Gemini 931R12 Installation And Use Manual

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INSTALLATION CERTIFICATE

The undersigned qualified installer attests having personally fitted the here described vehicle

security system following the manufacturer instructions.

By :

931R12

Sold on :

Vehicle :

................................................

T:ype of product

..........................................................................................................................

931R12

INSTALLATION AND

USE MANUAL

GEMINI Technologies S.p.A.

Via Luigi Galvani 12 - 21020 Bodio Lomnago (VA) - Italia

Tel. +39 0332 943211 - Fax +39 0332 948080

www.gemini-alarm.com

ISO 9001 Certified Company

Made in Italy

Rev. 01 - 10/12

1.0

- PRELIMINARY ADVICE.............................................................................................

2.0

- REMOTE CONTROL..................................................................................................

TABLE OF CONTENTS

USER MANUAL

3.0

- OPERATING DESCRIPTION.....................................................................................

3.1 - Complete system arming..........................................................................................

3.2 - Passive arming.........................................................................................................

3.3 - Arming inhibit time....................................................................................................

3.4 - System armed..........................................................................................................

3.5 - Alarm, inhibit time between alarms and alarm cycles..............................................

3.6 - System disarming.....................................................................................................

3.7 - Alarm memory...........................................................................................................

4.0

- NEW PIN-CODE PROGRAMMING............................................................................

5.0

- EMERGENCY DISARMING BY PIN-CODE...............................................................

6.0

WARRANTY CONDITIONS........................................................................................

7.0

- WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT (WEEE) DIRECTIVE.......

INSTALLER MANUAL

8.0

- CONNECTOR TABLES..............................................................................................

8.1 - 20-way connector.....................................................................................................

8.2 - 8-way connector.......................................................................................................

9.0

- COMPLETE WIRING DIAGRAM................................................................................

10.0

CONNECTIONS FOR TURN INDICATORS ACTIVATION.......................................

10.1 - Standard connections.....

10.2 - Connections for vehicles with separate lines..

10.3 - Connection to Hazard switch..................................................................................

11.0

- CONNECTIONS TO ARM/DISARM THE SYSTEM..................................................

11.1 - Connections and management by CAN-BUS line..........................

11.2 - Connections to door lock motor unit...........................

11.3 - Connections to turn indicators................................................................................

11.4 - “Combination” connection.......................................................................................

12.0

- VEHICLE CODE PROGRAMMING..........................................................................

13.0

- SELF-LEARNING OF TURN INDICATOR FLASHES..............................................

14.0

- ....................................

SYSTEM PROGRAMMING.............. ....................................

14.1 - Optic signals......................

14.2 - Acoustic signals.............................

14.3 - Passive arming.......................................................................................................

14.4 - Enabling 5) ........................................................................

14.5 - Door switch polarity selection.................................................................................

14.6 - Optical pulse signal/self-powered siren.

15.0

- SYSTEM PROGRAMMING EXAMPLE......................

16.0

ADDING NEW DEVICES..........................................................................................

17.0

- DELETING STORED DEVICES...............................................................................

- ULTRASONIC VOLUMETRIC PROTECTION

18.1 - Connections and positioning........

18.2 - Sensor adjustment........

19.0

- SYSTEM RESET......................................................................................................

20.0

- TECHNICAL SPECIFICATIONS..............................................................................

of siren (art. 772 output

........................................................................................

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PAGE 03 PAGE 03

PAGE 04 PAGE 04 PAGE 04 PAGE 04 PAGE 04 PAGE 04 PAGE 04 PAGE 04 PAGE 05 PAGE 06 PAGE 07 PAGE 07

PAGE 08 PAGE 08 PAGE 08 PAGE 09 PAGE 10 PAGE 10 PAGE 10 PAGE 10 PAGE 11 PAGE 11 PAGE 11 PAGE 11 PAGE 11 PAGE 12 PAGE 13 PAGE 14 PAGE 14 PAGE 14 PAGE 14 PAGE 14 PAGE 14 PAGE 14 PAGE 15 PAGE 16 PAGE 17 PAGE 18 PAGE 18 PAGE 18 PAGE 18 PAGE 19

1.0 - PRELIMINARY ADVICE

Dear Customer, the 931R12 is a universal CAN BUS alarm system which can also, with a simple 2 wire hook-up, be used forcentral door locking (onlyfor vehicles with negativepulse door locks). This system features an integrated radio receiver and comes with a 2-button remote control which can be used as an extra remote to lock/unlock vehicle doors and arm/disarm the alarm system. It does not incorporate an immobilizer.

