FAAC 525 User manual

13
ENGLISH ENGLISH
1) IMPORTANT! FAAC strongly recommends to follow these instructions
carefully for the safety of persons. Improper installation or misuse of
the product will cause very serious damages to persons.
2) Readtheinstructionscarefully beforeinstallingtheproduct.
3) Packagingmaterials(plastic,polystyreneetc.)areapotentialhazard
andmustbekeptoutofreachofchildren.
4) Keeptheseinstructionsforfuturereference.
5) This product has been designed and manufactured only for the use
statedinthismanual.Anyotherusenotexpresslysetforthwillaffectthe
reliabilityoftheproductand/orcouldbesourceofhazard.
6) FAAC S.p.A.cannot be heldresponsible forany damage causedby
improperuseordifferentfromtheuseforwhichtheautomationsystemis
destinedto.
7) Do not use this device in areas subject to explosion: the presence of
flammablegasorfumesisaserioushazard.
8) MechanicalconstructiveelementsmustcomplywithUNI8612,CENprEN
12604andCENprEN12605standards.
CountriesoutsidetheECshallfollowtheregulationsabovebesidestheir
nationalnormativereferencesinordertooffertheutmostsafety.
9) Faaccannotbeheldresponsibleforfailuretoobservetechnicalstan-
dardsintheconstructionofgatesanddoors,orforanydeformationof
thegateswhichmayoccurduringuse.
10) InstallationmustcomplywithUNI8612,CENprEN12453andCENprEN
12635.
ThedegreeofsafetyoftheautomationmustbeC+D.
10A) IEC335-2-95
11) Beforeattemptinganyjobonthesystemoroperator,cutoutelectric
poweranddisconnectthebatteries,ifinstalled.
12) Anomnipowerswitchshallbeprovidedfortheinstallationwithanopen-
ingdistance ofthe contactsof 3mm ofmore. Alternatively,use a6A
EC MACHINE DIRECTIVE COMPLIANCE DECLARATION
(DIRECTIVE 89/392 EEC, APPENDIX II, PART B)
Manufacturer: FAAC S.p.A.
Address: Via Benini, 1 - 40069 Zola Predosa BOLOGNA - ITALY
Hereby declares that: the 525/530 automation system
• is intended to be incorporated into machinery, or to be assembled with other machinery to constitute
machinery in compliance with the requirements of Directive 89/392 EEC, and subsequent amendments 91/
368 EEC, 93/44 EEC and 93/68 EEC;
• complies with the essential safety requirements in the following EEC Directives:
73/23 EEC and subsequent amendment 93/68 EEC.
89/336 EEC and subsequent amendments 92/31 EEC and 93/68 EEC.
and furthermore declares that unit must not be put into service until the machinery into which it is incorporated
or of which it is a component has been identified and declared to be in conformity with the provisions of
Directive 89/392 EEC and subsequent amendments enacted by the national implementing legislation.
Bologna, 1 January 1999 Managing Director
A.Bassi
thermomagneticbreakerwithmulti-poleswitching.
13) Ensurethatthereisadifferentialswitchup-lineoftheelectricalsystem,
withatripthresholdof0.03A.
14) Checkthattheearthingplantisinperfectconditionandconnectitto
themetallicparts.Alsoearththeyellow/greenwireoftheoperator.
15) Theautomationisfittedwithananti-crushsafetysystemthatisatorque
controldevice.Inanycase,furthersafetydevicesshallbeinstalled.
16) Thesafetydevices(e.g.photocells,safetyedges,etc.)protectareas
wherethereisa mechanicalmovementhazard,e.g.crushing,entrap-
mentandcutting.
17) Eachinstallationmustbefittedwithatleastoneflashinglight(e.g.FAAC
LAMP,MINILAMP,etc.)aswellasawarningplatesuitablyfixedtothe
gate,besidesthesafetydevicesasperpoint16above.
18) Faaccannotbeheldresponsibleregardingsafetyandcorrectfunction-
ingoftheautomationintheeventthatpartsotherthanFaacoriginal
partsareused.
