FAAC B680H User manual
B680H
3
ENGLISH
B680H AUTOMATED SYSTEM
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1. TECHNICAL SPECIFICATIONS
1.1 Summary table
Power supply (V ~/ Hz) 90-240 V ~ / 50-60Hz
Electric Motor 9GF%UXVKOHVV
Absorbed power (W) 240
Absorbed current (A) $DW9a
Motor rotation speed (RPM) 1000-6000
Pump capacity OPLQPD[
Yielded torque (Nm) 0-370
Oil type FAAC HP OIL
Oil quantity (L) a
Anti-crushing System (OHFWURQLFZLWKDEVROXWHHQFRGHU
Deceleration type (OHFWURQLFZLWKDEVROXWHHQFRGHU
Operating ambient temperature (°C) -20 / +55
Rated Operating Time (ROT) &RQWLQXRXV'XW\DW&
Compartment protection treatment EP SL LF PRIMER
Beam type 5RXQGHGZLWKOLJKWVDQGUXEEHUEXPSHU
Protection Class IP44
Compartment Dimensions
(LxHxP) (mm) 6HHLOOXVWUDWLRQ)LJ
Weight (body + compartment) (kg) WRWDO
Opening and closing time (s),
including deceleration 1.5 - 2 m beam
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+\GUDXOLFXQLW
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8QLWFRROLQJIDQ
5LJKWIHHGWXEH
/HIWIHHGWXEH
Release lock
/HIWSOXQJLQJSLVWRQ
Left piston bleeder screw
&RYHULQJFRPSDUWPHQW
Encoder
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6ZLWFKLQJSRZHUVXSSO\
%HDULQJVWUXFWXUH
Mechanical stops
Rocker arm
Drive shaft
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1.2 Key Fig. 5
1.3 Key Fig. 6
2. ELECTRICAL PREPARATIONS (standard system)
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3. BARRIER DIMENSIONS
All the dimensions contained in this manual are
expressed in mm
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in detail at EDU6DQGEDU/)LJ
4. INSTALLING THE AUTOMATED SYSTEM
4.1 Preliminary checks
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WKDWWKHIROORZLQJFRQGLWLRQVDUHPHW
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power cables.
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RIWKHIRXQGDWLRQSOLQWK
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GLJJLQJDUHD
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Wallinthefoundationplatesoastoalloweasyaccessto
thebarrierdoor.Thefoundation plinth mustbeinstalled
keeping in mind the characteristics of the ground to
ensure perfect stability of the automated system.
4.2 Walling in the foundation plate
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For dimensional reasons, the cable passage sheaths
must be placed on one side of the space provided at
the base of the barrier (see Fig. 9).
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4.3 Electrical preparations
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make all the control board electrical connections with the chosen
accessories.
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EXWWRQUHFHLYHUSKRWRFHOOVHWF
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IROORZLQJNH\
Barrier mod. B680H
Photocells
.H\EXWWRQ
)ODVKLQJODPS
Radio receiver
0DJQHWLF/RRSV
4.4 Mechanical installation
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ref. .
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13 ref. WKHXSSHUIL[LQJSLQRIWKHSLVWRQRQWKHEDUVLGHDQG
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IROORZHGE\WKHSUHORDGDGMXVWPHQWULQJQXWSD\LQJDWWHQWLRQ
WRWKHGLUHFWLRQLWPXVWEHLQVHUWHGLQVHH)LJUHI).
4
ENGLISH
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With the barrier open, the spring must NOT be
compressed.
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to
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The compartment should be fixed, as shown in the
sequence in Fig. 21, when all mechanical installations,
wiring and start-up have been completed.
4.5 Fixing the plunging pistons
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4.6 Balancing the barrier
WARNING: This procedure must be carried out as the barrier is
not internally balanced. The beam is balanced when, operating
manually (ref. paragraph 6) the beam remains stationary in the
45° position.
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5. START-UP
5.1 Connecting the control equipment
WARNING: Before carrying out any work on the control board
(connections, maintenance, etc.) always cut off the electrical
power.
Forallautomaticsystemconnectionsandtesting,refer
to the section dedicated to the electronic equipment,
paragraph 1 on page 6 and following.
5.2 Testing the automated system
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connected to it.
Give the Customer the “User’s Manual”, the
documentation required by current law and show how
to correctly operate the barrier, pointing out the areas
of potential danger.
6. MANUAL OPERATION
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7KHSURYLGHGXQORFNLQJNH\LVHLWKHUWULDQJXODU)LJUHI) or
FXVWRPLVHG)LJUHIoptional).
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anticlockwiseXQWLOLWFOLFNVLQWRSODFHDVVKRZQLQ)LJ
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With the bar released, the motor may start for
approximately3seconds.Thisisnormal and determined
by the parameter Hold Close / Hold Open
7. RESTORING NORMAL OPERATION
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triangular unlocking key (standard):
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ref. ).
customised unlocking key (optional):
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).
8. MAINTENANCE
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devices.
8.1 Topping up the oil
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rod.
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the indicated level.
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8.2 Air bleeding
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ref. ).
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ref. ).
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beam is obtained.
Care needs to be taken at this stage as the pistons
contain oil under pressure which could leak out if the
screws are loosened too much.
If the parameters FO and FC in Advanced
Configuration have been changed and set to a value
lower than default, during bleeding we recommend
setting them to an equal or greater value, to facilitate
air bleeding
5
ENGLISH
9. REVERSING THE OPENING DIRECTION
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downward travel side.
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IROORZV
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side.
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Reverse the motor cable connection as shown in point
of Fig. 14
10. ACCESSORIES
10.1 Installing a photocell
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1. Remove the barrier compartment.
2. Match the holes on the barrier compartment with the holes on
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installation side; ref. LVXVHGWRIL[WKHGHYLFHUHILVXVHG
IRUWKHSDVVDJHRIWKHLWVSRZHUFDEOH'HWHUPLQHWKHKROHVL]H
DFFRUGLQJWRWKHVL]HRIWKHFDEOHVDQGRIWKHIL[LQJVFUHZVXVHG
3. &RQQHFWWKHSKRWRFHOOIROORZLQJWKHSURYLGHGGLDJUDP
4. )L[WKHSKRWRFHOOWRWKHODWHUDOSURILOHDVVKRZQLQ)LJ
10.2 Installing the bar light kit
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VHFXULQJWKHFRQQHFWLRQFDEOHDFFRUGLQJWRWKHSDWKVKRZQXVLQJWKH
RSHQLQJVIRULQVHUWLQJWKHWLHVWUDSVORFDWHGRQWKHXSULJKW
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UHJDUGLQJWKHHOHFWURQLFERDUGSDUDJUDSKRQSDJH
Ensure that the two connector jacks are actually in
contact with the conductors inside the cord. Should
the bar lights still not turn on, reverse the connection
polarity.
10.3 Installation of a receiver antenna
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11. REPAIRS
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6
J6
J12
J13
J5
J10
J11 J14
J7
+
-
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SW1 SW2 SW3 J15
J1 J2 J3 J4
M2 M1A
M1
DL1 DL2
DL10
DL11
DL12
DL13
DL14
DL18
DL17
DL7
DL5
DL8
DL6
DL9
DL16
DL3
DL4
DL15
2Easy BUS
OPEN
CLOSE
FSW
STOP
ALARM
GND
+24
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+24
+24
+24
+24
OUT1
OUT2
OUT3
Relay NO
Relay NC
GND
LAMP
LOOP 1
LOOP 2
MOTOR
POWER
SUPPLY
BATTERY
ENCODER DISP1
M
SW4
12 224567
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ENGLISH
E680 CONTROL BOARD
DISP1
6LJQDOOLQJ3URJUDPPLQJGLVSOD\
DL1
%86'HYLFHVWDWXV
DL2
%86VWDWXVVHHSDUDJUDSK
DL3
/223VWDWXV
DL4
/223VWDWXV
DL5
%RDUGIDLOXUHVLJQDO
DL6
Not used
DL7
(QFRGHUVWDWXV
DL8
Not used
DL9
%RDUGSRZHUVXSSO\SUHVHQW
DL10..DL14
,QSXWVVWDWXV/('VVHHSDUDJUDSK
DL15
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DL16
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DL17
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DL18
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J1
,QSXWVLJQDOFRQQHFWRU
J2
'LJLWDORXWSXWFRQQHFWRU
J3
6LJQDOOLQJODPSFRQQHFWRU
J4
Detection loop connector
J5
Motor connector
J6
%86(DV\FRQQHFWRU
J7
Beam movement encoder connector
J10
Decoder / Minidec / RP-RP2 radio board connector
J11
Released bar detection connector
J12
(PHUJHQF\EDWWHU\FRQQHFWRU
J13
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J14
86%FRQQHFWRUIRUILUPZDUHXSJUDGH
J15
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1. WARNINGS
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FRQQHFWLRQVPDLQWHQDQFHHWFDOZD\V
FXWRIIWKHHOHFWULFDOSRZHU
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2. DESCRIPTION OF THE COMPONENTS
Mains
power
voltage
90-240 V~ +6% -10%
connected to
VZLWFKLQJSRZHUVXSSO\
Continuous
power voltage 36 V
Absorbed power :
Accessories
power supply 24 V
Max accessories
current 800 mA
Operating ambient
temperature IURP&WR&
Protection fuses VHOIUHVWRULQJ
3. TECHNICAL SPECIFICATIONS
Pause time 3URJUDPPDEOH IURP VHFRQGV WR
PLQXWHV
Work time 3URJUDPPDEOHIURPWRPLQXWHV
Motor power 3URJUDPPDEOHRQOHYHOV
Motor speed 3URJUDPPDEOHRQOHYHOV
Programmability FRQILJXUDWLRQ OHYHOV IRU JUHDWHU IOH[LELOLW\
RIXVH
Rapid connector SLQ FRQQHFWRU IRU 0LQLGHF UDGLR ERDUG
'HFRGHU5353
Programmable
outputs SURJUDPPDEOH RXWSXWV LQ GLIIHUHQW
IXQFWLRQV
Specifications 'HFHOHUDWLRQ PDQDJHPHQW HQFRGHU
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DQG %8,/7,1 0(7$/ 0$66 '(7(&725
86%FRQQHFWRUIRUILUPZDUHXSJUDGH
7
2Easy
OPEN
CLOSE
FSW
STOP
ALARM
GND +24
12 345678910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
+24
+24
+24
+24
OUT1
OUT2
OUT3
GND
LAMP
LOOP
BUS
LOOP 1 LOOP 2
Encoder
Relais
NO
COM
12
OUT4
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ENGLISH
4. ELECTRICAL CONNECTIONS
To connect the
photocells and safety
devices, refer
to paragraph 4.1.1
Released beam
Integrated
flashing
traffic light
4.1 Terminal board J1 (inputs)
OPEN - Open” command (N.O. - terminal 3): PHDQV DQ\ SXOVH
JHQHUDWRU HJ EXWWRQ ZKLFK E\ FORVLQJ D FRQWDFW FRPPDQGV
RSHQLQJDQGRUFORVLQJRIWKHEDUULHU
CLOSE - Close” command (N.O. - terminal 4):PHDQVDQ\SXOVH
JHQHUDWRUHJEXWWRQZKLFKE\FORVLQJDFRQWDFWFRPPDQGVFORVLQJ
of the barrier.
