FAAC 460-P User manual

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UNI EN ISO 9001-085

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ECMACHINEDIRECTIVECOMPLIANCEDECLARATION
Manufacturer: FAACS.p.A.
Address: ViaBenini,1
40069-ZolaPredosa
BOLOGNA- ITALY
Hereby declares that: The electronic control unit model 460P
•complies with the essential safety requirements of the following directives :
73/23/EEC and subsequent amendment 93/68/EEC.
89/336/EEC and subsequent amendment 92/31/EEC and 93/68/EEC
Additionalnote:
These products have undergone tests in a typical uniform configuration (all
productsmanufacturedbyFAACS.p.A.).
Bologna,1January1997
Managing
Director
A. Bassi

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IMPORTANTNOTICEFORTHEINSTALLER
GENERAL SAFETY REGULATIONS
1) WARNING! FAAC strongly recommends to follow these instructions literally for the safety of persons. Improper
installation or misuse of the product will cause very serious damages to persons.
2) Packaging material (plastic, polystyrene etc.) is a potential hazard and must be kept out of reach of children.
3) Read the instructions carefully before installing the product.
4) Keep these instructions for future reference.
5) Thisproduct has been designed and manufactured onlyfortheuse stated in this manual. Any other use notexpressly
set forth will affect the reliability of the product and/or could be source of hazard.
6) FAAC S.p.A. cannot be held responsible for any damage caused by improper use or different from the use for which
theautomationsystem is destined to.
7) Do not use this device in areas subject to explosion: the presence of flammable gas or fumes is a serious hazard.
8) Mechanical constructive elements must comply with UNI8612, CEN pr EN 12604 and CEN pr EN 12605 standards.
CountriesoutsidetheECshallfollowtheregulationsabovebesidestheirnationalnormativereferencesinordertooffer
the utmost safety.
9) FAACcannot beheld responsible forfailure toobservetechnical standardsinthe constructionofgates anddoors,or
for any deformation of the gates which may occur during use.
10) Installation must comply with UNI8612, CEN pr EN 12453 and CEN pr EN 12635.
The degree of safety of the automation must be C+E.
11) Before carrying out any operations, turn off the system’s main switch.
12) Anomnipower switchshall be providedfor theinstallation with anopening distanceofthe contactsof 3mmor more.
Alternatively,usea6Athermomagneticbreakerwithmulti-poleswitching.
13) Ensurethatthereisadifferentialswitchup-lineoftheelectricalsystem,withatripthresholdof0.03A.
14) Checkthattheearthingplantisinperfectconditionandconnectittothemetallicparts.Alsoearththeyellow/greenwire
oftheoperator.
15) Theautomationisfittedwithananti-crushsafetysystemthatisatorquecontroldevice.Inanycase,furthersafetydevices
shallbeinstalled.
16) Thesafety devices(e.g.photocells,safetyedges etc.) protectareaswherethereisa mechanicalmovementhazard,
e.g.crushing,entrapment andshearing.
17) Eachinstallationmustbefittedwithatleastoneflashinglight(e.g.FAACLAMP,MINILAMPetc.)aswellasawarningplate
suitablyfixedtothegate,besidesthesafetydevicesasperpoint16.above.
18) FAACcannotbeheldresponsibleregardingsafetyandcorrectfunctioningoftheautomationintheeventthatpartsother
thanFAACoriginalpartsareused.
19) UseonlyFAACoriginalsparepartsformaintenanceoperations.
20) Do not carry out any modifications to automation components.
21) The installer must supply all information regarding manual operation of the system in the event of an emergency and
provide the end-user with the “End-user Guide” attached to the product.
22) Keep out of persons when the product is in operation.
23) Keepout ofreach ofchildren theremote radiocontrols andany controldevices. Theautomation couldbe operated
unintentionally.
24) Theend-user mustavoidany attemptto repair oradjust theautomationpersonally. Theseoperations must becarried
outexclusively byqualifiedpersonnel.
25) What is not explicitly stated in these instructions is not permitted.

