensureanappropriatelevelofelectricalsafetyalwayskeepthe230Vpowersupplycablesapart(minimum4mm
intheopenor1mmthroughinsulation)fromlowvoltagecables(motorspowersupply,controls,electriclocks,aerialandauxiliary
circuitspowersupply),andfastenthelatterwithappropriateclampsneartheterminalboards.
WARNINGConnecttothepowersupply230V~±10%50Hzthroughamultipoleswitchoradifferentdevicethatcanensure
multipoledisconnectionfromthepowersupply,withacontactopeningof3mm.
WARNING Toconnecttheencodertothecontrolpanel,useonlyadedicatedcable3x0,22mm2.
Table 1 “terminal board connections”
1-2 +24V powersupplyoutputforauxiliarydevices200mA
3-4 22V~transformerpowersupplyinput
5-6 24V batterypowersupplyorphotovoltaicaccumulatorGreenEnergyinput(followcarefullypolarity
indications).
7-8 Operator1output
9Connectionofmotorsmetallicparts
10-11 Operator2output(ifpresent)
12-13 24V max15Woutputforopengatefix/flashingwarninglight(ifP052=0/1)orcourtesylight(ifP052>1)
14-15
14 (-) “Boost”outputforelectric-lock,max1xart.110(ifP062=0),24Vpulseoutput,max5W(ifP062=1),
step by step (if P062=2), electro-brake output for not self-locking operators (if P062=3), output for
electric-lockpowersupplyviaexternalrelay(ifP062=4),outputforelectro-magnetspowersupplyfor
barriers(ifP062=5)ortemporizedoutput(ifP062>5).
15 (+)
16-17 24V Flashinglightoutputmax15Wart.Lumy/24A/S
18-19 18 - N.C. Input6FCC1.IfitintervenesitstopsM1closing.If unused, short circuit.
Iftheinstallationrequiresdifferentcomman- dsand/oradditionaltothestandard,you can configure each input to the required
rate.
Refer to Chapter
“Advanced Programming”.
19 - Com
20-21 20 - N.C. Input5FCA1.IfitintervenesitstopsM1opening.If unused, short circuit.
21 - Com
22-23
22 - N.C. Input4PHOTO1.Whenenabled(seeparameterP050 in the table), activation of
PHOTO1provokes:aninversionofdirection(duringclosing),thearrestofthemo-
vement(duringopening),preventthestart(gateclosed).If unused, short circuit.
23 - Com
24-25 24 - N.C. Input3SAFETY.Ifactivated,itcausestheinversion.SeeP055andP056onthepara-
meterstable.If unused, short circuit.
25 - Com
26-27 26 - N.O. Input2PED.Ifactivated,itopensmotornr.1only.
27 - Com
28-29 28 - N.O. Input1START.Incaseofinterventionitprovokes:theoperatoropeningorclosing.It
mayoperateas“inversion”mode(P049=0)or“stepbystep”mode(P049=1).
29 - Com
30 Aerialsignalinput
31 Groundaerialinput
32-33 32 (+) DE@NETmainsinput(unusedatthemoment)
33 (-)
CON 1 230V~±10%(50/60Hz)powersupplyinput
J5 J9 EncoderselectionJumper:
•Aposition=operatorswithencoder(remindtosetP029=0)
•Bposition=operatorswithoutencoder(remindtosetP029=1)
AB AB

23
WIRING DIAGRAM FOR 24V
7 98 10 11 12 13 14 15 16 17
18 19 20 21 22 23 24 25 26 27 28 29
31 3033 32
2 1 4 3 6 5
ABAB
FLASHWARNING
J5 J9
F2
INTERNAL WIRING SET BY THE FACTORY EXTERNAL WIRING SET BY THE INSTALLER
N.O. N.O.
PED
N.C.
FCA1
N.C.
RG58
N.C.
START
FCC1
TX RX
PHOTO 1
OPEN GATE WARNING LIGHT
24V 15w
FLASH
LUMY/24A/S
max 15W
COM
N.O.
COM
N.O.
COM
N.C.
COM
N.C.
COM
N.C.
COM
N.C.
2 x 1 mm2
2 x 0,5 mm2
2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2
2 x 0,5 mm2
2 x 0,5 mm2
COM
N.C.
N.O.
CON1
230V 22V
FN
TRANSFORMER
230V/22V
POWER SUPPLY
230V~ 50Hz ±10%
F1
SAFETY (Only if needed)
RED
BLUE
Brown
Blue
Black
Blue

