1992 Ford F250 - Page 8 - Answered Questions & Fixed issues

1992 Ford F250 Truck Car Stereo Wiring Diagram
Car Radio Battery Constant 12v+ Wire: Green/Yellow
Car Radio Accessory Switched 12v+ Wire: Yellow/Black
Car Radio Ground Wire: Red or Black
Car Radio Illumination Wire: Blue/Red
Car Stereo Dimmer Wire: N/A
Car Stereo Antenna Trigger Wire: N/A
Car Stereo Amp Trigger Wire: N/A
Car Stereo Amplifier Location: N/A
Car Audio Front Speakers Size: N/A
Car Audio Front Speakers Location: N/A
Left Front Speaker Positive Wire (+): Orange/Green
Left Front Speaker Negative Wire (-): Black/White
Right Front Speaker Positive Wire (+): White/Green
Right Front Speaker Negative Wire (-): Black/White
Car Audio Rear Speakers Size: N/A
Car Audio Rear Speakers Location: N/A
Left Rear Speaker Positive Wire (+): Pink/Green
Left Rear Speaker Negative Wire (-): Pink/Blue
Right Rear Speaker Positive Wire (+): Pink/Blue
Right Rear Speaker Negative Wire (-): Green/Orange


pls rate

Sounds like the injector pump is putting out too much fuel, i.e a overly rich condition. Could also be leaking causing it to be flooding while it is sitting.

If it reads empty, you probably have a short in the sender wiring to the tank, or the sender is bad. If you disconnect the electrical connector to the gauge near the tank, the gauge should then read full. You can then test the electrical resistance of the sender with the tank full and with it empty.

This is probably caused by a bad level sender in the tank. You can test this by disconnecting the electrical connector nearest the sender and connecting to a gauge tester or an appropriate electrical resistance. If the gauge operates correctly, then replace the sender.

A.T., 4x4, AOD (5.0L)
EAC}G}}400" type="radio" name="userInterchange" />A.T., 4x2, AOD (5.0L), 11-1/4" ext hsg
EA}}}400" type="radio" name="userInterchange" />M.T., 4 spd (Warner T-18), 4x4
M.T., 5 spd, Mazda/Toyo Kogyo, 4x4
M.T., 5 spd, ZF, 4x4, 8-460 (7.5L)
M.T., 5 spd, ZF, 4x4, 8-445 (7.3L, diesel)
EAA}N}}400" type="radio" name="userInterchange" />A.T., 4x2, AOD (5.0L), 10-1/4" ext hsg
M.T., 4 spd (Warner T-18), 4x2, 12" ext, cable drive speedo
M.T., 4 spd (Warner T-18), 4x2, 12" ext, elec speedo
M.T., 4 spd (Warner T-18), 4x2, 4" ext, cable drive speedo
M.T., 4 spd (Warner T-18), 4x2, 4" ext, elec speedo
F>}A}}400" type="radio" name="userInterchange" />A.T., 4x4, C6, 8-460 (7.5L), (elec speedo), (tag F2TP-YA)
M.T., 5 spd, ZF, 4x2, 6-300 (4.9L), cable drive speedo
M.T., 5 spd, ZF, 4x2, 8-351 (5.8L), cable drive speedo
M.T., 5 spd, ZF, 4x2, 6-300 (4.9L), elec speedo
M.T., 5 spd, ZF, 4x2, 8-351 (5.8L), elec speedo
M.T., 5 spd, ZF, 4x2, 8-460 (7.5L), cable drive speedo
M.T., 5 spd, ZF, 4x2, 8-460 (7.5L), elec speedo
M.T., 5 spd, ZF, 4x2, 8-445 (7.3L, diesel), cable drive speedo
M.T., 5 spd, ZF, 4x2, 8-445 (7.3L, diesel), elec speedo
M.T., 5 spd, ZF, 4x4, 6-300 (4.9L), ID E9TA-TA & TB
M.T., 5 spd, ZF, 4x4, 8-351 (5.8L), ID E9TA-TA & TB
M.T., 5 spd, ZF, 4x4, 6-300 (4.9L), ID F4TA-BA & BB
M.T., 5 spd, ZF, 4x4, 8-351 (5.8L), ID F4TA-BA & BB
>C}}}400" type="radio" name="userInterchange" />M.T., 5 spd, Mazda/Toyo Kogyo, 4x2, elec speedo
>D}A}}400" type="radio" name="userInterchange" />M.T., 5 spd, Mazda/Toyo Kogyo, 4x2, cable drive speedo, 2.73 ratio
>D}A}}400" type="radio" name="userInterchange" />M.T., 5 spd, Mazda/Toyo Kogyo, 4x2, cable drive speedo, 3.08 ratio
>D}B}}400" type="radio" name="userInterchange" />M.T., 5 spd, Mazda/Toyo Kogyo, 4x2, cable drive speedo, 3.55 ratio
>D}B}}400" type="radio" name="userInterchange" />M.T., 5 spd, Mazda/Toyo Kogyo, 4x2, cable drive speedo, 4.10 ratio
A>}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 6-300 (4.9L), (elec speedo), ID F2TP-BA
A>}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 6-300 (4.9L), (elec speedo), ID F2UP-DA & DC
A>}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 8-302 (5.0L), (elec speedo), (ID F2TP-DA)
A>}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 8-351 (5.8L), (elec speedo), ID F2TP-FA
A>}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 8-351 (5.8L), (elec speedo), ID F2UP-EA, EB & EC
?}}}400" type="radio" name="userInterchange" />A.T., 4x4, E4OD, 8-351 (5.8L), (elec speedo), (ID F2TP-HA)
}}}400" type="radio" name="userInterchange" />A.T., 4x2, C6, 8-460 (7.5L), (elec speedo), ID F2FP-CA & DA
A.T., 4x4, E4OD, 8-460 (7.5L)
E}}}400" type="radio" name="userInterchange" />A.T., 4x2, E4OD, 8-445 (7.3L, diesel)
A.T., 4x2, C6, 6-300 (4.9L), w/o ID F2FP-BA; w/o ID F2UP-CA
A.T., 4x2, C6, 8-351 (5.8L), w/o ID F2UP-CA
A.T., 4x2, C6, 6-300 (4.9L), w/o ID F2FP-BA; ID F2UP-CA
A.T., 4x2, C6, 8-351 (5.8L), ID F2UP-CA
A.T., 4x2, C6, 6-300 (4.9L), ID F2FP-BA
A.T., 4x4, E4OD, 8-445 (7.3L, diesel)
A.T., 4x2, E4OD, 8-460 (7.5L)
A.T., 4x2, C6, 8-445 (7.3L diesel)
EF}D}}400" type="radio" name="userInterchange" />A.T., 4x4, C6, 8-351 (5.8L)
Good luck