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1. DESCRIPTION
The460Pisamicroprocessor-basedprogrammableelectroniccontrolunitforhydraulicoperatorsconstructedinSMTtechnology.
Itissuppliedinastandardconfigurationwhich can be modifiedusingtheFAACTOTUMprogrammer.
1.3 LAYOUT
1.2 PROGRAMMABLE PARAMETERS
Table4 ParametersthatcanbeprogrammedwithFAACTOTUM
Operatinglogics: A-E-S-EP-P-B-C-B/Corcustomised
Safetyoperatinglogics
Warninglightoperatinglogics
Programmablewarninglightoutput
Availableconfigurableoutputs: Singleleafopening/Completeopening
Stop
Close
Opening/closingsafeties
Panicdevice
Opening/closingsafetyedge
Leaf1andleaf2opening/closinglimitswitch
Gatecoder
Programming for operation with TIMER
Pre-flashing for opening and/or closing
Independent opening/closing times for each motor
Pause times
Opening/closing leaf delay
Failsafe on safeties
Electric lock opening/closing management
Over pushing stroke during opening and/or closing
Inversion stroke during opening and/or closing
Electronic deceleration: timed
with limit switches
with Gatecoder
Fig.1
3
4
5
7
8
9
6
12
Table 2 Default programming characteristics
Terminalblockinputs Open
Opensingleleaf
Stop
Closuresafeties
Openingsafeties
Operating logic Automatic
Opening/closing time 25 seconds
Pause time 25 seconds
Closing leaf delay time 5 seconds
Opening leaf delay time 2 seconds
Table 3 Accessories for 460P
FAACTOTUM forcardprogramming
GATECODER deceleration/anti-crushing safety
Optional modules MEI (input expansion module)
MEL1 (electric lock management 1)
MEL2 (electric lock management 2)
1.1 TECHNICAL SPECIFICATIONS
Table 1 460P hardware characteristics
Power supply 230 V ~ (+6% -10%) - 50 Hz
Max. absorbed power 35 W
Max. motor load 800 W
Accessories power supply 24 Vdc
Max. accessories load 0.5 A
Warning light power supply 24 Vdc
Max. warning light load 3 W
Temperature range -20°C +55°C
Fuses Motors power supply
Accessories power supply
Logic power supply
Mains filter Integrated in card
Quick connector For decoding cards/RP Receiver
Connector For FAACTOTUM and optional modules
Terminal block outputs Motor 1
Motor 2
Flashing light
Warning light power supply
Accessories power supply
Terminal block Removable
The 460P electronic control unit can be installed using the
standard configuration and settings the card is supplied with
(characteristics are given in Table 2).
The FAACTOTUM programmer must be used if the default
configuration requires modification. By using FAACTOTUM it is
possible to modify an extremely wide range of parameters to
customise card operation according to the requirements and
characteristics of the automation.
FAACTOTUM also has a diagnostic function (signalling on the
display the state of the gate and inputs in real time and the
voltage levels on the card) and verifies operation of the
automation and the cycle counts performed.
Fordetails on operationand programming ofthe FAACTOTUM
refer to its instruction manual.
aa
aa
aLow-tension terminal block J2 is used to connect the
activating devices and the accessories.
bb
bb
bHigh-tensionterminal block J3 is usedto powerthe motors
and the flashing light.
cc
cc
cHigh-tensionterminalblockJ4isusedforlinevoltageinput.
dd
dd
dFuseF15x205A/250Vrapid powersmotorsandtransformer
primarycoil.
ee
ee
eFuse F2 5x20 1.6A/250V delayed powers accessories.
ff
ff
fFuse F3 5x20 315mA/250V delayed powers logic
gg
gg
gLEDDL1indicatesthecardpowersupply(lightsup)andany
variationsinthestateofeachinput(goesoutmomentarily)
hh
hh
hConnector J1 for inserting optional modules and/or cable
for connection to FAACTOTUM.
ii
ii
iConnectorJ5forquickconnectionofDECODER,MINIDEC,RP
receiver.

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2. ELECTRICALCONNECTIONSUSINGSTANDARDCONFIGURATION
Terminal block J2 (low tension)
1 - IN1 = OPEN-A command - complete opening (N.O.)
This means any device (pushbutton, detector,
etc.) which can give an opening/closing pulse
for both gate leaves through the closure of a
contact.
To install more than one OPEN-A device
connect the N.O. contacts in parallel.
2 - IN2 = OPEN-B command - single leaf opening (N.O.)
This means any device (e.g. pushbutton) which
can give an opening/closing pulse for the gate
leaf driven by motor M1 through the closure of
a contact.
To install more than one OPEN-B device connect
the N.O. contacts in parallel.
3 - IN3 = STOP command (N.C.)
This means any device (e.g. pushbutton) which
stops the movement of the gate by opening a
contact.
To install more than one stop device connect
the N.C. contacts in series.
ÜIf Stop devices are not connected jumper
the input with the common contact
(terminal 6 or 7).
Fig.2
460P
Noteaboutsafetydevices
Thesearealldevices(photocells,safetyedges,magneticcoils,
etc.) with an N.C. contact which are activated if an obstacle
obstructstheareaprotectedbythesafetydevicesandstopthe
movement of the gate leaves (fig. 3).
ÜIftheopeningsafetydevices areactivatedwhenthegate
is closed, they prevent the leaves from opening.
If the closing safety devices are activated when the gate
is open, they prevent the leaves from closing.
4 - IN4 = FSW-CL Closing safety device contact (N.C.)
During closure, activation of the safety devices
causes the gate leaves to reverse their direction
of movement. They are not activated during
opening.
ÜIf closure safety devices are not connected,
jumper this input to the common contact
(terminal 6 or 7).
The function of the closure safety devices is
to safeguard the area affected by the
movement of the leaves during closure (B,
fig. 3).
5 - IN5 = FSW-OP Opening safety device contact (N.C.)
During opening the safety devices stop the
movement of the gate leaves. When released
they reverse the direction of movement.
ÜIf opening safety devices are not connected,
jumper this input with the common contact
(terminal 6 or 7).
The function of the opening safety devices
is to safeguard the area behind the gate
leaves (A, fig. 3).
It is possible to connect devices which operate simultaneously
as opening and closing safety devices (see example of safety
device connection).
Thegateleavesstopifthesesafetydevicesareactivatedduring
opening, then carry on opening when they are released.
The leaves stop moving if these safety devices are activated
duringclosure,thenchangedirectionandopenwhentheyare
released.
Fig.3showsarecommendedexampleofsafetydeviceinstallation.
Opening
photocells
A
A
A
B
B
Closing photocells
Opening/closing photocells
Fig.3
IN1
1
IN2
2 IN4 4 IN5
5
-
6
-
7
W-L
8 F-TX
9
+
10
+
11
LAMP
12 13
C OP1 CL1
14 15 16
C OP2 CL2
17 18 19
L N
IN3
3
J2
J3 J4
OPEN-A
OPEN-B
STOP
FSW CL
FSW OP
WARNING LIGHT
24 Vdc
3 W max
FAAC LAMP
MINILAMP
M1 M2
C1 C2
BLU
BLU
230 Vac
50 Hz
BLUE
BLUE