24
5.2 ELECTRICAL CONNECTIONS FOR 230V MODELS
Execute the wiring following the directions of “Table 2” and diagrams on page 25.
WARNINGToensureanappropriatelevelofelectricalsafetyalwayskeepthe230Vpowersupplycablesapart(minimum4mm
intheopenor1mmthroughinsulation)fromlowvoltagecables(motorspowersupply,controls,electriclocks,aerialandauxiliary
circuitspowersupply),andfastenthelatterwithappropriateclampsneartheterminalboards.
WARNINGConnecttothepowersupply230V~±10%50Hzthroughamultipoleswitchoradifferentdevicethatcanensure
multipoledisconnectionfromthepowersupply,withacontactopeningof3mm.
WARNING Toconnecttheencodertothecontrolpanel,useonlyadedicatedcable3x0,22mm2.
Tabella 2 “collegamento alle morsettiere”
1-2 230V~±10%(50/60Hz)powersupplyinput
3-4-5 Operator1output230V~max600W
6-7-8 Operator2output230V~max600W(ifpresent)
9-10 230V~max150Woutputforopengatewarninglight(ifP052=0)orcourtesylight(ifP052>1)
11-12 Flashinglightoutput230V~max40W
13-14
13 (-) “Boost”outputforelectric-lock,max1xart.110(ifP062=0),24Vpulseoutput,max5W(ifP062=1),
step by step (if P062=2), electro-brake output for not self-locking operators (if P062=3), output for
electric-lockpowersupplyviaexternalrelay(ifP062=4),outputforelectro-magnetspowersupplyfor
barriers(ifP062=5)ortemporizedoutput(ifP062>5).
14 (+)
15-16
Output24V max100mA;byselectingtheFL/WLjumper,youcanchoosethe230Flashoutputasa
24Voutput(ifthejumperissettoFL)orasaWarninglightoutput(ifjumpersettoWL).
Warning:theoutputcapacityallowstouseLEDflashinglightsonly
17-18 17 - N.C. Input6FCC1.IfitintervenesitstopsM1closing.If unused, short circuit.
Iftheinstallationrequiresdifferentcomman- dsand/oradditionaltothestandard,you can configure each input to the required
rate.
Refer to Chapter
“Advanced Programming”.
18 - Com
19-20 19 - N.C. Input5FCA1.IfitintervenesitstopsM1opening.If unused, short circuit.
20 - Com
21-22
21 - N.C. Input4PHOTO1.Whenenabled(seeparameterP050 in the table), activation of
PHOTO1provokes:aninversionofdirection(duringclosing),thearrestofthemo-
vement(duringopening),preventthestart(gateclosed).If unused, short circuit.
22 - Com
23-24 23 - N.C. Input3SAFETY.Ifactivated,itcausestheinversion.SeeP055andP056onthepara-
meterstable.If unused, short circuit.
24 - Com
25-26 25 - N.O. Input2PED.Ifactivated,itopensmotornr.1only.
26 - Com
27-28 27 - N.O. Input1START.Incaseofinterventionitprovokes:theoperatoropeningorclosing.It
mayoperateas“inversion”mode(P049=0)or“stepbystep”mode(P049=1).
28 - Com
29 Aerialsignalinput
30 Groundaerialinput
31-32 24V~powersupplyoutputforauxiliarydevices200mA
33-34 33 (+) DE@NETmainsinput(unusedatthemoment)
34 (-)

25
WIRING DIAGRAM FOR 230V
2 1
9 10 11 12 13 14 15 16
17 18 19 20 21 22 23 24 25 26 27 28
30 2932 31
3 4 5 6 7 8
WARNING LOCK
F2F1
FLASH
230V
MOT 1 MOT 2
34 33
WL/FL24V
FL / WL
INTERNAL WIRING SET BY THE FACTORY EXTERNAL WIRING SET BY THE INSTALLER
N.O. N.O.
PED
N.C.
FCA1
N.C.
RG58
N.C.
START
FCC1
TX RX
PHOTO 1
OPEN GATE WARNING LIGHT
230V max 150W
2 x 1 mm2
2 x 0,5 mm2
2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2 2 x 0,5 mm2
2 x 0,5 mm2
2 x 0,5 mm2
ENC
M1
F
N
BROWN
BLACK
GRAY
OMNIPOLAR CIRCUIT BRAKER
POWER SUPPLY
230V~ 50Hz ±10%
L
N
LUMY/A
max 40W
FLASH
230V
3 x 0,22 mm2
4 x 1,5 mm2
3 x 1,5 mm2
COM
N.C.
N.O.
SAFETY (Only if needed)
Brown
Blue
Black
Blue
COM
N.O.
COM
N.O.
COM
N.C.
COM
N.C.
COM
N.C.
COM
N.C.

