Example Of Programming; Shock Sensor Adjustment - Gemini 953 Installation And Use Manual

29.0 - EXAMPLE OF PROGRAMMING

To better understand how the programming procedure works, here is
an example .
In this example, the system will be programmed being activated the acoustic
signals, the panic alarm, the shock sensor and the pre-alarm will be activated
We remind that the alarm passes automatically to the next function, every time
a radio control button is pushed .
!
Being the system disarmed, l ift up the seat or open the trunk or, in case the
perimeter protection button is not installed,
BROWN/GREEN wire .
!
Turn the ignition key in "ON" position; the LED will stay on for a second
!
During this period, push simultaneously the two radio control buttons.
system will confirm that the programming has been enabled with two
acoustic signals and lighting up the LED
!
P ress button N. 1 on the remote control he
tone beep, meaning that acoustic signalling has been enabled
!
P ress button N. 1 on the remote control he
tone beep, meaning that the panic alarm has been enabled
!
P ress button N. 1 on the remote control he
tone beep, meaning that the shock sensor has been enabled
!
P ress button N.2 on the remote control he
beep, meaning that the passive arming has not been enabled
!
P ress button N.2 on the remote control he
beep, meaning that the anti-hijacking function
!
P ress button N. 1 on the remote control he
tone beep, meaning that the pre-alarm
!
P ress button N.2 on the remote control he
beep, meaning that the system self-rearming
enabled .
!
Once the last function has been (or not) enabled, the programming
procedure is automatically over. Th
acoustic signasl , a high-tone acoustic signal
on the vehicle .
!
Turn the key switch to the "OFF" position. Close the trunk, or lower the
seat, or unground the BROWN/GREEN wire
CAUTION
You can quit the programming procedure at any time, by simply turning
the key switch to the "OFF" position.
All the functions already programmed will be stored automatically, while
the remainder of them will be unchanged.
reported
.
connect to ground the
.
The
with a steady light .
; t system will produce a high-
.
; t system will produce a high-
.
; t system will produce a high-
.
; t system will produce a low-tone
.
; t system will produce a low-tone
has not been enabled .
; t system will produce a high-
has been enabled .
; t system will produce a low-tone
function has not been
is will be signalled by t wo low-tone
and the turning off of the LED
.

30.0 - SHOCK SENSOR ADJUSTMENT

The system has a built-in shock sensor, whose sensibility can be adjusted into
5 levels: from the 1st, the lowest to the fifth the highest.
The system is supplied with the lowest one.
Please follow the procedure here below to change the sensibility adjustment.
!
Disarm the alarm system with a remote control or an electronic key.
!
Turn the ignition key in "ON" position; the status LED stays on for one
second .
!
D ring this period , push the button N.2 of the remote twice in to seconds.
CAUTION
If such a button is pushed the second time after 2 seconds, the procedure
will be stopped.
!
The alarm system will confirm with two LED flashes and the two acoustic
signals with acute tone that the shock sensor adjustment procedure is
entered.
!
At the beginning the sensibility of the system is adjusted into minimum
level.
!
Push the button N. 2 of the remote to increase the sensibility (4 times
maximum to reach the highest level); a LED flashing and a short acoustic
signal with acute tone occur, each time the button is pushed.
!
As soon as the sensor is adjusted, turn the ignition key to "OFF" position.
!
If the adjustment corresponds to the highest level, the system will leave the
procedure automatically.
!
In both cases, when the procedure is stopped, a flashing LED and a short
acoustic signal with acute tone occur.
CAUTION
Entering the programming procedure resets the functions to Gemini
default setting.