FSW - Safety contact when closing (N.C. - terminal 5):WKHSXUSRVH
RIWKHFORVLQJVDIHWLHVLVWRSURWHFWWKHDUHDDIIHFWHGE\WKHPRYHPHQW
RIWKHEDUULHU GXULQJ WKHFORVLQJSKDVH UHYHUVLQJ LWVPRWLRQThey
never trip during the opening cycle.
7KHFORVLQJ6DIHWLHVLIHQJDJHGZKHQWKHDXWRPDWHGV\VWHPLVRSHQ
SUHYHQWWKHFORVLQJPRYHPHQW
If CLOSE safety devices are not connected, jumper
terminalsFSWandGND(Fig.26)andleavetheFAILSAFE
function (parameter o1LQ$GYDQFHG&RQ¿JXUDWLRQ
set on the default value (disabled)
STP - STOP contact (N.C. - terminal 6):PHDQVDQ\GHYLFHHJ
EXWWRQ ZKLFK E\ RSHQLQJ D FRQWDFW FDQ VWRS PRYHPHQW RI WKH
DXWRPDWHGV\VWHP
If STOP safety devices are not connected, jumper
terminals STOP and GND (Fig. 26)
ALM - Emergency contact (N.C. - terminal 7): PHDQVDQ\GHYLFH
HJVZLWFKZKLFKLIDFWLYDWHGLQDVLWXDWLRQRIHPHUJHQF\ZLOORSHQ
WKHEDUULHUXQWLOWKHFRQWDFWLVUHVWRUHG:KHQDFWLYDWHGWKLVLQSXWKDV
SULRULW\RYHUDQ\RWKHUFRPPDQG
If emergency safety devices are not connected, jumper
terminals ALM and GND (Fig. 26)
GND (terminals 8-9) - $FFHVVRULHVSRZHUVXSSO\PLQXV
+24 (terminals 10-11) - $FFHVVRULHVSRZHUVXSSO\SOXV
The maximum load of the accessories is 800mA. To
calculate absorption, refer to the instructions included
with the individual accessories.
4.1.1 Connecting the safety devices
7KH(FRQWUROERDUGIHDWXUHVDQLQSXWIRUclosing safety devices
ZKLFKWULSGXULQJFORVLQJRIWKHDXWRPDWHGV\VWHPSURYLGHGWRSURWHFW
WKHJDWHDUHDIURPWKHULVNRILPSDFW
7KHVHGHYLFHVPXVWXVHDVLJQDOZLWK³1&´FRQWDFWDQGPXVWEH
FRQQHFWHGLQVHULHVWRWKHUHOD\SKRWRFHOOVWKDWPD\EHLQVWDOOHGRQ
WKHV\VWHPDVVKRZQLQ)LJWR)LJ
)LJFRQQHFWLRQRIRQHSDLURIFORVLQJSKRWRFHOOVZLWKFAILSAFE
VDIHW\ HQDEOHG LQ DGGLWLRQ WR PDNLQJ WKH FRQQHFWLRQ DV
VKRZQLQWKHGLDJUDPLWLVQHFHVVDU\WRVHWLQ$GYDQFHG
&RQILJXUDWLRQo1 = 00
)LJFRQQHFWLRQRIRQHSDLURIFORVLQJSKRWRFHOOVZLWKRXW)$,/6$)(
VDIHW\
)LJ FRQQHFWLRQ RI WZR SDLUV RI FORVLQJ SKRWRFHOOV ZLWKRXW
)$,/6$)(VDIHW\
)LJFRQQHFWLRQRIQRUHOD\VDIHW\GHYLFH
8
ENGLISH
Dip 1 Dip 2 Dip 3 Dip 4 Pair
no. Type
ON OFF OFF OFF 3DLU
CLOSE
photocells
ON OFF OFF ON 3DLU
ON OFF ON OFF 3DLU
ON OFF ON ON 3DLU
ON ON OFF OFF 3DLU
ON ON OFF ON 3DLU
ON ON ON OFF 3DLU
ON ON ON ON 6LQJOH OPEN
PULSE
',36:,7&+
TX ',36:,7&+
RX
SAME
ADDRESS
4.1.2 Connecting BUS photocells
Upto 8 pairs ofphotocellscan be connectedtothe E680 control board
XVLQJ %86 WHFKQRORJ\ 7KH FRQQHFWLRQ PXVW EH PDGH LQ SDUDOOHO
RQWHUPLQDOERDUG-XVLQJDVLQJOHSRZHUFRPPXQLFDWLRQOLQHDV
VKRZQLQ)LJ
BUS photocells do not require a matching polarity
connection.
7KHSDLUVRISKRWRFHOOVIHDWXUHWKHIROORZLQJIXQFWLRQV
3DLUVRIFORVLQJSKRWRFHOOV PD[
3DLUVRI23(1SXOVHSKRWRFHOOV PD[
$IWHU SRVLWLRQLQJ WKH %86 WHFKQRORJ\ SKRWRFHOOV LW LV QHFHVVDU\
WR SURFHHG ZLWK VHOHFWLQJ WKH DGGUHVV IRU HDFK SDLU XVLQJ YDULRXV
combinations of the ',36:,7&+(6 located on each photocell.
Set the SAME DIP-SWITCH ADDRESS chosen both on
the transmitter and receiver of the same pair.
Ensure that two or more pairs of photocells do not have
thesameaddress.IfnoBUSaccessoriesareused,leave
terminals 1 and 2 free.
7KH IROORZLQJ WDEOH GHVFULEHV KRZ WR VHW WKH GLSVZLWFKHV ORFDWHG
inside the transmitter and receiver of the BUS photocells.
Addressing BUS photocell PAIRS
To allow operation of the installed BUS accessories,
store them on the board as described in paragraph 5.3.
4.2 Terminal board J2 (outputs)
OUT 1 - Output 1 open-collector GND (terminal 13):7KHRXWSXWFDQ
EHVHWLQRQHRIWKHIXQFWLRQVGHVFULEHGLQWKH$GYDQFHG&RQILJXUDWLRQ
SDU 7KH GHIDXOW YDOXH LV 04
- Beam OPEN or in PAUSE.
Maximum load: 24 VDC with 100 mA.
OUT 2 - Output 2 open-collector GND (terminal 15):7KHRXWSXWFDQ
EHVHWLQRQHRIWKHIXQFWLRQVGHVFULEHGLQWKH$GYDQFHG&RQILJXUDWLRQ
SDU7KHGHIDXOWYDOXHLV03
-CLOSEDBEAM. Maximum load:
24 VDC with 100 mA.
OUT 3 - Output 3 open-collector GND (terminal 17): 7KHRXWSXWFDQ
EHVHWLQRQHRIWKHIXQFWLRQVGHVFULEHGLQWKH$GYDQFHG&RQILJXUDWLRQ
SDU7KHGHIDXOWYDOXHLV19
:$51,1*/$03Maximum load:
24 VDC with 100 mA.
OUT 4 - Relay output 4 (terminals 19, 20, 21): 7KHRXWSXWFDQEH
VHWLQRQHRIWKHIXQFWLRQVGHVFULEHGLQ$GYDQFHG&RQILJXUDWLRQSDU
7KH GHIDXOW YDOXH LV 01
- BEAM ILLUMINATION. Maximum
load: 24 VDC with 800 mA.
