Warranty: This genuine part is guaranteed by Ford's
factory warranty.
Fits the following Vehicles:
2003-2006 Lincoln Navigator | 8 Cyl 5.4L, 8 Cyl 5.4L DOHC EFI | 4-Speed Automatic Transmission E4OD(4R100), 6-Speed Automatic Transmission (6R80), 6-Speed Automatic Transmission ZF 6HP26 Steptronic, Four-Wheel Drive (Part Time) (Left Hand Drive), Left Hand Drive, Rear-Wheel Drive (Left Hand Drive)
2000-2001 Lincoln Navigator | 8 Cyl 5.4L | 4AT 4R100
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Lincoln Navigator Relay
We provide a wide range of Lincoln Navigator Relay at the best prices possible. If you need Lincoln Navigator Relay, you can shop with confidence on our website. All our OEM parts come with a manufacturer's warranty and are delivered to your door step with a fast delivery service.
Lincoln Navigator Relay Parts Questions & Experts Answers
Q: What is the general information and testing procedure for relays on Lincoln Navigator?
A: Many electrical fixture or spots in the vehicle like the fuel injection system, the Horn, the starter, and the fog lamps uses relays to switch signals to the needed terminal. Relays switch by a low current control circuit for a high current power circuit and an undesirable relay will hamper the functioning of the related component. Relays are fitted in the engine bay, and those that are left-hand side of the car in the vicinity of the inner fenderwell contains mini Fuses, cartridge fusible links, relays and circuit breakers; other relays are installed at other parts of the car as well. If a faulty relay is suspected, it can be unbolted and checked in accordance with this procedure, or taken to a dealer service department or auto repair shop; bad relays must be replaced as a single unit. In fact, before testing a relay, it is advisable to refer to the wiring diagram of the circuit to know the correct connections. Normally, two of them are terminals of the control circuit allowing for connection to the relay coil and two other are power circuit terminals which make internal connection when the control circuit coil is energized. The most relays are labeled to make identification of the control and power circuits possible. To test, simply disconnect the relay and can check for continuity between the power circuit terminals, there must be no connection between the terminal 30 and 87. Then connect a fused jumper wire from one of the control circuit terminal to the positive lead of the battery and another fused jumper wire from the second terminal of the control circuit to the negative terminal; the relay should click when connected. Otherwise, it may just 'not click' and then the jumper wires may need to be flipped around. Then probe and connect the jumper wires, and test if there is continuity between the power circuit terminals, between 30 and 87, there should be continuity in this one. In the case of failure of any of these tests, then the relay should be replaced.