My Garage
Cart

Shop OEM Ford E-150 Parts at FordPartsDeal

Since its 1961 launch as Ford F-Series replacement the E-150 has modified throughout five design iterations to become an important full-size van for the U.S. market. During its generations the Ford E-150 came standard with a 170 cubic inch engine with a 240 cubic inch optional variant which has always focused on delivering reliable performance. Initially the early versions provided a three-speed manual gearbox that briefly included a four-speed Dagenham transmission which came in 1963. The E-150 evolved into a heavier model using F-Series pickup components, while retaining its rear-wheel drive configuration with a single rear axle. A twin I-beam suspension transition brought better driving dynamics along with more stable and responsive handling to the vehicle. The Ford E-150 received a new chassis body-on-frame structure in 1975 so it transitioned into both becoming a popular passenger vehicle along with becoming a multi-purpose platform for ambulance and bus conversions. The mid-engine configuration in the first-generation E-150 provided improved storage space and easier access to the engine by positioning it between the driver and passenger seats. Over its production the Ford E-150 successfully dominated its segment by obtaining a large share from competitors. The performance and durability of a Ford E-150 depends on using genuine Ford parts that match original standards for reliable satisfaction of vehicle owners.

The sets of problems of the Ford E-150 are related to ignition, caulking, and rivet. Check Engine Lights and rough running are common causes of E-150 vans with faulty ignition coil boots. Split boots make it possible to get an arc on the head, resulting in firing misses and abrupt acceleration. Check coils and plugs, and replace damaged and check good grounds and proper gap. Ejection of the spark plugs in some E-150 models damages the threads of the cylinder head. There is a followed loud pop, sudden misfire, and poor power. Threaded-insert repairing as appropriate, or cylinder head renewal as necessary. External oil leaks on the head gasket occur on other vans of the E-150. During assembly, contamination entraps debris and destroys the sealing surfaces. Position to find dripping, low coolant and idle/traffic overheat. Change the head gasket, examine both sides and check flatness. Reset adaptations: road test the E-150 under a wide range of loads after inner repair. Use Ford steps on torque values, fluids and cooling bleed steps. Check that there are no outstanding faults and stable fuel trims by referring to the Ford scan data. Regular inspections based on a Ford factory are maintained to ensure that the E-150 is uniform and reliable with quality components.

FordPartsDeal.com offers you the stress-free shopping for OEM Ford E-150 parts, including Transmission, Driveline & Axles. Our products are brand new, and we do not deal with aftermarket or second-hand parts. Through our online Ford E-150 catalog, you can easily find the satisfactory fit of your vehicle. Prices are competitive, and this makes you save in terms of quality. Our team of specialists provides the friendly and trustworthy service in all parts of Ford E-150. We are also distributed through our many warehouses which ship quickly, to have your order to you in a short period. Use the VIN checker to have the right Ford E-150 fit. It is easy to make returns.

Ford E-150 Parts Questions & Answers

  • Q: How to service the rear bucket seat cover on Ford E-150?
    A: The service procedure on rear bucket seat cushion covers starts by taking out the existing seat cushion. You should then detach the J-clips from the cushion cover. Take care when pulling seat cushion cover shades from hook-and-loop strip strips to prevent hook-and-loop strip detachment from the foam pads. Take out the inverted cushion cover. The installation of the new cover requires the opposite steps used for removal.
  • Q: How to service and repair the alternator on 4.6L, 5.4L, and 6.8L gasoline engines on Ford E-150?
    A: Maintenance and repairs of alternators on 4.6L, 5.4L and 6.8L gasoline engines start with battery disconnection. The air filter element and inlet snorkel along with tray need removal through band clamp loosening on 5.4L and 6.8L engines. When servicing the air cleaner outlet pipe remove it from the 4.6L model. For models with air conditioning rotate the belt tensioner clockwise, otherwise follow the reverse direction before moving the accessory drive belt to a safe place. Start by disconnecting the generator electrical connectors before moving the generator B+ protective cover out of the way to unscrew and position the B+ terminal to the side. When reinstalling it should be tightened to 17 Nm (150 lb-in). Tear apart the generator bracket with four bolts that need to be tightened at 10 Nm (89 lb-in) when installing. The two secure bolts holding the generator must be removed prior to reinstallation where torquing them to 18 lb-ft (25 Nm) is necessary. To finalize the installation you should reverse the procedure that was used for removal.
  • Q: How to service and repair the front bumper on Ford E-150?
    A: The first step in servicing or repairing the front bumper includes removing the valence panel through a process of removing 8 pushpin retainers then using 7 screws to disconnect the front bumper from the valence panel. Service and repair of the front bumper requires first detaching the A/C condenser air deflector and subsequent removal of the wiring harness retainer that holds the block heater cord. To cut off the front bumper an assistant must perform the procedure by removing 4 nuts followed by the extraction of 4 bolts which disconnect the bumper. Use 80 Nm (59 lb-ft) torque when installing the bumper bolts while performing the opposite removal steps for installation.
  • Q: How to service the ignition coil-on-plug on Ford E-150?
    A: Service of the ignition coil-on-plug starts by first taking out both the engine cover along with the air cleaner assembly. After disconnecting the ignition coil electrical connector you must remove the bolt that secures the ignition coil. Tighten the bolt that secures the ignition coil to 6 Nm (53 lb-in) during new coil installation. Dielectric compound should be applied to coil boots after their installation is complete.