
273 Emergency operation of Skyview Top
Te ch n ica l
data Instruments
and controlsOperation DrivingInstrument
cluster displayPractical hintsCar care Index Emergency operation of Skyview Top
The Skyview Top can be opened or closed manually
should an electrical malfunction occur.
The drive for the Skyview Top is located behind a
cover (1) in the rear compartment headliner.
Remove cover to gain access to the drive motors.
Obtain crank (3) (located at left side motor).
Remove plug (2) from holder, located next to the motors,
and insert into left side drive motor to declutch the
motor.Insert crank (3) into right side motor.
Note:
Push crank upward while turning it, to disengage the
electric motor.
To close the Skyview Top: turn crank clockwise.
To open the Skyview Top: turn crank counterclockwise.

273
Emergency operation of Skyview Top
Te ch n ica l
data
Instruments
and controls Operation Driving
Instrument
cluster display Practical hints
Car care Index
Emergency operation of Skyview Top
The Skyview Top can be opened or closed manually
should an electrical malfunction occur.
The drive for the Skyview Top is located behind a
cover (1) in the rear compartment headliner.
Remove cover to gain access to the drive motors.
Obtain crank (3) (located at left side motor).
Remove plug (2) from holder, located next to the motors,
and insert into left side drive motor to declutch the
motor. Insert crank (3) into right side motor.
Note:
Push crank upward while turning it, to disengage the
electric motor.
To close the Skyview Top: turn crank clockwise.
To open the Skyview Top: turn crank counterclockwise.

314 Technical termsPoly-V-belt drive
Drives engine-components (alternator,
AC compressor, etc.) from the engine.
Power train
Collective term designating all compo-
nents used to generate and transmit
motive power to the drive axles, includ-
ing
engine
clutch / torque converter
transmission
transfer case
drive shaft
differential
axle shafts / axlesRemote Vehicle Diagnostics
Transmission of vehicle data and cur-
rent location to the Mercedes-Benz
Customer Assistance Center for sub-
scribers to Tele Aid service.
REST
(Residual engine heat utilization)
Feature that uses the engine heat
stored in the coolant to heat the vehi-
cle interior for a short time after the en-
gine has been turned off.
Restraint system
Seat belts, belt tensioner, airbags and
child seat restraint systems. As inde-
pendent systems, their protective func-
tions complement one another.RON
(R
esearch O
ctane N
umber)
The Research Octane Number for gaso-
line as determined by a standardized
method. It is an indication of a gaso-
line's ability to resist undesired detona-
tion (knocking). The average of both
the ->MON (Motor Octane Number)
and RON (Research Octane Number) is
posted at the pump, also known as
ANTI-KNOCK INDEX.
Shift lock
When the vehicle is parked, this lock
prevents the transmission selector le-
ver from being moved out of positionP
without key turned and brake pedal de-
pressed.
SRS
(S
upplemental R
estraint S
ystem)
Seat belts, emergency tensioning de-
vice and airbags. Though independent
systems, they are closely interfaced to
provide effective occupant protection.

GF54.30-P-3010A
Function of acoustic warnings
24.10.96
MODEL
129, 140 as of 1.6.96,
163, 168, 170,
202 as of 1.8.96,
208 up to 31.7.99,
210 as of 1.6.96 up to 30.6.99
Display
Function
Turn signal indicator
ticking
Switching on the turn signal indicator is
indicated acoustically by the turn signal
indicator ticking. The driver's attention is
brought to a defect in the turn signal system
by the turn signal indicator ticking at a higher
frequency.
Turn signal indicator ticking is generated
electromagnetically. The frequency
corresponds to that of the turn signal indicator
lamp.
The signal comes from the combination relay
(turn signal indicator with trailer coupling, rear
window defroster), wiper motor, ATA (N10/2),
on model 210 from the multi-function control
module (N10-1) or from the driver-side signal-
acquisition and actuation module (SAM)
(N10/1), on model 163 from the All-Activity
Module (AAM, N10), on model 168 it is
generated by the integrated turn signal
indicator control in the instrument cluster (A1).
Parking brake reminderThe parking brake warning sounds when
terminal 15g is ON from a speed of approx. 5
km/h.
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Gear warning, model 168
only with automatic
transmission or automatic
clutch
The acoustic gear warning is active, when
D
a gear is engaged
and
D
the brake is
not
depressed
and
D
the accelerator pedal is
not
pressed
and
D
the driver's door is opened.
These conditions are processed in the gear
recognition module (A61) or in the automatic
clutch control module (N15/4). The
information on the status of the driver's door
is available as a CAN message. It is
transmitted by the instrument cluster (A1).
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Speed warning
The speed warning sounds when terminal
15g is ON from a speed of approx. 120 km/h.
(on national variants only)
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Speed limit warning
The warning sounds if the set maximum
speed is exceeded by at least 6 km/h.
(on vehicles with variable cruise control only)
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Seat belt reminder
On national variants only
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Switched-on lights
reminder
The switched-on lights reminder sounds when
terminal 15g is OFF, terminal 58k is ON,
when the starter key is removed and the
driver's door is opened.
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Key reminder
The key reminder when terminal 15g is OFF
and the driver's door is open when the starter
key is inserted
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Soft top reminder, model
170 only
The soft top reminder sounds when terminal
15 is ON and soft top reminder input is on low
level.
Piezoelectric loudspeaker (quartz), function
GF54.30-P-3017A
Copyright DaimlerChrysler AG 05.06.2006 CD-Ausgabe G/10/04 . This WIS print-out will not be recorde
d by Modification services.
Page 1