4.3 7HUPLQDOERDUG-H[WHUQDOÀDVKLQJODPS
LAMP: WR WKHVH WHUPLQDOV \RX FDQ FRQQHFW D 9'& )$$&/('
H[WHUQDOIODVKLQJODPSThe integrated flashing traffic light must be
connected independently to connector J15.
The 24V FAACLIGHT with incandescent lamp cannot be
connected to the J3 connector
4.4 Terminal board J4 (loop detector)
LOOP 1: PDJQHWLF ORRS /223 23(1 WHUPLQDOV IRU
OPENING.
LOOP 2: PDJQHWLFORRS/2236$)(7<&/26(WHUPLQDOV
for SAFETY/CLOSING.
4.5 Connector J5 (Motor)
5DSLGFRQQHFWRUIRUFRQQHFWLQJWKHPRWRU
4.6 Connector J7 (Encoder)
7KH%+EDUULHULVHTXLSSHGZLWKDGHYLFHIRUGHWHFWLQJWKHRSHQLQJ
DQJOHEDUSRVLWLRQWRHQVXUHJUHDWHUDQWLFUXVKLQJVDIHW\WKDQNVWR
WKHSRVVLELOLW\RIUHYHUVLQJWKHGLUHFWLRQRIPRYHPHQWWKHPRPHQWLQ
which an obstacle is detected. This device interfaces with the board
WKURXJKFRQQHFWRU-
4.7 Connector J10 (Radio)
8VHGIRUWKHUDSLGFRQQHFWLRQRIWKH0LQLGHF'HFRGHUDQG5353
5HFHLYHUVVHH)LJ,IDFKDQQHOUHFHLYHULVXVHGOLNHWKH53
LWZLOOEHSRVVLEOHWRGLUHFWO\FRPPDQGDXWRPDWHGV\VWHP23(1DQG
&/26(IURPDFKDQQHOUDGLRFRQWURO,IDFKDQQHOUHFHLYHULVXVHG
OLNHWKH53LWZLOORQO\EHSRVVLEOHWRFRPPDQG23(1
&RQQHFW WKH DFFHVVRU\ ZLWK WKH FRPSRQHQWV VLGH IDFLQJ WKH PDLQ
strip of the board.
Boards should be inserted and removed ONLY after
having cut off electrical power
4.8 Connector J11 (Beam break-out sensor)
'HVLJQHGIRUFRQQHFWLQJWKHEUHDNRXWVHQVRUIRUWKHSLYRWLQJEHDP
LISUHVHQW7KHVHQVRULVRSWLRQDO,ILWLVQRWSUHVHQWdo not remove
WKHLQVWDOOHGMXPSHU
4.9 Connector J12 (Emergency battery)
7KLV FRQQHFWRU LV IRU FRQQHFWLQJ D EDWWHU\ RSWLRQDO IRU HQVXULQJ
DXWRPDWHGV\VWHPRSHUDWLRQLQFDVHRIWHPSRUDU\FXWRIIRIWKHPDLQ
SRZHUVXSSO\
4.10 Connector J13 (36VDC Power Supply)
7KLVIDFWRU\ZLUHGFRQQHFWRUSRZHUVWKH(ERDUG
4.11 &RQQHFWRU-ÀDVKLQJWUDI¿FOLJKW
7KLV FRQQHFWRU LV IRU FRQQHFWLQJ WKH IODVKLQJ WUDIILF OLJKW EXLOW LQWR
WKH EDUULHU KHDG 7KH IODVKLQJ WUDIILF OLJKW YLVXDOO\ VLJQDOV EDUULHU
PRYHPHQW DQG LI QHHGHG UHJXODWH DFFHVV WR WKH SURSHUW\ XVLQJ
WUDIILFOLJKWVLJQDOV
5. PROGRAMMING
7KH(ERDUGIHDWXUHVSURJUDPPLQJOHYHOVWKDWPDNHLWHQWLUHO\
FRQILJXUDEOHDQGDOORZLWWRDGDSWWKHORJLFVWRDQ\XVH
(DFK RI WKH WKUHH OHYHOV FDQ EH DFFHVVHG WKURXJK D VSHFLILF NH\
combination.
9
ENGLISH
&KDQJHV WR WKH FRQ¿JXUDWLRQ SDUDPHWHUV EHFRPH
effective immediately, while final storage occurs
RQO\ XSRQ H[LWLQJ FRQ¿JXUDWLRQ DQG UHWXUQLQJ WR WKH
automated system status display. If the equipment is
powereddownbeforereturningtotheautomatedsystem
status display, all changes made will be lost.
5.1 %DVLFFRQ¿JXUDWLRQ
7RSHUIRUP%$6,&SURJUDPPLQJ
1. 3UHVV DQG KROG EXWWRQ F WKH QDPH RI WKH ILUVW IXQFWLRQ LV
GLVSOD\HG
2. 5HOHDVHWKHEXWWRQWKHIXQFWLRQYDOXHLVGLVSOD\HGDQGFDQEH
PRGLILHGXVLQJWKHDQGEXWWRQV
3. Press and hold FDJDLQ WKHQDPHRIWKHIROORZLQJIXQFWLRQ LV
GLVSOD\HGDQGVRRQ
7KHODVWIXQFWLRQ6WOHWV\RXFKRRVHZKHWKHUWRVDYHWKHFRQILJXUDWLRQ
PDGHYRUH[LWZLWKRXWVDYLQJno)/DWHUWKHGLVSOD\ZLOOUHVXPH
VKRZLQJWKHDXWRPDWHGV\VWHPVWDWXV
You can go to St at any time. To exit programming,
simultaneously press F and -.
BASIC CONFIGURATION
Display Function Default
dF Loading predefined parameter sets
00 1HXWUDOFRQGLWLRQ
01 0LQLPXPPDVV
06 0D[LPXPPDVV
%HIRUHDXWRPDWHGV\VWHPVWDUWXS\RXPXVW
VHWWKHFRUUHFWYDOXHGLUHFWO\FRUUHODWHGWRWKH
OHQJWKRIWKHEHDPDQGWKHQXPEHUDQGW\SH
of accessories installed. To determine said
YDOXHUHIHUWR7DEOHVDQGRQSDJH
WARNING: Setting a mass default
lower than the one actually
installed could cause irreversible
damage to the bar and barrier
structure.
,I\RXGRQRWZLVKWRPDNHDQ\SURJUDPPLQJ
FKDQJHV OHDYH WKH YDOXH 00 RWKHUZLVH
VHOHFWLQJDYDOXHLQYROYHVORDGLQJWKHFKRVHQ
SUHGHILQHG SDUDPHWHUV VHW VHH SDUDJUDSK
5.2).
00
At Currently loaded default
7KLV PHQX LQGLFDWHV WKH FXUUHQWO\ ORDGHG
GHIDXOWVHWWLQJ
Given that parameter dF has 00 as the
SUHGHILQHGYDOXHLQRUGHUWRSURYLGHDQHXWUDO
DFFHVVFRQGLWLRQWRWKHSDUDPHWHUVXVLQJWKH
YDOXHLQWKLVPHQXPDNHVLWSRVVLEOHWRLGHQWLI\
WKHFXUUHQWO\FRQILJXUHGGHIDXOWVHWWLQJ
Read-only parameter
06
Display Function Default
bu BUS accessories menu
)RUIXQFWLRQVDVVRFLDWHGZLWKWKLVSDUDPHWHU
VHHSDUDJUDSK
no
LO Operating logics
A$XWRPDWLF
A1 $XWRPDWLF
E6HPLDXWRPDWLF
P3DUNLQJ
PA $XWRPDWLFSDUNLQJ
Cn Condo
CA $XWRPDWLFFRQGR
CDead-man
CU &XVWRP
E
PA Pause time
,V HIIHFWLYH RQO\ LI DQ DXWRPDWLF ORJLF LV
FKRVHQ WKH YDOXH FDQ EH VHW IURP Oto
59 VHF LQ RQH VHFRQG VWHSV 1H[W WKH
GLVSOD\FKDQJHVWR PLQXWHVDQGWHQWKVRID
VHFRQG VHSDUDWHG E\ D GHFLPDO SRLQW DQG
WLPHLVDGMXVWHGLQVHFRQGVWHSVXSWRWKH
PD[LPXPYDOXHRI4.1PLQXWHV
HJLIWKHGLVSOD\VKRZV2.5WKHSDXVHWLPH
ZLOOEHPLQXWHVDQGVHFRQGV
20
So Opening speed
$GMXVWVWKHEDUULHURSHQLQJVSHHG
00 0LQLPXPVSHHG
10 0D[LPXPVSHHG
WARNING: Setting an excessive speed
could cause irreversible damage to the
beam and barrier structure.
10
Sc Closing speed
$GMXVWVWKHEDUULHUFORVLQJVSHHG
00 0LQLPXPVSHHG
10 0D[LPXPVSHHG
WARNING: Setting an excessive speed
could cause irreversible damage to the
bar and barrier structure.
