5°
INSERT THE TRANSMITTERS CODES
CODE ACQUISITION
CARRY OUT WITH GATE CLOSED!
N.B. In the event of errors during the pushbutton operation procedure, repeat the
operation after resetting by wiring in Jumper S3 for 1 second and then removing.
LED on
10 second interval to transmit
code settings by means of
remote control.
After setted radio transmitters, block changements positioning Dip10 ON and execute a
RESET.
SINGLE RADIO CODE CONFIRMATION
LED on
2s
10 second time interval to
transmit code to be cancelled
by means of remote control
2s
CHECK OF CODES ENTERED
LED on
1°
2°
3°
2s
1°
2°
3°
2s
maximum 59 codes (TX433)
maximum 29 codes (TX433 Rolling Code)
LED off
0,5s 0,5s
Four flashes indicate the end of the
time available to set codes.
Code not acquired
Code acquisition complete
the next pulse from the remote control
activates opening
LED off
Four flashes indicate end of time
allowed for cancellation of single code
code not cancelled
the cancelled code will by indicated
by one flash when transmitted
LED off
etc.
Other
codes
entered
CANCELLATION OF ALL RADIO CODES ENTERED
LED on
LED off
3°
2s
1°
2°
2s
1°
3°
2°
Press S1 briefly
L2 LED SIGNALS (Red)
1 long flash
= signal not valid
1 short flash
= code saved or cancelled according to the procedure selected
2 long flashes
= code already present
2 short flashes
= radio signals overlapped during setting
3 long flashes
= memory full (max. 59 codes if standard transmission or 25 codes if
Rolling Code transmission)
3 short flashes
= memory empty, no code entered
4 long flashes
= end of time interval available to save or cancel a single code
4 short flashes
= code to cancel is not in memory
10 short flashes
= setting locked
Continuous flashing while remote control pushbutton is pressed = Rolling Code
transmission is out of phase with respect to the receiver. Cancel code and re-enter
Long flash: Led ON for 0,5s
Short flash: Led ON for 0,25s
N.B. In addition to the code, the receiver also learns the channel to be used; bear this in
mind when pressing the pushbutton during the self-learning procedure cause this
pushbutton will henceforth activate the system.
EURO SERIES GENERAL TECHNICAL SPECIFICATIONS
Temperature range:
Humidity:
Power supply voltage:
Frequency:
Transient voltage drops
Max. motor output
Max. output load on flasher unit
EURO11 and EURO22 TECHNICAL SPECIFICATIONS
Max. card absorbed power (excluding accessories) 38 mA
Current available for photocells
Protection class
Weight
Dimensions
EURO11FE and EURO22FE TECHNICAL SPECIFICATIONS
Max. card absorbed power (excluding accessories) 60 mA
Current available for photocells
Protection class
Weight
Dimensions
RADIO EURO CRX TECHNICAL SPECIFICATIONS
Reception frequency
Impedance
Sensitivity
Energisation time
De-energisation time
K1
Power relay to enable electric lock
K2
Power relay to enable opening by M1
K3
Power relay to enable closing by M1
K4
Power relay to enable M1 clutch (EURO11FE and 22FE only )
K5
Power relay to enable opening by M2 (EURO22 and 22FE only )
K6
Power relay to enable closing by M2 (EURO22 and 22FE only )
K7
Power relay to enable M2 clutch (EURO22FE only)
Pag. 11 di 16
2s
No cancel confirmation
1°
2° 3°
3 flashes = memory
empty confirmation
0°÷70°C
<95% condensate free
230V ( 10%
50/60 Hz
20 mS
1 CV
40W 250V cos=1
0.4A ±15% 12 V dc
IP54
0.85 kg
14.4 x 6 x 18 cm
0.8A ±15% 24 V dc
IP54
0.85 kg
33 x 24.2 x 12.4 cm
433.92 MHz
56 _
> 2.24 µV
300 ms
300 ms
RELAYS
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