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Examplesof applicationofsafety devicesandconnections
(usingthe 460Pstandardconfiguration)
ÜFAILSAFE disabled
No safety device connected
J2
IN4 IN5
- - + +
FSW
CL FSW OP
6 7 10 11
Fig.4
One pneumatic safety edge connected as closure safety
device and once connected as opening safety device
7
J2
IN4 IN5
- - + +
FSW
CL FSW OP
6 10 11
Fig.5
J2
IN4 IN5
- - + +
FSW
CL FSW OP
One pair of opening photocells connected
TXRX
76 10 11
Fig.7
J2
IN4 IN5
- - + +
FSW
CL FSW OP
One pair of closure photocells connected
TXRX
76 10 11
Fig.6
J2
IN4 IN5
- - + +
FSW
CL FSW OP
One pair of closure photocells and one pair of opening
photocells connected
RX CL
RX OP
TX CL
TX OP
76 10 11
Fig.8
J2
IN4 IN5
- - + +
FSW
CL FSW OP
One pair of closure photocells and one pair of
opening/closure photocells connected
RX CL
RX OP/CL
TX CL
TX OP/CL
76 10 11
Fig.9
1
2
3
4
5
1
2
1
2
3
4
5
1
2
1
2
3
4
5
1
2
1
2
1
2
3
4
5
1
2
3
4
5
1
2
1
2
3
4
5
1
2

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Terminal block J3 (high-tension outputs)
12and13 - LAMP (230Vac)
Terminals for connecting the flashing light
(FAAC Lamp, Minilamp)
14,15,16 -COM/OP1/CL1 = MOTOR 1
Connection of Motor 1 (delayed closure)
COM = motor common (blue cable)
OP1/CL1 = motor phases
Motor 1 is activated in single-leaf opening
Use this output for the single-leaf application
17,18,19 -COM/OP2/CL2 = MOTOR 2
Connection of Motor 2 (delayed opening)
COM = motor common (blue cable)
OP2/CL2 = motor phases
Terminal block J4 (high-tension input)
L - 230Vac power supply (Live)
N - 230Vac power supply (Neutral)
Connector J5
ConnectorJ5(9,fig.1)isusedforquickconnectionofDECODER,
MINIDECandRPReceiver(Figs.10,11,12,13).
Connect by inserting the connector on the accessories cards
perpendicularly to the corresponding connector J5 on the
460P.
Turn off the power supply at the electronic control unit before
connecting and disconnecting.
6 and 7 - Accessories power supply Common/Negative (-)
8 - Warning Light (-)
Warning light power supply negative.
The warning light (24 Vdc 3 W max.) must be
inserted between this terminal and the positive of
the accessories power supply (terminal 10 or 11).
Do not exceed the stated power.
Table 5: Warning light standard operation
GATE STATE CLOSED OPEN ON PAUSE CLOSING OPENING STOPPED
WARNINGLIGHT Off On Flashing On On
ÜTheFAACTOTUMcanbeusedto program operation ofthe
warning light output:
1)
Warninglightsteadyduringclosure 6) Closing state
2) Courtesy timing 7) Closed state
3) Panic device active 8) Stop command active
4) Open state 9) Pause state
5) Openingstate
9 - F-TX (-)
IftheFAILSAFEisused(programmingitwiththeFAACTOTUM),this
terminalconstitutesthepowersupplynegativeforthephotocell
transmitter.
10 and 11 - Accessories power supply positive (+24 Vdc)
Themaximumaccessoriesloadis500mA.Tocalculateabsorbed
power, refer to table 6.
Table 6 Accessories consumption
TYPEOFACCESSORY NOMINALDRAWNCURRENT
R31 50mA
PLUS433E 20mA
MINIDECSL/DS 6mA
DECODERSL/DS 20 mA / 55 mA
RP433SL/DS 12mA / 6 mA
DIGICARD 15mA
METALDIGIKEY 15mA
FOTOSWITCH 90mA
DETECTORF4/PS6 50mA
MINIBEAM 70mA
WARNINGLIGHT 150mA
Fig.13
460 P
Fig.12
MINIDEC
SL/DS
PLUS
460 P
DECODER
SL
460 P
Fig.11
Fig.10
460 P
N.B.Useadedicateddecoderfor eachaccessorytype.