19) UseonlyFaacoriginalsparepartsformaintenanceoperations.
20) Donotcarryoutanymodificationstoautomationcomponents.
21) Theinstallermustsupplyallinformationregardingmanualoperationof
thesystemintheeventofanemergencyandprovidetheend-userwith
the”End-userGuide”attachedtotheproduct.
22) Donotallowchildrenoradultstostandneartheproductduringopera-
tion.
23) Keepoutofreachofchildrentheremoteradiocontrolsandanycontrol
devices.Theautomationcouldbeoperatedunintentionally.
24) Theend-usermustavoidanyattempttorepairoradjusttheautomation
personally.Theseoperationsmustbecarriedoutexclusivelybyqualified
personnel.
25) What is not explicitly stated in these instructions is not permitted.
IMPORTANT NOTICE FOR THE INSTALLER
GENERAL SAFETY REGULATIONS

14
ENGLISH ENGLISH
AUTOMATIC SYSTEM 525/530
Theseinstructionsapplytothefollowingmodels:
525 - 530
Automaticsystems525-530aredesignedtoautomateoverhead
spring-balanced,sectional,andcounterbalanced(withspecial
GDA3000accessory) doorsforresidentialgarages.
Theyconsistofanelectro-mechanicaloperator,electroniccon-
trolapplianceandcourtesylampbuiltintoasingleunit. Theunit
is fitted to the ceiling and opens the door by means of a
transmissionchain.
The system is non-reversing and, therefore, the door locks me-
chanicallywhenthemotorisnotoperatingand,consequently,
nootherlockisnecessary;twomanualreleasesontheinsideand
outside(optional)makeitpossibletomovethedoormanuallyin
case of a power cut or fault.
Any obstacles are certain to be detected by a controlling
electronicdevicewhichcomesintoactionwhiletheautomatic
systemisinoperation.
The525and530automatedsystemsweredesignedandbuilt for
indoor use and for controlling vehicle access.Avoid any other
use.
2.DIMENSIONS
Fig.1
Fig.2





Power pipe (230V)
Cable 4 x 0,5 (RX photocell)
Cable 3x0.5 (Radio receiver)
Cable 2 x 0,5 (TX photocell)
Low voltage pipe
Cable 2 x 1.5 + earth (power supply)
3. ANCILLARY ELECTRICAL EQUIPMENT
1. DESCRIPTION AND TECHNICAL SPECIFICATIONS
328 157
415
2738(525)/ 3338(530)
Dimensionsinmm
12
3
4
5
6
MODEL 525 530
Power supply 230V ac 50Hz
Electric motor 24V dc
Maximum absorbed power 220W
Maximum cycles per hour 20 (with load of 28Kg at 20°C)
Maximum consecutive cycles 6 (at 20°C)
Minimum distance from ceiling 35mm (Fig.4 and 5 )
Maximum available travel 1900mm 2500mm
Pulling/thrust power 600N (~60Kg)
Courtesy light 230V ac 40W max
Courtesy light timer 2 minutes
Carriage speed (load free) 12 cm/sec.
Deceleration speed 6 cm/sec.
Deceleration travel Varies according to setup
Internal safety device Type 2
Response time of built-in safety 150msec
device
Door max width 3000 mm (5000mm sectional)
Door max height See max available travel
Protection class IP20
Ambient temperature -20 / +55°C

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ENGLISH ENGLISH
3.DESCRIPTION
4. PRELIMINARYCHECKS
Thestructureofthedoormustbesuitableforaccommodatingautomation.Inparticular,checkthatthedoordimensionsconform
tothose indicatedin thetechnical specifications,and thatthe dooris sufficientlysturdy.
Checktheefficiencyofthedoorbearingsandjoints.
Makesurethedoorisfreeofanyfriction;ifnecessary,cleantheguidesandoilthemwithsiliconelubricant,butdonotuse grease.
Removethedoor’sexistingclosingmechanismtoensurethedoorisclosedbytheautomaticsystem.
Checkifan efficientearthplateis availableforelectricalconnection to theoperator.
