ABS FORD MUSTANG 2003 Workshop Manual

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4 N805572-
S36 Air bag module retaining screws (2 req'd)
5 3L518 Steering wheel spoke cover
(2 req'd)
6 — Lock tabs
7 14A664 Clockspring
8 13318 Turn indicator cancel cam
9 3C610 Snap ring
10 3520 Bearing spring
11 3518 Upper bearing sleeve
12 3517 Upper bearing (small)
13 3517 Lower bearing (large)
14 3524 Shaft assembly
15 390345-
S36 Screw
16 13K359 Multi-
function switch 17 3E695 Lock cam
18 3F609 Tilt wheel handle
19 N806157 Lock cam pivot pin
20 3530 Lower shroud
21 55929 Shroud retaining screws
22 3D544 Release lever
23 3B661 Lock actuator lever (RH)
24 N805856 Lock actuator lever pin
25 3D653 Lock actuator lever (LH)
26 3B664 Lock lever spring (2 req'd)
27 14A099 Wiring shield
28 3D655 Lock lever spring return
29 3E715 Lock lever upper actuator
30 3E696 Lock spring (shaft)
31 11572 Ignition switch
32 N806423-
S56 Steering column mounting lower nuts
33 N806584 Screw
34 3E660 Mounting bracket
35 3D681 Bearing retaining
36 3518 Bearing sleeve
37 3517 Lower bearing
38 3L539 Lower bearing tolerance ring
39 3C131 Sensor ring
40 3520 Bearing spring
41 N808349 Bolt —
flange yoke 42 3N725 Coupling
43 3C611 Tube boot
44 3B676 Intermediate shaft Klj . 2 ba
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6. Open the glove compartment, push in on the tabs and open the glove compartment door to its
fullest extent.
7. Remove the right hand A/C register duct. zRemove the two screws retaining the duct to the A/C register.
z Separate the A/C duct at the air plenum and remove the duct.
8. Disconnect the passenger air bag module.
9. Attach the restraint system diagnostic tool to the vehicle harness side of the passenger air bag electrical connector. Klj . 3 ba
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23. Install the upper bearing retainer firmly to engage the four retention tabs into the lock housing.
24. Install the turn indicator cancel cam.
25.
WARNING: To avoid risk of serious personal injury, follow all warnings, cautions,
notes and instructions in the steering column removal and installation procedure.
Install the steering column. For additional information, refer to Column in this section. Klj . 17 ba
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Item Part Number Description
1 6F066 Supercharger assembly
2 N806154 Screws (2 req'd)
3 9F715 Idle air control valve
4 — Idle air control valve gasket
5 9P697 Spacer assembly
6 9E936 Throttle body gasket
7 9E926 Throttle body
8 — Bolts (4 req'd)
9 — Bolts (2 req'd)
10 9E926 Throttle position sensor
11 N804178 Nuts (4 req'd)
12 — Studs (4 req'd)
13 — Spacer assembly gasket
14 9D475 Exhaust gas recirculation valve
15 — Stud
16 9D477 Exhaust gas recirculation tube
17 — Manifold absolute pressure sensor
18 9J460 Differential pressure feedback EGR system
19 9J459 Exhaust gas recirculation vacuum regulator
20 9J472 Vacuum accessory bracket Klj . 4 ba
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1. To maintain the integrity of the coolant and the cooling system:
1. Add Motorcraft Premium Engine Coolant VC-4- A (in Oregon VC-5, in Canada CXC-10)
or equivalent meeting Ford specification ESE-M97B44- A (green color), or Motorcraft
Premium Gold Engine Coolant VC-7- A or equivalent meeting Ford specification WSS-
M97B51- A1 (yellow color). Use the same coolant that was drained from the cooling
system. Do not mix coolant types.
2. Do not add/mix orange-colored Motorcraft Speciality Orange Engine Coolant VC- 2 or
equivalent meeting Ford specification WSS-M97B44- D. Mixing coolants may degrade the
coolant's corrosion protection.
3. Do not add alcohol, methanol, brine, or any engine coolants mixed with alcohol or
methanol antifreeze. These can cause engine damage from overheating or freezing.
4. Do not mix with recycled coolant unless it meets the requirements of Ford specification ESE- M97B44- A or WSS-M97B51- A1. Not all coolant recycling processes meet these
Ford specifications. Use of such coolants can harm the engine and cooling system
components.
2. Fill the degas bottle. Use Motorcraft Premium Engine Coolant VC-4- A (in Oregon VC-5, in
Canada CXC- 10) or equivalent meeting Ford specification ESE-M97B44- A (green color), or
Motorcraft Premium Gold Engine Coolant VC-7- A or equivalent meeting Ford specification
WSS- M97B51- A1 (yellow color). Use the same coolant that was drained from the cooling
system. Do not mix coolant types.
3. Start the engine and allow to run until coolant circulation is observed in the intercooler degas bottle. Absence of circulation indicates air is trapped in the system.
zTurn the engine off.
4. Add coolant as needed. Use Motorcraft Premium Engine Coolant VC -4-A (in Oregon VC-5, in
Canada CXC- 10) or equivalent meeting Ford specification ESE-M97B44- A (green color), or
Motorcraft Premium Gold Engine Coolant VC-7- A or equivalent meeting Ford specification
WSS- M97B51- A1 (yellow color). Use the same coolant that was drained from the cooling
system. Do not mix coolant types.