26
6 STANDARD PROGRAMMING
1Power Supply
Givepowersupply,thedisplayshowsthefollowingsymbols“ ”,“ ”,“ ”andthen“----”.
*Ifthecontrolpanelhasalreadybeenprogrammedandthepowerfailsorisswitchedoff-oncepowerisreturnedandaSTART
commandisgiven,thepositionresetprocedureisperformed(see“rESP”inthetable“WORKINGSTATUSMESSAGES”onpage31.
2Visualisation of inputs and operations-counter status
1. Pressthe keyfor15seconds;
2. Thedisplaywillshowrespectively:
Inputsstatus(checkit’scorrect);
 
Totaloperationscounter(*seeP064):
i.g.: =3x100*=3000operationsperformed
Maintenanceoperations-counter(*seeP065):
i.g.: =5*x500=2500operationsremaining
beforethemaintenanceinterventionrequest( =
manoeuvres-counterdisabled)
3. Holddownthe keytodisplayacyclic3options,or
releasethe buttontoexittheparameter.
3Selection type of operators ! IMPORTANT !
1. Scrolldowntheparameterswith and keysuntilyouvi-
sualiseP028;
2. Accesstheparameterbypressingthe key;
3. Verifythatthevaluecorrespondstod007(REV),otherwise,you
mustselectitbypressing and keys;
4. Confirmyour choice bypressingthe key (displayreturns
againtoP028).

27
4Selection of direction of motion
1. Scrolldowntheparameterswith and keys
untilyouvisualiseP063;
2. Accesstheparameterbypressingthe key;
3. Actingon and keys,set:
 -d000=motorinstandardposition(ontheleftof
thegap);
 -d001=motorininvertedposition(ontherightof
thegap);
4. Confirmyourchoicebypressingthe key(di-
splayreturnsagaintoP063).
Warning: The parameter automatically reverses
the motors output open/close and any limit switch
input open/close.
5How to adjust the limit switche
1. Scroll down the parameters untill you visualize
P001;
2. confirmbypressingthe key;
3. bypressing (open)and (close),movethe
leafintheopeningpositionandadjustthelimit
switch cam so that it pushes the microswitch in
thatpoint;
 Repeatadjustingtheclosinglimitswitch.
4. Confirm by pressing the  key (display shows
againP001).
6 Motor stroke learning
1. Makesureyouhaveproperlyadjustedtheopening/closinglimitswitchescams;
2. Scrolldowntheparameterswith and keysuntilyouvisualiseP003;
3. Accesstheparameterbypressingthe key;
4. When“ ”flashes,continuepressingthe key;
5. Releasethe keywhen“ ”stopsflashing;Startthelearningprocedurewithoperator1opening;
6. Waitforthedoorsearchesandstopsontheopeningstopandthenontheclosingstop.
7. Oncetheprocedureisended,thedisplaywillshow“----“.
7Transmitters learning
7.1 Transmitters coding selection
1. Scrolldowntheparameterswith and keysuntilyouvisualise
P027;
2. Confirmbypressingonthe key;
3. Selectthetypeoftransmitterbyscrolling and keys:
 -d000=fixrolling-code(suggested);
 -d001=completerolling-code;
 -d002=dip-switch;
4. Confirmbypressingonthe key(displayshowsagainP027).
Warning: If you need to vary the type of encoding, and only if other
remotes with different encoding are memorized, you need to erase
memory (P004) AFTER you have set the new encoding.

28
9.2 Learning
1. Scrolldowntheparameterswith and 
keysuntilyouvisualiseP005;
2. Confirmbypressingonthe key;
3. When the symbol “ ” appears, press
on any key of the transmitter you want to
memorize;
4. The display visualizes the number of the
transmitterjustmemorizedandthen“ ”;
5. Memorizeallnecessarytransmittersrepeat-
ingthisprocedurefromstep3;
6. Wait10secondsbeforequittingthememo-
rizationmode,displayshowsnow“----“.
Warning: In the case of rolling code remotes,
the receiver can be put into learning mode
by pressing the hidden button on a remote
control previously learned.
8Adjustment of operating parameters
Ifyouneedtomodifytheoperatingparameters(force,speedness
etc..):
1. Scrolldowntheparametersuntilyouvisualizethedesirepa-
rameter(i.g.P032);
2. Confirmbypressingonthe key;
3. Bypressingon and ,setupthedesiredvalue;
4. Confirmbypressingonthe key(displayshowstheparam-
eterspreviouslyselected).
For the complete list of the “Operating Parameters” See
the table on page. 34.
9Programming complete
WARNINGAttheendoftheprogrammingprocedure,usethebuttons and untiltheappearanceofthesymbol“----”,the
operatorisnowreadyagainfornewmanoeuvres.
To perform any “Advanced Programming” operations (cancellation of the remotes, configuration inputs, etc. ..),
see on page 29.

