Vin SUZUKI SWIFT 2006 2.G Service Workshop Manual

Downloaded from www.Manualslib.com manuals search engine 5B-6 Manual Transmission/Transaxle:
Gear Shift Control Lever and Cable Removal
and Installation
S7RS0B5206004
Removal1) Remove console box.
2) Disconnect cable ends (4) from pivot (5) of gear shift control lever assembly.
3) Disconnect gear shift and select control cables (1) from gear shift control lever assembly (2) while
pressing claw (6) as shown in figure.
4) Remove gear shift control lever assembly mounting nuts (3) and gear shift lever assembly from floor
panel.
5) Disconnect gear shift and select control cables from transaxle referring to step 2) to step 5) of
“Dismounting” under “Manual Transaxle Unit
Dismounting and Remounting”.
6) Remove cable grommet bolt, and then remove gear shift and select control cables from floor panel.
Installation
Reverse removal procedure for installation nothing the
following.
• Tighten each bolts and nuts to specified torque referring to “Gear Shift Control Lever and Cable
Components”.
• Adjust gear select control cable referring to “Gear Select Control Cable Adjustment”.
Gear Select Control Cable AdjustmentS7RS0B5206005
1) Release lock plate (1) which restricts moving of cable end holder (2).
2) Push cable end holder (2) out from adjuster (4) using appropriate tool (3) to disengage cable.
35
4
2
31
6
I7RS0A521002-01I4RS0A520004-01

Downloaded from www.Manualslib.com manuals search engine 5B-12 Manual Transmission/Transaxle:
4) Install washer and gear shift interlock bolt (2) to which sealant have been app lied and then tighten it
to specified torque.
“B”: Sealant 99000–31260 (SUZUKI Bond
No.1217G)
Tightening torque
Gear shift interlock bolt (b): 23 N·m (2.3 kgf-m,
17.0 lb-ft)
5) Install washer and 5th to reverse interlock guide bolt (3) to which sealant have been applied and then
tighten it to specified torque.
“B”: Sealant 99000–31260 (SUZUKI Bond
No.1217G)
Tightening torque
5th to reverse interlock guide bolt (c): 23 N·m (
2.3 kgf-m, 17.0 lb-ft)
Gear Shift and Select Shaft Disassembly and
Assembly
S7RS0B5206012
1) Push pins out using 2.8 – 3.0 mm (0.11 – 0.12 in.) commercially available spring pin remover and
specified spring pin removers as shown below.
Special tool
(A): 09922–85811 4.5 mm
(B): 09925–78210 6.0 mm
2) Inspect component parts for wear, distortion or
damage. If any detect is found, replace detective
part with new one.
NOTE
• Set new gear shift & select lever inner pin (8) and outer pin (9) facing each gap (“a”,
“b”) in the opposite direction as shown in
figure.
• When driving in pins, prevent shaft from being bent by supporting it with wood
block.
• Assemble 5th & reverse gear shift cam with its pit and pin aligned.
• Make sure to select an appropriate spring by identifying the painted colors to keep
gear shifting performance as designed.
– Low speed select spring – Light blue
– Reverse select spring – Yellow

“A” 1, (a), “B”
1, (a), “B” 2, (b), “B”
3, (c), “B”
I4RS0A520025-01
1. E-ring 10. Ball
2. Washer 11. Gear shift & select shaft
3. Reverse select spring 12. 5th & reverse gear shift cam
4. Gear shift interlock plate 13. 5th & reverse gear shift cam guide pin
5. Ball 14. Cam guide return spring
6. Gear shift interlock spring 15. 5th & reverse gear shift cam guide
7. Gear shift & select lever 16. Gear shift cam guide pin
8. Inner pin 17. Low speed select spring
9. Outer pin 18. Spring pin remover
I6RS0C520011-01

Downloaded from www.Manualslib.com manuals search engine 5B-20 Manual Transmission/Transaxle:
9) Install side bearing retainer as follows.a) Install differential side bearing outer race to left case and then tap and accustom outer race
using special tool and plastic hammer.
CAUTION!
Do not drive in a race with hammer.
Driving it may cause to damage bearing.

