2001 CHRYSLER VOYAGER lug pattern

(12) Install center console support bracket (Fig.
158). Torque support bracket-to-gearshift mechanism
screws to 12 N´m (108 in. lbs.).
(13) Install center console assembly (Fig. 159).
Install and torque center console-to-gearshift mecha-
nism screws to 5 N´m (45 in. lbs.).(14) Install cupholder plugs (Fig. 160).
(15) Install gearshift boot to console (Fig. 161).
Secure with three (3) retainer clips.
(16) Install gearshift knob to gearshift lever (Fig.
162). Orient shift pattern ò-turn clockwise, push
down and rotate ò-turn counter-clockwise and
release. Secure boot to knob.
(17) Connect battery negative cable.
Fig. 158 Center Console Support Bracket
1 - BRACKET
2 - SCREW
3 - GEARSHIFT MECHANISM
Fig. 159 Center Console Removal/Installation (LHD
Shown Ð RHD Typical)
1 - CENTER CONSOLE
2 - SCREW (4)
3 - GEARSHIFT MECHANISM
Fig. 160 Cup Holder Plugs
1 - CUPHOLDER PLUG (2)
Fig. 161 Gearshift Boot Removal/Installation
1 - GEARSHIFT BOOT
2 - CENTER CONSOLE
RGT850 MANUAL TRANSAXLE21a-59
GEARSHIFT CABLE - CROSSOVER (Continued)

(6) Remove four (4) center console-to-gearshift
mechanism screws. Remove console assembly (Fig.
166).
(7) Loosen crossover cable adjustment screw (Fig.
167).
(8) Rock gearshift lever back and forth between
1±2 and 5±R planes. Release lever, allowing shifterspring to return lever to the neutral position in the
3±4 plane. Place gearshift lever in the 3rd gear posi-
tion.
(9) Torque crossover lever adjustment screw to 8
N´m (70 in. lbs.).No load should be applied to
the shifter lever in any direction (hands off)
while tightening screw.
(10) Verify gearshift lever travel through all gear
ranges with engine off (not running).
(11) Install center console assembly (Fig. 166).
Install and torque center console-to-gearshift mecha-
nism screws to 5 N´m (45 in. lbs.).
(12) Install cupholder plugs (Fig. 165).
(13) Install gearshift boot to console (Fig. 164).
Secure boot to console with three (3) retainer clips.
(14) Install gearshift knob to gearshift lever (Fig.
163). Orient shift pattern on knob ò-turn clockwise,
push down and rotate ò-turn counter-clockwise and
release. Secure boot to knob.
(15) Connect battery negative cable.
GEARSHIFT CABLE -
SELECTOR
REMOVAL
(1) Disconnect battery negative cable.
(2) Remove gearshift knob by pushing down and
rotating ò-turn clock-wise (Fig. 168).
(3) Remove gearshift boot from center console by
disengaging at three (3) retaining clips (Fig. 169).
Fig. 166 Center Console Removal/Installation (LHD
Shown Ð RHD Typical)
1 - CENTER CONSOLE
2 - SCREW (4)
3 - GEARSHIFT MECHANISM
Fig. 167 Crossover Cable Adjustment Screw
1 - CROSSOVER CABLE
2 - ADJUSTMENT SCREW
Fig. 168 Gearshift Knob Removal/Installation
1 - GEARSHIFT KNOB
2 - GEARSHIFT LEVER
RGT850 MANUAL TRANSAXLE21a-61
GEARSHIFT CABLE - CROSSOVER (Continued)

(13) Install cupholder plugs (Fig. 189).
(14) Install gearshift boot to console (Fig. 190).
Secure with three (3) retainer clips.
(15) Install gearshift knob to gearshift lever (Fig.
191). Orient shift pattern ò-turn clockwise, push
down and rotate ò-turn counter-clockwise and
release. Secure boot to knob.
(16) Connect battery negative cable.
GEARSHIFT KNOB
REMOVAL
(1) Separate gearshift boot from base of knob.
(2) Remove gearshift knob by pushing down and
rotating ò-turn clockwise (Fig. 192).
INSTALLATION
(1) Install gearshift knob pattern ò-turn clock-
wise, press down, and rotate ò-turn counter clock-
wise (Fig. 192).
(2) Secure gearshift boot to base of knob.
Fig. 189 Cup Holder Plugs
1 - CUPHOLDER PLUG (2)
Fig. 190 Gearshift Boot Removal/Installation
1 - GEARSHIFT BOOT
2 - CENTER CONSOLE
Fig. 191 Gearshift Knob Removal/Installation
1 - GEARSHIFT KNOB
2 - GEARSHIFT LEVER
Fig. 192 Gearshift Knob Removal/Installation
1 - GEARSHIFT KNOB
2 - GEARSHIFT LEVER
RGT850 MANUAL TRANSAXLE21a-67
GEARSHIFT CABLE - SELECTOR (Continued)

