Progressive Door Unlock 791XV 03 Ram

I been reading the posts relating to this feature, but none of them refer to a 2003 Dodge Ram.

My question is, since the same wire is used in the truck to unlock and lock all four doors; how do I connect the progressive door unlock feature from a DEI Viper 791xv to the truck's wiring? The truck came with OEM Keyless entry system.

I know that I have to program the remote to work when I press the unlock/disarm button, within 20 seconds from unlocking the driver door, but I don't know how to connect the wires from the alarm to the the truck's wiring?

Can anybody tell me how to do this?

Thank you

You mean like this?

5 Wire Alternating 12 Volts Positive Door Locks

Like the configuration above, the switch, when moved in either direction, applies both power and ground directly to motor legs  without the use of any relays. Except, at the switch in this case, both motor legs rest at ground . Therefore it is only necessary to change the polarity of one motor leg to lock or unlock the vehicle.

Thank You Twelvoltz.

This set up will unlock the driver door when I press the disarm button once.

The second time i press the button will unlock the remaining doors, do this I connect the wire from output 4 using the original set up.

I got it!!

Thank you.

I connected the wires as shown in the diagram, but it does not work.

I get no response from the driver door, it does unlock when I press the disarm button on the remote a second time, but not the first.

I checked all the wires with a multimeter, I do get power coming out of the relay. There are two blue wires in the kickpanel that go into the door. One is for the power mirror and the other one I imagine is for the motor. 

Do I have to use any resistors or diodes for this install?

Can you tell me what am I doing wrong?

Ravendarat;

So I connected to the blue wire that comes from the switch or the blue wire that goes into the motor/door trigger harnnes?

Do I worry about a ground wire?

Is the input from the relay enough to run the motor?

Ok.

Let me try both of these solutions.