Special tool
(A): 09926–27610
b) Select a shim of differential side bearing as follows.
i) Measure depth “a” from left case (1) face to side bearing outer race (2) using depth
gauge.
ii) Measure height “b” of side bearing retainer with depth gauge. iii) Calculate clearance a – b, and select
differential shim acco rding to the following
table.
Bearing shim specification
(A)
I4RH01520053-01
I4RS0A520037-01
“b”
I4RS0A520038-01
Clearance “a” – “b” Thickness of bearing
shim to be installed
0.636 – 0.665 mm
(0.0250 – 0.0261 in.) 0.75 mm (0.030 in.)
0.666 – 0.695 mm
(0.0262 – 0.0273 in.) 0.78 mm (0.031 in.)
0.696 – 0.725 mm
(0.0274 – 0.0285 in.) 0.81 mm (0.032 in.)
0.726 – 0.755 mm
(0.0286 – 0.0297 in.) 0.84 mm (0.033 in.)
0.756 – 0.785 mm
(0.0298 – 0.0309 in.) 0.87 mm (0.034 in.)
0.786 – 0.815 mm
(0.0310 – 0.0320 in.) 0.90 mm (0.035 in.)
0.816 – 0.845 mm
(0.0321 – 0.0332 in.) 0.93 mm (0.037 in.)
0.846 – 0.875 mm
(0.0333 – 0.0344 in.) 0.96 mm (0.038 in.)
0.876 – 0.905 mm
(0.0345 – 0.0356 in.) 0.99 mm (0.039 in.)
0.906 – 0.935 mm
(0.0357 – 0.0368 in.) 1.02 mm (0.040 in.)
0.936 – 0.965 mm
(0.0369 – 0.0379 in.) 1.05 mm (0.041 in.)
0.966 – 0.995 mm
(0.0380 – 0.0391 in.) 1.08 mm (0.043 in.)
0.996 – 1.025 mm
(0.0392 – 0.0403 in.) 1.11 mm (0.044 in.)
1.026 – 1.055 mm
(0.0404 – 0.0415 in.) 1.14 mm (0.045 in.)
1.056 – 1.085 mm
(0.0416 – 0.0427 in.) 1.17 mm (0.046 in.)
1.086 – 1.115 mm
(0.0428 – 0.0438 in.) 1.20 mm (0.047 in.)
1.116 – 1.145 mm
(0.0439 – 0.0450 in.) 1.23 mm (0.048 in.)
1.146 – 1.175 mm
(0.0451 – 0.0462 in.) 1.26 mm (0.050 in.)
1.176 – 1.205 mm
(0.0463 – 0.0474 in.) 1.29 mm (0.051 in.)
1.206 – 1.235 mm
(0.0475 – 0.0486 in.) 1.32 mm (0.052 in.)
1.236 – 1.265 mm
(0.0487 – 0.0498 in.) 1.35 mm (0.053 in.)
1.266 – 1.295 mm
(0.0499 – 0.0509 in.) 1.38 mm (0.054 in.)
1.296 – 1.325 mm
(0.0510 – 0.0521 in.) 1.41 mm (0.056 in.)

Downloaded from www.Manualslib.com manuals search engine Clutch: 5C-3
Clutch Release Margin “C”1) Pull up parking brake fully and block wheels.
2) Start engine and keep engine at idle with neutral gear position.
3) Without clutch pedal (1) dep ressed, slightly push the
shift lever to re verse position until transaxle emits
gear contact noise. Do not shift the lever to reverse
position.
4) With emitting gear contact noise, be slow to depress clutch pedal (1), and at gear contact noise died
position (release point) stop depressing.
5) Measure distance between release point (4) and full stroke point (5) on clutch pedal (1) which is shown by
“C” in figure.
Clutch release margin
“C”: 25 – 55 mm (0.98 – 2.17 in.)
6) If “C” is not within specificat ion, it is possible that air
is trapped in this system. If suspected so, bleed air
referring to “Air Bleeding of Clutch System”. Upon
completion of above inspection, start engine and
check clutch for proper operation.
Clutch Fluid Level InspectionS7RS0B5306002
Refer to “Brake Fluid Level Inspection in Section 4A”.
Clutch fluid specification
: Refer to reservoir cap.
Air Bleeding of Clutch SystemS7RS0B5306003
CAUTION!
Brake fluid is extremely damaging to paint. If
fluid should accidentally touch painted
surface, immediately wipe fluid from paint
and clean painted surface.

