1996 FORD RANGER sensor

30
%*
[SR12700(ALL)01/95]
How the Air Bag Supplemental Restraint System
Operates
[SR12750(R )06/95]
The Air Bag Supplemental Restraint System consists of the
driver air bag, passenger air bag (if equipped), impact sensors, a
system diagnostic module, a readiness light and tone, and the
electrical wiring which connects the components.
[SR12775(R )09/95]
24 pica art:0090169-B
The location of the air bags and warning labels
File:03unsrr.ex
Update:Wed May 1 13:43:56 1996

Safety Restraints
31
[SR12900(ALL)06/95]
The driver air bag is in the center of the steering wheel. The
right front passenger seat air bag (if equipped) is in the upper
right hand section of the instrument panel ledge above the
glove compartment.
*
[SR13010(ALL)07/95]
If a collision occurs, the sensors sense the severity of the impact
and activate the air bags if necessary. The air bag system is
designed to deploy in frontal and front-angled collisions more
severe than hitting a parked vehicle (of similar size and weight)
head-on at about 28 mph (45 km/h). Because the system senses
the crash severity rather than vehicle speed, some frontal
collisions at speeds above 28 mph (45 km/h) will not inflate the
air bag.
*
[SR13020(ALL)07/95]
When the sensors activate the system, the air bags inflate
rapidly, filling with non-toxic nitrogen gas in a fraction of a
second. Immediately after inflation, the air bags deflate by
releasing the nitrogen gas through vent holes. The whole
process takes place in a matter of seconds.
*
[SR13030(ALL)07/95]
RWARNING
Air bag system components get hot after inflation. Do
not touch them after inflation.
%*
[SR13050(ALL)05/95]
The air bag system uses a readiness light on the instrument
cluster and a tone to indicate the condition of the system. When
you turn the ignition key to the ON position, this light will
illuminate for approximately six (6) seconds and then turn off.
This indicates that the system is operating normally. NOTE:
Maintenance of the air bag system is not required.
File:03unsrr.ex
Update:Wed May 1 13:43:56 1996

155
Driving Your Ranger
*
[DR00350(ALL)06/95]
Procedures for driving your vehicle will vary depending on
which type of transmission your vehicle has.
[DR00450(R )10/94]
n
an Automatic Overdrive Transmission 4R44E/4R55E
*
[DR00600(ALL)06/95]
n
a manual transmission
[DR05700(ALL)06/95]
Automatic Transmission Operation
(4R44E/4R55E)
*
[DR08715(ALL)08/95]
The 4R44E and 4R55E transmissions are electronically controlled
four speed overdrive automatic transmissions with lockup
torque converter. Transmission operation is controlled by the
Powertrain Control Module (PCM).
*
[DR08720(ALL)08/95]
The PCM will automatically adjust transmission operation to
make up for varying conditions. Several sensors located on the
engine and transmission such as throttle position, engine speed,
vehicle speed and transmission temperature are used by the
PCM to shift the transmission into a higher or lower gear when
required for the best performance and fuel economy. For
example, you may notice that the transmission will upshift to a
higher gear more quickly when the vehicle has not reached
normal operating temperature.
*
[DR08730(ALL)08/95]
The PCM also controls the transmission's Torque Converter
Clutch (TCC) to further raise vehicle performance and fuel
economy. The TCC will engage when the transmission operating
temperature and other conditions determined by the PCM have
been met. Engagement of the clutch may be noted as a decrease
in engine speed.
[DR08740(ALL)03/95]
To help in troubleshooting, the PCM continually performs
self-tests on the electronic control system and, if any faults are
detected, stores them in memory. The Overdrive Off Indicator
Light (O/D OFF), which is located on the instrument cluster,
may flash steadily if a malfunction has been detected. If the
Overdrive Off Indicator Light is flashing, contact your Ford
dealer as soon as possible. If this condition persists, damage to
the transmission could occur.
File:10undrr.ex
Update:Wed May 1 13:52:06 1996

Driving Your Ranger
177
*
[DR21310(ALL)05/95]
All utility-type and Four-Wheel Drive vehicles have special
design and equipment features to make them capable of
performing in a wide variety of off-road applications. Specific
design characteristics give them higher centers of gravity than
ordinary passenger cars.
*
[DR21325(ALL)08/95]
RWARNING
Utility and four-wheel drive vehicles are NOT designed
for cornering at speeds as high as passenger cars any
more than low-slung sports cars are designed to perform
satisfactorily under off-road conditions. Avoid sharp
turns or abrupt maneuvers in these vehicles.
%*
[DR21400(ALL)03/95]
Brakes
*
[DR21500(ALL)01/93]
Front Disc Brakes
*
[DR21600(ALL)06/95]
The front disc brakes are self-adjusting. They do not require
service other than periodic inspection for pad wear.
*
[DR21900(R )10/94]
Rear Drum Brakes
*
[DR22000(R )08/95]
The rear drum brakes are self-adjusting. Automatic adjustment
occurs when the brakes are applied while ªbacking up.º If
normal operation does not include much backing, adjust the
brakes when they seem ªlow,º using the procedure underIf
Brakes Do Not Grip Well or Pedal is ªLowºin this chapter.
*
[DR22100(ALL)11/89]
Hydraulic Power Brakes
[DR22200(ALL)08/94]
The hydraulic brake system is made up of two independent
hydraulic circuits. One hydraulic circuit supplies fluid to the
front disc brakes and the other hydraulic circuit supplies fluid
to the rear drum or disc brakes. These two circuits are supplied
by a common hydraulic brake fluid reservoir, with a fluid level
sensor.
*
[DR22300(ALL)11/89]
The brake light in the instrument cluster will light for low brake
fluid in the common brake fluid reservoir.
File:10undrr.ex
Update:Wed May 1 13:52:06 1996