May need to bleed the lines.

it's the solenoid went bad .

the switching valve has gone bad forgot exactly what ford called it but it might be tank isolater what is does is block which ever tank that is not in use to prevent what is happening to you the valve is stuck in neutral position causing no restriction liquid follows path of least resistance cut front tank on pump pushes fuel out gets to valve and instead of going to engine and building pressure it just runs over in the rear tank path of least resistance this valve should be frame mounted some where between tanks have seen on rear crossmember to

the glass channels are dry, get a can of silicone spray lube from the auto parts store and spray it into the glass channels until it runs out the botton drain of the door, cover platic parts with a rag as the silicone can discolor them, run the window up and down to ditribute the lube, this should cure the problem

Are you referring to a shift fork?

you have to remove the unit in one ,the motor is part of the mechanism and it doesnt come of seperatly

Worn out Master Cylinder.
I know that feeling.
Regards
Rob

Go to your vehicle with a pad and a pencil, look carefully at the sidewall of your tires and you will see what the tire sizes are for your truck, they will look like this...example only....P225 75 X 15.
The 225 represents the tire height, the 75 is the width across the tire, the 15 is the size of the rim you have on the vehicle.
My example size may be the size you have, but double check it to be sure.

Did you check for codes? there are so many things that will not let the engine start. fuel pressure, oil pressure, ipc, idm, ecm the list goes on.

Yes, stop by the parts store and you can buy them there. BE PREPARED for fuel to come out, it is under pressure...Will be okay after released, just be ready. TAPE closed all lines to keep out dirt.