Makesure there isa clearanceof atleast 35 mmbetween theceiling andthe highest sliding point ofthe door(fig.4 and5).
min. 35 mm
Fig.4
min. 35 mm
Fig.5 Fig.6
Inthecaseof sectionaldoors,checkthattheupperguiderollerisinthehorizontalpartoftheguidewhenthedoorisclosed(fig.6).
Fig.3
1
10
9
8
7
6
53
2
13
12
11
3
4
14
15
1
2
3
4
5
6
7
9
10
11
12
13
14
815
CEILINGFIXTURE
MOTORUNIT
ELECTRONICEQUIPMENT
COURTESYLIGHT
PROTECTIVEHOUSING
SLIDINGGUIDE
DUST-GUARD RELEASEKNOB
DRIVEBRACKET
FRONTSECURINGBRACKET
FRONTFLANGE
TRANSMISSIONPULLEY
DRIVECARRIAGE
MOTOR UNIT SUPPORT
CENTRALSLIDE

16
ENGLISH ENGLISH
Fig.10 Fig.11
5.OPERATORASSEMBLY
N.B.: Screws and expansion plugs for securing the operator to the infrastructure are not supplied.
5.1Ifusingtheoutsidereleasedevice(optionalitem),withdrawthecarriagefromtheguide,andfitthecableintheappropriateseat
on the carriage, as shown in figure 7.
5.2 For the 530 operator, we advise you to use the optional guide (fig.8 ref.B), fitting it on the central slide (fig.8 ref.C).
5.3Insertthelongitudinalmember withchaininthe centralslide (fig.9) until itmeets themetal projection(fig.8 ref.D).
5.4Fitanewlongitudinalmember(fig.10)inthealreadyinstalledunit,makingsurethatthemetalprojectionshowninFig.8ref.Acomes
intocontact withthecentral slide.
5.5Removethehousing,unscrewthelampand,usingasuitablewrench,removethenutssecuringthemotorunittotheoperator
(fig.11).
Fig.9
Fig.8
Fig.7
A
B
C
D

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ENGLISH ENGLISH
5.10 Fit the flange into the sliding guide and lock with the nut
(fig.14).
5.11Positiontheoperatorontheground,verticallyrespecttofloor
(fig.15ref.A).
5.12Checkchaintension,makingsurethatthesedistancesare
equal(asshowninfig.15ref.B):lowerchain-upperchain;upper
chain - upper rail joint.
5.13Adjustchaintensionifnecessary,usingthenutasindicated
infig.15ref.C.
N.B. : To apply tension to the chain, turn the nut clock - wise.
To slacken the chain, turn the nut anti clock - wise
Warning:toomuchchaintensioncoulddamagethemotorunit.
5.6Offertheassembledguidetotheoperator.
5.7Liftupthemotorunit,takingcarenottodamagetheelectronicequipment,couplethepiniongeartothechainandfititinthe
motorshaft(fig.12).
5.8 Re-position the motor unit and insert the longitudinal member – as shown in figure 13 (ref. A) - up to the stop.
5.9Tightenthe motorunitwithan appropriatewrench(fig.13 ref.B).
Fig.12 Fig.13
A
B
Fig.14
B
C
A
Fig.15

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ENGLISH ENGLISH
6.INSTALLATION
6.1 Find the mid-point of door and ceiling and mark the two lines with a highlighter.
6.2 Find the highest movement point of the door and mark this on the lintel.
6.3Positionthesecuringbracket5mmabovethelineyouhadmarked,whichmustbe centered with respecttothe door (fig.16).
6.4Mark thetwo bracketsecuring pointsand drill thenecessary holes.
6.5Next,usingscrewsandwashers, screw thebracketontheexpansionplugs(fig.16).
Fig.19
6.6Place theoperatoron theground,lift upthe slidinglongitu-
dinalmember andsteptoward thebracket– fitthe screwand
tightenthenut(fig.17).
6.7Lift upthe operator, makingsure itis horizontalwithrespect
to the door – use a spirit level.
6.8Whenyouhave reachedthecorrectposition,measurethe
distancebetweenceilingandoperatorsothatyoucanshape
thesecuring brackets inadvance.
