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52008

The

has been designed to function in any vehicle (carbureted, fuel injected, diesel, automatic or

manual transmission, and locking or non-locking steering column.) If your vehicle has a factory installed
security system with or without an immobilizer, then

can be installed without the use of an

aftermarket security bypass module, and all of your original security functions will be unaffected.
Determine which installation option to use below:
Installation Option 1:

can be installed as a full function combined “Engine Start and Alarm System”. If

your vehicle comes equipped with an OEM or aftermarket alarm system, installing

as a combined

“Engine Start and Alarm System” will require the OEM or aftermarket system to be bypassed by connecting the

wiring harnesses in parallel to the OEM or aftermarket door and alarm function wiring. If your vehicle

is equipped with an OEM electric door lock and unlock only system, then

can be installed by connecting

to the OEM door lock/unlock circuitry. When installing

in the “Engine Start and Alarm System”

configuration, the supplied key FOBs and siren will be required. See Sec. 1.5 for wiring instructions.

Installation Option 2:

can also be installed in a stand alone, “Engine Start,” configuration only (without

door locks and alarm functions). In the event that your vehicle has an OEM or a high level security aftermarket
alarm system, then

can be installed using the “Engine Start” functions only. Your OEM key FOB will

continue to function as it was originally intended. When installing in the “Engine Start” only configuration, the
supplied

key FOBs and siren will not be used. When installing as the “Engine Start” only configuration a

number of the

module wires will not be required. Please see installation comments in Sec 1.5

To ease and reduce installation time, we suggest you consider the following points before starting:

1.

Check all vehicle manufacturer cautions and warnings regarding electrical service (AIR BAGS, ABS BRAKES,
ENGINE / BODY COMPUTER AND BATTERY). Use extreme care and do not probe any wires of the SRS
system.

2.

Additional vehicle specific wiring diagrams and other helpful installation information can be found on our web
site at

www.GalloTech.com

3.

Determine the most suitable locations for all components to be placed. These components include: The control
module , ENGINE START button, siren, supplied relays or possible extra relays.

4.

Use a Digital Multi-Meter or 12-volt Test Probe (High-Impedance) to test and locate all connections.
Conventional Test Lights can damage a vehicle’s computer systems.

5.

Record all color codes of vehicle wiring to be used for reference. This will save time by not having to re-test the
same wires over again. Mark all vehicle wires with masking tape.

6.

After locating and marking the appropriate wires DISCONNECT the (+) POS terminal at the battery.

7.

Determine the type of locking system the vehicle has before connecting any wires. Incorrect connection can
result in damage to the

and/or vehicle locking system. There are several types of door lock systems

in vehicles today. Below is listed the many types of common locking systems:

Negative Trigger (-): Many Imports; Late model Ford & General Motors

Negative trigger door lock systems send a Negative (Ground) pulse to existing factory relays to lock and
unlock the vehicle doors.

Positive Trigger (+): Many General Motors; Chrysler / Dodge / Plymouth

Positive trigger door lock systems send a Positive (+12V) pulse to existing factory relays to lock and unlock
the vehicle doors.

Reverse Polarity: Many Ford/Lincoln/Mercury/Dodge/Chrysler/Plymouth and early 90’s GM Trucks

The door lock/unlock motors are controlled directly from the lock and unlock switches in the door. The lock
and unlock wires rest at Negative Ground when not in use. When the lock or unlock button is pressed, one of
the circuits is “Lifted” and replaced with +12V causing a lock or unlock to occur.

Electric vacuum pump:

Pre-‘95 Mercedes-Benz and Audi

Single Wire (Dual Voltage): Late model Chrysler/Dodge/Plymouth Vehicles, some year 2000 and
newer GM vehicles

Dual Voltage systems have lock/unlock switches that send varying levels of Positive voltage OR Negative
ground current to the SAME wire for both lock and unlock. When the vehicle’s Body Computer Module (BCM)
or door lock module senses different voltages on this wire, the system will either lock or unlock. Single wire
door lock systems require relays and resistors. This type system requires that you have a good working
knowledge of their operation before attempting installation of

’s alarm functions. “Engine Start”

only function can be easily installed.

1.1 INTRODUCTION

Summary of Contents for GStarter I

Page 1: ...associated components are in perfect working condition DAMAGE to the unit resulting from incorrect installation or failure to follow guidelines stated in this manual will not be covered under warranty and will be subject to repair or replacement charges If you feel after reading the instructions that you are not adequately skilled to install this product safely please have it professionally instal...

