23
TERMINAL BOARD CONNECTIONS
17-18
LC/ELS
Courtesy light output
24 Vdc 15 W
or output for a
12V
electric lock. Selection is carried out using
DIP 6
.
19
CMN
common for all inputs and outputs.
20
LAMP 24 Vdc 25 W
output for warning lights, intermittent
activation (50%),
12,5 W
continuous activation.
21
Output powering external loads
30 Vdc
(1)
22
Controlled output, powering external loads
30 Vdc
(1)
23-24
CMN
common for all inputs and outputs.
25-26
CMN
common for all inputs and outputs.
27
FTCI
(
N.C./8.2 kΩ
)
(2)
safety and control devices in input (photo-
cells 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.
28
TB
(
N.C./8.2 kΩ
)
(2)
stop button input (The opening of this con-
tact interrupts the cycle until a new movement command is
given).
29
TD
(N.O. contact) sequential command button input
30
CSP
(
N.C./8.2 kΩ
)
(2)
safety edge input (The opening of this
contact interrupts the cycle both in the closing stage as well
as in the opening stage).
31-32
CH2
(N.O. potential free contact) for the second radio channel
33
Power output
0 Vdc
for the digital safety edge
(3)
34
Power output
12 Vdc
for the digital safety edge
(3)
35
CSPF
Signal input from the digital safety edge
(3)
36
Outer conductor for radio receiver antenna
37
Inner conductor for radio receiver antenna (if an external
antenna is fitted use a coaxial type cable
RG58
with an imped-
ance of
50Ω
).
38
EMRG1
(4)
(N.O. contact) emergency manoeuvre input 1
39
EMRG2
(4)
(N.O. contact) emergency manoeuvre input 2
40
CMN
common for the emergency buttons
Note
(1)
The total of the 2 external device outputs must not exceed
5W.
Note
(2)
The contact selection (
N.C. or 8.2 kΩ
) is carried out on the six
digit display (parameter "
SC
").
Note
(3)
The special safety edge is disabled by default; to enable the
function set the parameter "
CSPF
" to "
1
" in the menu.
Note
(4)
These inputs are disabled by default; to enable the functions
cut the two contacts "
EM
".
ALL UNUSED NC CONTACTS MUST BE BRIDGED
and consequently
the security device test must also be deactivated (
TFTC – DIP 5
). If you
want to activate the
FTCI
test both the transmission and receiver parts
of the photocell must be connected to the binding post marked “
CTRL
30 Vdc
”. If the test is active there will be a 1 second delay between the
command transmission and movement of the door.
Switch on the power and make sure that the indicator LEDS are in the
following condition:
- L1
Wrong battery connection
off
(5)
- L2
Power on
lit
- L3
Digital safety edge activity
off
(6)
- L4
Indicates transmitter code programming
off
- L5
Indicates active inverting photocells "
FTCI
"
lit
(7)
- L6
Indicates active blocking button "
TB
"
lit
(7)
- L7
Indicates active safety edge "
CSP
"
lit
(7)
- L8
Indicates digital safety edge "
CSPF
"
lit
(7)
- L9
Indicates active digital command "
TD/CH1
"
off
Note
(
5
)
If this LED is "
lit
" invert the battery power cables immediately.
Note
(
6
)
This LED is "
lit
" if the digital edge is connected and at rest.
Note
(
7
)
The LEDS are "
lit
" when the relative safety device is inactive.
Check that the activation of the safety devices (those which have
not been bridged) switch the corresponding LEDS off. If the
green
power on
LED "
L2
" doesn’t light up check the condition of the fuses
and the power cable connection at the transformer. 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.
Collegamenti scheda base
GL24????
16-01-2007
DC0417
Description :
Product Code :
Date :
Drawing number :
P.J.Heath
CARDIN ELETTRONICA S.p.A - 31020 San Vendemiano (TV) Italy - via Raffaello, 36 Tel: 0438/401818 Fax: 0438/401831
Draft :
All rights reserved. Unauthorised copying or use of the information contained in this document is punishable by law
COLLEGAMENTO GL 1 MOTORE
(con 6 display a led - senza 230 Vac sulla scheda)
CS 1290
DC0417
P5
B1
R1
J2
1
2
3
4
5
6
ON
DS1
J1
L6
L7
L5
D1
ELS
TFTC
LP
1MOT
RA
TD
P1
MM
CSER
ENCODER
M2
M1
BL
UE
GRE
Y
GREEN
YELL
O
W
30 Vd
c
CM
N
CM
N
TB (NC/8K2)
LAM
P
CM
N
FTCI
(NC/8K2)
19
20
21
22
23
24
25
26
27
28
29
17
18
LC 24V
LC 24V
CM
N
TD (N.O
)
CTRL 30 Vdc
CM
N
30
31
32
33
34
35
CSP
CH2
0V
+12V
CSPF
36 37
EMRG
2
EMRG
1
38 39 40
CM
N
P4
P3
P2
7
8
14 15 16
13
10 11 12
9
F2
F5
F3
F4
5
6
3
4
1
2
N
L
230
V
TR
F
LC
F1
C1
C2
C3
L4
L2
L9
L1
L3
L8
COLORE
CABLE COLOUR
COLORATION
KABEL-
COLORACIÓN
CABLAGGI
CODE
DES CÂBLAGES
FARBEN
CABLEADOS
BLUE
Blu
Blue
Bleu
Blau
Azul
GREEN
Verde
Green
Vert
Grün
Verde
GREY
Grigio
Grey
Gris
Grau
Gris
YELLOW
Giallo
Yellow
Jaune
Gelb
Amarillo
Collegamento encoder a 4 fili
Connecting 4-wire encoder
Branchement encoder à 4 fils
Anschluss der Encoder mit 4 Drähten
Conexionado encoder con 4 conductores
EM
230
V
230
V
31
B1
Signal buzzer “
via radio
” mode
C1
Battery connection
NiMH
C2
Transformer secondary connection
C3
Battery charger connection
CSER
Serial connection (only for diagnostics)
D1
Six-segment LED display
DS1
Selection dip-switch
EM
Emergency manoeuvre enable
F1
Fuse
3,15AT
(
230 Vac
circuit protection)
F2
Fuse
10A
(motor power supply protection)
F3
Fuse
10A
(motor power protection during battery operation)
F4
Fuse
4A
(
24V
circuit protection during battery operation)
F5
Fuse
4A
(
24V
circuit protection)
J1
Jumper enabling remote transmitter memorisation
J2
Second radio channel selection jumper
MM
Transmitter code memory module
P1
Programming button (
PROG
)
P2
Transmitter code cancellation button (
DEL
)
P3
Transmitter code memorization button (
MEMO
)
P4
Dynamic button "
TD
"
P5
Blocking button "
TB
"
R1
Radio frequency module,
433 MHz
for
S449
transmitters