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Connector J1
Optional modules (MEI - MEL1 - MEL2) and/or the FAACTOTUM
connection cable must be inserted in connector J1 (Fig. 14).
The connector can be fitted one way only so that the module
terminalblockisorientedinthesamedirectionasthe460Pcard
terminalblock.Disconnectpowerfromthecardbeforeinserting
or removing the modules.
3. INSTALLATION
Install the electronic control unit in enclosures with adequate
housing protection (min. IP55).
Thecable holes andtube grips usedfor wiring mustnot reduce
the housing protection of the enclosure.
The 460P is provided with standard preset programming (the
characteristics are given in Table 2). For details of operation,
refer to Table 9.
ÜThe inputs CLOSE, SAFE-OP, SAFE-CL and EMERG are
availableonlybyinstallingtheinputexpansionmoduleMEI
on the card (it is not necessary to program with the
FAACTOTUM).
3.1 CHECKING DIRECTION OF ROTATION
1) Turn off power supply to 460P card.
2) Move the gate or barrier manually to its halfway open
position.
3) Lock the operators again.
4) Turn the power supply back on.
5) Send an opening pulse and check that this opens the leaf
or the barrier.
If the first opening pulse closes one or both leaves, invert the
electric motor phases (brown and black cables) on the card
terminal block for each leaf that closes.
Fig.14
Fig.15
4. OPTIONALMODULES
The optional modules are additional electronic cards installed
on the 460P.
Eachmodulehastwoconnectors:oneonthesolderedside,the
other on the component side.
The connector on the soldered side allows the module to be
inserted into card 460P connector J1 or into the connector on
the component side of another module.
The connector on the component side can be used to fit
anothermoduleortheFAACTOTUMconnectioncableintothe
module.
The currently available modules are:
MEL-1 : single electric lock management module.
MEL-2 : double electric lock management module.
MEI : input expansion module.
The electric lock management modules must not both be
installed on the same 460P card.
One input expansion module (MEI) and one electric lock
managementmodule(MEL-1orMEL-2)canbeinstalled,bearing
the following in mind:
TheMEI module mustbe fittedinto the 460Pcard connectorJ1
and the electric lock management module must be fitted on
top of the MEI module.
TheconnectingcabletotheFAACTOTUMmustbeinsertedinto
the 460P card connector J1 if it is free (i.e. when no other
optional module is installed) or into the free connector of the
last installed module.
Module MEL-1
ThemoduleMEL-1(Fig.15)isable
to control either just one electric
lockoranumberofelectriclocks
activated simultaneously (using
anexternalpowersupply).Afree
contact is available between
terminals 3 (COM) and 4 (N.O.).
Intheconnectiondiagramshown
inFig.16, just one12Vdcelectric
lock with 12 ohm internal
resistance must be installed.
Adifferenttypeofelectriclockor
a number of electric locks in
parallelcanbeinstalledusingan
adequateexternalpowersupply
asshowninthediagraminFig.17.
In this case do not exceed the
maximum permitted contact
capacity (5A max.).
ÜThe MEL-1 module can be installed on the 460P card
without it being necessary to perform any programming
when using a closure electric lock.
1 2 34
- +
+-
EL Fig.16
1:negative
2:positive
3:free common contact
4:N.O. free contact
EL : 12Vdc 12 ohm electric lock
MEL-1