6.9Fitthesuppliedbracketsintheslotsandsecuretheoperator
withthe nut(fig. 18).
6.10Bend the securing brackets inline withthe measurements
you had taken (fig. 19).
6.11Liftuptheoperator,placeitinitscorrectposition,andmark
thesecuringholes.
6.12 Drill, insert the expansion plugs and, using screws and
washers,securethemotorunittotheceiling(fig.20ref.A).
6.13Firstestablishtheheightofthereleaseknob,cutoffexcess
cord, and make a knot on the cord end.
Fig.16
5 mm
Fig.17
6.14 Place the knot inside the knob – as shown in fig. 20 ref. B –
andclose it.
6.15Ifusingthecentralsupportguide,shapethebrackets,lock
them with a nut and secure them to the ceiling (fig. 21).
Fig.18
Fig.20
A
B

19
ENGLISH ENGLISH
6.16Forsectionaldoors,seepoint6.25.
6.17 Secure the attachment to the drive shaft, using a suitable screw and nut (fig. 22).
6.18Releasetheoperator,bypullingthereleaseleverdownward(fig.23).
6.19Closetheoverheaddoor.
6.20Takethereleased carriagetotheclosingpoint.
6.21 Rest the attachment on the door, in a central position with respect to the mid-line you had marked out.
N.B.:Thedistancebetweendrivebracketandslidingrailbracketmustnotexceed20cm(max30°)(fig.24).
6.22Checktheposition,drillandsecurewithsuitablescrews(fig.24).
Fig.25
LOCK
Fig.26
6.23Re-locktheautomaticsystembypullingthehandlesideways(fig.25)N.B.:onrelease,makesureyoucanseethered“LOCK”
indicationwindowunderthe carriage–thismeansitwas correctlyreset.
6.24 Important: slide the door along the rail to re-locate the hook-up point.
6.25For sectionaldoors thatrequire it, fitthe armshown infigure 26 ref.A onthe attachmentand carryonfrom point6.18.
Fig.21 Fig.22
Fig.23 Fig.24
20 cm
A

20
ENGLISH ENGLISH
7.CONNECTIONOF525MPSELECTRONICCARD
IMPORTANT:Beforeattemptinganyworkonthecard(connections,programming,maintenance),alwaysturnoffpower.
Observepoints 10, 11,12,13 and14ofthe GENERALSAFETYRULES.
Observingtheindicationsinfig.2,installtheracewaysandmaketheelectricalconnectionsfromthe525MPSelectronicappliance
totheselectedaccessories(fig.28).
Alwaysseparatepowercablesfromcontrolandsafetycables(push-button receiver,photocells,etc.). Topreventanyelectricnoise
whatever,useseparatesheaths.
TECHNICALSPECIFICATIONS
Power supply voltage 230V ac 50Hz
Power supply for accessories 24Vdc
Accessories max. load 200 mA
Ambient temperature -20°/+55°C
Fuses transf./motor primary
winding
Quick-fit connector for decoding cards and
RPreceivers
Function logics Automatic/Semi-
automatic
Terminal board connections Open/Stop/Safety
devices/Fail-safe/
Flashlight
Courtesy light timer 2 min
525MPSCARDCOMPONENTS
F1 Fuse for transf. primary winding, 1A
F2 Motor fuse, 10A
F3 Fuse for 0,5A accessories output
J1 Low voltage terminal board for inputs /accessories
J2 Rapid connector for decoding/RP receivers cards
J3 230V power supply input terminal board
J4 Connector for transformer primary winding
J5 Courtesy light connector
J6 Flashlight output terminal board
J7 Connector for transformer secondary winding
J8 Motor output connector
P1 Open push-button
P2 Set-up push-button
LK1 Enable/disable fail-safe
LK2 Varies sensitivity of reversing device Fig.27
fail-safe enabled fail-safe disabledLK1=
reversing sensitivity
150N (~15Kg)
LK2= reversing sensitivity
300N (~30Kg)
DESCRIPTION
TERMINALBOARDJ1(lowvoltage)
OPEN=OpenCommand(N.O.)
