Technical Characteristics; Diagnostics Led - tau PARK Manual De Uso

D780M - CONTROL UNIT WITH REMOTE CONTROL FOR "PARK" PARKING GUARD (EXPANDABLE UP TO A MAX. OF 4 UNITS)
MICROPROCESSOR-CONTROLLED LOGIC

LINE INPUT FUSE

433.92 MHz 4 CHANNEL BUILT-IN RADIO RECEIVER (CH)

BATTERY CHARGER CONNECTOR (OPTIONAL)

ADJUSTABLE OBSTACLE DETECTION SENSITIVITY

DIAGNOSTICS OF MALFUNCTIONS SIGNALLED BY LED

EXPANDABLE UP TO A MAX. OF 4 UNITS (USING EXP780

BOARDS)
ATTENTION:
- do not use single cables (with one single wire), ex. telephone
cables, in order to avoid breakdowns of the line and false
contacts;
- do not re-use old pre-existing cables.
Place the control unit (external versions) in the imme-
diate vicinity of the
TESTING
When you have completed the connection:
 The red led DL1 must be steady light.

TECHNICAL CHARACTERISTICS

Board power supply
Max motor power DC
Fast acting fuse for protection of input power
supply 230V AC (F1 - 5x20)
Fast acting fuse for motor protection (F2 - 5x20)
Motor power supply circuits voltage
Auxiliary device circuits supply voltage
Logic circuits supply voltages
Operating temperature
Box protected to

DIAGNOSTICS LED

POWER ON (also battery voltage) AND
DL1 (ERR)
LED signal
CONNECTIONS TO TERMINAL BOARD
Terminals Function Description
POWER POWER input 230V AC 50Hz (from
1 - 2
SUPPLY mains);
18V DC MOTOR supply output 18V DC, max. 30 W.
3 - 4
MOTOR 3= POSITIVE , 4= NEGATIVE;
OPEN/CLOSE pushbutton input (Nor-
mally Open contact); It commands the
5 - 6 OPEN/CLOSE opening (lowering) and closing (rising) of
the automation.
5= OPEN/CLOSE, 6= COMMON;
433,92 MHz built-in RX ANTENNA input.
7 - 8 AERIAL
7= EARTH, 8= SIGNAL;
M2 quick coupling for 12V AC secondary transformer;
M3 quick coupling for 230V AC primary transformer;
M4
quick coupling for SCB12 battery charger board;
M5 quick coupling for EXP780 expansion board (Motor 2);
M6 quick coupling for EXP780 expansion board (Motor 3);
M7 quick coupling for EXP780 expansion board (Motor 4);
LOGIC ADJUSTMENTS
TRIMMER
SENS. M1 Used to adjust obstacle detection sensitivity during
opening (lowering) or closing (rising);
You can turn the SENS. M1 TRIMMER to further
increase or decrease obstacle sensitivity. Turning
clockwise increases the motor's sensitivity to ob-
stacles.
motors.
230V AC - 50 Hz
30 W - 18V DC
F 6,3 A
F 10 A
18V DC
18V DC
5V DC
-20 °C ÷ +55 °C
IP 44
ERRORS red
D780M CHARACTERISTICS
LED - DL1
The LED, besides indicating that the power supply is connected, also
signals errors with a series of pre-defined flashes:
steady light: normal operation;
1 flash: buffer battery voltage lower than 11,3V DC;
Check the mains power supply, charge the battery, replace the bat-
tery;
3 flashes: power failure;
Check the thermal-magnetic circuit breaker (upstream from system),
check the fuses;
Multiple errors are signalled by a 2-second pause between signals.
Errors will continue to be signalled until a complete opening and clos-
ing manoeuvre is executed.
SCB12 BATTERY CHARGER BOARD (OPTIONAL)
If the system is equipped with a SCB12 battery charger board, it con
operate even during power failures. If the voltage drops below 11,3V
DC, the automation stops working (the control panel is still powered).
When it drops below 10,2V DC, the board disconnects the battery
completely (the control panel is no longer powered).
OBSTACLE DETECTION
When the obstacle detection function (which can be set using the
SENS. M1 trimmer) cuts in while the automated device is opening
(lowering) / closing (rising), the device in question is stopped.
WARNING: the control panel logics may interpret me-
chanical friction as an obstacle.
433,92 MHz BUILT-IN RADIO RECEIVER
The radio receiver can learn up to a maximum of 30 dip-switches
(TXD2, TXD4, BUG2, BUG4, K-SLIM, K-SLIM-C, T-4, T-4C) or rolling
codes (BUG2R, BUG4R, K-SLIM-RP, T-4RP) which can be set on the
4 channels as required (one for each motor, in the event more than one
motor is connected, by virtue of the optional EXP780 expansion board).
The channel directly commands the control board for opening the
automatic device, the learning mode (dip-switch or rolling code) is
determined by the first radio control device and remains unchanged
until all the codes have been cancelled.
LEARNING SYSTEM FOR RADIO CONTROL DEVICES
P1 = OPEN/CLOSE
1_ press button P1 briefly to associate a radio control device with the
OPEN/CLOSE (descent/rise) function for motor nr. 1 (P2 for motor
nr. 2, P3 for motor nr. 3, P4 for motor nr. 4);
2_ LED DL1 turns off to indicate that the code learning mode has been
activated (if no code is entered within 10 seconds, the board exits
the programming mode);
3_ press the button of the relative radio control device;
4_ LED DL1 turns on again to indicate that the code has been memo-
rised (if this does not happen, wait 10 seconds and start again from
point 1);
5_ to memorise codes to other radio control devices, repeat the pro-
cedure from point 1 up to a maximum of 30 transmitters;
6_ to exit the learning mode without memorising a code, press button
P1 briefly.
If the maximum number of radio controls is reached (30),
the LED DL3 will begin to flash rapidly for about 3 seconds
but without performing memorisation.
REMOTE PROGRAMMING BY MEANS OF T-4RP, K-SLIM-RP and
BUG-R
It is also possible to carry out the remote self-learning of the new ver-
sion of transmitters SLIM-R and BUG-R, that is without pressing the
receiver's programming buttons.
It will be sufficient to have an already programmed transmitter in the
receiver in order to start the procedure of remote programming of the
new transmitters, programmed by means of TAUPROG.
Serie PARK
9