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Closingthecontactbetweenterminals3-4activatestheelectric
lock(s)present.
With the FAACTOTUM it is possible to program this contact to
close as follows:
- only when the gate starts to open
- only when the gate starts to close
- when the gate starts to open and when it starts to close.
Module MEL 2
ThemoduleMEL-2(Fig.18)isable
to control 2 inputs for
independent electric locks. Two
free contacts are available
between terminals 3 (COM), 5
(N.O.) and 6 (N.O.).
Following the connection
diagram shown in Fig. 19, a
maximumoftwo12 Vdc electric
locks with 12 ohm internal
resistance can be installed.
It is possible to install different
typesofelectriclocksoranumber
of electric locks in parallel using
externalpowersourcesfollowing
the connection diagram shown
in Fig. 20.
In this case do not exceed the
maximum allowed capacity of
the contacts (2 A max.).
Single-leaf automation
In single-leaf automation the closure electric lock (Fig. 19) or
electric locks (Fig. 20) must be connected to terminal 6, while
theopeningelectriclock(Fig.19) or electriclocks(Fig.20)must
be connected to terminal 5.
Double-leaf automation
In double-leaf automation the electric lock (Fig. 19) or electric
locks (Fig. 20) of leaf 1 (connected to motor M1) must be
connected to terminal 6, while the electric lock (Fig. 19) or
electric locks (Fig. 20) of leaf 2 (connected to motor M2) must
be connected to terminal 5.
Closing the contacts between terminals 3-5 and 3-6 activates
the electric lock(s) connected to them.
Byusing the FAACTOTUMthese contactscan be programmed
to close as follows:
- only when the gate starts to open
- only when the gate starts to close
- when the gate starts to open and when it starts to close.
Fig.18
Fig.19
1: negative
2: positive
3: free common contact
5: free contact (N.O.)
6: free contact (N.O.)
1 2 3
- +
5 6
+
+
-
-
EL 2
EL 1
EL 1 - EL 2 :
12Vdc 12ohm electric locks
MEL-2
1 2 3
- +
5 6
EL 1
EL 2
EL 3
EL 4
V1 V2
N.B.: the maximum
capacity of the
contacts is 2A.
V1 - V2 :
External power
supplies
EL1-EL2-EL3-EL4 :
Electric locks
Fig.20
MEL-2
Fig.17
External power
supply
N.B. the maximum capacity
of the free contact is 5A.
1 2 34
- +
EL 2
EL 1
EL1 - EL2 :
Electric locks
MEL-1
MEI module
The MEI module (Fig. 21) is an
electronic input expansion card.
It must be inserted in the 460P
cardconnectorJ1.Itmustnotbe
installed on top of any electric
lock management modules
alreadypresentintheconnector
J1.
On the MEI module there are 6
additional inputs with respect to
the standard 5 of the 460P
electroniccarddescribedabove.
Fig.21

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The MEI module can be installed without any need for
programming(exceptfortheinputsreservedfortheGatecoder/
LimitSwitch,whichmustbeconfigured).Besuretoobservethe
allocation of the default inputs below:
IN6 - CLOSE = Closure command (N.O.)
This means any device (e.g. pushbutton) which
gives a command to close the leaf/leaves when
a contact is closed in “deadman” logic. In the
other logics, when the gate is open, on pause
or stopped, it gives the command to close the
leaf/leaves while it is inactive with the gate
closed or opening.
IN7 - SAFE CL = Safety edge closing (N.C.)
This input is specifically for connecting
pneumatic safety edges which intervene
during the closure phase.
Opening this contact during the closure phase
causes timed inversion (2 sec. subject to
modification) and then stops the movement.
ÜIf no devices are connected, jumper this
input to the negative (terminal “-” of MEI
module if the Failsafe is disabled, terminal 9
of 460P if the Failsafe is enabled).
IN8 - SAFE OP = Safety edge opening (N.C.)
This input is specifically for connecting
pneumatic safety edges which intervene
during the opening phase.
Opening this contact during the opening phase
causes timed inversion (2 sec. subject to
modification) and then stops the movement.
ÜIf no devices are connected, jumper this
input to the negative (terminal “-” of MEI
module if the Failsafe is disabled, terminal 9
of 460P if the Failsafe is enabled).
It is possible to connect devices which activate
simultaneously,suchasopeningand closing safety
edges(see connectionexamples insection 8).
If these safety devices activate during opening or
closing, they stop the gate.
For details of operation,refer toTable 9.
IN9 - EMERG = Panic device (N.C.)
This means any device (e.g. pushbutton) which
immediately opens the gate or barrier when a
contact is opened regardless of the state of
the other inputs.
Once the panic opening command has been
given, normal operation can be resumed only
by resetting the contact and turning the
electronic control unit off and then back on
again.
ÜIf no devices are connected, jumper this
input to the negative (terminal “-” of MEI
module).
Fig.22
IN10 - GC1/FCA1 = Gatecoder 1 / Opening limit switch 1
This input varies according to the programming
performed (use of Gatecoder or Limit switch):
Gatecoder used = GC1
This is the input for the signal coming from the
Gatecoder installed on the leaf connected to
the motor M1 (LEAF 1).
Limit switch used = FCA1 (N.C.)
Input for Leaf 1 opening limit switch contact.
The limit switch is a device with an N.C. contact
which slows down the leaf connected to motor
M1 (LEAF 1) if the contact opens during the leaf
opening phase.
Gatecoder and Limit switch not used
In this case the input is not active.
IN 11 -
GC2/FCC1 = Gatecoder 2 / Closure Limit Switch 1
This input varies according to the programming
performed (use of Gatecoder or Limit switch):
Gatecoder used = GC2
This is the input for the signal coming from the
Gatecoder installed on the leaf connected to
motor M2 (LEAF 2).
Limit switch used = FCC 1 (N.C.)
Input for Leaf 1 closure limit switch contact.
The limit switch is a device with an N.C.
contact which slows down the leaf connected
to motor M1 (LEAF 1) if the contact opens
during the leaf opening phase.
Gatecoder and Limit switch not used
In this case the input is not active.
5. GATECODER
TheGatecoderisanelectronicdetectorthatreadsinrealtime
theexactpositionoftheleafforthegateonwhichitisinstalled.
Two-leaf gates require a Gatecoder for each leaf.
The GATECODER is compatible only with the 460P card.
Table 7 GATECODER technical characteristics
Power supply 24Vdc
Housing protection IP 66
Ambient temperature -20 °C +55 °C
Connection to 460P 3x0.35 mm2 cable length 1 metre
Functions Deceleration/anti-crushing
Installable on operators 402-422-400
By using a learning cycle during the 460P card programming
phase,theGatecoderslowsdowntheleafatthedesired point
during both closing and opening.
Furthermore the Gatecoder also constitutes an effective
electronicanti-crushingsafetydevice(whichcanbedisabled)
because if an obstacle is detected while the leaf is moving it
reverses the direction of movement.
The obstacle detection time before reversal of movement is
programmable(standard1 sec.).
5.1 INSTALLATION
Refer to Fig. 23.
1) 1) Insert the Gatecoder support fork (1) into the operator
fittingrearbracket.Thetongue(2)mustbefacingthepost.
2) Fittheoperatorsupportforktothebracket,insertingthepin
(4)insuchawaythatthehexagonalpartofthepinengages
inthehexagonalseatonthefork.Lockbytighteningthenut.
3) Thread the connecting cable (6) through the hole on the
bracket as shown in the diagram.
4) InserttheGATECODERpinintothelongpinhousing,making
surethattheflatpartismatchedupwiththesecuringdowel
(5).
Atthesametimeinsertthetongue(2)onthefork(1)intothe
Gatecoderhousing.
IN6 IN7 IN8 IN9 IN10 IN11 -
CLOSE
SAFE-CL
SAFE-OP
EMERG
MEI