(6) Install center console assembly (Fig. 209).
Install and torque center console-to-gearshift mecha-
nism screws to 5 N´m (45 in. lbs.).
(7) Install cupholder plugs (Fig. 210).(8) Install gearshift boot to console (Fig. 211).
Secure with three (3) retainer clips.
(9) Install gearshift knob to gearshift lever (Fig.
212). Orient shift pattern ò-turn clockwise, push
down and rotate ò-turn counter-clockwise and
release. Secure boot to knob.
(10) Connect battery negative cable.
Fig. 209 Center Console Removal/Installation (LHD
Shown Ð RHD Typical)
1 - CENTER CONSOLE
2 - SCREW (4)
3 - GEARSHIFT MECHANISM
Fig. 210 Cup Holder Plugs
1 - CUPHOLDER PLUG (2)
Fig. 211 Gearshift Boot Removal/Installation
1 - GEARSHIFT BOOT
2 - CENTER CONSOLE
Fig. 212 Gearshift Knob Removal/Installation
1 - GEARSHIFT KNOB
2 - GEARSHIFT LEVER
21a - 72 T850 MANUAL TRANSAXLERG
GEARSHIFT MECHANISM (Continued)

then notice harsh bumps when the A/C clutch is
being cycled, but vehicle shudder will be elimi-
nated. After 35 OBDII (EURO STAGE III OBD)
warm-up starts or if the code is cleared, PEMCC
will be reactivated to see if shudder is still present.
If one shudder event occurs, the code will be reset.
Clearing the code and running battery disconnect
with the DRBIIItis the only way to reset the
shudder counter from 20 back to zero.
Transmission Effects:This code does not cause
the transmission to go into limp-in mode. However,
once the code is set, FEMCC to PEMCC operation
before the A/C clutch engagement will be disabled
for 35 OBDII (EURO STAGE III OBD) warm up
starts.
Possible causes:
> Degraded transmission fluid
> Wheels severely out of alignment
> Internal torque converter problem
Name of Code:P1799(74) - Calculated Oil Temper-
ature in Use
When Monitored:When ever the Engine is run-
ning.
Set condition:The code is set if any of the follow-
ing conditions exist for three consecutive key starts:
> The Temperature Sensor voltage is out of range
(below 0.07 volts or greater than 4.94 volts)
> If continuous erratic Temperature Sensor voltage
is sensed.
> The Temperature Sensor temperature stays be-
low 27C (80ÉF) for an extended period of time.
Theory of Operation:The TCM uses a Tempera-
ture Sensor to monitor the transmission sump tem-
perature. This temperature is used to determine
which shift schedule the TCM is to use. (See Trans-
mission Operation and Shift Scheduling at Various
Sump Temperatures in this diagnostic manual) If
the Temperature Sensor circuit fails to operate
properly the TCM will use the calculated oil tem-
perature routine found in prior model year TCM. If
this occurs for three consecutive key starts, the code
will be set. The TCM will then test the Temperature
Sensor circuit after every 35 OBDII (EURO STAGE
III OBD) warm-up starts. If the Temperature Sen-
sor circuit is OK, the Temperature Sensor data is
used in place of the Calculated Oil Temperature
data.
Transmission Effects:If the Temperature Sensor
indicates a temperature below -18C (0É F) or above
115C (240É F) at start up, The TCM compares the
calculated oil temperature to the indicated Temper-
ature Sensor oil temperature. If the calculated oil
temperature differs significantly from the Temper-
ature Sensor value, the calculated oil temperature
will be used for that key start.Possible Causes:
> Wiring or Connector problems in the transmis-
sion temperature sensor signal circuit.
> TRS
> TCM
Name of Code:P1738(75) - High Temperature
Operation Activated.
When Monitored:Whenever the engine is running.
Set Condition:Immediately once the Overheat
Shift Schedule is activated.
Theory of Operation:If the transmission oil tem-
perature rises above 115C (240ÉF), the overheat
shift schedule is activated refer to Transmission
Operation as a function of Transmission Oil Tem-
perature and the code is set. The DTC is an infor-
mation code only and is being set to aid the techni-
cian in determining root cause of a customer
driveability issue. The code is also intended to alert
the technician to determine if a cooling system
malfunction has occurred or if an additional trans-
mission air to oil cooler should be added to the
vehicle if the customer regularly drives in a manner
that overheats the transmission. Extended opera-
tion above 115C (240ÉF) will reduce the durability of
the transmission and should be avoided. Correcting
the cooling system malfunction or installing an
additional transmission oil cooler will improve
transmission durability especially for customers
who operate in city/construction stop and go traffic,
tow trailers regularly, drive aggressively in low gear
or drive regularly in mountainous areas.
Transmission Effects:Information only code. -
Overheat shift schedule was activated, no limp-in
condition occurs. 2nd gear partial EMCC above 40
Km/h (25 MPH), 3rd gear EMCC from 45-69 Km/h
(28-43 MPH), delayed 3-4 upshift at 69 Km/h (43
MPH), early 4-3 coastdown at 66 Km/h (41 MPH),
EMCC operation under all conditions above 40
Km/h (25 MPH) except at closed throttle or 1st gear.
Possible Causes:
± Transmission Overfilled with Oil
± Engine cooling fan failure
± Engine thermostat stuck closed
± Radiator corroded or packed with dirt
± Transmission Oil Cooler Plugged
± Customer driving pattern requires additional
transmission cooling
Name Of Code:P1739(76) - Power-Up at Speed
When Monitored:When TCM (transmission con-
trol module) initially powers-up.
Set Condition:If the TCM powers up while in the
9Drive9position and the vehicle is going above 32
Km/h (20 MPH), the code is set.
Theory of Operation:If a vehicle loses power to
the TCM, the vehicle will go to the 2nd gear mode
15
GENERAL INFORMATION