2004 JAGUAR XJ seat

On the Road 4 - 29
Window Operation
The front and rear door windows are
electrically operated by switches located
on each door.
Switches on the driver’s door control all
door windows.
Passengers are provided with a switch to
control their door window only.
These switches will only operate the
windows when the ignition switch is in
position ‘I’ or ‘II’.
Button (A) immobilises operation of the
rear windows (and front seat adjustment,
when fitted) by rear seat occupants.
!WARNING:
1. When raising windows ensure all occupants are clear.
2. When leaving the vehicle take the ignition keys to prevent misuse of
the window switches by
remaining occupants, especially
children.
Raise/lower
Each switch has two positions to raise the
window and two positions to lower the
window.
To lower a window, press the switch
downwards to the first position until the
desired window position is reached, then
release.
To raise a window, pull the switch
upwards to the first position until the
desired position is re ached, then release.
If the switches are held for longer than
6 seconds, for example, when attempting
to overcome frozen or jammed windows,
the window drive will be switched off for
a few seconds to protect the window
drive motors. The windows can be operated with the
key removed from the ignition switch
within 10 minutes of the vehicle being
stopped provided the driver’s or front
passenger’s door has not been opened.
If a rear door is opened the windows can
still be operated within the 10 minute
period.
One-touch operation
Each window has a ‘one-touch’ facility
enabling the occupant to fully open or
close the window in one quick
movement.
Press the switch briefly to the second
position to fully open the window in one
movement. Pull the swit
ch briefly to the
second position to fully close the window
in one movement. Window travel can be
stopped at any time by pressing the
switch again.

4-30 On the Road
Immobilising the rear windows
To immobilise the rear windows (and
operation of the front seat by a rear seat
passenger, when this feature is fitted),
press button (A) (see previous page
illustration). The LED in the button will
light up showing that the rear windows
cannot be operated by rear seat
occupants. Pressing the button again will
enable occupants to operate the rear
windows. See also Rear Seat
Adjustment on page 3 - 4.
Window Anti-trap Protection
Each electrically operated window has an
anti-trap protection feature.
If the upward movement of the window
detects an obstacle the anti-trap system
will immediately stop the window
closing, then move it downwards for a
short distance.
!WARNING:
If the battery is disconnected or
discharged the window anti-trap
feature is lost. When the battery is
reconnected or recharged the
window anti-trap system must be
reset. To reset the electrically operated
windows anti-trap system
• Fully close the window, hold the
switch in the close position for two
seconds and then release the switch.
Wait for two seconds, do not open
the window.
• Again, select the same window to close, holding the sw itch for a further
two seconds.
• Check to confirm the operation by opening the window and then use
one-touch operation to close the
window.
• Repeat for the remaining electrically operated windows.
To override the anti-trap protection
The anti-trap system will also stop the
window closing if a bl ockage or resistance
occurs e.g. in the wi ndow guide channels.
Typically this might be due to icing in
winter but could also be caused by
damage or mis-alignment of the guide
channels or seals. To override the anti-trap action:
• After the initial attempt to close the
window, operate the close switch a
second time.
• When the window has reversed from the blockage, operate the switch
(within 10 seconds) until the window
stops again (it will not reverse on the
third attempt).
• Immediately operate the close switch again. The window will now move up
a short distance with increased force
to override the blockage.
• Repeat the override action until the window has closed. Each time the
window stops, the switch must be
operated immediately to initiate
further override action.
If this procedure fails to move the
blockage, the anti-trap feature will be lost
and must be reset (see previous column)
after the blockage has been cleared.
Thermal overload
If the windows are repeatedly opened
and closed (e.g. by a child), a protection
system will deactivate window operation
for a short period to avoid overheating of
the window motors.

4-48 On the Road
ABS Monitoring
The ABS control module monitors the
ABS electrical system from ignition switch
ON to ignition switch OFF.
Any malfunction will be indicated by the
anti-lock warning light coming on.
Should a fault develo p in the ABS system,
the brake system will still operate
conventionally and with the same
standard of performance as vehicles not
equipped with ABS.
Caution: Consult a Jaguar Retailer
immediately if the warning light
comes on while driving, a system
failure is indicated.
Advice on ABS Braking
Techniques
For optimum ABS performance the
instructions on braking techniques during
ABS operation should be followed:
1. Do not release brake pressure when the pulsating effect is felt. Maintain a
constant pressure until the manoeuvre
is completed. 2. To familiarise yourself with the feel of
the brake pedal duri ng ABS braking,
practise an emergency stop
procedure, always making sure it is
safe to do so. With the seat belts fitted
to all occupants, drive the vehicle at
20 mph (32 km/h) and brake sharply.
3. ABS enables the driver to steer around obstacles during emergency braking.
However, the consequ ences of turning
sharply at high speed cannot be
overcome by the ABS.
4. Do not attempt to ‘pump’ the brakes to avoid skidding as this can interfere
with the ABS operation. The ABS will
not allow the wheels to skid under
normal road conditions.
5. The ABS will tend to keep the vehicle straight during braking. Because
braking distances may increase under
certain road conditio ns, it is necessary
to plan and make turning manoeuvres
as early as possible.
Emergency Brake Assist (EBA)
The EBA system measures the rate at
which the brake pressure increases.
If the system detect s an emergency
braking situation, EBA automatically
initiates the full br aking effect. This can
reduce stopping distances in critical
situations, which can help an
inexperienced driver to stop in the same
distance as an experienced driver.
!WARNING:
The EBA system is an additional safety
system: it is not intended to relieve
the driver of his responsibility for
exercising due care and attention
when driving.

