Cardin Elettronica SL1524 Instruction Manua page 17

Terminal board connection
1 Common for the emergency buttons
2 EMRG 2 (NO contact) emergency manoeuvring button input 2
3 EMRG 1 (NO contact) emergency manoeuvring button input 1
4 Common for all inputs and outputs.
30 Vdc output, powering external loads
5
6 Common for all inputs and outputs.
7 30 Vdc controlled output, powering external loads
8 Common for all inputs and outputs.
LS 24 Vdc 3W output for an indicator light.
9
10 LP 24 Vdc output for warning lights.
25W intermittent activation (50%), 12,5W continuous activation
11 Common for all inputs and outputs.
12 FTCI (NC contact) Safety and control devices in input (photocells
invert the travel direction when an obstruction is detected). Open-
ing this contact will provoke a travel direction inversion during
closure due to the cutting in of the safety device.
13 CSP (NC contact) Safety buffer input). Opening this contact will
provoke a travel direction inversion of 10 cm, a pause of 3 min-
utes, after which the motor will continue moving in the original
direction after a 10 second preflashing period has elapsed.
14 Tb (NC contact) Stop button input (The opening of this contact
interrupts the cycle until a new movement command is given).
15 Common for all inputs and outputs.
16 TD (NO contact) Dynamic button input
17 TAL (NO contact) Limited opening button input
18 TC (NO contact) Closing button input
19 TA (NO contact) Opening button input
20 Outer conductor for radio receiver antenna
21 Inner conductor for radio receiver antenna (if an external antenna
is fitted use a coaxial cable RG58 with an impedance of 50Ω).
: The total of the 2 external device outputs must not exceed
Note
(1)
10 W.
P3
L6
ON
1 2 3 4 5 6 7 8 9
21 20 19
CN1 Secondary Faston connection 24Vac logic power supply
CN2 Secondary Faston connection motor circuit power supply
V2:0Vac, V3:20Vac, V4:30Vac
CN3 Battery Faston connection
CN4
Motor Faston connection
CSER Serial connection (only for diagnostics)
D1 Six-segment LED display
DS1 Selection dip-switch
(1) .
.
(1)
L5 L8
L10
L9
L7 L11
DS1
P1 L3 P2
18 17 16 15 14 13
ALL UNUSED NC CONTACTS MUST bE JUMPED.
If the FTCI input has been jumped the FTCI security device test must
also be deactivated (Dip 7 "OFF". If you want to activate the FTCI
test both the transmission and receiver parts of the security devices
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 gate.
Switch on the power and make sure that the indicator LEDS are in the
following condition (note: If the display is off you can press the PROG
key to show the status of the safety devices.
- L1
Power on
- L2
Wrong battery connection
- L3
Transmitter code programming indicator
- L4 Battery charging
- L5 Indicator for the blocking button "Tb"
- L6 Indicator for the inverting photoelectric cells "FTCI" ON
- L7 Indicator for the contact safety edge "CSP"
- L8 Indicator for the opening button "TA"
- L9 Indicator for the opening button "TC"
- L10 Indicator for the limited opening button "TAL"
- L11 Indicator for the dynamic button "TD/CH1"
Note
(2) If this LED is "on" invert the battery power cables
immediately.
Note This LED is "on" when the battery is charged.
(3)
Note Check that the activation of the safety devices switches
(4)
the corresponding LEDS off.
If the green power on LED 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.
D1
L1
{
CN4
9
12 11 10 8 7
F1 15A blade fuse
F2 4A blade fuse
F3 15A blade fuse
operation)
F4 4A blade fuse
tion)
Note : These are automotive type blade fuses
(1)
17
L4
F4
CN3
10
L2
bT
F1
15
CN2
V4 V3
M
F2
4
6 5 4
3 2 1
(1) (motor power protection)
(24V circuit protection)
(1)
(1) (motor power protection during battery
(24V circuit protection during battery opera-
(1)
ON
OFF
(2)
OFF
OFF
(3)
ON
(4)
(4)
ON
(4)
OFF
OFF
OFF
OFF
F3
bT
V2
CN1
V0 V1