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ENGLISH

16

SELF DIAGNOSTIC LED FUNCTIONS

This function lets you verify the cause of an alarm condition. When the alarm is disarmed by

radio control, observing the LED will allow you to identify the cause of the alarm condition.

LED OFF:

no alarm occured

2 FLASHES/PAUSE:

an alarm caused by ULTRASONIC has occured

3 FLASHES/PAUSE:

an alarm caused by INSTANTANEOUS push button bonnet, boot  has occured

5 FLASHES/PAUSE:

 an alarm caused by IGNITION KEY sensor has occured

Turning the ignition key on or re-arming the alarm system by remote will re-set the diagnostic

memory.

FUNCTIONS ACTIVATED IMMEDIATELY AFTER ARMING

SELF POWER: 

 Any attempt to cut the power wires will cause the alarm.

IGNITION KEY: 

Any attempt to start the car will cause the alarm.

FUNCTIONS ACTIVATED 40" AFTER ARMING (PRE-ALARM TIME)

When the alarm is armed remote (during the first 40"), BOOT,BONNET,DOORS,ULTRASONICS

detection is signalled by three LED flashes  and three acoustic signals. After the pre-alarm time

the sensors will cause an alarm condition.

BOOT/BONNET/DOORS BUTTONS:

 Opening of protected areas will cause an alarm

condition.

ULTRASONICS

: Appropriate movement inside the vehicle will cause an alarm condition.

In alarm condition the piezo-electronic siren sounds  and the direction lights flash for 30 seconds.

SPECIAL FUNCTIONS

PANIC: 

Pressing button 

2

 of the remote control will activate the siren for 10 seconds. If you

wish to stop it during this time push it again.

CASUAL RE-ARMING:

 If the alarm is casually disarmed it will re-arm itself if  the driver side

door is not opened within 40" from alarm disarming .

This function can be excluded to set the dip-switch n°4 in ON position (see dip switch coding table)

PASSIVE ARMING:

 Alarm will insert itself (without locking doors) 10" after driver side door

closure, without using remote.

This function can be excluded to set the dip-switch n°6 in ON position (see dip switch coding table)

AUTOMATIC ENGINE STOP

: 20" after the ignition is switched OFF, PASSIVE ENGINE

immobilisation becomes effective. Within 20" you can reset the time turning the ignition key

ON. When the functions are activated, the LED is constantly ON and it is not possible to start

the engine. To cancel the passive engine immobilisation turn ignition key ON and push

central button.

This function can be excluded to set the dip-switch n°5 in ON position (see dip switch coding table)

ANTI-CODE GRABBING WITH VARIABLE CODE ENCRYPTION

Today's criminals are shifting from code scanning to a new, much more efficient method of

electronic thievery: "code-grabbing."

When you use a car alarm remote control, it transmits a digital code to your alarm. A thief

with a code-grabber can record that code right off the air from hundreds of feet away, then

play it back when you're gone to disarm the alarm and unlock the doors.

Within seconds, your car is just another theft statistic. Fortunately, LASERLINE Anti-Code

Grabbing randomly changes the transmitted code every time you press any of the remote

control buttons. The system's microprocessor randomly generates each code. The remote

control NEVER sends the same code twice, and the system control unit NEVER accepts the

same code twice. That makes code-grabbing utterly useless against LASERLINEalarm

systems.

Is996v2 ita-ing.pm6

05/03/98, 16.27

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Summary of Contents for 996

Page 1: ...ENGLISH 13 cod IS 996E INSTALLATION GUIDE mod 996 kit CAR ALARMS SYSTEMS Is996v2 ita ing pm6 05 03 98 16 27 13 Downloaded from www Manualslib com manuals search engine...

Page 2: ...odule and ultrasonic heads plugs see mounting diagram Fix ultrasonic sensor AT THE TOP of the right and left A pillars as far as possible from ventilation system WHEN CONNECTIONS ARE COMPLETED RECONNE...

Page 3: ...oors should be locked by hand Also to disarm the alarm there is a 10 delay of the ULTRASONIC and INSTANTANEOUS PUSH BUTTONS 2 If you need to disarm the alarm previously armed by remote you have to ope...

Page 4: ...within 40 from alarm disarming Thisfunctioncanbeexcludedtosetthedip switchn 4inONposition seedipswitchcodingtable PASSIVE ARMING Alarm will insert itself without locking doors 10 after driver side do...

Page 5: ...d 4 electronic keys Coding can only occurs when LED is on in constant way from coding of one remote to the other one can t pass more than 30 If you code a new remote or a new key you have to code the...

Page 6: ...CITY 30 Ampere NOTE Manufacturer declines any responsability for damage or malfunction of the alarm and the vehicle electrical system due to WRONG INSTALLATION OR TAMPERING Alarms are only a deterrant...

Page 7: ...LDOOR LOCKING ULTRASONIC SENSOR WHITE BROWN LIGHT BLUE YELLOW J4 ULTRASONICADJUSTMENT R T J2 J1 J3 J7 J8 J9 BLACK WHITE ORANGE BROWN GREY RED GREEN BLACK GREY BLACK LIGHT BLUE BLACK YELLOW BLACK RED B...

Page 8: ...for the FIRST engine stop Locate supply to starter solenoid or crank relay Cut this wire Connect J2 to the supply side of the cut wire and connect J1 to the load side of the cut wire Solder and insula...

Page 9: ...o a fused positive supply GREY BLACK connect to the blue wire of the central locking motor BROWN BLACK connect to the red wire of the central locking motor DIAGRAM 3 D FOR VEHICLES WITH MULTIPOINT VAC...

Page 10: ...NO 2 OFF 1 SECOND PULSE DIP SWITCH NO 2 ON 3 SECONDS PULSE DIP SWITCH NO 1 ON 25 SECONDS PULSE lock only DO NOT USE LIGHT BLUE BLACK AND RED BLACK WIRES DIAGRAM 3 CENTRAL DOOR LOCKING GREEN BLACK GRE...

Page 11: ...K BROWN BLACK YELLOW BLACK ALARM SYSTEM LIGHT BLUE BLACK RED BLACK LINK POSITIVE 12V GROUND DIP SWITCH NO 2 ON 3 SECONDS PULSE DIP SWITCH NO 1 OFF 3 SECONDS PULSE DIP SWITCH NO 1 OFF 1 SECOND PULSE DI...

Page 12: ...ered siren 904 are fitted with an automatic system for internal battery power supply Full charge of the internal siren happens during first 24 hours of the operation Furtherly the battery power charge...

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