Please be aware of the following signs, intended for the installer or the user, which indicate particular functions or connectionsas follows:

For the user.

This sign highlights useful information.

For the installer.

This sign indicates that the system will work according to the connections and the

programming selected or it simply provides useful installation tips.

2.0 - REMOTE CONTROL

If the required connections are made, the remote control arm/disarmbuttonscan also

lock/unlock the vehicle doors.

COMPLETE SYSTEM ARMING

When the batteries become too weak to operate the remote control, the LED will blink each time the buttons are pressed.Replace batteries as follows:

Separate the plasticshells of the remotecontrol. Be careful notto damage the internalcircuit.

Remove the dischargedbatteries.

Insert the newbatteries in their housing,taking care not toinvert the polarity.

Close the plasticshells.

Try the remote controlto make sure itworks properly.

BUTTON 1:

(and door lock)

BUTTON 2:

SYSTEM DISARMING

(and door unlock)

BATTERIES

PAGE 02

Use only CR1616 batteries; different type batteries can seriously damage the remote control.

Do not discard used batteries in the environment; they should be disposed of in

appropriate containers.

PAGE 03

USER MANUAL

3.0 - OPERATING DESCRIPTION

3.1 - COMPLETE SYSTEM ARMING

Press the lock button on the vehicle original remote control

; system arming is confirmed by ( )

control a siren chirp if feature status has been configured and a flash of the turnindicators

The system hasa 30” pre-arming “neutraltime” (indicated by theLED turned ON steady

3.2 SSIVE ARMING

-PA

If this functionis configured, thesystem passively arms about 60” after ignitionis switched off and after the last dooris opened and closed. System activation isconfirmed by the standardoptical/acoustic signals.

Opening a door 60” before the system is armed causes the procedure to interrupt

temporarily; it will resume once the door is closed.

or press button “1” on the supplied remote

LED FLASHES ALARM CAUSES

Ignition attempt (+15/54)

Door opening

Bonnet opening

Boot opening

Volumetric or external sensor

Wireless magnetic contacts and

opening detectors

Wireless infrared sensors (PIR)

LED ON (1 second)LED OFF (2 seconds)

4.0 - NEW PIN-CODE PROGRAMMING

ALARM

CYCLES

3.3 - ARMING INHIBIT TIME

System inhibit arming time lasts approximately30” ; exit the vehiclewithout triggering any alarm

during which time the LED lightsup

it is possible to

3.4- SYSTEM ARMED

After the inhibittime the system is“armed” and ready todetect any theft attempt. When the systemis fully armed, theLED flashes.

3.5 - ALARM, INHIBIT TIME BETWEEN ALARMS AND ALARM CYCLES

ny theft attemptwill trigger acoustic/optic signals. At the endof an alarm cycle,before another one starts,there is a 5sec. “neutral time”. Every alarm generatesa maximum of ten30” alarm cycles foreach input and foreach arming.

3.6 - SYSTEM DISARMING

Press the unlock button on the vehicle original remote control or press button “2” on the supplied remote control; system disarming is confirmed by 2 siren chirps

(if feature status has been configured) and 2 flashesof the turn indicators. An alarm condition is signalled by 5 acoustic signals (if feature status has been configured) and 5 flashes of theturn indicators. Next paragraph lists the variousalarm causes and relativeLED

(3.7) signals.

3.7 - ALARM MEMORY

If, when disarming, the turn indicators flash 5 times and the alarm system gives 5 audio signals (if feature status has been configured), it means that an alarm condition has occurred while away from your vehicle. The causeof the last alarmcan be identified by the LED memory.

Turn ignition key “ON”;the vehicle status LEDblinks to indicate thelast alarm cause. The optical signalsare repeated 3 times;to interrupt, turn ignitionkey “OFF”. The various alarmcauses and relative opticalsignals are detailed inthe following table.