Remove/Install
1 - Remove transmission with torque converter. See REMOVE/INSTALL TRANSMISSION WITH
TORQUE CONVERTER.
2 - Put transmission down on workbench. See Fig. 1
.
3 - Take transmission housing (1) off torque converter housing (2). See Fig. 1
.
4 - Pull torque converter housing (2) off transmission housing (1).
5 - Unscrew internal Torx drive bolts (4a) of oil pump (4).
6 - Screw two opposed bolts (a) into the oil pump housing (4) and press the oil pump (4) out of the
converter housing (2) by applying light blows with a plastic hammer.
Inspect
7 - Check oil pump (4).
8 - Check teflon rings (5a) of multi-disk brake B1 (5), replace if necessary.
9 - Install in the reverse order. NOTE: Internal Torx drive bolts (2a) 15 bolts and internal Torx drive bolts (1a) 2
bolts.
NOTE: The intermediate panel (6) on the torque converter housing (2) can usually
be used several times. The panel must not be coated with sealant.
NOTE: Bolt, transmission housing to converter housing. See Fig. 2
.
NOTE: Ensure that the multi-disk clutch K1 (3) does not fall out.
NOTE: Bolt, oil pump with multi-disk brake B1 to converter housing. See Fig. 2
.
NOTE: According to condition: Dismantle and assemble oil pump. See
DISMANTLING & ASSEMBLING OIL PUMP
.
NOTE: Insert both teflon rings (5a) into groove with grease so that the joint stays
together.
2001 Mercedes-Benz ML320
1998-03 AUTOMATIC TRANSMISSIONS Complete Transmissions - ML 320 - 722.662
me
Saturday, October 02, 2010 3:15:25 PMPage 3 © 2006 Mitchell Repair Information Company, LLC.

Shifting "N" To "D" (1st Gear), Function
See SHIFTING N TO D (1ST GEAR), FUNCTION
.
Function Of Shift From 1 To 2
See SHIFT FROM 1 TO 2, FUNCTION
.
Limp-home Mode, Function
See LIMP
-HOME MODE, FUNCTION.
Operating Pressure, Function
See OPERATING PRESSURE, FUNCTION
.
Lubricating Pressure, Function
See LUBRICATING PRESSURE, FUNCTION
.
Shift Pressure, Function
See SHIFT PRESSURE, FUNCTION
.
Modulating Pressure, Function
See MODULATING PRESSURE, FUNCTION
.
Shift Valve Pressure, Function
See SHIFT VALVE PRESSURE, FUNCTION
.
Manual Drive Mode Selection, Function
See MANUAL DRIVE MODE SELECTION, FUNCTION
.
Oil Level Control, Function
See OIL LEVEL CONTROL, FUNCTION
.
Torque Converter Lockup Clutch Control, Function
See FUNCTION OF TORQUE CONVERTER LOCKUP CLUTCH CONTROL
.
Torque Converter Lockup Clutch Control Pressure, Function
See TORQUE CONVERTER LOCKUP CLUTCH CONTROL PRESSURE, FUNCTION
.
2001 Mercedes-Benz ML320
1998-03 AUTOMATIC TRANSMISSIONS Complete Transmissions - ML 320 - 722.662
me
Saturday, October 02, 2010 3:15:25 PMPage 22 © 2006 Mitchell Repair Information Company, LLC.

