PART	COLOR	LOCATION
12 VOLT CONSTANT	PINK/BLACK (+) or RED (+)	IGNITION SWITCH HARNESS
STARTER	YELLOW (+)	IGNITION SWITCH HARNESS
STARTER 2	N/A
IGNITION 1	DARK BLUE/WHITE (+)	IGNITION SWITCH HARNESS
IGNITION 2	GREEN/RED (+)	IGNITION SWITCH HARNESS
IGNITION 3	N/A
ACCESSORY/HEATER BLOWER 1	BLACK/ORANGE (+)	IGNITION SWITCH HARNESS
ACCESSORY/HEATER BLOWER 2	N/A
KEYSENSE	N/A
PARKING LIGHTS ( - )	YELLOW (-) See NOTE *1	@ HEADLIGHT SWITCH, See DIAGRAM
PARKING LIGHTS ( + )	DO NOT USE!
POWER LOCK	WHITE/GREEN (1-Wire Door System) See NOTE *2	@ BACK of FUSEBOX, See DIAGRAM
POWER UNLOCK	Same wire, See DIAGRAM	See DIAGRAMS
DOOR TRIGGER	TAN (-) and TAN/RED (-) use both, See NOTE *6	@ BCM, See NOTE *3
DOMELIGHT SUPERVISION	YELLOW (-), Requires #R30-H Relay	@ REAR of FUSEBOX, in a BROWN Plug
TRUNK RELEASE	BLACK/WHITE (+), Requires #R30-H Relay	@ TRUCK RELEASE SWITCH
SLIDING POWER DOOR	N/A
HORN	BLACK/RED (-)	@ STEERING COLUMN HARNESS
TACH	See NOTE *4
WAIT TO START LIGHT	N/A
BRAKE	WHITE/TAN (+)	@ SWITCH ABOVE BRAKE PEDAL
FACTORY ALARM DISARM	LIGHT GREEN/ORANGE (+) See NOTE *5	IN DRIVERS KICK PANEL, See DIAGRAM
ANTI-THEFT	CHRYSLER'S SENTRY KEY (GRAY KEY ONLY) A TRANSPONDER SYSTEM	TRANSPONDER @ IGNITION SWITCH TUMBLER

EXTRA INFORMATION

NOTE *1 the PARKING LIGHTS on this vehicle Require an extra Relay part #R30-H and a (-)Negative thru a 110 Ohm Resistor, See DIAGRAM NOTE *2 the DOOR LOCKS on this vehicle require a (+)Positive thru a 2700 Ohm resistor to Lock and a (+)Positive thru a 620 Ohm resistor to Unlock, some units will also require extra relays for the keyless entry feature See DIAGRAMS. NOTE *3 The BCM (Body Control Module) is located under the left side of the dash, along side the JUNCTION BLOCK. NOTE *4 This vehicle uses a Multi-Coil Ignition system, at the Coil use any wire that has a TAN STRIPE for the TACH wire. NOTE *5 the DISARM wire on this vehicle requires a (+)Positive thru an extra Relay Part #R30-H and a 680 Ohm resistor, See DIAGRAM NOTE *6 this vehicle has 2 Door Trigger wires, when connecting to an ALARM SYSTEM, use both and DIODE ISOLATE, See DIAGRAM.