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OPERATING LOGIC OF THE WIRED INPUTS
The operation of the two wired inputs (P1 and P2) depends on
the set operating logic.
MONOSTABLE operational logic
• Pressing the P1 button activates the relay for the entire time
the button is pressed
• The relay is deactivated when the P1 button is released
• The P2 button has no function
BISTABLE operational logic
• The relay is activated when the P1 button is pressed for the
first time
• The relay is deactivated when the P1 button is pressed for the
second time
• The P2 button still controls deactivation of the relay
TIMER operational logic
• Pressing the P1 button activates the relay for the amount of
time set by the timer
• The P2 button still controls deactivation of the relay
NOTE: when the relay is active, pressing P1 resets the timer
TRANSMITTER OPERATIONAL LOGIC
DEV-R2 can be controlled via radio through the PERSONAL PASS
transmitter buttons. The buttons work in different ways
depending on their set operational logic and the LED used during
storage (L1 or L2)
MONOSTABLE operational logic
• The transmitters stored using L1 LED activate the relay
for the entire time the button is pressed
• The relay is deactivated when the button is released
NOTE: the transmitters must be stored using L1 LED
BISTABLE operational logic
• The transmitters stored using L1 LED activate the relay when
the button is pressed for the first time
• The relay is deactivated when the same button is pressed for
the second time
• The transmitters stored using L2 LED still control deactivation
of the relay
TIMER operational logic
• The transmitters stored using L1 LED activate the relay for the
amount of time set by the timer
• The transmitters stored using L2 LED deactivate the relay
NOTE: if transmission of a stored code is received while the relay
is active, the timer resets
All manuals and user guides at all-guides.com
8
PROGRAMMING THE OPERATING LOGICS
MONOSTABLE operating logic
• Power the DEV-R2 module
• Hold the SW1 button pressed: the L1 LED lights up
• After 5 seconds the L1 LED goes off: release the SW1 button
• After 2 seconds the L2 LED lights up
• Press the SW1 button: the L2 LED goes off, indicating the
procedure is over
BISTABLE operating logic
• Power the DEV-R2 module
• Hold the SW1 button pressed: the L1 LED lights up
• After 5 seconds the L1 LED goes off: release the SW1 button
• After 2 seconds the L2 LED lights up
• After 2 further seconds the L1 LED lights up
• Press the SW1 button right away: the L1 and L2 LEDs go off,
indicating the procedure is over
TIMER operating logic
•
Power the DEV-R2 module
•
Hold the SW1 button pressed: the L1 LED lights up
•
After 5 seconds the L1 LED goes off: release the SW1 button
•
After 2 seconds the L2 LED lights up
•
After 2 further seconds the L1 LED lights up
•
After a few seconds the 2 LEDs go off and L1 starts blinking:
the number of blinks corresponds to a time you can set as
shown in the table:
N° Flashing
Time
1
01 sec.
2
02 sec.
3
03 sec.
4
04 sec.
5
05 sec.
6
06 sec.
7
07 sec.
8
08 sec.
9
09 sec.
10
10 sec.
11
11 sec.
12
12 sec.
13
13 sec.
14
14 sec.
15
15 sec.
•
Count the number of L1 LED blinks corresponding to the
time you wish to set
•
Press the SW1 button during the desired blink: the L1 LED
goes off, indicating the procedure is over
N° Flashing
Time
16
30 sec.
17
1 min.
18
1,5 min.
19
2 min.
20
2,5 min.
21
3 min.
22
3,5 min.
23
4 min.
24
4,5 min.
25
5 min.
26
10 min.
27
15 min.
28
30 min.
29
45 min.
30
60 min.
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