Gallo Tech GTStarter-2 Panduan Pengoperasian & Pemasangan - Halaman 11

Jelajahi secara online atau unduh pdf Panduan Pengoperasian & Pemasangan untuk Starter Jarak Jauh Gallo Tech GTStarter-2. Gallo Tech GTStarter-2 15 halaman. Keyless rfid push button start & security system

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1. Key Fob & Programming Function Set up

Installing Connector C2:

2 Pin Low Frequency (LF) Antenna Wire Harness.

The LF antenna is used for the RFID circuitry. The antenna must not be placed directly on any metal surface. The

antenna must be mounted in a horizontal position. Plug in the 2 pin LF antenna into the Control Module as

indicated in Figure 1.

The best location is usually on the top of the windshield glass on the driver's side. To optimize the RFID range other

locations on a glass surface can be tested. Before permanently attaching the antenna, experiment with different

locations that may further optimize the key FOB range.

Installing Connector C3:

6 Pin Wire Harness (Door Lock/Unlock Circuit)

Determine the Door Locking/Unlocking circuitry that your vehicle is equipped with. Fig. 2 shows the door lock/unlock

output relay configuration of the Control Module. The majority of vehicles come equipped with either Neg (-) Fig. 3 or

Pos. (+) Fig. 4 Trigger circuits. Find the location of the appropriate circuitry for your vehicle (Make, Model, Year

Diagrams can be found on our web site at www.GalloTech.com) If the Trigger wire is 0v when the Lock/unlock

switch is depressed then you have a Neg. (-) trigger (Fig. 3). If the trigger wire is +12v when depressing the

Lock/unlock switch then you have a Pos. (+) Trigger (Fig 4). For Pre- '95 Audi or Mercedes Benz vacuum motor

operation use Fig. 5. For Reverse Polarity applications, were the lock and unlock wires rest at Negative Ground, use

Fig. 6.

C3: 6 PIN WIRE HARNESS DIAGRAMS: Door Locking/Unlocking Circuits

Figure 2

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