Cardin Elettronica BL1924ASW, Руководство пользователя

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19
Terminal board connections
7 CMN common for all inputs and outputs.
8 ELS electric lock output (fed continuously) 12 Vdc - 15 W .
9-10 LC-CH2 Potential free contact for the activation of the courtesy light (separate
power supply Vmax=30 Vac/dc: Imax=1A ) or the second radio channel.
3ELECTIONISCARRIEDOUTUSINGJUMPER J5
11 CMN common for all inputs and outputs.
12 LP 24 Vdc 25 W output for warning lights
intermittent activation (50%), 12,5 W continuous activation.
13 LS 24 Vdc 3 W output for an indicator light.
14 CMN common for all inputs and outputs.
15 30 Vdc controlled output, powering external loads (1) .
16 CMN common for all inputs and outputs.
17 30 Vdc output, powering external loads
(1)
.
18 TA (NO contact) opening button input.
19 TC (NO contact) closing button input.
20 TAL (NO contact) limited opening button input.
21 TD (NO contact) dynamic button input.
22 CMN common for all inputs and outputs.
23 TB (NC contact) stop button input (The opening of this contact interrupts the
cycle until a new movement command is given).
24 CSP (NC contact) safety edge input. Opening this contact will provoke a travel
direction inversion during the closing stage and during the opening stage (2) .
25 FTCS (NC contact) The opening of this contact will block all movement, until
the obstruction has been removed and the pause time has elapsed, due to
the safety device cutting in, the door will then continue moving in the closing
direction (only with automatic reclosing enabled).
26 FTCI (NC contact) safety and control devices in input (photocells invert the
travel direction when an obstruction is detected). Opening this contact will
provoke a travel direction inversion during closure due to the cutting in of the
safety device.
27 EMRG2 (NO) emergency manoeuvre input 2.
28 EMRG1 (NO) emergency manoeuvre input 1.
29 CMN common for the emergency buttons.
30 Inner conductor for radio receiver antenna (if an external antenna is fitted use
a coaxial type cable
RG58 with an impedance of 50 7 ).
31 Outer conductor for radio receiver antenna.
Note (1) The total of the 2 external device outputs must not exceed 10 W.
Note
(2) *UMPER
J6
IDENTIlESTHETYPEOFSAFETYEDGECONNECTEDTOBINDINGPOST
- in position 1 the safety edge with NC contact is selected;
- in position 2 the safety edge with 8.2 k 7 contact is selected;
If you bridge the CSP
INPUTMOVEJUMPER
J6
TOPOSITION
1 (NC).
ALL UNUSED NC CONTACTS MUST BE JUMPED and consequently the security
device test must also be deactivated ( FTCI , FTCS $IPAND$IP OFF
If you want to activate the FTCI, FTCS test both the transmission and receiver parts
OFTHESECURITYDEVICESMUSTBECONNECTEDTOTHEBINDINGPOSTMARKED
CTRL 30
Vdc )FTHETESTISACTIVETHEREWILLBEASECONDDELAYBETWEENTHECOMMAND
transmission and movement of the gate/s.
Switch on the power and make sure that the indicator LEDs are in the following
condition.
- L1 Power on ON
- L2 Battery charging OFF (3)
- L3 Wrong battery connection OFF (4)
- L4 Transmitter code programming indicator OFF
- L5
)NDICATORFORTHEBLOCKINGBUTTON
TB ON
(5)
- L6
)NDICATORFORTHEINVERTINGPHOTOELECTRICCELLS
FTCI ON
(5)
- L7
)NDICATORFORTHESTOPPHOTOELECTRICCELLS
FTCS ON
(5)
- L8 )NDICATORFORTHESAFETYEDGE CSP" ON (5)
- L9 )NDICATORFORTHEOPENINGBUTTON TA OFF
- L10 )NDICATORFORTHEOPENINGBUTTON TC OFF
- L11 )NDICATORFORTHELIMITEDOPENINGBUTTON TAL OFF
- L12 )NDICATORFORTHESEQUENTIALCOMMAND TD/CH1 OFF
Note (3) 4HIS,%$IS ON WHENTHEBATTERYISCHARGING
Note
(4) )FTHIS,%$IS
ON
INVERTTHEBATTERYPOWERCABLESIMMEDIATELY
Note (5) Check that the activation of the safety devices switches the corresponding
LEDs off.
If the green power on LED "L1" doesn't light up check the condition of the fuses
and the power cable connection at the transformer primary.
If
one or more of the safety LEDs do not light up check the contacts of the
relative security devices and check that the unused safety device contacts have
been bridged.
B1 3IGNALBUZZER via radio MODE
CSER Serial connection (only for diagnostics)
D1 Six-segment LED display
DS1 Selection dip-switch
F1 10A blade fuse
(6)
(motor power protection)
F2 10A blade fuse (6) (motor protection during battery operation)
F3 4A blade fuse (6) ( 24V circuit protection)
F4 4A blade fuse (6) ( 24V circuit protection during battery operation)
F5 4A blade fuse
(6)
(electric lock protection)
J1 Battery connection
J2 Transformer secondary protection
J3 Enable transmitter memorisation via radio
J4 Radio channel selection
J5 Binding posts 9, 10 selection (courtesy light/CH2 via radio)
J6 Safety edge selection CSP NC/ 8.2 k
7
MM Transmitter code memory module
P1 Programming button ( PROG )
P2 Transmitter code memorization button ( MEMO )
P3 Transmitter code cancellation button ( DEL )
R1 Radio frequency module, 433 MHz for S449 transmitters
Note
(6)
: These are automotive type blade fuses (max. voltage 58 V )
CTRL 30Vdc
CMN CMN FTCI (N.C) TD (N.O) CMN TC (N.O) T
A
L (N.O)
TB (N.C)
LP LS
OUT 30Vdc
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
LC/CH2
L2
L3
4A
4A
CSER
F5
29
28
27
CMN
EMRG 2
EMRG 1
COLORE COLOUR CODE COLORATION
CABLAGGI CODE DES CÂBLAGES
Bl Blu Blue Bleu
Gr Verde Green Vert
Gy Grigio Grey Gris
Yw Giallo Yellow Jaune
KABELFARBEN COLORACIÓN
CABLEADOS
Bl Blau Azul
Gr Grün Verde
Gy Grau Gris
Yw Gelb A m arillo
Collega m ento m otori/encoder a 4 fili
Connecting m otor/4-wire encoder
Branche m ent m oteur/encodeur à 4 fils
Anschluss der Motor/Encoder m it 4 Drähten
Conexionado m otores/encoder de 4 conductores
7 8 3 4 5 6 1 2 3 4 5 6 1 2
Yw Gy Gr Bl
ENCODER 1
Yw Gy Gr Bl
ENCODER 2
M1 M2
CMN ELS 12V CMN T
A
(N.O)
FTCS (N.C)
P1
F1
10
10
4A
4A
F3
F2
10
10
F4
4A
4A
J2
L1
J1
B1
CS 1283
DC 0406
30
31
J4
J3
R1
L10
L9
L7
L6
L11
L8 L5
1 2
3
P3
P2
L4
1 2 3 4 5 6 7 8 91
0
ON
DS1
TD
RA
PLP
LP
LS
FTCI
TFTI
TFTS
SAP
ELS
J5
Pos.1 Pos.2
1 2
3
1 2
3
J6
Pos.1 Pos.2
1 2
3
CSP (N.C)
L12
MM
D1