5. Repeat the above procedure to make sure all entrapped air is released. Klj . 2 ba
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26. Disconnect the vacuum lines
27. Squeeze the two locking tabs, and remove the accelerator cable and the speed control cable (if
equipped) from the bracket and position aside.
28. Separate the fuel charging wiring (9D930) from the rear of the intake manifold (9424) and remove from the vehicle.
Installation 1. Position the fuel charging wiring in the vehicle and attach to the rear of the intake manifold. Klj . 7 ba
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8. Disconnect the four RH fuel injector electrical connectors.
9. Disconnect the IAC electrical connector and the main chassis vacuum hose.
10. Remove the hose.
11. Squeeze the two locking tabs, and remove the accelerator cable and the speed control cable (if equipped) and position aside.
12. Disconnect the fuel pressure sensor electrical connector and the vacuum hose. Klj . 2 ba
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To start the testing, conditions of stable purging and vehicle speed must be satisfied. During the first
stage, the canister vent solenoid is closed, while the EVAP canister purge valve remains open,
applying and building vacuum in the system as indicated by the FTP sensor. This phase checks for
major leaks in the EVAP system.
In the second stage, the EVAP canister purge valve closes and the system looks for minimal decay
rate in the EVAP vacuum, indicating the absence of any small EVAP system leaks.
The last stage is entered only if stage two of the leak test has failed and checks whether the failed test
was due to excess vapor generation. It monitors fuel vapor generation rate. Initially, the canister vent
solenoid is opened to equalize EVAP system pressure to atmosphere. Then the canister vent solenoid
is closed, allowing pressure to build if vapor generation is present in sufficient quantity. If the rate of
generation is found to be too high, the EVAP running loss system leak test is aborted. If not, then a
small leak is diagnosed.
On-
Board Refueling Vapor Recovery (ORVR) Evaporative Emission (EVAP) System
The basic elements forming the ORVR system are as follows:
zThe fuel filler pipe forms a seal to prevent vapors from escaping the fuel tank while liquid is
entering the fuel tank. Liquid in the one inch diameter tube blocks vapors from rushing back up
the fuel filler pipe.
z A fuel vapor control valve controls the flow of vapors out of the fuel tank. The valve closes when
the liquid level reaches a height associated with fuel tank usable capacity. The valve
accomplishes the following:
„limits the total amount of fuel that can be dispensed into the fuel tank
„ prevents liquid gasoline from exiting the fuel tank when submerged (as well as when
tipped well beyond a horizontal plane as part of the vehicle rollover protection in road
accidents)
„ minimizes vapor flow resistance during anticipated refueling conditions
z Fuel vapor tubing connects the fuel vapor control valve to the EVAP canister. This routes the
fuel tank vapors, displaced by the incoming liquid, to the EVAP canister.
z A check valve in the fuel filling system prevents liquid from rushing back up the fuel filler pipe
during the liquid flow variations associated with the filler nozzle shut- off.
Between refueling events, the EVAP canister is purged with fresh air so that it may be used again to
store vapors accumulated during engine soaks or subsequent refueling events. The vapors drawn off
of the carbon in the EVAP canister are consumed by the engine.
Inspection and Verification 1. Verify the customer concern is with the evaporative emission (EVAP) system.
2. Visually inspect for the following obvious signs of mechanical damage.
Visual Inspection Chart Mechanical
z
Fuel filler cap
z EVAP test port
z EVAP canister or canister vent solenoid Klj . 3 ba
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DESCRIPTION AND OPERATION
Electronic Engine Controls —
Cobra
Most of the Cobra engine electronic controls are similar to that of the non- supercharged 4.6L (2V)
engine. These components are as follows:
zCrankshaft position (CKP) sensor
z Throttle position (TP) sensor
z Idle air control (IAC) valve
z Mass air flow (MAF) sensor
z Heated oxygen sensors (HO2S)
z Engine coolant temperature (ECT) sensor
There are also three controls that are unique to the Cobra engine. These are as follows:
zIntegrated temperature and manifold absolute pressure (T- MAP) sensor
z Supercharger bypass vacuum solenoid
z Supercharger bypass vacuum solenoid — actuator
Supercharger Bypass Vacuum Solenoid and Actuator
The Supercharger bypass vacuum solenoid will bleed off boost under the following conditions:
zheavy engine misfire
z engine coolant over- temperature
z loss of intercooler fluid
z pump failure
This prevents damage that can occur if boost were allowed under these conditions. The solenoid is
located on the upper LH side of the engine. The solenoid uses engine vacuum to operate a actuator
and linkage that connects to the pressure bleed off valve. The actuator is located near the solenoid
and is connected to it by a vacuum line.
Integrated Temperature and Manifold Absolute Pressure (TMAP) Sensor
The TMAP sensor is located on the upper LH side of the engine and is used to measure current
manifold absolute pressure and manifold air charge temperature. SECTION 303-
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REMOVAL AND INSTALLATION
Temperature and Manifold Absolute Pressure (T-
MAP)
Sensor — Cobra
Removal and Installation 1. Disconnect the temperature manifold absolute pressure (T- MAP) sensor electrical connector.
2. Remove the bolts and the T- MAP sensor.
3. To install, reverse the removal procedure.
SECTION 303-
14: Electronic Engine Controls 2003 Mustang Workshop Manual Klj . 1 ba
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