We recommend replacing thedefault PIN-CODE, factory setas 1-1-1-1, with a custom PIN-CODE. To do so, proceedas indicated in theexample below, supposing the PIN CODE is 5-4-6-7.

If, while inserting the PIN-CODE, the LED flashes more than 9 times, the procedure will

be interrupted because of an invalid code number.

With the systemdisarmed, press and holdthe LED button.

Turn ignition key “ON”and wait at least3 seconds before releasingthe button.

A flash of the turn indicators and a low pitched signal indicate the system is in program mode; turn ignition key tothe “OFF” position.

After a 3second pause, the statusLED starts with thefirst sequence of 9flashes.

At the 5 flash, which corresponds to PIN-CODE 1 digit (in this case, 5), press and release the

button on thestatus LED.

After another 3second pause, the statusLED starts with anew sequence of 9flashes.

At the 4 flash,PIN-CODE 2 digit (4), press and release the button on the status LED. After another 3second pause, the statusLED starts with anew sequence of 9flashes.

th rd

At the 6 flash,PIN-CODE 3 digit (6), pressand release the buttonon the status LED. After a 3second pause, the statusLED starts with thelast sequence of 9flashes.

th th

At the 7 flash,PIN-CODE 4 and lastdigit (7), press andrelease the button onthe status LED. There will beno audio/visual signals toin .

dicate the endof the procedure

PAGE 04 - USER MANUAL USER MANUAL - PAGE 05

5.0 - EMERGENCY DISARMING BY PIN-CODE

The system can be disarmed by entering the 4-digit emergency PIN-CODE as indicated in the example below. Please be awarethat the default PIN-CODEis factory set as1-1-1-1. The example belowconsiders the PIN-CODE previouslyprogrammed “5-4-6-7”.

If, when disarming with the PIN-CODE, the LED flashes more than 9 times, the

procedure will be considered a theft attempt.

Generate an alarmcondition.

Let the alarm sound for the set period of time (approx. 30 seconds) and wait for the alarm inhibit time between 2alarms (LED OFF for5”).

During this lapseof time, press andrelease the button onthe status LED. The system isnow in the

At the 5 flash, which corresponds to PIN-CODE 1 digit (in this case, 5)

button on thestatus LED.

After a 3second pause, the statusLED starts a newblink sequence of 9flashes.

4 flash, PIN-CODE 2 digit (4), press

At the and release thebutton on the statusLED.

After another 3second pause, the statusLED repeats the blinksequence of 9 flashes.

At the 6 flash, 3 digit (6),press and release thebutton on the statusLED. After a 3second pause, the statusLED gives the lastblink sequence of 9flashes.

th th

At the 7 flash, 4 and last digit (7), press and release the button on the status LED. If the code is correct, the system disarms and the end of the procedure is confirmed by

PIN-CODE

visual/acoustic signals. If, on the other hand, the code is incorrect, an alarm will be triggered. In this case, repeat the entire

procedure.

“emergency disarming procedure”and the LED willstart flashing.

, press and release the

6.0 - WARRANTY CONDITIONS

This product is guaranteed to be free from manufacturing defects for a period of 24 months from the installation date shownon this warranty, in compliance withDirective 1999/44/CE. Please fill-in entirely the guarantee certificate included in this booklet and do NOT REMOVE the guarantee label fromthe device. The warranty will become void if labels are missing or torn, if the installation certificate is not fully compiled or ifthe enclosed sale documentis missing. The guarantee isvalid exclusively at authorized Gemini Technologies S.p.A. Service Centers. The manufacturer declines any responsibility for eventual malfunctions of the device or any damage to the vehicleelectrical system due toimproper installation, use or tampering. This alarm system is solely intended to be a theft-deterrent device.

7.0 - WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT (WEEE) DIRECTIVE

The present device does not fall within the scope of Directive 2002/96/EC on Waste Electrical and Electronic Equipment (WEEE)as specified in art.2.1 of L.D. no.151 of 25/07/2005.