24
ENGLISH ENGLISH
6. INPUT MANAGEMENT (requires FAACTOTUM)
The 460P is able to control the following inputs:
Table 8
No. Input Description Type
1 OPEN-A total leaf opening N.O.
2 OPEN-B single leaf opening N.O.
3 STOP stops movement N.C.
4 FSW-CL closure safety photocells N.C.
5 FSW-OP opening safety photocells N.C.
6 CLOSE closure command N.O.
7 SAFE-CL closure safety edge N.C.
8 SAFE-OP opening safety edge N.C.
9 EMERG panic device N.C.
10/a GC1 Gatecoder leaf 1 signal
11/a GC2 Gatecoder leaf 2 signal
10/b FCA1 leaf 1 opening limit switch N.C.
11/b FCC1 leaf 1 closing limit switch N.C.
12 FCA2 leaf 2 opening limit switch N.C.
13 FCC2 leaf 2 closing limit switch N.C.
ÜLeaf 1 is the leaf connected to motor M1
Leaf 2 is the leaf connected to motor M2
On the 460P and the MEI module the terminal block inputs are
assigned by default.
The FAACTOTUM can be used during the programming phase
to change the assigned inputs according to the rules given
below.
460P without MEI module
The 5 inputs on the 460P card available by default are given in
Fig. 24.
5) Tightenthedowel(5).
6) Connect the GATECODER to the 460P card.
ÜEveniftheGatecoderisused,openingandclosingmechanical
stopsarerequiredforcorrectoperationoftheautomation.
ÜLimitations in assigning of inputs:
1) TheterminalIN1(OPEN-A)doesnotappearintheassigning
cycle because it cannot be changed.
2) TerminalsIN2-IN5canbeassigneddifferentfunctionstothe
default functions, chosen from inputs nos. 6-13 given in
table 8.
3) Limit switches cannot be used at the same time as the
Gatecoder and vice versa.
4) With the sole exception given below, it is not possible to
assign the same function to more than one terminal.
5) The 460P card terminal IN2 can also be configured as a
second OPEN-A input so that if an opening control device
shorts on one of the two inputs, the devices connected to
the other input continue to control the automation as
normal.
6) It is not possible to move an input which already has an
assigned default terminal on the 460P card (e.g. the STOP
function cannot be assigned to terminal IN5 on the 460P
card).
7) Each terminal, with the exception of IN1 and IN2, can be
deactivatedbyselectingthe“INACT”function in the input
assigningcycle.
460P with MEI module
The5inputson the460Pcardplusthe6inputsotheMEI module
available by default are shown in Fig. 25.
TheinputsIN6-IN9areactivewithouttheneedforprogramming
using the FAACTOTUM. Simply insert the MEI module into the
460P with the standard configuration.
ÜLimitations in assigning of inputs:
1) TheterminalIN1(OPEN-A)doesnotappearintheassigning
cycle because it cannot be changed.
2) Terminals IN10-IN11 do not appear in the assigning cycle
becausetheyaresetdirectlybytheFAACTOTUMaccording
to the selections made during programming (use of
Gatecoder or limit switches). If neither the Gatecoder or
the limit switches are used they are inactive.
3) If the limit switches are used, terminals IN2-IN9 can be
assigneddifferentfunctionstothosesetbydefault,chosen
among inputs 12-13 given in table 8.
4) Limit switches cannot be used at the same time as the
Gatecoder and vice versa.
5) With the sole exception given below, it is not possible to
assign the same function to more than one terminal.
6) The 460P card terminal IN2 can also be configured as a
second OPEN-A input so that if an opening control device
shorts on one of the two inputs, the devices connected to
the other input continue to control the automation as
normal.
7) It is not possible to move an input which already has an
assigned default terminal on the 460P card or the MEI
module (e.g. the STOP function cannot be assigned to
terminal IN5 on the 460P card).
8) Eachterminal,withtheexceptionofIN1,IN2,IN10andIN11,
canbedeactivatedbyselectingthe“INACT”functioninthe
inputassigningcycle.
Fig.24
IN1 IN2 IN3 IN4 IN5
OPEN-A
OPEN-B
STOP
FSW-CL
FSW-OP
J2
460P
IN1 IN2 IN3 IN4 IN5
OPEN-A
OPEN-B
STOP
FSW-CL
FSW-OP
J2
460P
IN6 IN7 IN8 IN9 I N10
CLOSE
J1
MEI
IN11
Fig.25
SAFE-CL
SAFE-OP
EMERG
GC1/FCA1
GC2/FCC1
1
23
4
5
6
Fig. 23
Rosso/Red/Rouge/Rot/Rojo = +24Vdc
Nero/Black/Noir/Schwarz/Nigro = –
Blanco/White/Blanc/Weiß/Blanco = GC1/GC2