29
7 ADVANCED PROGRAMMING
Herearesomeaddedprogrammingproceduresrelatingtoremotesmemorymanagementandadvancedconfigurationofthe
controlinputs.
1Deletion of memorized transmitters
1.1 Deletion of all transmitters
1. ScrolldowntheparametersuntilyouvisualizeP004;
2. Confirmbypressingonthe key;
3. When “ ” is flashing, press the  key for a few
seconds;
4. Releasethe keyassoonas“ ”stopsflashing;
5. Allmemorizedtransmittershave beendeleted(display
showsagainP004).
1.2 How to search and delete a transmitter
1. ScrolldowntheparametersuntilyouvisualizeP006;
2. Confirmbypressingonthe key;
3. Bypressingon and ,keys,selectthetransmitter
youwanttodelete(eg. );
4. When“ ”flashes,confirmthedeletionbypressing
the keyforafewseconds;
5. Releasethe keywhenappears“ ”;
6. Theselectedtransmitterisdeleted(displayshowsagain
P006).
2Resetting of default parameters
1. ScrolldowntheparametersuntilyouvisualizeP007;
2. Confirmbypressingonthe key;
3. When“ ”flashes,pressthe key;
4. Releasethe keyassoonas“ ”stopsflashing;
Defaultparametersfortheconfigurationcurrentlyin
usearerestored;
5. AttheendoftheoperationdisplayreturnstoP007.
Warning: Afteryourestorethedefaultparameters,you
must program the control panel again and adjust all
operatingparameters,inparticular,remembertopro-
perlysettheconfigurationofparameters(P028-P029
-P030–operatorconfiguration).
3Locking-Unlocking access to programming
Byusinga“dip-switch”remote(regardlessofthetypeofremotesalreadymemorized)it’spossibletolock-unlockaccesstothepro-
grammingofthecontrolpaneltoavoidtampering.Theremotesettingisthelocking-unlockingcodeverifiedbythecontrolboard.
3.1 Locking access to programming
1. Scrollthroughtheparameterswiththebuttons
and untilthedisplayshowsP008;
2. Accesstheparameterbypressingthebutton ;
3. The display shows alternately the writing
toindicatethatthecontrolboard
iswaitingforthetransmissionoftheblockcode;
4. Within10secondspressCH1onthe“TXMas-
ter”, the display shows  before
returningtothelistofparameters;
5. Accesstoprogrammingislocked.

30
3.2 Unlocking access to programming
1. Scrollthroughtheparameterswiththebuttons
and untilthedisplayshowsP008;
2. Accesstheparameterbypressingthebutton ;
3. The display shows alternately the writing
toindicatethatthecontrolboard
iswaitingforthetransmissionoftheunlocking
code;
4. Within10sec.presstheCH1ofthe“TXMas-
ter”, the display shows  before
returningtothelistofparameters;
5. Accesstoprogrammingisunlocked.
3.3 Unlocking access to programming and global reset
WARNING! This procedure involves the loss of all
stored settings.
Theprocedureallowstheunlockingofthecontrolpanelwithout
havingtoknowitsunlockingcode.
Following this release, you must program the control panel
againandadjustalloperatingparameters,in particular, re-
member to properly set the configuration of parame-
ters (P028 - P029 - P030 – operator configuration). You
will also need to repeat the measurement of impact forces to
ensure the installation compliance to standards.
1. Scrollthroughthe parameters with the buttons  and 
untilthedisplayshowsP008;
2. Accesstheparameterbypressingthebutton ;
3. Thedisplayshowsalternatelythewriting ;
4. Press the button , the display shows the flashing writing
;
5. Pressthebuttonagainandholdfor5seconds(releasingit
before,theprocedureisterminated):Thedisplayshowsthe
fixedwriting followedby ,beforereturningtothe
listofparameters;
6. Accesstoprogrammingisunlocked.
4Inputs configuration
Wheretheinstallationrequiresdifferentcommandsand/oradditionalto
thestandardonesdescribedbyplan,youcanconfigureeachinputforthe
operationdesired(egSTART,PHOTOS,STOP,etc...).
1. Scrolldowntheparameterswiththe and toseethatcorrespond-
ingtothedesiredone:
●P017=forINPUT1;
●P018=forINPUT2;
●P019=forINPUT3;
●P020=forINPUT4;
●P021=forINPUT5;
●P022=forINPUT6;
2. Confirmbypressingonthe keytogetaccesstotheparameter(eg.
P018);
3. Scrolldownwiththe and ,keystosetthevaluecorrespondingto
thedesiredoperation(refertotable“InputConfigurationparameters”
on page 33);
4. Confirmbypressingonthe key(displayshowsagainP018).
5. Executethenewconnectiontotheinputjustreconfigured.
5Programming complete
WARNINGAttheendoftheprogrammingprocedure,usethebuttons and untiltheappearanceofthesymbol“----”,the
operatorisnowreadyagainfornewmanoeuvres.