Engines are like us humans. The better care they get the longer they last
\Change the oil at every 3000 to 4000 miles and do the preoper suggested maintenance by Fords outline in their manual for a long life
I own a 2000 Mountaineer with 190000 miles. It still runs like new although the body is starting to rot
The oil is changed every 4000 or sooner
Tuneups are done at 65000
Suspension is checked every year

There is a fuse for the fuel on the firewall inside the cab:




Fuel Pump The fuel delivery system uses either a high or low-pressure in-line or in-tank electric fuel pump, with some models equipped with both. It is a recirculating system that delivers fuel to a pressure regulating valve in the throttle body and returns excess fuel from the throttle body regulator back to the fuel tank. The electrical system uses two types of control relays, one controlled by a vacuum switch and the other controlled by the powertrain control module (PCM) to provide power to the fuel pump under various operating conditions.

An inertia switch is used as a safety device in the fuel system. The inertia switch is located in the cab, generally under the dashboard on the right side. It is designed to open the fuel pump power circuit in the event of a collision. The switch is reset by pushing each of 2 buttons on the switch simultaneously (some models use switches with only one reset button). The inertia switch should not be reset until the fuel system has been inspected for damage or leaks.
When the ignition switch is ON, it turns the EEC power relay ON. The EEC power relay provides power to the powertrain control module (PCM) and the control side of the fuel pump relay. Power for the fuel pump(s) is supplied through a fuse link or high current fuse attached to the starter solenoid (battery side). From the fuse link or high current fuse, current flows through the fuel pump relay and inertia switch to the fuel pump(s). The fuel pump relay is controlled by the PCM.
When the ignition switch is turned ON, the fuel pump(s) will operate. If the ignition switch is not turned to the START position the PCM will shut the fuel pump(s) OFF after 1 second. The PCM will operate the fuel pump(s) operate the fuel pump(s) when the ignition switch is turn to START position to provide fuel while cranking.
After the engine starts, the PCM will continue to operate the fuel pump(s) unless the engine stops, drops below 120 rpm or the inertia switch is tripped.

Fuel filters and elements are serviced by replacement only. Some vehicle manufacturers recommend fuel filter replacement at 30,000 miles (48,000 km). Always replace the fuel filter at the vehicle manufacturer's recommended mileage.
The fuel filter replacement procedure varies depending on the make and year of the vehicle and the type of fuel system. Always follow the filter replacement procedure in the appropriate service manual. The photo sequence below shows a typical procedure for relieving fuel pressure and removing a fuel filter.
Removing a Fuel Filter on an EFI Vehicle
Disconnect the negative cable at the battery.
Loosen the fuel tank filler cap to relieve any fuel tank vapor pressure.
Wrap a shop towel around the Schrader valve on the fuel rail and remove the dust cap from the valve.
Connect the fuel pressure gauge to the Schrader valve.
Install the free end of the gauge bleed hose into an approved gasoline container, and open the gauge bleed valve to relieve the fuel pressure.
Place the vehicle on the hoist and position the lift arms according to manufacturer's recommendations. Then raise the vehicle.
Flush the fuel filter line connectors with water, and use compressed air to blow debris off and away from the connectors.
Follow the recommended procedures for disconnecting the fuel inlet connector.
Art courtesy of Delmar - Thomson Learning. Follow the recommended procedures for disconnecting the fuel outlet connector, then remove the fuel filter.
Installing Fuel Filters
In-line fuel filters are installed in the fuel line. In carbureted engines, the in-line gasoline filter is usually installed between the fuel pump and the carburetor. In vehicles with a fuel injection system, the location of the fuel filter is determined by the manufacturer. An arrow on the filter shows the direction of fuel flow.

• To install a new filter, begin by wiping the male tube ends of the new filter with a clean shop towel.
• Apply a few drops of clean engine oil to the male tube ends on the filter.
• Check the quick connectors to be sure the large collar on each connector has rotated back to the original position. The springs must be visible on the inside diameter of each quick connector.
• Then install the filter in the proper direction and leave the mounting bolt slightly loose.
• Install the outlet connector onto the filter outlet tube and press the connector firmly in place until the spring snaps into position.
• Grasp the fuel line and try to pull this line from the filter to be sure the quick connector is locked in place.
• Then, do the same with the inlet connector.
• Now tighten the filter retaining bolt to the specified torque.
• Once everything is connected, lower the vehicle, start the engine, and check for fuel leaks at the filter. NOTE THIS IS FOR A 3/4 TON 5.8L
  

once the tranmission starts slipping that is the end of the useable life for the tranmission, u will need an overhaul, sorry there is no repair other than that for slipping conditions.

They consider that the manifold assembly. You need to know how to replace it?