Bleeding operation is necessary to remove air whenever
it entered hydraulic clutch system.
1) Fill master cylinder reservoir with brake fluid and keep at least one-half full of fluid during bleeding
operation.
Brake Fluid
Refer to reservoir cap
2) Remove bleeder plug cap from clutch operating cylinder (3). Attach a vinyl tube (1) to bleeder plug
(4), and insert the other end into container (2).
2
1
“A”
3
2
1
3
“B”
“C”
4
5
I4RS0B530001-01
I4RS0A530023-01
3 4 1
2
3
I4RS0A530003-01

Downloaded from www.Manualslib.com manuals search engine Steering Wheel and Column: 6B-4
Steering Wheel Removal and InstallationS7RS0B6206002
CAUTION!
Do not turn the contact coil more than
allowable number of turns (about two and a
half turns from the center position clockwise
or counterclockwise respectively) with
steering wheel removed, or coil will break.

Removal
CAUTION!
Do not hammer the end of the shaft.
Hammering it will loosen the plastic shear
pins which maintain the column length and
impair the collapsible design of the column.

1) Disconnect negative (–) cable at battery.
2) Disable air bag system referring to “Disabling Air
Bag System in Section 8B”.
3) Remove driver air bag (inflator) module from steering wheel. Refer to “Driver Air Bag (Inflator)
Module Removal and Installation in Section 8B”.
4) Disconnect horn connector and audio control switch connector, if equipped.
5) Remove steering shaft nut and then make alignment marks (1) on steering wheel and shaft for a guide
during reinstallation.
6) Remove steering wheel using special tool. Special tool
(A): 09944–36011 Installation
CAUTION!
Following 2 Steps (Step 1) and 2)) are
prerequisite for installation of steering wheel.
If steering wheel has
been installed without
these 2 Steps, contact coil will break when
steering wheel is turned.

1) Check that vehicle’s front tires are at straight-ahead position and contact coil is centered. If contact coil is
turned after removing steering wheel, center contact
coil referring to “Centering Contact Coil Cable
Assembly”.
2) Install steering wheel to steering shaft with 2 grooves (1) on contact coil fitted in 2 lugs (2) in the back of
steering wheel and also aligning marks (3) on
steering wheel and steering shaft.
3) Tighten steering shaft nut (4) to specified torque.
Tightening torque
Steering shaft nut (a): 33 N·m (3.3 kgf-m, 24.0 lb-
ft)
4) Connect horn connector and audio control switch connector, if necessary.
5) Install driver air bag (inflator) module to steering wheel. Refer to “Driver Air Bag (Inflator) Module
Removal and Installati on in Section 8B”.
6) Connect negative (–) battery cable.
7) Enable air bag system refe rring to “Enabling Air Bag
System in Section 8B”.
I4RS0A620005-01
(A)
I4RS0A620006-01
I4RS0A620007-01

Downloaded from www.Manualslib.com manuals search engine 6B-7 Steering Wheel and Column:
Steering Column Removal and InstallationS7RS0B6206006
CAUTION!
Once the steering column is removed from
the vehicle, the column is extremely
susceptible to damage.
• Dropping the column assembly on its end could collapse the steering shaft or loosen
the plastic shear pins which maintain
column length.
• Leaning on the column assembly could cause it to bend or deform.
Any of the damage could impair the column’s
collapsible design.
Steering column mounting nuts should not
be loosened with steering shaft joint upper
side bolt tightened as this could cause
damage to shaft joint bearing.