Anydevice(push-button, detector,…)which,byclosing acontact,suppliesan opening(orclosing) pulse tothedoor.
Toinstall several Opendevices,connect N.O.contactsin parallel.
STOP=Stopcommand(N.C.)
Anydevice (e.g.a push-button)which, byopening acontact, stopsdoor movement.
Toinstallseveralstopdevices,connecttheN.C.contactsinseries.
N.B.:ifstopdevicesarenotused,jumper connect STOP to the inputs common contact.
=input/negativeaccessoriessupplycommoncontact.
=Accessories supplypositivepole(24Vdc200mAmax)
FSW=Closingsafety-devicescontact(N.C.)
Safetydevicesarealldevices(photocells,sensitiveedges,…)withN.C.contact,which,ifthereisanobstacleintheareathey
protect,operatetoreversedoorclosingmovement.
Ifthe safety devicesare activated whenthe door islockedor open,theyprevent itfromclosing.
Toinstallseveralsafetydevices,connecttheN.C.contactsinseries.
N.B.:ifsafety devices are not connected,jumperconnectFSWtotheinputs common contact.
-FSWTX=Terminalforconnectionofthe negative pole (-)of the photocells transmitter(TX).
CONNECTORJ2(lowvoltage)
ConnectorJ2isused for rapidconnectionofMINIDEC,DECODER,and RP RECEIVERcards.
Insertandremovethecardsaftercuttingpower.
+
-
R
525 MPS
J1
J2
J7
J8
J6
J5
J4
J3
P2
P1
F2
LK1
LK2
F1
F3

21
ENGLISH ENGLISH
TERMINALBOARDJ3(highvoltage)
Terminalboard forpower supplyof 230V ~50Hz(F=phase N=neutral)
Connectthesystem’searthwiretothededicated terminal(seeIDsticker–fig.31ref.A).
TERMINALBOARDJ6(highvoltage)
230V~Terminalboardforconnectionofflashlight.
LK1 JUMPER (enable/disable fail-safe)
The525MPScardhasanothersafetydevice–theFAIL-SAFE–which,priortoanyactivation,controlsiftheN.C.contactonthe
photocellreceiver(fig.27)isoperatingefficiently.
JUMPERLK2(150N/300N)
Servestovarythesensitivityofthereversingdevice(fig.27).
Fig.28
OTHERSAFETYDEVICES
STOP
OPEN
8.ANTENNAINSTALLATION(OPTIONAL)
8.1IfyouareusinganRPreceiver,andwishtoincreaseitsrange,youcanuseanexternal433MHZantenna(antennaconnection
instructionsareon the rearoftheRP receiverblister-pack).
8.2 Pick up the housing and, using an appropriate bit, drill from the inside outward in the guided area (fig. 29).
8.3 Turn the housing toward the front, fit the antenna and secure it from the inside with a suitable nut (fig. 30).
Fig30Fig.29
Ø10
J1
J2
RP - DECODER
LK2
LK1
FAIL SAFE
OPEN STOP TX
FSW
FSW
C3
J7
J8
P1
OPEN
P2
SETUP
J3 J4 J6
J5
PRIM.TF. LIGHT
R
525 MPS
230V ac 50Hz FAAC LAMP
••
••
1 2
••
2
1
3
4
5
•
•
•
RX
TX

22
ENGLISH ENGLISH
9.CONNECTIONS
9.1 Connect the power cable, as shown in figure 31, securing it with a clamp in the indicated area.
9.2Fitthescrewintheappropriateseatandtightenwithwasher
andnut(fig.31ref.A).
9.3 Position the earth eyelet on the screw, add a washer and
tightenwitthenut(fig.32ref.A).
9.4Ifyouareusingtubesleevestosecurethecables,makeaslot
asshowninfigure32.
9.5Screw thelamp inthe appropriatelamp-holder.
9.6 Securetheoperatorhousingusingappropriatescrews(fig.33).
Fig.31
A
Fig.32
A
Fig.33
To accesstheprogramming push-button, dismantlethecour-
tesylightceilingfixture,unscrewingtheappropriatescrew.