25
ENGLISHENGLISH
Table 9 Standard automatic operating logic
ÜThe effects of an active impulse on the other inputs is given in brackets.
(1) An OPEN-A impulse during a pedestrian cycle (OPEN-B), activates both leaves in opening.
(2) If residual pause time is shorter than 5 seconds, it closes after 5 seconds when the safeties are disengaged.
GATE STATUS
CLOSED
OPENING
OPEN ON
PAUSE
CLOSING
STOPPED
OPEN-A
opens leaves and
recloses after pause
time
no effect (1)
recloses leaves
immediately (1)
reopens leaves
immediately
closes the leaves (1)
OPEN-B
opens single leaf and
recloses after pause
time
no effect
recloses leaf/leaves
immediately
reopens leaf/leaves
immediately
closes the leaf/leaves
CLOSE
no effect
no effect
recloses leaf/leaves
immediately
no effect
closes leaf/leaves
STOP
no effect
(OPENinhibited)
stops
stops
stops
no effect
(OPEN/CLOSEinhibited)
FSW-OP
no effect
(OPENinhibited)
stops opening and
when disengaged
closes
no effect
-openinginhibited-
no effect
no effect
-openinginhibited-
FSW-CL
no effect
no effect
freezes pause until
disengagement
-closureinhibited-
changes direction and
starts to open
no effect
-closureinhibited-
FSW-OP/CL
no effect
(OPENinhibited)
stops opening and
when disengaged
continues to open
freezes pause until
disengagement (2)
-OPEN/CLOSEinhibited-
stops and when
disengaged starts to
open
no effect
(OPEN/CLOSEinhibited)
SAFE-OP
no effect
(OPENinhibited)
reverses movement for
2 seconds then stops
no effect
-openinginhibited-
no effect
no effect
-openinginhibited-
SAFE-CL
no effect
no effect
no effect
-closureinhibited-
reverses movement for
2 seconds then stops
no effect
-closureinhibited-
SAFE-OP/CL
no effect
(OPENinhibited)
stops movement
➲when disengaged
OPEN= closes (1)
CLOSE= closes
no effect
(OPEN/CLOSEinhibited)
stops movement
➲when disengaged
OPEN= opens
CLOSE= closes
no effect
(OPEN/CLOSEinhibited)
LOGIC“A” PULSES