NOTE
When servicing steering column or any
column-mounted component, remove
steering wheel. But when removing steering
column simply to gain access to instrument
panel components, leave steering wheel
installed on steering column.

Removal
WARNING!
Never rest a steering column assembly on
the steering wheel with the air bag (inflator)
module face down and column vertical.
Otherwise, personal injury may result.

1) Disconnect negative (–) cable at battery.
2) Disable air bag system. Re fer to “Disabling Air Bag
System in Section 8B”.
3) Remove steering wheel and contact coil cable assembly referring to “S teering Wheel Removal and
Installation” and “Contact Coil Cable Assembly
Removal and Installation”.
4) Detach lighting switch and wiper switch from steering column.
5) Remove immobilizer cont rol module from steering
column, referring to “Immo bilizer Control Module
(ICM) Removal and Installation in Section 10C”.
6) Remove steering column hole cover.
7) Remove steering joint cover.
8) Make alignment marks (4) on lower shaft (1) and shaft joint of steering column (2) and lower shaft (1)
and pinion shaft (3) for a guide during reinstallation.
9) Remove lower shaf t joint bolts (5).
10) Remove steering lower shaft (1).
11) Remove steering column mounting nuts (1).
12) Remove steering column from vehicle.
I4RS0A620016-01
1
1
I4RS0A620017-01

Downloaded from www.Manualslib.com manuals search engine Power Assisted Steering System: 6C-3
EPS Diagnosis General DescriptionS7RS0B6301002
The P/S system in this vehicle is controlled by the P/S control module. T he P/S control module has an on-board
diagnostic system which detects a malfunction in this system. When diagnosing troubles, be sure to have full
understanding of the outline of “On-Board Diagnostic Sy stem Description” and each item in “Precautions in
Diagnosing Troubles”, and then execute diagnosis according to “EPS System Check”.
On-Board Diagnostic System DescriptionS7RS0B6301003
The P/S control module performs the on -board diagnosis (self-diagnosis) on the system and operates the “EPS”
warning light (1) as follows.
• The “EPS” warning light lights when the ignition switch is turned to ON position (but the engine at stop) regardless
of the condition of the P/S co ntrol system. This is only to check if the “EPS” warning light is operated properly.
• If the areas monitored by the P/S control module is free from any trouble after the engine start (while engine is
running), the “EPS” warning light turns OFF.
• When the P/S control module detects a trouble which has occurred in th e monitored areas the “EPS” warning light
comes ON while the engine is running to warn the driver of such occurrence of the trouble and at the same time it
stores the exact trouble area in memory inside of the P/S control module.
Driving Cycle
A “Driving Cycle” consists of en gine startup and engine shutoff.
3 Driving Cycles Detection Logic
The malfunction detected in the first and second driving cycl e is stored in P/S control module memory (in the form of
pending DTC) but the “EPS” wa rning light does not light at these time. It lights up at t he third detection of same
malfunction also in the next driving cycle.
1
I6RS0C630002-01

Downloaded from www.Manualslib.com manuals search engine Power Assisted Steering System: 6C-9
3) Start engine.
4) Read DTC according to the instructions displayed on
SUZUKI scan tool. For further details, refer to
operator’s manual for SUZUKI scan tool.
NOTE
• If communication between SUZUKI scan tool and the vehicle can not be
established, perform “Serial Data Link
Circuit Check”.
• DTC C1122 (engine speed signal failure) is indicated when ignition switch is at ON
position and engine is not running, but it
means there is nothing abnormal if
indication changes to a normal one when
engine is started.