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8 MESSAGES SHOWN ON THE DISPLAY
WORKING STATUS MESSAGES
Mess. Description
Gateisclosed
Gateisopened
Openingunderway
Closingunderway
Whileinstep-by-stepmode,thecontrolboardawaitsfurtherinstructionsafterastartcommand
Stopcommandreceived
Resetcurrentposition:Thecontrolunithasjustbeenturnedonafterapowerfailure,orthegatehasexceededthemaximumnumber(80)
ofinversionsallowedwithoutevergettingtotheclosingstroke,orthemaximumnumber(3)ofconsecutiveoperationsallowedoftheanti-
crushingdevice.
Oncethecontrolunithasbeenresetandopencommandgiventhegatewillstartmovingatslowspeed,untilitreachesendoftravel.
ERROR MESSAGES
Mess. Description Possible solutions
Errorposition:Theresetpositionprocedureisnotsuc-
cessful.Thecontrolpanelisawaitingcommands.
-Makesuretherearenospecificfrictionsand/orobstaclesduringtherun;
-Giveastartpulsetoinitiateapositionresetprocedure;
-Verifythattheoperationiscompletedsuccessfully,manuallyhelpingtherun,if
necessary;
-Adjustpowerandspeedsettingsifnecessary.
Externalphotocellsand/orsafetydevicesareactivat-
edoroutoforder. -Makesurethatallsafetydevicesand/orphotocellsinstalledareworkingproperly.
Possiblefailuretothecontrolboardpowercircuit. -Disconnectandconnectpowersupply.Giveastartimpulse,ifthiserrorappears
again,replacethecontrolboard.
Time-outoperatorsrun: The engine/sexceeded the
maximum operating time (5min) without ever stop-
ping.
-Giveastartpulsetostartthepositionresetprocedure;
-Ensurethatthisoperationissuccessful.
Time-outobstacledetection:Withanti-crushingsen-
sordisabled,wasstilldetectedthepresenceofanob-
staclethatpreventsmovementoftheleafforaperiod
of10secondsmore.
-Makesuretherearenospecificfrictionsand/orobstaclesduringtherun;
-Giveastartpulsetoinitiateapositionresetprocedure;
-Verifythattheoperationiscompletedsuccessfully.
Operatorsmouvementnotdetected.
-Makesurethatoperatorsandencodersconnectionsarewelldone.
-CheckthatjumpersJ5andJ9arewellpositionedasshownontheelectricwiring
(for24Vonly).
-Ifthiserrorappearsagain,replacethecontrolpanel.
9 START-UP
Thestart-upphaseisveryimportanttoensuremaximumsecurityandcompliancetoregulations,includingalltherequirementsof
EN12445standardwhichestablishesthetestmethodsfortestingtheautomationforgates.
DEASystemremindsthatallinstallation,maintenance,cleaningorrepairoperationsonanypartofthesystemmustbeperformed
exclusivelybyqualifiedpersonnelwhomustberesponsibleofalltextsrequiebytheeventualrisk;
9.1 Installation test
Thetestingoperationisessentialinordertoverifythecorrectinstallationofthesystem.DEASystemwantstosummarizethe
propertestingofalltheautomationin4easysteps:
• Makesurethatyoucomplystrictlyasdescribedinparagraph2“WARNINGSSUMMARY”;
• Testtheopeningandclosingmakingsurethatthemovementoftheleafmatchasexpected.Wesuggestinthisregardtoperform
variousteststoassessthesmoothnessofthegateanddefectsinassemblyoradjustment;
• Ensurethatallsafetydevicesconnectedworkproperly;
• Performthemeasurementofimpactforcesinaccordancewiththestandard12445tofindthesettingthatensurescompliance
withthelimitssetbythestandardEN12453.
WARNING UsingsparepartsnotindicatedbyDEASystemand/orincorrectre-assemblycancreatearisktopeople,animals
andpropertyandalsodamagetheproduct.Forthisreason,alwaysuseonlythepartsindicatedbyDEASystemandscrupulously
followallassemblyinstructions.
9.2 Unlocking and Manual operation
Intheeventofmalfunctionsorsimplepowerfailure,releasethemotor(Pic.8)andperformtheoperationmanually.
Theknowledgeoftheunlockingoperationisveryimportant,becauseintimesofemergencythelackoftimelinessinactingon
suchadevicecanbedangerous.
WARNINGTheefficancyandsafetyofmanualoperationoftheautomationisguaranteedbyDEASystemonlyiftheinstallation
hasbeeninstalledcorrectlyandwithoriginalaccessories.