26
ENGLISH ENGLISH
J2
IN4 IN5
- - + +
FSW
CL FSW OP
Connection of one pair of closure photocells and
one pair of opening photocells
RX CL TX CL
76 10 11
Fig.30
9
-
RX OPTX OP
J2
IN4 IN5
- - + +
FSW
CL FSW OP
Connection of one pair of closure photocells and
one pair of opening/closure photocells
RX CL TX CL
76 10 11
Fig.31
9
-
RX OP/CLTX OP/CL
1
2
3
4
5
1
2
1
2
3
4
5
1
2
1
2
1
2
3
4
5
1
2
3
4
5
1
2
Examplesof applicationsofsafetydevicesand connections
(withFAILSAFE enabledoninputsFSW-CLand FSW-OP)
No safety device connected
J2
IN4 IN5
- - + +
FSW
CL FSW OP
6 7 10 11
Fig. 26
9
-
One pneumatic safety edge connected as a closure
safety device and one as an opening safety device
7
J2
IN4 IN5
- - + +
FSW
CL FSW OP
6 10 11
Fig. 27
9
-
J2
IN4 IN5
- - + +
FSW
CL FSW OP
Connection of a pair of closure photocells
TXRX
76 10 11
Fig.28
9
- J2
IN4 IN5
- - + +
FSW
CL FSW OP
Connection of a pair of opening photocells
TXRX
76 10 11
Fig.29
9
-
1
2
3
4
5
1
2
1
2
3
4
5
1
2
7. FAILSAFE
FAILSAFE is a system for checking the functionality of the photocells.
Thecheckisalwaysperformedbeforethemotorsarestarted.Itturnsoffthepowersupplytemporarilytothephotocell transmitter
andchecksthatthiscausesthecontactonthereceivertoopen.Ifitdoesnot,movementoftheleavesisinhibitedforsafetyreasons.
Toenablethe FAILSAFE itmustbeset during theprogrammingphase.
UsingtheFAILSAFErequiresaseparatepowersupplyforthephotocelltransmitter(seeFigs.26,27,28,29,30,31)

27
ENGLISHENGLISH
IN7 IN8 -
SAFE
CL SAFE OP MEI
IN7 IN8 -
SAFE
CL SAFE OP MEI
RX
1
2
3
4
5
TX
1
2
➩➩
➩➩
➩+24Vdc
(Vacc)
OP/CL
IN7 IN8 -
SAFE
CL SAFE OP MEI
OP/CL
CL
RX
1
2
3
4
5
TX
1
2
➩➩
➩➩
➩+24Vdc
(Vacc)
IN7 IN8 -
SAFE
CL SAFE OP MEI
CL
OP/CL
IN7 IN8 -
SAFE
CL SAFE OP MEI
OP/CL
IN7 IN8 -
SAFE
CL SAFE OP MEI
RX
1
2
3
4
5
TX
1
2
➩➩
➩➩
➩+24Vdc
(Vacc)
OP
IN7 IN8 -
SAFE
CL SAFE OP MEI
RX
1
2
3
4
5
TX
1
2
➩➩
➩➩
➩+24Vdc
(Vacc)
CL
IN7 IN8 -
SAFE
CL SAFE OP MEI
CL
OP
8. CONNECTION EXAMPLES ON SAFE-OP AND SAFE-CL INPUTS
(using 460P standard configuration and MEI module)
➲FAILSAFE disabled
No safety device connected
A pair of opening/closing photocells
connected (SAFE OP/CL)
A closing pneumatic safety edge (SAFE CL) and
an opening/closing pneumatic safety edge
(SAFE OP/CL) connected
A closing pneumatic safety edge (SAFE CL) and
a pair of opening/closing photocells (SAFE OP/
CL) connected
An opening/closing pneumatic safety edge
connected (SAFE OP/CL)
A pair of photocells connected to SAFE-OP
input
A pair of photocells connected to SAFE-CL
input
An opening pneumatic safety edge (SAFE OP)
and a closing pneumatic safety edge (SAFE-CL)
connected

28
ENGLISH ENGLISH
R
SYSTEM CONFIGURATION
460PMEI
Failsafe :
FSW-CL FSW-OP
SAFE-CL SAFE-OP
Standard logic :
AS EEP P
BC
B/C
Customised
logic :_____________
N°
INGRESSO Assegnazione STANDARD Assegnazione Personalizzata
1 OPEN-A OPEN-A
2OPEN-B
3STOP
4FSW-CL
5FSW-OP
6CLOSE
7SAFE-CL
8SAFE-OP
9EMERG
10 /
11 /
Deceleration:
timed
with limit switch
with Gatecoder
Opening inversion stroke
Closure inversion stroke
Opening over pushing stroke
Closure over pushing stroke
Opening pre-flashing
Closure pre-flashing
Installation date:_____________
Installer:____________________
Notes :
Programming Name:
✄
Tempo pausa
Tempo ritardo AP.
Tempo ritardo CH.
INPUT STANDARD Customised
No. assigning assigning Pausetime
OP. delay time
CL. delay time

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