02
L1 Loop 1
$FWLYDWLQJ WKLV SDUDPHWHU DQ\ ORRS WKDW LV
FRQQHFWHGWRWKH/RRSLQSXWZLOOVHUYHDV
DQ23(1IXQFWLRQ
YLoop 1 enabled
no Loop 1 disabled
1RWH 6KRXOG WKLV IXQFWLRQ EH GLVDEOHG WKH
GHWHFWLRQVWDWXVRIWKHORRSZLOOLQDQ\FDVH
UHPDLQDYDLODEOHRQRQHRIWKHWZRRXWSXWV
LI FRQILJXUHG VHH SDUDPHWHUV o1... o4 in
$GYDQFHG&RQILJXUDWLRQ
no
10
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Display Function Default
L2 Loop 2
$FWLYDWLQJ WKLV SDUDPHWHU DQ\ ORRS WKDW LV
FRQQHFWHGWRWKH/RRSLQSXWZLOOVHUYHDVD
6$)(7<&/26(IXQFWLRQ
YLoop 2 enabled
no Loop 2 disabled
(see note regarding Loop 1)
no
S1 Loop 1 sensitivity
$GMXVWVWKHVHQVLWLYLW\RIWKHYHKLFOHGHWHFWLRQ
loop
00 0LQLPXPVHQVLWLYLW\
10 0D[LPXPVHQVLWLYLW\
05
S2 Loop 2 sensitivity
$GMXVWVWKHVHQVLWLYLW\RIWKHYHKLFOHGHWHFWLRQ
loop
00 0LQLPXPVHQVLWLYLW\
10 0D[LPXPVHQVLWLYLW\
05
Mt Motor movement
8VLQJWKHIXQFWLRQSURYLGHGE\WKLVSDUD-
PHWHUPDNHVLWSRVVLEOHWRPDQXDOO\PRYH
WKHEDUULHUEDURSHUDWLQJDVdead-man.
3UHVVLQJZLOORSHQWKHDXWRPDWHGV\VWHP
SUHVVLQJFDXVHVWKHDXWRPDWHGV\VWHPWR
close.
oP SUHVVLQJ+RSHQ
cL SUHVVLQJ -FORVH
--
St AUTOMATED SYSTEM STATUS:
7KLVDOORZV\RXWRFKRRVHZKHWKHUWRTXLWWKHSURJUDPPH
and save the data.
Y TXLWDQGVDYHWKHGDWD
no TXLWZLWKRXWVDYLQJWKHGDWD
2QTXLWWLQJWKHSURJUDPPHSUHVVWKHFNH\WRGLVSOD\
WKHVWDWXVRIWKHDXWRPDWHGV\VWHP
00 Beam closed
01 Beam open
02 6WDWLRQDU\UHDG\WRRSHQ
03 6WDWLRQDU\UHDG\WRFORVH
04 $XWRPDWHGV\VWHPSDXVHG
05 2SHQLQJ
06 &ORVLQJ
07 )DLOVDIHLQSURJUHVV
08 ($6<GHYLFHYHULILFDWLRQLQSURJUHVV
09 3UHIODVKLQJWKHQ23(16
10 3UHIODVKLQJWKHQ&/26(6
11 EMERGENCY Open
You can go to St at any time by simultaneously
pressing F and -.
DisplayingoftheautomatedsystemstatusSt isextremely
important for the installing/maintenance technician in order
to distinguish the logical processes that the board carries
out during movement.
If, for example, the automated system status is CLOSED,
the display MUST read 00. When the OPEN command is
received, the display will change to 09LISUHÀDVKLQJLV
enabled,ordirectlyto05(theOPENINGmovement)tothen
display 01 once the position of gate OPEN is reached).
([DPSOHRIDVWDWXVVHTXHQFHGLVSOD\HGVWDUWLQJIURPDFORVHGEDUULHU
00 Beam closed 05 2SHQLQJ
01 Beam open /
04 3DXVH 06 &ORVLQJ
The sequence does not include statuses 09 and 10 which
correspond to pre-flashing when opening and closing,
respectively.
5.2 &KDQJLQJWKHSUHGH¿QHGSDUDPHWHUVVHW
7KH(ERDUGIHDWXUHVVL[VHWVRISUHGHILQHGFRQILJXUDWLRQVWKDW
DOORZUDSLGDGDSWLQJWRWKHVL]HRIWKHEHDPLQVWDOOHGPDNLQJLWWKH
VWDUWLQJSRLQWIRUDILQHDGMXVWPHQWRIWKHSDUDPHWHUV7RVHOHFWRQH
RI WKH DYDLODEOH FRQILJXUDWLRQV \RX PXVW FKDQJH WKH SDUDPHWHU
dF IURP WKH SUHVHW YDOXH 00 QHXWUDO FRQGLWLRQ WR WKH YDOXH
FRUUHVSRQGLQJ WR WKH EDUULHU FRQILJXUDWLRQ EHDP OHQJWK W\SH DQG
QXPEHU RI DFFHVVRULHV LQVWDOOHG VKRZQ LQ 7DEOHV RU RQ SDJH
HJ FKRRVH GHIDXOW 04 IRU D EHDP PHDVXULQJ P LQ OHQJWK
ZLWKIRRWDQGOLJKWV
7R FRPSOHWH FRQILJXUDWLRQ LW LV QHFHVVDU\ WR H[LW WKH %DVLF
&RQILJXUDWLRQPHQXE\SUHVVLQJ³)´XQWLOSDUDPHWHUSt is reached
RUE\SUHVVLQJ³)´DQG³´
11
FSW-CL FSW-OPEN
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ENGLISH
ThisoperationchangesthevalueoftheparametersSo
and SC LQ%DVLFFRQ¿JXUDWLRQDQGFO, FC, oc
LQ$GYDQFHGFRQ¿JXUDWLRQVHWWLQJWKHPRQWKHGHIDXOW
values as shown in the tables in paragraph 6.3.
Unlike the other parameters, the value of step dF is
not stored, thus allowing access to the menu through a
neutral condition, which is the one displayed every time the
configuration menu is opened..
,I\RXGRQRWZLVKWRORDGDQ\VHWRISUHGHILQHGSDUDPHWHUVOHDYH
parameter St on 00DQGSUHVV³)´WRJRRQWRWKHQH[WSDUDPHWHU
6HWWLQJD VHWRISUHGH¿QHGSDUDPHWHUVWKDWGRHVQRW
FRUUHVSRQGWRWKHDFWXDOFRQ¿JXUDWLRQRIWKHEDUULHUFRXOG
cause irreversible damage to the automated system, in
particular if the default corresponds to a beam length
shorter than the actual one.
5.3 BUS accessories menu
7KH ( ERDUG LV GHVLJQHG WR FRQQHFW XS WR SDLUV RI %86
SKRWRFHOOV)RUWKHEXVGHYLFHVFRQQHFWHGWRWKH(ERDUGWREH
GHWHFWHGDQGPDQDJHGE\LWWKH\PXVWEHVWRUHGRQWKHERDUG7R
GRWKLVSURFHHGDVIROORZV
FXWRIISRZHUIURPWKHERDUG
LQVWDOODQGSURJUDPWKHDFFHVVRULHVXVLQJWKHGHVLUHGDGGUHVV
GHSHQGLQJ RQ WKH IXQFWLRQ \RX ZLVK WR XVH DV GHVFULEHG LQ
SDUDJUDSK
SRZHUXSWKHERDUG
DFFHVV%DVLF&RQILJXUDWLRQDVGHVFULEHGLQSDUDJUDSK
RQFHSURJUDPPLQJVWHSbuLVUHDFKHGnoZLOOEHGLVSOD\HG
LQGLFDWLQJWKDWKHUHDUHQRVWRUHGEXVGHYLFHV
WR SHUIRUP HQWU\ VLPXOWDQHRXVO\ SUHVV DQG KROG WKH DQG
EXWWRQVIRUDWOHDVWVHFRQGVGXULQJWKLVWLPHWKHZULWLQJno
will flash)
RQFHWKHSURFHGXUHLVFRPSOHWHGY willappearas confirmation.
ZKHQDQGDUHUHOHDVHGWKHGLVSOD\ZLOOVKRZWKHFXUUHQWVWDWXV
RIWKH %86GHYLFHV RU no DJDLQ LI WKHUH DUHQR FRQQHFWHG
BUS devices.