PAGE 06 - USER MANUAL USER MANUAL - PAGE 07

INSTALLER MANUAL

9.0 - COMPLETE WIRING DIAGRAM

POSITION

-1-

-2-

-3-

-4-

-5-

-6-

-7-

-8-

-9-

-10-

-11-

-12-

-13-

-14-

-15-

-16-

-17-

-18-

-19-

-20-

POSITION

-1-

-2-

-3-

-4-

-5-

-6-

-7-

-8-

8.0 - CONNECTOR TABLES

8.1 - 20-WAY CONNECTOR

WIRE FUNCTION

-----

System arming signal

System disarming signal

-----

Door trigger positive/negative input

-----

LED negative output

LED positive output

Ignition

CAN BUS signal (CAN-H)

CAN BUS signal (CAN-L)

Positive output with system armed (+A)

External sensors negative input

Bonnet switch negative input

Self-powered siren (lack of negative during alarm) or

impulse optic signal

Lock (1 sec. negative output pulse if remote control

button “1” is pressed)

Unlock (1 sec. negative output pulse if remote control

button “2” is pressed)

-----

Input for self-learning and system arming/disarming by

turn indicators

WHITE-ORANGE wires must ALWAYS be connected if system arms/disarms via the

turn indicators.

8.2 - 8-WAY CONNECTOR

WIRE FUNCTION

Ground

Siren output

Positive

Turn indicators positive output

-----

Siren output

-----

Turn indicators positive output

WIRE COLOUR

-----

YELLOW-BLUE

GREEN-BLUE

-----

GREEN-BROWN

-----

BLACK

RED

BLACK marked “G”

LIGHT BLUE-GREY

LIGHT BLUE

PINK

GREEN-BLACK

GREEN

BLUE

WHITE-BLACK

YELLOW-BLACK

-----

WHITE-ORANGE

WIRE COLOUR

BLACK marked “M”

-----

BLACK marked “R”

ORANGE

BLACK marked “H”

-----

BLACK marked “H”

ORANGE

Before carrying out all

electrical connections,

disconnect the negative

battery terminal.

Re-connect ONLY after

completion.

Red

Black

GREEN-BLACK

External sensor negative input

GREEN-BROWN

Door trigger positive/negative input

LIGHT BLUE (CAN-L)

CAN BUS signal

LIGHT BLUE-GREY (CAN-H)

WHITE-BLACK

Lock (negative)

YELLOW-BLACK

Unlock (negative)

PINK

Positive with system armed (+A)

YELLOW-BLUE

GREEN-BLUE

Input for system operation

via door lock motor unit

BLUE

Self-powered siren output (art. 7725, lack of negative

during alarm) or impulse

optical signals

BLACK marked “R”

15A

BLACK marked “M”

ORANGE

Turn indicators output

WHITE-ORANGE

Input for system operation

via the turn indicators

OPTIONAL

GREEN

BLACK marked “G”

Ignition

POSITIVE

GROUND

Connection of unit with

supplied siren

234

Battery

Bonnet switch

+30

567

PAGE 08 - INSTALLER MANUAL INSTALLER MANUAL - PAGE 09

10.0 - C

GEMINI 931R12 SYSTEM

WHITE-ORANGE wire must ONLY be

connected if the system is to operate

WHITE-ORANGE wire must ONLY be

connected if the system is to operate

GEMINI

ONNECTIONS FOR TURN INDICATORS ACTIVATION

10.1 - STANDARD CONNECTIONS

LEFT TURN INDICATOR

ORANGE

WHITE-ORANGE

through turn indicators.

10.2 - CONNECTIONS FOR VEHICLES WITH SEPARATE LINES

RIGHT TURN

INDICATOR

TURN INDICATORS

CONTROL UNIT

through turn indicators.

WHITE-ORANGE

ORANGE

Front

Side

Rear

931R12 SYSTEM

ORANGE

Insert six

2 Ampere

diodes

Rear

Side

Front

11.0 - CONNECTIONS TO ARM/DISARM THE SYSTEM

The 931R12 system can operate in various modes according to the vehicle on which it is installed and connections that canbe made. The alarm system can be managed via the vehicle CAN-BUS line and operate in combination with the turn indicator flashes and/or the door lock motor units. The system automatically manages the different arming/disarming signals. Refer to theinstallation specifications for theavailable connections for eachvehicle. The various armingmodes are listed belowand the connections indicatedin the following paragraphs.