On the Road 4 - 59
General Driving
Information
!WARNING:
Ensure the parkbrake is on and the
automatic gear selector is in
position ‘P’ or ‘N’ before attempting
to start the engine.
Before driving off, check the gauges and
warning lights and messages. Take special
note of any warning light that is on.
Seat belts are provided for your safety
and it is unwise, and in certain countries
illegal, to commence any journey,
however short, without wearing them.
Warming Up
Do not operate the en gine at high speed
when first started but allow time for the
engine to warm up and the oil to
circulate.
Engine Braking On Downhill
Gradients
When driving on mountain roads with
long downhill gradients it is advisable to
select a low gear.
Running-in
Apart from a few precautionary
recommendations, there are no strict
‘running-in’ procedures for this vehicle.
By observing the following advisory notes
you will ensure maximum engine,
transmission and brake life for your
vehicle:
1. Allow the engine to warm up thoroughly before operating at engine
speeds over 3500 rev/min.
2. Vary the speed frequently.
3. From 940 miles (1500 kilometres) onwards, gradually increase
performance of the vehicle up to the
permitted maximum speed, where
road conditions permit. Running-in for brakes
To ensure that the brake pads can
‘bed-in’ evenly and reach their optimum
wear and performance condition, usually
within 300 miles (480 kilometres),
the following points are recommended.
1. Where possible, avoid heavy braking
or rough usage of the brakes as this
can result in damage being caused to
the brake pads and discs.
2. Avoid prolonged use of the brakes, for example, when descending severe
gradients.
3. Frequent light application of the brakes is desirable. This helps to fully
‘bed-in’ the brake pads before the
normal running-in period is
completed and the vehicle is operated
at high speeds, when maximum brake
efficiency will be required.
The above equally applies when new
discs or pads have been fitted.

Climate Control 5 - 3
5 Climate Control
Introduction
The cabin is supplied with filtered air
from a fully automatic electronic climate
control system with manual overrides.
Two systems are available:
• A two zone system which allows the front occupants to set individual
temperatures for the left and right
sides of the interior.
• A four zone system which allows front and rear occupants to set individual
temperatures, i.e. two front zones and
two rear zones.
Occupant controls
The main climate control panel is located
in the centre console above the radio and
audio controls. There are two types of
control panel for either two or four zone
systems:
• A dedicated control panel with LCD (liquid crystal display) screen
(see page 5 - 6).
• A multi-function touch control and display unit shared with navigation
and other systems. Where this control
unit is fitted, refer to the Jaguar
Touch-screen Handbook for the
detailed operating instructions. Where the four zone climate control
system is fitted, an additional control/
display panel for rear passenger use is
located at the rear of the centre console,
between the front seats.
Voice control
The climate control system may also be
operated by spoken commands if the
optional voice activation system is fitted.
For full information on the use of this
system refer to the JaguarVoice
Handbook.
Recommended Operation
Automatic climate control
Automatic climate control provides
efficient regulation of the vehicle
environment without constant
adjustments from the occupant.
Sensors inside the vehicle monitor
temperature, humidity and direct
sunlight. In response, the electronic
control system automatically adjusts the
heat input, blower speed, air intake and
airflow distribution so as to maintain the
selected temperature(s) and reduce
misting.
Automatic operation provides optimum
comfort under most driving conditions. It is recommended that automatic
control (AUTO) is selected as the
normal operating mode.
Use of air conditioning
Air conditioning is an integral part of the
climate control system, providing cooled
and dehumidified
air for occupant
comfort; the dry airflow is also effective
in preventing misting of the windows.
While the air conditioner can be
manually switched off, it is recommended
that it is used in all climatic conditions
throughout the year, preferably in AUTO
mode.
Close all windows and the sunroof when
the air conditioning is on to ensure
satisfactory operation.
Use of air recirculation
The air conditioner/heater system is
supplied with fresh air via an intake flap.
Closing the flap causes the air inside the
vehicle to be recirculated. This helps to
prevent unpleasant odours from being
drawn into the vehicle and also to
improve the performance of the air
conditioner in very hot conditions.
However, the use of recirculated air will
cause screen misting after a short period
and should only be used as necessary.