7KHIROORZLQJLPDJH)LJVKRZVWKHFRUUHVSRQGHQFHRIWKHYDULRXV
GLVSOD\VHJPHQWVWRWKHGLIIHUHQWW\SHVRI%86GHYLFHVWKDWFDQEH
FRQQHFWHGWRWKHV\VWHP
FSW CL: %86 SKRWRFHOOV SODFHG WR SURWHFW WKH JDWH
FORVLQJDUHD
OPEN: %86SKRWRFHOOVXVHGDV23(1SXOVHJHQHUDWRUV
)URPWKHGLVSOD\RIWKHVWDWXVRIWKH%86GHYLFHVSUHVVLQJWKHNH\
HQDEOHVWKHW\SHVRI%86GHYLFHVSUHVHQWWREHYHULILHG
)RUH[DPSOHWKHIROORZLQJSKRWRJUDSKVKRZVVDIHW\GHYLFHVSUHVHQW
GXULQJFORVLQJDQGDSDLURISKRWRFHOOVIXQFWLRQLQJDVRSHQSXOVH
)RUWKHDXWRPDWHGV\VWHPWRRSHUDWHFRUUHFWO\WKHVWDWXV
RIWKHVHJPHQWVRIWKHOHIWKDQGGLJLWPXVWFRUUHVSRQG
WR WKH DXWRPDWHG V\VWHP DW UHVW DQG ZLWKRXW SXOVH
JHQHUDWRUVRURUVDIHWLHVHQJDJHG
:KHQWKH&/26(SKRWRFHOOVDUHHQJDJHGWKHERWWRP
VHJPHQWVZLOOJRRQDVVKRZQLQWKHLPDJHWRWKHVLGH
,I WKH SDLU RI 23(1 SXOVH JHQHUDWRU SKRWRFHOOV LV
HQJDJHG WKH GLVSOD\ ZLOO VKRZ WKH FRQILJXUDWLRQ RI
VHJPHQWVVKRZQLQWKHLPDJHRQWKHVLGHRIWKHSDJH
LQZKLFKWKHFRUUHVSRQGLQJYHUWLFDOVHJPHQWLVRQDQG
ZLOOUHPDLQOLNHWKLVXQWLOWKHSKRWRFHOOVDUHGLVHQJDJHG
,ILQYROYHGWKHSDLURI23(1SXOVHJHQHUDWRUSKRWRFHOOV
FRPPDQGV RSHQLQJ RI WKH DXWRPDWHG V\VWHP DQG
SUHYHQWV LW IURP FORVLQJ XQWLO LW LV GLVHQJDJHG OLNH D
QRUPDO 23(1 SXOVH UHFHLYHG WKURXJK WHUPLQDO ERDUG
-WHUPLQDO
7KH%86FRPPXQLFDWLRQV\VWHPXVHVDVHOIGLDJQRVWLFIXQFWLRQDEOH
WRSURYLGHFRQQHFWLRQHUURUVLJQDOVRU%86DFFHVVRULHVFRQILJXUDWLRQ
HUURUVLJQDO
7KHGLVSOD\ZLOOVKRZDIODVKLQJcc if there is a
VKRUWFLUFXLWDORQJWKH%86OLQHDVVKRZQLQWKH
ILJXUH7R VROYHWKHSUREOHP LW LVQHFHVVDU\WR
FDUHIXOO\YHULI\DOOWKHFRQQHFWLRQVPDGH
7KHGLVSOD\ZLOOVKRZDIODVKLQJEr as shown
LQ WKH LPDJH RQ WKH VLGH RI WKH SDJH VKRXOG
more than one pair of photocells have the
VDPHDGUHVVDQGLQFDVHRIDFDOOLQJRUIDLOVDIH
HUURU(QVXUHWKDWWKHVHWWLQJVDUHFRUUHFWZLWK
UHIHUHQFHWRWKHLQGLFDWLRQVJLYHQLQSDUDJUDSK
4.1.2
7KHVWDWXVRIWKH%86DQGUHODWHGLQSXWVLJQDOVFDQDOVREHVHHQE\
DQDO\VLQJWKHWZR/('V'/UHGDQG'/JUHHQZKLFKPDNHLW
SRVVLEOHWRLPPHGLDWHO\YHULI\LI%86FRPPXQLFDWLRQLVDFWLYHRULI
WKHUHLVDQHUURUDQGLIWKHUHDUHDQ\DFWLYHLQSXWVRUQRW7KHVWDWXV
RIWKH/('VFDQEHYHULILHGLQWKHIROORZLQJWDEOHV
J6
DL1 DL2
2Easy BUS
21
%XVVWDWXVDOZD\VRQ
12
ENGLISH
DL1 LED description (Red)
On $WOHDVWRQHRIWKHLQSXWVVDIHWLHV23(1SXOVHLV
HQJDJHGRUDFWLYH
Off 1R 23(1 LQSXW LV DFWLYH DQG QR VDIHW\ GHYLFH LV
HQJDJHG
DL2 LED description (Green)
On
fixed 1RUPDOO\DFWLYH/('RQHYHQLIWKHUHDUHQRGHYLFHV
connected)
Off %86($6< OLQH VKRUWFLUFXLWHG IODVK HYHU\
sec.)
Rapid
flashing An error has been detected in the BUS-2EASY
FRQQHFWLRQUHSHDWWKHDFTXLVLWLRQSURFHGXUH,IWKH
HUURUSHUVLVWVFKHFNWKDW
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also press +:
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will appear
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ADVANCED CONFIGURATION
Display Function Default
FO Opening motor power
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QLQJSKDVH
00 0LQLPXPSRZHU
50 0D[LPXPSRZHU
40
FC Closing motor power
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phase.
00 0LQLPXPSRZHU
50 0D[LPXPSRZHU
40
PF Pre-flashing
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lamp for 5 seconds before the selected
movement.
no disabled
OC before each movement
CL EHIRUHHDFKFORVLQJPRYHPHQW
OP EHIRUHHDFKRSHQLQJPRYHPHQW
PA RQO\DWWKHHQGRIWKHSDXVH
no
Display Function
Default
tP Pre-flashing time
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00 PLQLPXPSUHIODVKLQJ
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00
oc
Sensitivity of obstacle during closing
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01
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ZKHQ PRYLQJ Use only with output
4!
02 DISABLED
03 Beam CLOSED
04 %HDP 23(1 RU LQ 3$86( LW JRHV RII
GXULQJFORVLQJSUHÀDVKLQJ
05 %HDPLQ23(1,1*029(0(17
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LQFOXGLQJSUHÀDVKLQJ
07 Beam STATIONARY
08 Beam in EMERGENCY mode
09 /223HQJDJHG
10 /223HQJDJHG
11 OPEN for E680 slave
12 CLOSE for E680 slave
13 Beam RELEASED
14 1RWXVHG
15 1RWXVHG
16 )&$HQJDJHG
17 )&&HQJDJHG
18 1RWXVHG
19 :$51,1* /$03 RQ GXULQJ RSHQLQJ
DQG SDXVH ÀDVKLQJ ZKHQ FORVLQJ RII
ZKHQWKHDXWRPDWHGV\VWHPLVFORVHG
04
13
ENGLISH
Display Function
Default
P1 Output 1 Polarity
$OORZVVHWWLQJRIWKHRXWSXWSRODULW\
YRXWSXW1&
no RXWSXW12
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NHHSWKHYDOXHVHWWRno
no
o2 Output 2
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P2 Output 2 Polarity
2XWSXW SRODULW\ VHH SDUDPHWHU UHJDUGLQJ
³Output 1 Polarity´no
o3 Output 3
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P3 Output 3 Polarity
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³Output 1 Polarity´no
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P4 Output 4 Polarity
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³Output 1 Polarity´no
o5 Integrated flashing lamp operating mode
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cases)
01
AS Service request (linked to the following
two functions):
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maintenance work.
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no
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thousands:
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St AUTOMATED SYSTEM STATUS:
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and save the data.
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no TXLWZLWKRXWVDYLQJWKHGDWD
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You can go to St at any time by simultaneously
pressing F and -
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6.1.1 6SHFL¿FDWLRQV
Galvanic separation between the detector electronics and the
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activation
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30-50 mm
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6.1.3 Calibration
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DL3
DL4
LOOP 1
LOOP 2
22
224567
If one or both magnetic loops are not installed, the loop
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the above table)
LED Status LOOP Status
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6.1.4 Adjusting sensitivity
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parameters S1 and S2LQ%DVLFFRQ¿JXUDWLRQ
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and keep it separate from the mains power lines.
Loop
Perimeter Nr.
of Windings
less than 3 m 6
from 3 to 4 m 5
from 4 to 6 m 4
from 6 to 12 m 3
more than 12 m 2
6.2 ([SHUW&RQ¿JXUDWLRQ
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Before making changes at this level, be certain that the steps you wish to change and their effect on the automated
system are fully understood.
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CU value on the LO SDUDPHWHURIWKH¿UVWOHYHOSURJUDPPLQJ
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“EXPERT” CONFIGURATION 10 sec
Display.Function Setting
01 ,IWKLVIXQFWLRQLVDFWLYDWHGautomatic closingRFFXUVDIWHUWKHSDXVHWLPH Y DXWRPDWLFFORVLQJ
no = disabled
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no
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15
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04
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command will stop operation
Y
= active
no = disabled
05
:KHQWKLVIXQFWLRQLVDFWLYDWHGWKHOPEN commandGXULQJRSHQLQJZLOOVWRSPRYHPHQW
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If parameter 06 is YWKHV\VWHPLVUHDG\IRUFORVLQJ
Y ZKHQRSHQLQJLWVWRSV
no = disabled
06 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHOPEN commandGXULQJRSHQLQJUHYHUVHVPRYHPHQW
If parameters 05 and 06 are no23(1ZLOOKDYHQRHIIHFWGXULQJRSHQLQJ
Y ZKHQRSHQLQJLWUHYHUVHV
no = disabled
07 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHOPEN commandGXULQJSDXVHVWRSVRSHUDWLRQ
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Y ZKHQLQSDXVHLWVWRSV
no = disabled
08 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHOPEN commandGXULQJSDXVHFDXVHVFORVLQJ
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Y
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no = disabled
09 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG WKH OPEN command GXULQJ FORVLQJ VWRSV RSHUDWLRQ
otherwise it reverses movement. Y= stops
no = reverses
10 $FWLYDWLRQ RI '($'0$1 FORVLQJ FRPPDQG DOZD\V SUHVVHG 5HOHDVLQJ WKH CLOSE
command will stop operation Y
= active
no = disabled
11 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHCLOSE commandKDVSULRULW\RYHU23(1RWKHUZLVH
23(1KDVSULRULW\RYHU&/26( Y= active
no = disabled
12 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHCLOSE commandFRPPDQGVFORVLQJZKHQUHOHDVHG
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no FORVHVLPPHGLDWHO\
13
:KHQ WKLV IXQFWLRQ LV DFWLYDWHG WKH CLOSE command GXULQJ RSHQLQJ VWRSV RSHUDWLRQ
RWKHUZLVHWKH&/26(FRPPDQGFRPPDQGVUHYHUVHLPPHGLDWHO\RUZKHQRSHQLQJLVFRP-
SOHWHGVHHDOVRSDUDPHWHU14)
Y
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CLOSE stops
no = CLOSE reverses
14 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG DQG LI SDUDPHWHU 13 is no WKH CLOSE command
FRPPDQGVLPPHGLDWHFORVLQJDWWKHHQGRIWKHRSHQLQJF\FOHVWRUHV&/26(,ISDUDPHWHUV
13 and 14 are no&/26(FRPPDQGVLPPHGLDWHFORVLQJ
Y= closes at the end of
RSHQLQJ
no LPPHGLDWHFORVLQJ
15 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG ZLWK WKH V\VWHP EORFNHG E\ D 6723 D next OPEN
moves in the opposite direction. If parameter 15 is noLWDOZD\VFORVHV
Y= moves in the opposite
direction
no DOZD\VFORVHV
16 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG GXULQJ FORVLQJ WKH CLOSING SAFETIES stop and allow
PRWLRQWRUHVXPHZKHQWKH\DUHGLVHQJDJHGRWKHUZLVHWKH\LPPHGLDWHO\UHYHUVHRSHQLQJ Y FORVHVZKHQGLVHQJDJHG
no = immediate reverse
17 :KHQWKLVIXQFWLRQLVDFWLYDWHGWKHCLOSING SAFETIESFRPPDQGFORVLQJZKHQWKH\DUH
GLVHQJDJHGVHHDOVRSDUDPHWHU18).