Slidetheceilingfixtureinthedirectionshownbythearrow(fig.34).
INITIALSET-UP
The obstacle detector does NOT operate during this initial
procedure – this means that the operator is using the motor’s
maximumpowertomovethedoor.
Further,theFail-safeprocedureisnotactive.
Theset-upprocedure enables youtoestablishthe following:
-anti-crushing safety levelsat openingand closing.
-decelerationpoints
- operator’s fully open and fully closed points
- pause interval
Thisprocedurecanbecarriedoutatanytime,withtheoperator
inanyposition.
Twofunctionlogics areavailableon thisappliance:
AUTOMATIC(TABLE1)
SEMI-AUTOMATIC(TABLE2)
10.PROGRAMMING
Fig.34
A

23
ENGLISH ENGLISH
AUTOMATICSET-UP
Theset-upprocedureisexecutedautomaticallyjustwithapulse.
MANUALSET-UP
Thisprocedureenablesyoutoselectthedecelerationpoints,the
fully open point, and pause time.
AUTOMATICSET-UPWITHLOGIC“E” (SEMI-AUTOMATIC)
Pressand release theSET-UP push-buttonto selectthe logic.
After8secondstheoperatoreffectsaclosingoperationuntila
stop is detected.
Theoperatornowopensthedoor,andtheopeningmovement
finisheswhenthemechanicalstopisrecognised.
Thedoorisimmediatelyclosed.
Theelectronicapplianceestablishesthedecelerationpoints.
IftheSETUPprocedurewassuccessful,thecourtesylampstays
lightedfor5seconds.Duringthistime,inordertoreducetheload
onthereleasesystem,openpulsescanbesentwithin2seconds
of each other to reverse the release carriage. A pulse equals
travelof5millimetres.
N.B.: the carriage can be seen to reverse only when the auto-
matedsystemisoperatingnormally.
MANUALSET-UPWITHLOGIC“E”(SEMI-AUTOMATIC)
PressandreleasetheSET-UPpush-buttontoselectthelogic.Carry
outthefollowingprocedurewithin8secondsafterpressingthe
SETUP push-button, otherwise the oprator will execute auto-
maticSETUP.
1st OPEN:theoperatoreffectsaclosingoperationuntilastopis
detected.
2ndOPEN:theoperatorcontinueswithanopeningmovement.
3rd OPEN: defines the point at which start of deceleration is
required.
4thOPEN: definestheend oftheopening** movement.
5thOPEN: startsclosingmovement.
6th OPEN: defines the point at which start of deceleration is
required.
Allowthe operatorto reachthe stop.
IftheSETUPprocedurewassuccessful,thecourtesylampstays
lightedfor5seconds.Duringthistime,inordertoreducetheload
onthereleasesystem,openpulsescanbesentwithin2seconds
of each other to reverse the release carriage. A pulse equals
travelof5millimetres.
N.B.: the carriage can be seen to reverse only when the auto-
matedsystemisoperatingnormally.
AUTOMATICSET-UPWITHLOGIC“A”(AUTOMATIC)
Hold down the SET-UP push-button to select the logic until the
courtesylightgoeson(about5seconds).
After8secondstheoperatoreffectsaclosingoperationuntila
stop is detected.
Theoperatornowopensthedoor,andtheopeningmovement
finisheswhenthemechanicalstopisrecognised.*
Thedoorisimmediatelyclosed.
The electronic appliance establishes the deceleration points,
and pause time is fixed at 3 minutes.
IftheSETUPprocedurewassuccessful,thecourtesylampstays
lightedfor5seconds.Duringthistime,inordertoreducetheload
onthereleasesystem,openpulsescanbesentwithin2seconds
of each other to reverse the release carriage. A pulse equals
travelof5millimetres.
N.B.: the carriage can be seen to reverse only when the auto-
matedsystemisoperatingnormally.