A CAN-BUS line.

rming via

Arming via doorlock motor units

Arming via turnindicators flashes

Arming via turnindicators flashes and doorlock motor unit

Arming via turnindicators flashes, door lockmotor unit and

11.1 - CONNECTIONS AND MANAGEMENT BY CAN-BUS LINE

System arming/disarming and alarms being managed via CAN-BUS line, BUS wires tothe vehicle CAN line

11.2 -

System arming/disarming connections must be made to the vehicle door lock motor unit (polarity inversion

11.3 - CONNECTIONS TO TURN INDICATORS

If the turn indicators lock/unlock flashes are identical, connect the door lock

If the turn indicators flash when unlocking with the car mechanical key, do not make this

To arm/disarmthe system, connect theWHITE-ORANGE wire to awire of the turnindicators

This type of connection allows the system to operate via the CAN BUS line with the turn indicators or the door lockmotor unit or both. The system will automatically manage the different lock/unlock signals according to the programming and the connectionsmade.

CAN-BUS line.

only connect the alarm CAN

(see available diagramsat: www.gemini-alarm.com).

CONNECTIONS TO DOOR LOCK MOTOR UNIT

motor unit.

connection.

11.4 - “COMBINATION” CONNECTION

10.3 - CONNECTION TO HAZARD SWITCH

GEMINI 931R12 SYSTEM

PAGE 10 - INSTALLER MANUAL

BLUE

VEHICLE

ELECTRICAL

SYSTEM

Select “optical pulse signals”

in “SYSTEM

PROGRAMMING” menu.

Do not make this connection

if the system is to operate

through turn indicators.

INSTALLER MANUAL - PAGE 11

12.0 - VEHICLE CODE PROGRAMMING

I”.f the system is intended towork via CAN-BUS, it must be configured accordingto the vehicle on which it is installed. To help you understand the coding procedure, here below is an example illustrating the configuration procedure. In this casethe code used is1-0-3 which hypothetically corresponds to a “FIATXXXXX

A separate leaflet, included in the alarm packaging, lists all the available vehicles

(codes are updated at packaging time).

Up-to-date information on supported vehicle models can be found at: www.gemini-

alarm.com (privat

e area).

When the last digit is entered, the alarm system “repeats” the entered code.

1 FLASH AND A

SHORT PAUSE

10 FLASHES AND A

SHORT PAUSE

3 FLASHES

The system has a LED indicator that signals any wrong vehicle code inserted.

The code must range between 100 and 235 otherwise the LED on the unit blinks

repeatedly and the procedure is interrupted.

The procedure is also invalidated if the LED blinks more than 10 times.

In this case there is no optical warning, the procedure is simply interrupted.

Connect the harness connectors to the alarm connectors.

After 3/4 seconds, the LED starts a flashing sequence; count the flashes.

Press the button at the 1st flash, which corresponds to number “1”.

Press the button at the 10th flash which corresponds to number “0”.

The previously inserted code remains stored.

In either case, repeat the whole procedure.

R.elease the button, the LED switches off

3-4 seconds

FIRST

FLASH

After 4 seconds, the LED starts blinking again.

.Press and hold the button shown below, until the LED lights up

Press

Press the vehicle remote control lock/unlock buttons to make sure the alarm system works

properly.

Eventually disconnect the 8-way connector and reconnect it after a few seconds.

13.0 - SELF-LEARNING OF TURN INDICATOR FLASHES

In order to arm/disarm via the turn indicators, the system must learn the vehicle lock (arm) and unlock (disarm) signals. Connect the WHITE-ORANGEwire to the turnindicators and proceed asfollows

Disconnect the 8-wayharness connector from the8-way alarm connector.

Turn ignition key “ON”.

Connect the 8-wayharness connector to the8-way alarm connector; theLED turns ON steady.

T “OFF”.

urn ignition key

lose all doorsand press the lockbutton on the originalremote control.

When the turnindicators stop flashing, ahigh-pitched signal confirms thearming flashes have been learnt.

Press the unlockbutton on the originalremote control.

When the turn indicators stop flashing, 2 high-pitched signals confirm the disarming flashes have been learnt.

This completes theprocedure

To cancel the programming of the turn indicators, reset the system (see

chapter 19.0).

TENTH FLASH

After another 4 seconds, the LED flashes the third sequence.

Press the button at the 3rd flash which corresponds to number “3”.