Fig. 18: Shift From 1 To 2, Function (Second Gear Engaged)
Courtesy of MERCEDES-BENZ OF NORTH AMERICA.
Aim
Engage front multiple-disc clutch (K1), disengage front multiple-disc brake (B1).
Operation
1st Gear Engaged See Fig. 16.
The end face of the 1-2/4-5 command valve (31a) is kept depressurized via the 1-2 and 4-5 shift solenoid valve
(Y3/6y3). Via the 1-2/4-5 holding pressure shift valve (28a), working pressure (p-A) is applied to the front
mutiple-disc clutch (K1) is depressurized.
Shift Phase
See Fig. 17
Via the 1-2 and 4-5 shift solenoid valve (Y3/6y3), the shift valve pressure (p-SV) is directed onto the end face
of the command valve 1-2/4-5 (31a). The 1-2/4-5 command valve (31a) is displaced and the shift pressure (p-S)
coming from the 1-2/4-5 shift pressure shift valve (29a) via the 1-2/4-5 command valve (31a) is directed to the
front multiple-disc clutch (K1). At the same time the front multiple-disc brake (B1) is subjected to overlap
pressure from the 1-2/4-5 overlap regulating valve (30a).
The B1 pressure acting on the end face of the 1-2/4-5 shift pressure shift valve (29a) is superseded by the
working pressure (p-A). The increasing shift pressure (p-S) at the front multiple-disc clutch (K1) acts on the
annular area of the 1-2/4-5 overlap regulating valve (30a). With an appropriate pressure level at the 1-2/4-5
holding pressure shift valve (28a) this valve switches over.
2nd Gear Engaged
See Fig. 18.
After the gear change is complete, the pressure on the end face of the 12-/4-5 command valve (31a) is reduced
via the 1-2 and 4-5 shift solenoid valve (Y3/6y3) and the command value is pushed back into its original
position. Via the 1-2/4-5 holding pressure shift valve (28a) working pressure (p-A) now reaches the front
multiple-disc clutch (K1) via the 1-2/4-5 command valve (31a).
The front multiple-disc brake (B1) is disengaged (depressurized). The spring in the 1-2/4-5 shift pressure shift
valve (29a) pushes this into its original position.
Continuation
Operating Pressure, Function
See OPERATING PRESSURE, FUNCTION
.
Shift Pressure, Function
2001 Mercedes-Benz ML320
1998-03 AUTOMATIC TRANSMISSIONS Complete Transmissions - ML 320 - 722.662
me
Saturday, October 02, 2010 3:15:25 PMPage 28 © 2006 Mitchell Repair Information Company, LLC.

Limp-Home Mode, Function
See LIMP
-HOME MODE, FUNCTION.
Operating Pressure, Function
See OPERATING PRESSURE, FUNCTION
.
Lubricating Pressure, Function
See LUBRICATING PRESSURE, FUNCTION
.
Shift Pressure, Function
See SHIFT PRESSURE, FUNCTION
.
Modulating Pressure, Function
See MODULATING PRESSURE, FUNCTION
.
Regulating Valve Pressure, Function
See REGULATING VALVE PRESSURE, FUNCTION
.
Shift Valve Pressure, Function
See SHIFT VALVE PRESSURE, FUNCTION
.
Hydropneumatic Transmission Control, Function
See HYDROPNEUMATIC TRANSMISSION CONTROL, FUNCTION
.
Manual Drive Mode Selection, Function
See MANUAL DRIVE MODE SELECTION, FUNCTION
.
Oil Level Control
See OIL LEVEL CONTROL, FUNCTION
.
Function Of Torque Converter Lockup Clutch Control
See FUNCTION OF TORQUE CONVERTER LOCKUP CLUTCH CONTROL
.
Torque Converter Lockup Clutch Control Pressure, Function
See TORQUE CONVERTER LOCKUP CLUTCH CONTROL PRESSURE, FUNCTION
2001 Mercedes-Benz ML320
1998-03 AUTOMATIC TRANSMISSIONS Complete Transmissions - ML 320 - 722.662
me
Saturday, October 02, 2010 3:15:25 PMPage 31 © 2006 Mitchell Repair Information Company, LLC.