MANUALSET-UPWITHLOGIC“A”(AUTOMATIC)
Hold down the SET-UP push-button to select the logic until the
courtesylightgoeson(about5seconds).Carryoutthefollowing
procedurewithin8secondsafterpressingtheSETUPpush-button,
otherwisetheopratorwillexecuteautomaticSETUP.
1st OPEN:the operatoreffects aclosing operationuntil a stopis
detected.
2ndOPEN:theoperatorcontinueswithanopeningmovement.
3rd OPEN: defines the point at which start of deceleration is
required.
4thOPEN:definestheendoftheopeningmovementandstarts
thepause time count**(3 minutesmax.).
5thOPEN:interruptsthepausetimecountandstartstheclosing
movement.
6th OPEN: defines the point at which start of deceleration is
required.
Allowthe operatorto reachthe stop.
Ifthe SETUPprocedure wassuccessful, thecourtesy lampstays
lightedfor5seconds.Duringthistime,inordertoreducetheload
onthereleasesystem,openpulsescanbesentwithin2seconds
ofeachothertoreversethereleasecarriage.Apulseequalstravel
of5millimetres.
N.B.: the carriage can be seen to reverse only when the auto-
matedsystemisoperatingnormally.
* Otherwise, an OPEN pulse may replace the stop.
** Otherwise, the stop can be used during opening.
IMPORTANT:Atset-up,iftheoperatordoesnoteffectanymove-
ment when the OPEN push-button (see fig.34 ref. A) is pressed,
check that the housing is in correct position.
FUNCTIONLOGICS
* Prevents closing if pulse is maintained
* Prevents closing and/or opening if pulse is maintained
Closes
Table1AUTOMATICLogic
CLOSED
OPEN
CLOSING
LOCKED
OPENING
Closes
Open
Reversesmotion
Locks
Closes
STOPOPEN SAFETY DEVICES
Noeffect**
Locks **
Locks **
Noeffect**
Noeffect
Reversesmotion
Noeffect *
Noeffect *
OVERHEAD
DOOR
Noeffect** Noeffect *
Table2SEMI-AUTOMATICLogic
CLOSED
OPEN FOR
PAUSE
CLOSING
OPENING
Opensand
closes afterthe
pausetime
Closes
STOPOPEN SAFETY DEVICES
Noeffect**
Locks*
Locks **
Locks **
Noeffect**
Noeffect
Restartspause
timecount*
Reversesmotion
Noeffect *
Noeffect *
OVERHEAD
DOOR
LOCKED
Reversesmotion
Restartspause
timecount*
Noeffect

24
ENGLISH ENGLISH
Fig.37Fig.36
Fig.39Fig.38
•Twoexternalreleasesystemscanbefitted:
-withhandle(fig.38ref.A)
-withwrench(fig.38ref.B)
•Counterbalanced doors can be automated byusing theaccessory shownin fig.39 (GDA 3000).
A
B
RELEASE
DEBLOQUER
ENTRIEGELN
DESBLOQUEAR
SBLOCCARE
LOCK
RE-LOCK
BLOQUER A NOUVEAU
WIEDER BLOKIEREN
BLOQUEAR DE NUEVO
RIBLOCCARE
WARNING
Fig.35
Wheninstallationhasbeencompleted,check the efficiency
of the automated system and safety devices, and then
applythe “danger”warning sticker(fig.35) onthe panel of
the up-and-over door to make it easy to see.
Applythesticker, whichindicatesthe releasedeviceofthe
automatedsystem(fig.35).
11.OPTIONALACCESSORIES
• If you are using the card for the CN60-E Sensitive Edge, a
compartmentisprovidedforitinsidetheoperatorhousinginthe
positionshowninfigure36.
•Floatingbatteriesinstallationprocedure:fitthemontheopera-
torwith the appropriate bracket, andsecure themwith screw
and nut in the position shown in figure 37.
ATTENTION!Ifreplacingbatteries,cutoutelectricalpower
beforeattemptinganyoperation.

USER’S GUIDE
AUTOMATIC SYSTEMS 525-530
Readthe instructions carefullybefore using theproductand store themfor future use.