Y=
FORVLQJ ZKHQ )6:
LVGLVHQJDJHG
no = disabled
18 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG DQG LI SDUDPHWHU 17 is Y WKH XQLW ZLOO ZDLW IRU WKH
RSHQLQJ F\FOH WR HQG EHIRUH H[HFXWLQJ WKH FORVLQJ FRPPDQG SURYLGHG E\ WKH
CLOSING SAFETIES.
Y= closes at the end of
RSHQLQJ
no = disabled
19 :KHQWKLVIXQFWLRQLVDFWLYDWHGGXULQJFORVLQJLOOP2VWRSVDQGDOORZVPRWLRQWRUHVXPH
ZKHQLWLVGLVHQJDJHGRWKHUZLVHLWLPPHGLDWHO\UHYHUVHVRSHQLQJ Y FORVHVZKHQGLVHQJDJHG
no = immediate reverse
20 :KHQWKLVIXQFWLRQLVDFWLYDWHGLOOP2FRPPDQGVFORVLQJZKHQLWLVGLVHQJDJHGVHHDOVR
parameter 21). Y= closes if LOOP2 is clear
no = disabled
21 :KHQWKLVIXQFWLRQLVDFWLYDWHGDQGLISDUDPHWHU21 is YWKHXQLWZLOOZDLWIRUWKHRSHQLQJ
F\FOHWRHQGEHIRUHH[HFXWLQJWKHFORVLQJFRPPDQGSURYLGHGE\LOOP2.
Y= closes at the end of
RSHQLQJ
no = disabled
22 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG LQ FDVH RI D EODFNRXW RQFH HOHFWULFDO SRZHU KDV EHHQ
UHVWRUHGLIDQ23(1FRPPDQGLVQRWDFWLYHWKHDXWRPDWHGV\VWHPUHFORVHVLPPHGLDWHO\ Y= active
no = disabled
23 LOOP 1FRPPDQGVRSHQLQJDQGRQFHFRPSOHWHGLWFORVHVLIGLVHQJDJHGXVHIXOLQFDVH
RIYHKLFOHEDFNLQJXSZLWKFRQVHFXWLYHORRSV,IGLVDEOHGZKHQ/223LVGLVHQJDJHGLW
does not close. Y= closes if LOOP1 clear
no = disabled
24 When this function is activated, an open or close command is only carried out after
the safeties have been disengaged. Y= active
no = disabled
25
A.D.M.A.P. function
:KHQWKLVIXQFWLRQLVDFWLYDWHGWKHUHVXOWLVRSHUDWLRQRIsafeties compliant with French
regulations.
Y= active
no = disabled
16
ENGLISH
26
:KHQWKLVIXQFWLRQLVDFWLYDWHGWKHCLOSING SAFETIESGXULQJFORVLQJVWRSDQGUHYHUVH
PRYHPHQWZKHQWKH\DUHGLVHQJDJHGRWKHUZLVHWKH\UHYHUVHLPPHGLDWHO\
Y= stops and reverses when
GLVHQJDJHG
no UHYHUVHVLPPHGLDWHO\
27
DO NOT CHANGE no
28
DO NOT CHANGE no
29
DO NOT CHANGE no
30 :KHQ WKLV IXQFWLRQ LV DFWLYDWHG WKH LOOP1 commands are prioritised rather than the
LOOP2 commands. Y= active
no = disabled
A0
HOLD CLOSE / HOLD OPEN function
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at VHWLQWHUYDOVVHHSDUDPHWHU
A1
,IWKHEHDPLVQRWFRPSOHWHO\FORVHGRUFRPSOHWHO\
open GHSHQGLQJRQWKHORJLFDOFRQGLWLRQRIWKHERDUGWKHDXWRPDWHGV\VWHPZLOOFRPPDQG
D&/26(RU23(1PRYHPHQWWREULQJWKHEHDPEDFNWRWKHFRUUHFWSRVLWLRQIRUDPD[LPXP
RIVHFRQGV,IZKHQWKHVHFRQGVKDYHHODSVHGWKHEDUGRHVQRWJREDFNWRFRPSOHWHO\
FORVHGRSHQSRVLWLRQHJEHFDXVHWKHEDULVEORFNHGWKHIXQFWLRQZLOOEHGLVDEOHGXQWLOWKH
QH[W23(1FRPPDQGLVUHFHLYHG
Y
A1
HOLD CLOSE / HOLD OPEN function activation time
This parameter indicates the time interval between two activations of the HOLD OPEN /
+2/'&/26(IXQFWLRQH[SUHVVHGLQPLQXWHVIURP00 to 99)
60
r1 Loop 1 frequency reading
7KLVPHQXLWHPOHWV\RXYHULI\WKHUHDGLQJRIWKHFXUUHQWRVFLOODWLRQIUHTXHQF\RIWKHORRS
FRQQHFWHGWRWKH/RRSLQSXW7KHLQGLFDWLRQVKRXOGEHUHDGDVIROORZV
)LUVWGLJLWWHQVN+]
6HFRQGGLJLWXQLWVN+]
'HFLPDOSRLQWKXQGUHGVN+]
)RUH[DPSOHWKHUHDGLQJ05.UHIHUVWRDUHDGLQJRIN+]
Read-only parameter
r2 Loop 2 frequency reading
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FRQQHFWHGWRWKH /RRS LQSXWVHH SDUDPHWHU r1 IRUH[SODQDWLRQVRQ KRZ WRUHDGWKH
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Read-only parameter
F1 Loop 1 frequency selection
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/RRSLQSXWRUOHWVWKHV\VWHPFKRRVHWKHPRVWDGHTXDWHVHWWLQJDPRQJWKHDYDLODEOH
A$XWRPDWLFVHOHFWLRQ
1-2-3-4 )UHTXHQF\
Note: :KHQ \RX H[LW WKH $GYDQFHG FRQILJXUDWLRQ PHQX DIWHU KDYLQJ FKDQJHG WKH ORRS
RSHUDWLRQIUHTXHQF\VHWWLQJWKHV\VWHPZLOOEHUHFDOLEUDWHG7KLVZLOOSURYLGHDQXSGDWHG
IUHTXHQF\UHDGLQJRQFH\RXUHHQWHUWKHPHQXWRFRQVXOWWKHYDOXHVRISDUDPHWHUVr1 or
r2
A
F2 Loop 2 frequency selection
7KLVSDUDPHWHUOHWV\RXVHWDQRVFLOODWLRQIUHTXHQF\VSHFLILFWRWKHORRSFRQQHFWHGWRWKH
/RRSLQSXWRUOHWVWKHV\VWHPFKRRVHWKHPRVWDGHTXDWHVHWWLQJDPRQJWKHDYDLODEOH
A$XWRPDWLFVHOHFWLRQ
1-2-3-4 )UHTXHQF\
Note: :KHQ \RX H[LW WKH $GYDQFHG FRQILJXUDWLRQ PHQX DIWHU KDYLQJ FKDQJHG WKH ORRS
RSHUDWLRQIUHTXHQF\VHWWLQJWKHV\VWHPZLOOEHUHFDOLEUDWHG7KLVZLOOSURYLGHDQXSGDWHG
IUHTXHQF\UHDGLQJRQFH\RXUHHQWHUWKHPHQXWRFRQVXOWWKHYDOXHVRISDUDPHWHUVr1 or
r2
A
17
ENGLISH
h1 LOOP 1 holding time
,VXVHG WRVHWSUHVHQFHWLPHRQORRS:KHQWKLVWLPHKDVHODSVHGWKHERDUGZLOOVHOI
FDOLEUDWHDQGVLJQDO³ORRSFOHDU´/(''/RII:KHQWKHERDUGLVWXUQHGRQDQDXWRPDWLF
UHVHWLVFDUULHGRXW
YPLQXWHV
no LQ¿QLWH
no
h2 LOOP 2 holding time
,VXVHG WRVHWSUHVHQFHWLPHRQORRS:KHQWKLVWLPHKDVHODSVHGWKHERDUGZLOOVHOI
FDOLEUDWHDQGVLJQDO³ORRSFOHDU´/(''/RII:KHQWKHERDUGLVWXUQHGRQDQDXWRPDWLF
UHVHWLVFDUULHGRXW
YPLQXWHV
no LQ¿QLWH
no
H1 Loop 1 articulated lorry function
7KLVIXQFWLRQOHWV\RXLQFUHDVHWKHOHYHORIVHQVLWLYLW\DWWKHWLPHRIGHWHFWLRQWRDOORZFRUUHFW