5 - 4 Climate Control
In AUTO mode, the air intake flap is
controlled automatically. If required,
air recirculation may be manually
selected for either a short or indefinite
period.
Air Recirculation
Timed air recirculationPress the button briefly to select
timed air recirculation.
The fresh air intake is opened
and the button LED extinguished at the
end of the time out period.
Latched air re circulation
Press and hold the button for a
few seconds to select latched air
recirculation. Selection is
indicated by the scre en symbol and two
beeps.
Selecting latched air recirculation cancels
AUTO operation.
To deselect latched air recirculation,
press the recirculat ion button again,
or select AUTO.
!WARNING:
To prevent humidity build up inside
the vehicle and possible screen
misting, avoid driving with the air
conditioning system off or with
manual air recirculation selected for
prolonged periods.
General Points
To ensure the satisfactory operation of
the climate control system, note the
following points:
• Ensure that the external grille at the base of the windscreen, which
provides fresh air for the climate
control system, is kept clear of leaves,
snow or obstructions.
• A solar sensor is mounted on the centre top of the fascia, as shown
opposite ( A) . E n s u r e t h a t this sensor is
not covered.
• Temperature and humidity sensors are located behind the small grille ( B).
Do not cover or obstruct the opening.
• Air ducts under the front seats supply the rear passenger footwells (see
illustration opposite). Objects or
material placed under the seats may
block or obstruct the open ducts. • The external air intake to the air
conditioner/heater system is fitted
with a filter. Ensure that the filter is
changed at the specified service
intervals to maintain efficient
operation.
• If the air conditioning system is not used frequently, it should be run
briefly at least once each week, with a
cold setting, to prevent the seals from
drying out with subsequent
refrigerant leaks.
• Moisture removed from the air by the air conditioning unit is discharged
onto the road underneath the vehicle.
After stopping, puddles of water may
form underneath the vehicle.
Air Distribution
The illustration opposite shows the
location of the air vents within the
vehicle. The airflow from the fascia face
level vents is regulated using thumbwheel
controls and adjustable direction vanes.
Air distribution between the windscreen,
fascia and floor levels is selected
automatically when operating in AUTO
mode but can be selected manually.

6 - 26 Roadside Emergency
Cabin fuse boxFuse No Fuse
Type Rating
(amps) Colour
Circuit
F1 ATO 10A Red Climate control unit, fan, screen heaters and wiper relay coils, smog sensor
F2 ATO 5A Tan Radiator fan controller, cruise control switch, adaptive cruise control
F3 ATO 5A Tan Rear outer seat, electrochromic mirror, driver seat heater, electric parkbrake, left and right-hand HID lamps levelling, left and right-hand seat belt switches
F4 ATO 5A Tan Instrument cluster
F5 – F6 Not used
F7 ATO 5A Tan Cigar lighter, sunroof module, electric park brake switch illumination, accessory relays (trunk fuse box)
F8 ATO 5A Tan Instrument cluster
F9 ATO 10A Red Left-hand direction indicator and repeater
F10 ATO 5A Tan Glove compartm ent door motor and lamps
F11 ATO 5A Tan Radio muting (engine start), ignition feed
F12 ATO 10A Red Front electronic module (FEM), passenger mirror
F13 ATO 20A Yellow Rear electronic module (REM), door locks
F14 ATO 10A Red Courtesy light, footwell lamps, rain sensor, FEM
F15 ATO 5A Tan ECM, FEM, instrument cluster air bag fa ult lamp, instrument cluster ignition (run/start)
F16 ATO 5A Tan Diagnostic connector

6 - 28 Roadside Emergency
F35 ATO 10A Red Left-hand seat movement
F36 ATO 40A Orange Left-hand seat movement
F37 ATO 25A Natural Driver window
F38 ATO 15A Blue Radio head unit
F39 ATO 5A Tan Transit relay (removed before customer delivery)
F40 ATO 10A Red Security LED, yaw rate sensor
F41 ATO 20A Yellow Ignition switch
F42 ATO 10A Red FEM, REM, DDM, clock
F43 ATO 5A Tan Diagnostic connector
F44 ATO 5A Tan Brake switch
F45 ATO 10A Red Right-hand seat movement
F46 ATO 25A Natural Passenger window
F47 ATO 5A Tan Instrument pack
F48 ATO 20A Yellow Instrument pack (steering column tilt and reach)
F49 ATO 40A Orange Left-hand seat movement
Fuse No
Fuse
Type Rating
(amps) Colour
Circuit