THIRD

FLASH

PAGE 12 - INSTALLER MANUAL INSTALLER MANUAL - PAGE 13

Press

14.0 - SYSTEM PROGRAMMING

The tEable below appliesto the system programmedin “standard configuration”.

very time youenter the programming procedure,the alarm resets tothe default settings.

FUNCTION STATUS

Exclusion of arming/disarming optic signals

Exclusion of arming/disarming acoustic signals

System passive arming

Enabling of coded output for self-powered siren

Door input - positive

Optical pulse signal

For Gemini only, turn ignition key

Disabled

Enabled

Disabled

Enabled

-----

15.0 - SYSTEM PROGRAMMING EXAMPLE

Here below isan example that illustratesthe steps to followto modify the programmablefunctions. As mentioned before,every the functions, whilethe them When ignition isturned OFF-ON or the .

With the alarm disarmed, turn ignition key “ON” andpress the button on the status LED, release

key rotation disables LED button enables

LED button ispressed, a high orlow tone signal sounds

the button within 2 seconds.

Alack of power during electrical system maintenance, willnot affect the programming. Every turn of the ignition key the selected parameter and moves to the next one until the programming procedure iscompleted. The programmable parameters are briefly described here below while the programming instructions are illustrated inthe next paragraph.

This parameter activatesoptic signals when alarmis armed (1) anddisarmed (2).

If the vehicle already has optical lock/unlock signals, the turn indicators alarm flashes

This parameter activatesacoustic signals when alarmis armed (1) anddisarmed (2).

This function armsthe system 60” afterignition is switched off and the last door is opened and closed. If a door is opened during this lapse of time, the procedure is interrupted and will resume when the door is closed.

This parameter enables the relative output (20-way connector, position 13, PINK wire) to activate the self-powered coded siren

This parameter modifiesthe alarm input signal (positive or negative) according to the signalgenerated by the doorswitch.

14.6 - OPTICAL PULSE SIGNAL/SELF-POWERED SIREN

This function activates the optical hook-up is tothe Hazard switch.

disables

14.1 - OPTIC SIGNALS

should be deactivated.

14.2 - ACOUSTIC SIGNALS

14.3 - PASSIVE ARMING

14.4 - ENABL

(art. 7725).

14.5 - DOOR SWITCH POLARITY SELECTION

ING OF SIREN (7725) OUTPUT

signals according to the connection made; only for vehicles where

ONPRESS RELEASE

Two acoustic signals (a high and a low-pitched sound) and two flashes of the turn indicators

confirm that the system is in program mode.

Turn ignition “OFF” and then back “ON” to

OFF-ON

In both cases, system moves on to the next function.

Repeat steps above to enable or disable the other functions.

When the last function is configured (either with the LED push-button or the ignition key), in

addition to the confirmation tone, the system gives 2 low-pitched and 1 high-pitched acoustic

signals

These last two signals indicate the end of the programming procedure

A low-pitched acoustic signal confirms the

Press the button on the LED

A high-pitched acoustic signal confirms the

and the turn indicators flash twice.

disable the function.

operation.

once to activate the

function

operation

Boop

Beep

Optical flashes activated by connection to the Hazard switch will ONLY turn on during an

alarm condition.

If the function is disabled, under normal operating conditions, the blue wire carries a negative signal; during an alarmcycle, there is alack of negative.

PAGE 14 - INSTALLER MANUAL INSTALLER MANUAL - PAGE 15

The alarm system BLUE wire MUST be connected to the Hazard switch.

In this case, do not connect the alarm ORANGE wires (see chapter 10.3).

16.0 - ADDING NEW DEVICES

17.0 - DELETING STORED DEVICES

To carry out the operation successfully, make sure the required electrical connections

! !

If an extra device is added, it automatically deletes the first device stored in the alarm

To activatethe procedure proceed asfollows:

With the systemdisarmed, open the bonnetand leave it open! .

The following operations must be carried out within 4 seconds otherwise the procedure

Turn ignition key “ON-OFF”- “ON-OFF” - “ON-OFF”- “ON”.

At the 4throtation, leave it “ON”.