GHWHFWLRQHYHQLQFDVHRIYHU\WDOOYHKLFOHVRUGXULQJWKHWUDQVLWRIDWUDFWRUDQGWUDLOHU
Yenabled
no disabled
Y
H2 Loop 2 articulated lorry function
7KLVIXQFWLRQOHWV\RXLQFUHDVHWKHOHYHORIVHQVLWLYLW\DWWKHWLPHRIGHWHFWLRQWRDOORZFRUUHFW
GHWHFWLRQHYHQLQFDVHRIYHU\WDOOYHKLFOHVRUGXULQJWKHWUDQVLWRIDWUDFWRUDQGWUDLOHU
Yenabled
no disabled
Y
tWork time (time-out)
0D[LPXPZRUNWLPHRIWKHDXWRPDWHGV\VWHPEHIRUHWKHPRWRUVWRSVLIWKHRSHQRUFORVH
SRVLWLRQLVQRWUHDFKHG7KHYDOXHFDQEHVHWIURPOto 59VHFLQRQHVHFRQGVWHSV1H[W
WKHGLVSOD\FKDQJHVWRPLQXWHVDQGWHQWKVRIDVHFRQGVHSDUDWHGE\DGHFLPDOSRLQWDQG
WLPHLVDGMXVWHGLQVHFRQGVWHSVXSWRWKHPD[LPXPYDOXHRI4.1PLQXWHV
30
St
STATUS OF THE AUTOMATED SYSTEM:
([LWIURPSURJUDPPLQJVWRUDJHRIGDWDDQGDXWRPDWHGV\VWHPVWDWXVGLVSOD\
6.3 3UH'H¿QHG3DUDPHWHU6HWV
7KHWDEOHEHORZVKRZVIRUHDFKVHWRISUHGHILQHGSDUDPHWHUVWKH
YDOXHVWKDWWKH\ZLOOORDGLQWKHERDUGPHPRU\
Basic Configuration
dF 01 02 03 04 05 06
At 01 02 03 04 05 06
bu
LO EEEEEE
PA 20 20 20 20 20 20
So 10 10 10 10 10 10
Sc 10 05 05 04 02 02
L1 no no no no no no
L2 no no no no no no
S1 05 05 05 05 05 05
S2 05 05 05 05 05 05
Advanced Configuration
7KHIROORZLQJWDEOHVKRZVIRUHDFKVHWRISUHGHILQHGSDUDPHWHUV
WKH YDOXHV WKDW WKH\ ZLOO ORDG LQ WKH ERDUG PHPRU\ LQ DGYDQFHG
FRQILJXUDWLRQ
dF 0 1 02 03 04 05 06
FO
25 25 30 28 30 40
FC
25 25 30 28 30 40
PF
no no no no no no
tP
00 00 00 00 00 00
oc
35 35 38 32 32 32
FS
no no no no no no
o1
00 00 00 00 00 00
P1
no no no no no no
o2
03 03 03 03 03 03
P2
no no no no no no
o3
01 01 01 01 01 01
P3
no no no no no no
o4
02 02 02 02 02 02
P4
no no no no no no
o5
01 01 01 01 01 01
AS
no no no no no no
nc
00 00 00 00 00 00
nC
00 00 00 00 00 00
18
J6
J12
J13
J11 J14
J7
+
+
+
+
+
+
+
+
+
+
+
-
F
S
w
1
S
w
2
Sw
3
J15
J1 J2 J3 J4
M1
D
L
1
D
L
2
D
L1
0
D
L1
1
D
L1
2
D
L1
3
D
L14
D
L1
8
D
L17
DL7
DL5
D
L
8
D
L
6
D
L9
D
L1
6
D
L
3
D
L4
D
L1
5
2
Eas
y
BU
S
O
PE
N
CL
O
S
E
FS
W
ST
OP
ALARM
G
ND
+2
4
1
2
3
4
5
6
7
8
9
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
1
8
1
9
2
0
2
1
+2
4
+2
4
+2
4
+2
4
OU
T
1
OU
T
2
OU
T
3
Rel
ay
N
O
Rel
ay
N
C
G
ND
LAMP
LOO
P
1
LOO
P
2
BATTERY
E
NC
O
DE
R
D
I
S
P
1
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ENGLISH
6.4 “Expert” default parameters
7KHIROORZLQJWDEOHFRQWDLQVWKHSUHGHILQHGVHWWLQJVWKDWFKDUDFWHUL]H
WKHYDULRXVRSHUDWLRQORJLFV
Step.AA1E PPACnCaC
01 YYNNYNYN
02 NNNYYYYY
03 NNNNNNNN
04 NNNNNNNY
05 NNYNNNNN
06 NNYNNNNN
07 NNNNNNNN
08 NNNNNNNN
09 NNNNNNNN
10 NNNNNNNY
11 NNNNNNNN
12 NNNYYNNN
13 NNNNNNNN
14 NNNYYYYN
15 NNNNNNNN
16 NNNYYNNN
17 NYNNNNNN
18 NYNNNNNN
19 NNNYYNNN
20 NYNYYYYN
21 NYNYYYYN
22 NNNNNNNN
23 NNNYYNNN
24 NNNNNNNN
25 NNNNNNNN
26 NNNNNNNN
27 NNNNNNNN
28 NNNNNNNN
29 NNNNNNNN
30 NNNNNYYN
7. START-UP
7.1 Verifying the diagnostic LEDs
%HIRUHVWDUWLQJXSWKHERDUGLWLVQHFHVVDU\WRYHULI\WKDWWKHVWDWXV
RIWKHGLDJQRVWLF/('VFRUUHVSRQGVWR WKH ORJLF 6DLG VWDWXV PXVW
FRLQFLGHZLWKWKHLQGLFDWLRQVLQ)LJVLWXDWLRQZKLFKUHIOHFWVWKDWRI
an automated system that is CLOSED and ready to open.
TheFSW, STOPandALARMLEDs aresafetyinputs with
NC contacts, therefore the related LEDs must be ON
when the automated system is at rest, and go off when
the device connected is engaged.
The OPEN and CLOSE inputs are NO contact inputs,
therefore the related LEDs must be OFF when the
automated system is at rest, and go on when the device
connected is active.
7KH%86VWDWXVPXVWFRUUHVSRQGWR'/JUHHQRQ¿[HG
and DL1 (red) off. The BUS menu of the
%DVLF FRQ¿JXUDWLRQ PXVW GLVSOD\ WKH
LQGLFDWLRQVKRZQWRWKHVLGHFRQ¿UPLQJ
the fact that there are no engaged
photocells or active pulse generators.
7.2 Setup
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SURFHGXUHGXULQJZKLFKWKHDXWRPDWHGV\VWHPGHWHUPLQHVWKHURWDWLRQ
DQJOHRIWKHEHDPDQGFRQVHTXHQWO\LWVWUDYHO7KHVHPHDVXUHPHQWV
DOORZFRUUHFWPDQDJHPHQWRIPRWRUGHFHOHUDWLRQVDQGDFFHOHUDWLRQ
ramps.
$W¿UVWVWDUWXSWKHERDUGZLOOVLJQDOWKHQHHGIRUDVHWXS
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8VLQJWKHSDUDPHWHU³0W´LQ%DVLFFRQILJXUDWLRQPRGHFKHFNWKDW
WKHRSHQLQJFORVLQJPRYHPHQWFRUUHVSRQGVWRWKHSUHVVHGNH\
LIQRWJRWRWKHPRWRUZLULQJDQGUHYHUVHWKHWZRFRQGXFWRUV
/DQG/DVVKRZQLQ)LJ5HI
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SDUDPHWHU³0W´LQ%DVLFFRQILJXUDWLRQPRGHRUXVLQJWKHUHOHDVH
GHYLFHDVVKRZQLQSDUDJUDSKVDQGRQSDJH
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DXWRPDWHGV\VWHP EHJLQV DVORZ RSHQLQJ PRYHPHQW2Q WKH
GLVSOD\S1ZLOOIODVKLQGLFDWLQJWKHVWDUWRIWKHSURFHGXUH
2QFHWKHPD[LPXPRSHQLQJSRVLWLRQLVUHDFKHGWKHDXWRPDWHG
V\VWHPZLOOVWRSDXWRPDWLFDOO\
1H[W WKH DXWRPDWHG V\VWHP ZLOO VWDUW WKH EHDP FORVLQJ
PRYHPHQW7KHGLVSOD\ZLOOIODVKWKHLQGLFDWLRQS3.