32
10 MAINTENANCE
Goodpreventivemaintenanceandregularinspectionensure
longworkinglife.Inthetablebelowyouwillfindalistofinspec-
tions/maintenanceoperations tobeprogrammedandexecuted
periodically.
ConsulttheTROUBLE-SHOOTING”tablewheneveranoma-
liesareobservedinordertofindthesolutiontotheproblemand
contactDEASystemdirectlywheneverthesolutionrequiredisnot
provided.
INTERVENTION TYPE PERIODICITY
cleaning of external surfaces 6 months
checking of screw tightening 6 months
checking of release mechanism operation 6 months
electric brake cleaning 6 months
TROUBLE-SHOOTING
Description Possible solutions
When the opening or closing command is activated the
gate leaf fails to move and the operator’s electric mo-
tor fails to start.
Theoperatorisnotreceivingcorrectpowersupply.Checkallconnections,fuses,andthe
powersupplycableconditionsandreplaceorrepairifnecessary.Ifthegatedoesnotclose
checkthecorrectfunctioningofphotocells.
When the opening command is activated, the motor
starts but the gate leafs fail to move.
Checkthattheunlockingsystemisclosed(seePic.8).
Checktheelectronicforceadjustmentdeviceandthemechanicalclutch.
Makesurethatthemotordoesnotpushintheoppositedirection,thelimitswitchelectri-
calconnectionsmightbereversed.
The gate moves by fits and starts, it is noisy, it stops at
half run or it does not start.
Makesurethatnothinghindersthegatewheelsmovementandtheslideinwhichtheyroll.
Therealwaysmustbebacklashbetweenrackandpinion;makesuretherackisaccura-
telypositioned.
Thepowerofthegearmotormaybeinsufficientforthecharacteristicsofthegate’swing;
checkthechoiceofmodelwheneverrequiredh.
Iftheoperatorattachmenttothegatebendsorisbadlyfastened,repairand/orbuttress
it.
11 PRODUCT DISPOSAL
REVconsistsofmaterialsofvarioustypes,someofwhichcanberecycled(electricalcables,plastic,aluminum,etc...)whileothers
mustbedisposedof(electronicboardsandcomponents).
Proceedasfollows:
1. Disconnectthepowersupply;
2. Disconnectanddisassemblealltheaccessoriesconnected.Followtheinstructionsinreversetothatdescribedinthesection“Instal-
lation”;
3. Removetheelectroniccomponents;
4. Sortinganddisposingofthematerialsexactlyaspertheregulationsinthecountryofsale.
WARNINGInlinewithEUDirective2002/96/ECforwasteelectricalandelectronicequipment(WEEE),thiselectricalproduct
mustnotbedisposedofasunsortedmunicipalwaste.Pleasedisposeofthisproductbyreturningittoyourlocalmunicipalcol-
lectionpointforrecycling.

33
PAR. PROCEDURE SETTABLE VALUES
PROGRAMMING PROCEDURES
Positioningofoperator1 Positioningofoperator2 Memorizationofthemotors’stroke Deletionoftransmitters Transmittersmemorizing Searchanddeletionofatransmitter Loadingofstandardparameters:thelistisupdatedwithfactorysettings Lockaccesstoprogramming HowtolearnconnectedDE@NETdevices(unusedatthemoment) Unusedparameter Unusedparameter Unusedparameter Unusedparameter Unusedparameter Unusedparameter
PAR. PARAMETER DESCRIPTION SETTABLE VALUES
DEFAULT VALUES
(fordifferentstandardsofinstallation)
sliding gate 24V sliding gate 230V
INPUTS CONFIGURATION PARAMETERS
INPUT_3selectioninginputtype •000:IN3type=freecontact
•001:IN3type=constantresistance8K2 (freecontact) (freecontact)
INPUT_1operatingselection •000:NONE(unusedparameter)
•001:START(start) •002:PED.(pedestrian) •003:OPEN(separatedopen) •004:CLOSE(separatedclose) •005:OPEN_PM(manpresentopen) •006:CLOSE_PM(manpresentclose) •007:ELOCK-IN(electric-lockactivation.SeeP062) •008:PHOTO1(photocell1) •009:PHOTO2(photocell2) •010:SAFETY1(safetyrib1) •011:STOP(lock) •012:FCA1(openinglimitswitchesMot1) •013:FCA2(openinglimitswitchtesMot2) •014:FCC1(closinglimitswitchesMot1) •015:FCC2(closinglimitswitchesMot2) •016:SAFETY2(safetyrib2)
IN1 (START) (START)
INPUT_2operatingselection IN2 (PEDESTRIAN) (PEDESTRIAN) INPUT_3operatingselection IN3 (SAFETY) (SAFETY) INPUT_4operatingselection IN4 (PHOTO1) (PHOTO1) INPUT_5operatingselection IN5 (FCA1) (FCA1) INPUT_6operatingselection IN6 (FCC1) (FCC1) AllocationofCHANNEL1ofremotes •000:NONE(unusedparameter)
•001:START(start) •002:PEDESTRIAN(pedestrian) •003:OPEN(separatedopen) •004:CLOSED(separatedclose) •005:OPEN_PM(manpresentopen) •006:CLOSED_PM(manpresentclose) •007:ELOCK-IN(electric-lockactivation.SeeP062)
CH1 (START) (START)
AllocationofCHANNEL2ofremotes CH2 (NONE) (NONE) AllocationofCHANNEL3ofremotes CH3 (NONE) (NONE) AllocationofCHANNEL4ofremotes CH4 (NONE) (NONE) Selectionoftypeofremotes •000:HCSfix-code
•001:HCSrolling-code •002:Dip-switch