To confirm it has entered in the learn mode, the system gives 2 acoustic signals (one high and one

low-pitched), the turnindicators flash once andthe LED turns ON

Do not modify bonnet position otherwise.all devices, previously saved, will be deleted as

The system isready to receive thedevice codes.

According to the device to be stored in memory either press on the remote control, make the magnetic contact transmit (bring contact and magnet close together and then move apart), press the button on the opening detector or make the infrared sensor transmit (see sensor instructions)

Every time adevice is learned, there is a high-pitched signal and thestatus LED turns OFF brieflyto confirm the procedure.

epeat this procedureto program other devices.

Turn ignition key The end of the procedure is confirmed by a low-pitched audio signal, a flash of the turn indicators

and the statusLED turns OFF.

“OFF”.

(bonnet switch and ignition) are complete.

Radio devices can only be learned by 93XR systems

Storing memory is for 55 devices

memory

is invalidated.

described in the next paragraph

button “1”

To carry out the operation successfully, make sure the required electrical connections

(bonnet switch and ignition) are complete.

All devices previously learned such as remote controls, magnetic contacts, opening detectors or infrared sensors, canbe deleted To clearmemory proceed as follows:

With the systemdisarmed, open the bonnetand leave it open..!

The following operations must be carried out within 4 seconds otherwise the procedure

Turn ignition key “ON-OFF”- “ON-OFF” - “ON-OFF”- “ON”.

After the 4throtation, leave it “ON”.

To confirm it has entered in delete mode, the system gives 2 acoustic signals (one high and one

low-pitched), the turnindicators flash once andthe LED turns ON Close the bonnet.

To clearthe memory,leave the bonnet closedfor at least 8seconds!

The bonnet must be kept closed for at least 8 seconds otherwise the devices will not

The status LEDturns OFF when thedevices are deleted

Turn ignition key “OFF Along low-pitched acoustic signalwill confirm the end of the procedure.!

”.

is invalidated.

be deleted.

PAGE 16 - INSTALLER MANUAL INSTALLER MANUAL - PAGE 17

18.0 -

ULTRASONIC VOLUMETRIC PROTECTION

18.1 - CO

nsert the WHITEconnector in the “W”marked socket.

nsert the REDconnector in the “R”marked socket (see figurebelow).

NNECTION AND POSITIONING

Install the transducers for the ultrasonic sensors on the top part of the windshield internal pillars, away from the airvents and orient themtowards the center ofthe rear window

18.2 - SENSOR ADJUSTMENT

o check sensitivitylevel proceed as follows

With the alarmsystem disarmed, roll downthe front window about20 cm.

Adjust trimmer ata medium setting.

Close all doors,bonnet and boot andarm the system.

During the alarm inhibit arming time introduce an object in the cabin through the window and move it around; thestatus LED will turnoffto signal a presence.

If sensitity levelis too high ortoo low, readjust the trimmer and repeat the above procedure

ULTRASONIC

CELLS

SENSITIVITY

ADJUSTMENT

CONNECTIONS

20.0 - TECHNICAL SPECIFICATIONS

Power supply

Current absorption @ 12Vdc with system armed and LED flashing

Working temperature range

Turn indicators relay contact capacity

Alarm cycle duration

Maximum positive current output when armed (+A)

Maximum load on siren output

12 Vdc

15 mA

-30°C to +70°C

8 A at 20°C

30 sec.

700 mA

19.0 - SYSTEM RESET

By activating the following procedure, the system returns to the

factory default setting.

This procedure must therefore only be carried out in case of need, before programming

To resetthe system proceed asfollows:

Disconnect the alarm .

S LED .

hort-circuit the REDand BLACK wires ofthe 2-way connector

Connect the alarm:

powered

Remove the previouslycreated short-circuit; the statusLED lights up steady. Turn ignition key “ON”;

approx. 3 seconds Turn ignition key “OFF”;

PAGE 18 - INSTALLER MANUAL INSTALLER MANUAL - PAGE 19

the system, learning the turn indicators flashes before programming the new

PIN-CODEor.

power supply

4 acoustic signals and 4 flashes of the turn indicators will confirm the alarm is

reset is confirmed by an aucoustic signal and the wailing of the siren for

the LED turnsoffwithout any audio signals.

Gemini 931R12 Installation And Use Manual

Specifications and Main Features

Frequently Asked Questions

User Manual