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V\VWHP00 - closed).
8. TESTING THE AUTOMATED SYSTEM
2QFHSURJUDPPLQJLVFRPSOHWHGHQVXUHWKDWWKHV\VWHPLVRSHUDWLQJ
FRUUHFWO\
9HULI\HVSHFLDOO\WKHFRUUHFWUHJXODWLRQRIWKHDXWRPDWHGV\VWHPSRZHU
DQGFRUUHFWRSHUDWLRQRIWKHVDIHW\GHYLFHVLWLVFRQQHFWHGWRDQGYHULI\
WKDWWKHDXWRPDWHGV\VWHPFRQIRUPVWRFXUUHQWVDIHW\VWDQGDUGV
19
12 13 14 1516 17 18 19 20 21
+24
+24
+24
+24
OUT1
OUT2
OUT3
GND
Relais
NO
COM
OPEN
CLOSE
FSW
STOP
ALARM
GND +24
345678910 11
J2
J1
o2 =11
P2 =no
o3 =12
P3 =no
LO =C
PA =01
01 =Y
03 =Y
10 =Y
12 13 14 1516 17 18 19 20 21
+24
+24
+24
+24
OUT1
OUT2
OUT3
GND
Relais
NO
COM
OPEN
CLOSE
FSW
STOP
ALARM
GND +24
345678910 11
o1 =18
P1 =no
12 13 14 1516 17 18 19 20 21
+24
+24
+24
+24
OUT1
OUT2
OUT3
GND
Relais
NO
COM
OPEN
CLOSE
FSW
STOP
ALARM
GND +24
345678910 11
o1 =18
P1 =no
ENGLISH
9. MASTER/SLAVE CONFIGURATION
,IWKHLQVWDOODWLRQFRQWHPSODWHVWKHJDWHDUHDEHLQJFRYHUHGE\WZR
RSSRVLQJEDUULHUV D0DVWHU6ODYHFRQILJXUDWLRQPD\EHXVHGIRU
WKH ERDUGV ZKLFK ZLOO DFWLYDWH WKH WZR EDUULHUV 7KLV FRQILJXUDWLRQ
SHUPLWVFRQQHFWLRQRIWKHFRPPDQGDQGVDIHW\VLJQDOVWREHVLPSOLILHG
WKH\ DUH DOO FRQQHFWHG WR MXVW RQH ERDUG DOVR HQVXULQJ SHUIHFW
V\QFKURQLVDWLRQRIWKHWZRDXWRPDWHGV\VWHPV
³0$67(5GHYLFH´PHDQVWKHERDUGWRZKLFKDOOWKHSXOVHJHQHUDWRUV
DQGVDIHW\GHYLFHVDUHFRQQHFWHG
³6/$9(GHYLFH´PHDQVWKHERDUGZKLFKLVFRQWUROOHGE\WKH0$67(5
WKURXJKSXOVHLQSXWVZKLOHWKHVDIHW\LQSXWVDUHE\SDVVHG
The electrical connections and the parameters needed for correct
IXQFWLRQLQJRIWKHV\VWHPLQD0DVWHU6ODYHFRQILJXUDWLRQDUHVKRZQ
LQWKHIROORZLQJGLDJUDP
Master
device
Slave
device
10. INTERLOCK
7KH LQWHUORFN IXQFWLRQ HQDEOHV WZR LQOLQH EDUULHUV WR EH
PDQDJHG VHH ¿J VR WKDW RSHQLQJ RI RQH LV VXERUGLQDWHG WR
FORVLQJ RI WKH RWKHU 2SHUDWLRQ FDQ EH RQHZD\ RU WZRZD\
)RU LQOLQH EDUULHUV VHW 287 ,17(5/2&. WR SDUDPHWHU VHH
2nd/(9(/352*RQERWKERDUGVDQGFRQQHFWWKHPDVLQ¿JXUH
20
ENGLISH
LOGIC “A” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens and closes
DIWHUWKHSDXVH
time no effect no effect
RSHQLQJLQKLELWHG
no effect opens and closes
DIWHUWKHSDXVH
time no effect
WHEN OPENING no effect LPPHGLDWHO\
reverses to
FORVLQJ
blocks
operation no effect no effect no effect
OPEN IN PAUSE resets
SDXVHWLPH closes blocks
operation
UHVHWVSDXVH
time
FORVLQJLQKLELWHG
resets
SDXVHWLPH
UHVHWVSDXVH
time
FORVLQJLQKLELWHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJ
BLOCKED closes closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
opens and closes
DIWHUWKHSDXVH
time no effect
FORVLQJLQKLELWHG
LOGIC “A1” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens and closes
DIWHUWKHSDXVH
time no effect no effect
RSHQLQJLQKLELWHG
no effect opens and closes
DIWHUWKHSDXVH
time no effect
WHEN OPENING no effect LPPHGLDWHO\
reverses to
FORVLQJ
blocks
operation
closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
OPEN IN PAUSE resets
SDXVHWLPH closes blocks
operation closes resets
SDXVHWLPH closes when
GLVHQJDJHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJFORVHVDW
WKHHQGRISDXVH
LPPHGLDWHO\
reverses to
RSHQLQJFORVHV
DJDLQRQFHRSHQLQJ
is completed
BLOCKED closes closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
LQKLELWVFORVLQJ opens and closes
DIWHUWKHSDXVH
time
no effect
FORVLQJ
inhibited)
Â,QEUDFNHWVWKHHIIHFWVRQWKHRWKHULQSXWVZKHQWKHSXOVHLVDFWLYH
LOGIC “E” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens no effect no effect
RSHQLQJLQKLELWHG
no effect opens no effect
WHEN OPENING blocks
operation
LPPHGLDWHO\
reverses to
FORVLQJ
blocks
operation no effect no effect no effect
OPEN closes closes no effect
FORVLQJLQKLELWHG no effect
FORVLQJLQKLELWHG no effect no effect
FORVLQJLQKLELWHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJ
BLOCKED closes closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
opens no effect
FORVLQJLQKLELWHG
11. OPERATING LOGICS TABLE
Tab. 1/c
Tab. 1/b
Tab. 1/a
21
ENGLISH
Â,QEUDFNHWVWKHHIIHFWVRQWKHRWKHULQSXWVZKHQWKHSXOVHLVDFWLYH
LOGIC “P” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens no effect no effect
RSHQLQJLQKLELWHG
no effect
opens and once
RSHQLQJLV
completed closes if
GLVHQJDJHG
no effect
WHEN OPENING no effect closes
LPPHGLDWHO\DIWHU
RSHQLQJLV
completed
blocks
operation no effect no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
OPEN no effect
FORVLQJLQKLELWHG closes no effect
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG SUHYHQWVFORVLQJ closes when
GLVHQJDJHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
blocks and when
GLVHQJDJHG
FRQWLQXHVWR
close
LPPHGLDWHO\
UHYHUVHVWRRSHQLQJ
DQGRQFHRSHQLQJLV
completed closes if
GLVHQJDJHG
blocks and when
GLVHQJDJHG
FRQWLQXHVWR
close
BLOCKED opens closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
opens and once
RSHQLQJLV
completed closes if
GLVHQJDJHG
no effect
FORVLQJLQKLELWHG
LOGIC “PA” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens and closes
DIWHUWKHSDXVH
time no effect no effect
RSHQLQJLQKLELWHG
no effect
opens and once
RSHQLQJLV
completed closes if
GLVHQJDJHG
no effect
WHEN OPENING no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
blocks
operation no effect no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
OPEN IN PAUSE UHVHWVSDXVHWLPH closes blocks
operation
UHVHWVSDXVH
time
FORVLQJLQKLELWHG
UHVHWVSDXVHWLPH closes when
GLVHQJDJHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
blocks and when
GLVHQJDJHG
FRQWLQXHVWR
close
LPPHGLDWHO\
UHYHUVHVWRRSHQLQJ
DQGRQFHRSHQLQJLV
completed closes if if
GLVHQJDJHG
blocks and when
GLVHQJDJHG
FRQWLQXHVWR
close
BLOCKED opens and closes
DIWHUWKHSDXVH
time closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
opens and once
RSHQLQJLV
completed closes if
GLVHQJDJHG
no effect
FORVLQJLQKLELWHG
LOGIC “Cn” PULSES
AUTOMATED
SYSTEM STATUS OPEN A CLOSE STOP FSW LOOP 1 LOOP 2
CLOSED opens no effect no effect
RSHQLQJLQKLELWHG
no effect opens no effect
WHEN OPENING no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
blocks
operation no effect no effect closes
LPPHGLDWHO\
DIWHURSHQLQJLV
completed
OPEN no effect
FORVLQJLQKLELWHG closes no effect
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
no effect closes when
GLVHQJDJHG
WHEN CLOSING LPPHGLDWHO\
reverses to
RSHQLQJ no effect blocks
operation
reverses to
RSHQLQJDQG
closes after
SDXVHWLPH
LPPHGLDWHO\
reverses to
RSHQLQJ
LPPHGLDWHO\
reverses to
RSHQLQJ
BLOCKED opens closes no effect
RSHQLQJDQG
FORVLQJLQKLELWHG
no effect
FORVLQJLQKLELWHG
opens no effect
FORVLQJLQKLELWHG
Tab. 1/e
Tab. 1/d
Tab. 1/f
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