Page 2: ...te at www GalloTech com 3 Determine the most suitable locations for all components to be placed These components include The control module ENGINE START button siren supplied relays or possible extra relays 4 Use a Digital Multi Meter or 12 volt Test Probe High Impedance to test and locate all connections Conventional Test Lights can damage a vehicle s computer systems 5 Record all color codes of ...

Page 3: ...Remote Unlock Release Anti hijack a Disarm the system and unlock the doors with one press Siren will chirp twice and the parking lights will flash twice The green LED on the Engine Start button will flash rapidly The doors will unlock and the system will be in the disarmed mode Within 30 seconds after pressing the button if a door is not opened or the ignition key is not turned to the ON position ...

Page 4: ... button will flash for 10 seconds when the ignition is turned from OFF to ON or ON to OFF Transmitter Key FOB Code learning The Key FOBs must be learned by the module before they will function Passive Arming If Passive Arming is set to ENABLE the system will automatically arm itself without locking 30 seconds after the ignition is turned OFF and a door is opened and then all doors are closed Passi...

Page 5: ... vehicle can not be started 60 seconds after the ignition key is turned ON Recycling the ignition key OFF to ON will reset the time delay for another 60 seconds 5 Minutes Start Button Cut Off Delay If this option is set to ENABLE the vehicle can not be started 5 minutes after the ignition key is turned ON Recycling the ignition key OFF to ON will reset the time delay for another 5 minutes 10 Minut...

Page 6: ...efault 5 times Locking Time 4 sec 0 4sec factory default 6 times Ignition Key Door locking unlocking Enable Disable factory default 7 times Active Arm Lock Enable Disable factory default 8 times Lock unlock Siren Chirp Disable Enable factory default 9 times Two Pulse locking unlocking Enable Disable factory default 10 times Ignition Key Start Function Disable Enable factory default 11 times Disabl...

Page 7: ...l from the module to the starter solenoid and through the Park Neutral switch when the system is disarmed the ignition switch is in the ON position and the ENGINE START button is pushed Solder connect the C1 BLUE wire to the other cut end of the START wire At the same time that you connect the C1 BLUE wire also solder connect the RED fused wire from the supplied relay pair R1 R2 Accessory Disconne...

Page 8: ...d for Engine Start with Alarm configuration only Determine the Door Locking Unlocking circuitry that your vehicle is equipped with Fig 3 shows the door lock unlock output relay configuration of the The majority of vehicles come equipped with either Neg Fig 4 or Pos Fig 5 Trigger circuits Find the location of the appropriate circuitry for your vehicle Make Model Installing Connector C2 ...

Page 9: ... then you have a Neg trigger Fig 4 If the trigger wire is 12v when depressing the Lock unlock switch then you have a Pos Trigger Fig 5 For Pre 95 Audi or Mercedes Benz vacuum motor operation use Fig 6 For Reverse Polarity applications were the lock and unlock wires rest at Negative Ground use Fig 7 C2 6 PIN WIRE HARNESS DIAGRAMS Door Locking Unlocking Circuits Figure 3 Figure 4 Figure 5 ...

Page 10: ...y If parking lights require more than 3 amps use an external 10 Amp relay C3 ORANGE Siren 12v Output Connect to the RED Siren input wire Connect the second siren input BLACK wire to a good chassis ground C3 PINK Ignition ON 12v Input for Active Arm Lock unlock trigger Connect to IGN 1 on ignition switch 12v in ON and START position and 0 v in OFF and ACC position C3 BLACK WHITE Neg Door Trigger sw...

Page 11: ...n drill a 3 8 dia hole in a location where the small wire and connector can be fed through the dash Rout the ENGINE START button wire to the module Connect the White 3 terminal connector to the module The connector is indexed so that it can only be installed in one direction 1 Recheck all electrical connections to be certain they are connected in the proper locations and check that all connections...

Page 12: ...bypassed AN ACCESSORY RADIO HEATER FAN ETC DOES NOT TURN OFF DURING ENGINE CRANKING AND OR TURN BACK ON AFTER CRANKING a R1 R2 Relays have not been connected to the correct Ignition switch wires There are usually only two positions on the ignition switch which disconnect power to the accessories during engine cranking Check the specific wiring diagrams for your Make Model and Year vehicle b Check ...

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