34
sliding gate 24V sliding gate 230V
OPERATORS
CONFIGURATION
PARAMETERS
Selectiontypeofoperators •005:LIVI5/24
•006:LIVI8/24 •007:GULLIVER/REV
Unusedparameter Unusedparameter
OPERATING PARAMETERS
Operatorsspeedadjustmentduringslow-downwhileopening
Warning (230V only): For operators without encoder,speedduringopening/closingcycles(100%)
and slow down speed during opening/closing cycles (30%)arefixedindependentlyfromsetvalues.
15%tot........................100%tot
Operatorsspeedadjustmentduringthestrokewhileopening 15%tot........................100%tot Operatorsspeedadjustmentduringthestrokewhileclosing 15%tot........................100%tot Operatorsspeedadjustmentduringslow-downwhileclosing 15%tot........................100%tot Slowdowndurationadjustmentwhileopening 5%tot............................80%to Slowdowndurationadjustmentwhileclosing 5%tot............................80%tot Operator1forceadjustmentwhileopening (if=100%obstacledetectiondeactivated)
15%tot…...........................100%tot
Operatorn.1forceadjustmentwhileclosing (if=100%obstacledetectiondeactivated)
15%tot…...........................100%tot
Unusedparameter Unusedparameter Automaticclosingtimesadjustment (if=0automaticclosingdeactivated)
0sec...................................255sec
Pedestrianautomaticclosingtimeadjustment (se=0pedestrianautomaticclosingdeactivated)
0sec...................................255sec
Pedestrianstrokedurationadjustment 5%tot…...........................100%tot Pre-flashingtimeadjustment 0sec…….10sec Unusedparameter Unusedparameter Collectivityfunction:ifitisactivateditdeactivatesbothopeningandclosinginputsforthewholedurationofautomaticopeningandclosing •000:“collectivityfunction”deactivated
•001:“collectivityfunction”activated
Ramblowfunction:itpushesthemotorsclosedforonesecondbeforeeachopeningmovement,soastoeasetheelectric-lockrelease •000:“ramblow”deactivated
•001:“ramblowfunction”activated
“Reversal”modeselection(duringthemanoeuvreacommandimpulsereversethemouvement)or“stepbystep”(duringthemanoeuvrea
commandimpulsestopsthemouvement).Anextimpulserestarttheoperatortotheoppositedirection.
•000:“reversalfunction” •001:“stepbystepfunction”
PHOTO1 PHOTOinputfunctioning:If=0:photocellenabledwhileclosingandstartingwhenthegateisstopped;if=1photocellsare
alwaysenabled;if=2photocellsareenabledwhileclosingonly.Whenenabled,itsactivationprovokes:theinversion(while closing),thestop(whileopening)andpreventthestarting(whengateisclosed). If=3-4-5,theoperationisthesameasthevalues0-1-2butwith“closeimmediately”enabled:inanycase,duringtheopening
and/orthepausetime,removalofapossibleobstaclecausesthegateautomaticallyclosesafterafixeddelayof5sec.
•000:photocellenabledwhileclosingandwhengateisstopped •001:photocellsalwaysenabled •002:photocellsenabledonlywhileclosing •003:as000butwith“closeimmediately”enabled •004:as001butwith“closeimmediately”enabled •005:as002butwith“closeimmediately”enabled
PHOTO2