GENERALSAFETYREGULATIONS
Ifcorrectlyinstalledandused,525-530automaticsystemsensureahighdegreeofsafety.
Somesimplerulesonbehaviourcanpreventaccidentaltrouble:
- Do not, under any circumstances, stand under the overhead door.
-Donotallowchildren,personsorthingsneartheautomaticsystems,especiallywhile
theyareoperating.
-Keepremote-controls,orotherpulsegeneratorsthatcouldopenthedoor,wellaway
fromchildren.
- Do not allow children to play with the automatic system.
-Donotwillinglyobstructdoormovement.
-Preventanybranchesorshrubsfrominterferingwithdoormovement.
-Keep theindicator-lights efficientand easyto see.
- Do not attempt to activate the door by hand unless you have released it.
- In the event of malfunctions, release the door to allow access and wait for qualified
technicalpersonneltodothenecessarywork.
-Whenyouhavesetmanualoperationmode,cutpowertothesystembeforerestoring
normaloperation.
- Do not in any way modify the components of the automation system.
- Do not attempt any kind of repair or direct action whatever and contact qualified
FAACpersonnelonly.
- At least every six months: arrange a check by qualified personnel of the automatic
system,safetydevicesandearthconnection.
DESCRIPTION
Automatic systems 525-530 are designed to automate overhead spring-balanced,
sectional,counterbalanced(withspecialGDA3000accessory)doorsforresidential
garages.
Theautomaticsystemsconsistofanelectro-mechanicaloperator,electroniccontrol
appliance, courtesy lamp and protection housing built into a single unit.
Thesystemisnon-reversingand,therefore,thedoorlocksmechanicallywhenthemotor
isnotoperatingand,consequently,nootherlockisnecessary;amanualreleasemakes
it possible to move the door in case of a power cut or fault.
Anelectronicdeviceensuresthatany obstacles aredetected.
The door is normally closed; when the electronic control unit receives an opening
commandfromtheremotecontrol,orfromanyothertypeofpulsegenerator(fig.1),it
activatesthe electric motorwhich, by meansof a transmissionchain, pullsthe door
opentoallowaccess.
-If the automatic mode was set, the door closes automatically after pause time has
elapsed.
Anopeningpulsesuppliedduring opening hasnoeffect.
-If the semi-automatic mode was set, a second pulse must be sent to close the door
again.
Anopeningpulsesuppliedduringopeningstopsmovement.
Anopeningpulsesuppliedduringre-closing,alwayscausesmovementtobereversed.
Astoppulse(ifsupplied)always stops movement.
Forfulldetailsofdooractivityinthedifferentlogics,consulttheinstallationengineer.
Automaticsystemsmayincludesafetydevices(photocells)thatpreventthedoorfrom
closing when there is an obstacle in the area they protect.
Emergencymanualopeningispossiblebyusingthereleasesystem.
Thewarning-lightindicatesthatthedooriscurrentlymoving.
Thecourtesylightisactivatedwhenthemotor startsandcontinuesforabout2minutes
afteritstops.
MANUALOPERATION
The525-530operatorsareequippedwithanemergencysystemactivatedfromtheinside
–however, a lockcanbe fittedonrequest, foractivatingrelease from theoutside.
If the door has to be moved manually due to a power cut or a fault of the automatic
system,usethereleasedeviceasfollows:
-Releasetheoperator,bypullingthereleaseleverdownward(fig.22ref.A).
RESTORINGAUTOMATIC OPERATIONMODE
Re-locktheautomaticsystembypullingthehandlesideways(fig.2ref.B):
N.B.:onrelease, make sureyoucansee thered“LOCK”indicationwindow underthe
carriage–thismeansitwascorrectlyreset.
Important: slide the door along the rail to re-locate the hook-up point.
LAMPREPLACEMENT (fig.3)
Toreplacethelamp,unscrewandremovetheceilingfixturesupportscrew.
Slidetheceilingfixtureinthedirectionshownbythearrow(fig.33).
Replace the lamp (220Vac , 40W max.).
Fig.2
Fig.3
Fig.1
A
B
LOCK
RELEASE
RE-LOCK