35
sliding gate 24V sliding gate 230V
OPERATING PARAMETERS
Operationmodeselectionofthewarninglightoutput: If=0“warninglight”(outputalwaysONwhenthegateisopen,OFFafteraclosingoperation), If=1“flashingwarninglight”(slowintermittentoutputduringopeningandfastwhileclosing,alwaysONatgateopened,alwaysOFFatthe
endofaclosingoperationonly), If>1“courtesylight”(outputONduringeachmovement,OFFwhenthemotorstops,afterthesettingdelay)
•000:“fixwarninglight” •001:“flashingwarninglight”(only for 24V) •>001:“courtesylight”offdelay (1sec………………255sec)
Unusedparameter “softstart”function:motorsaccelerategraduallyuntiltheyreachthesetspeed,avoidingsuddendepartures. Warning (230V only):Foroperatorswithoutencoder,theparameterwillbeingnored.
•000:“softstart”deactivated •001:“softstart”activated •002:“longsoftstart”activated
Adjusttheinversiononobstacleperiod(detectedbyinternalanti-crushingsensororbythesafetyinputwhenactivated):If=0itmakesa
completeinversion,if>0indicatestheduration(inseconds)oftherun,afterinversionresultingfrom detection of an obstacleduringthe
opening.
•000:inversionecompletasuostacolo •>000:duratadell’inversionesuostacolo (1sec……………..10sec)
Adjusttheinversiononobstacleperiod(detectedbyinternalanti-crushingsensororbythesafetyinputwhenactivated):If=0itmakesa
completeinversion,if>0indicatestheduration(inseconds)oftherun,afterinversionresultingfromdetectionofanobstacleduringtheclosing.
•000:completereversalonobstacle •>000:durationofreversalonobstacle (1sec……………..10sec)
Facilitationmanualrelease:If≠0,afterdetectingthelockingstop,theenginereversesforabrieftimetoreleasethepressureonit,andthus
facilitatethemanualrelease.Thesetvalueshowsthelengthoftheinversion.If=0functiondisabled
•000:facilitatingreleasedisabled •>000:facilitationactivatedwithreleasetimeequalto: (1x25ms……….................40x25ms)
Unusedparameter Unusedparameter Unusedparameter “Energysaving”mode:If=1after10secofinactivity,thecontrolpanelturnsthe24Voutputsandthedisplayoffthatwillbeturnedonatfirst commandreceived(userecommendedbattery-poweredand/orsolarpanel).
•000:“Energysaving”notactive •001:“Energysaving”active
Electric-lockoutputoperating:If=0“boost”outputforelectric-lockart.110powersupply,If=124VoutputcontrolledbytheELOCK_INinputas
pulsedmode,If=224VoutputcontrolledbytheELOCK_INinputasstep-by-stepmode,If=3electro-brakeoutputfornotself-lockingoperators,
If=424Voutputforelectric-lockpowersupplyviaanexternalrelay,If=524Voutputforelectro-magnetspowersupplyforbarriers,If>524V
outputcontrolledbytheELOCK_INinputastemporizedmode(thesetvalueindicatestheswitch-offdelayinseconds).
•000:“Boost”outputforelectric-lockart.110powersupply •001:“24V pulseoutputmax5W
•002:“24V step-by-stepoutputmax5W •003:“Electric-lockoutputfornotself-lockingoperators •004:“Outputforelectric-lockpowersupplyviaanexternalrelay •005:“outputforelectro-magnetspowersupplyforbarriers •>005:“24V temporizedoutputmax5W (5sec………………255sec)
Rundirectioninversion:If=1automaticallyreversestheoutputsopen/closeoftheoperatorsandanyopening/closinglimitswitchesinputs,
avoidinghavingtomanualchangethewiringwheninstallingtheoperatorinaninvertedposition.
•000:“Standardinstallation” •001:“Invertedinstallation”
Multiplieroperations-counter:Multiplythenumberofoperationsafterwhichthetotaloperations-counterwillbeupdated. Toviewthevalues,refertothesection“Visualisationofinputsandoperations-counterstatus”.
•000:“x100 •001:“x1000 •002:“x10000 •003:“x100000
MaintenanceOperations-counter:if=0resetthecounteranddisablestheinterventionrequest,if>0indicatesthenumberofoperations(x
500)tobemadebeforethecontrolpanelexecutesa4secondadditionalpre-flashtoindicatetheneedofmaintenance. i.g.:IfP064=050,operationsnumber=50x500=25000operations Warning:Beforeyousetanewvalueofthecounter-manoeuvresmaintenance,thesamemustberesetbysettingP065=0andonlylater
P065=“newvalue”.
•000:“RequestMaintenancedisabled •>000:“Numberofoperations(x500)forrequiredmaintenance (1...................................255)
Selectionofoperatingflashinglightoutput:If=0intermittentflashinglightoutput; If=1Fixedflashinglightoutput(forflashinglightswithintermittentinteriorcircuits).
•000:“intermittentflashinglightoutput •001:“fixedflashinglightoutput

36
sliding gate 24V sliding gate 230V
OPERATING PARAMETERS
SAFETY1 OperationoftheSFTinput:if=0safetyedgealwaysenabled,if=1safetyedgeenabledonlywhileclosing,if=2safetyedge
enabledonlywhileclosingandbeforeanymovement,if=3safetyedgeenabledonlywhenopening,if=4safetyedgeenabled
onlywhileopeningandbeforeanymovement;asfortheobstacledetectionwithinternalanti-crushingsensor,alsotheactivation
oftheinputsSFT1andSFT2causesthecompleteorpartialreversalassetbyP055(durationofinversiononobstacleswhile
opening,andP056(durationofreversalonobstaclewhileclosing)
•000:“safetyedgealwaysenabled •001:“safetyedgeenabledonlywhileclosing •002:“safetyedgeenabledonlywhileclosingandbeforeanymovement •003:“safetyedgeenabledonlywhenopening •004:“safetyedgeenabledonlywhileopeningandbeforeanymovement
SAFETY2
Delayonlimitswitchdetection:theoperationisstoppedafter1,5secfromlimitswitchdetection.Whenduringthisdelayastopisdetected,
theoperatorissuddenlystopped
•000:“limitswitchdelaydisabled •001:“limitswitchdelayenabled
Adjustmentofaccelerationdurability Warning:ifsoftstartisactivated,theaccelerationisdeactivatedindipendentlyfromP070value.
• 000: “acceleration deactivated (it runs an acceleration of minimum durability,
almostimperceptible) •00X:“adjuststheaccelerationdurabilityat1,5sec(X*6ms)
Unusedparameter Unusedparameter Unusedparameter Unusedparameter Unusedparameter