5) After completing the check, turn ignition switch to
OFF position and disconnect SUZUKI scan tool from
DLC.
DTC ClearanceS7RS0B6304004
1) Turn ignition switch to OFF position.
2) Connect SUZUKI scan tool to data link connector (DLC) (1) located on underside of instrument panel
at driver’s seat side.
Special tool
(A): SUZUKI scan tool
3) Turn ignition switch to ON position.
4) Erase DTC according to the instructions displayed on SUZUKI scan tool. For further details, refer to
operator’s manual for SUZUKI scan tool.
5) After completing the clearance, turn ignition switch to OFF position and disconnect SUZUKI scan tool from
DLC.
DTC TableS7RS0B6304005
CAUTION!
Be sure to perform the “EPS Syst em Check” before starting troubleshooting corresponding to each
DTC.

(A)
1
I4RS0B450003-01
DTC No. Detecting item Detecting condition
(DTC will set when detecting) Trouble area MIL
No
CODES Normal — — —
) C1113 Steering torque sensor (Main
and Sub) circuit correlation Voltage difference between torque
sensor main signal and sub signal
is more than 0.6 V for 1 second
continuously. • Torque sensor signal circuit
• Torque sensor
• P/S control module
1 driving
cycle
) C1114 Steering torque sensor
reference power supply
circuit Circuit voltage of torque sensor 5
V reference power supply voltage
is more than 5.7 V or less than 4.3
V for 1 second continuously. • Torque sensor circuit
• Torque sensor
• P/S control module
1 driving
cycle
) C1117 Steering torque sensor
failure signal circuit low Torque sensor internal failure
signal circuit voltage is less than
1.7 V when ignition switch turned
ON.
• Torque sensor signal circuit
• Torque sensor
• P/S control module1 driving
cycle
) C1118 Steering torque sensor
failure signal circuit high Torque sensor internal failure
signal circuit voltage is more than
3.7 V for 1 second continuously. 1 driving
cycle
) C1119 Steering torque sensor
power supply circuit Circuit voltage of torque sensor
main power supply
is less than
7.5 V for 1 second continuously. • Torque sensor circuit
• Torque sensor
• P/S control module
1 driving
cycle

Downloaded from www.Manualslib.com manuals search engine 6C-10 Power Assisted Steering System:
) C1121 No vehicle speed signal
(60 seconds or more) Vehicle speed signal is 0 km/h
even though engine speed is
more than 4000 rpm for more than
60 seconds continuously (before
elapse of 5 min from engine start)
or vehicle speed signal is 0 km/h
even though engine speed is
more than 2500 rpm for more than
60 seconds continuously (after
elapse of 5 min for engine start). • Vehicle speed signal circuit
• Wheel speed sensor
•ECM
• P/S control module
• ABS control module
• CAN communication circuit
Not
applicable
) C1122 Engine speed signal Engine speed signal is less than
220 rpm for more than 0.8
seconds.
or
Engine speed signal is less than
220 rpm for more than 20
seconds continuously even
though vehicle speed signal is
more than 50 km/h.• Engine speed signal circuit
•ECM
• P/S control module
• Vehicle speed signal
1 driving
cycle
) C1123 No vehicle speed signal
(30 seconds or more) Vehicle speed signal is 0 km/h
with continuously more than 3
driving cycles even though engine
speed is more than 4000 rpm for
more than 30 seconds
continuously (before elapse of 5
min from engine start).
or
vehicle speed signal is 0 km/h
with continuously more than 3
driving cycles even though engine
speed is more than 2500 rpm for
more than 30 seconds
continuously (after elapse of 5 min
for engine start). • Vehicle speed signal circuit
• Wheel speed sensor
•ECM
• P/S control module
• ABS control module
• CAN communication circuit
3 driving
cycles
) C1124 Vehicle speed performance
(Impossible deceleration) Vehicle speed signal is less than 5
km/h for more
than 5 seconds
continuously with more than
specified deceleration speed (–20
m/s
2) from over 20 km/h. Not
applicable
) C1141 P/S motor circuit voltage Voltage between both motor drive
circuits is more than 8.5 V or less
than 0.2 V for 0.5 seconds
continuously while motor is not
drived.
• P/S motor circuit
• P/S motor
• P/S control module1 driving
cycle
) C1142 P/S motor circuit range /
performance Measured motor drive current is
more than 10 A as compared with
target motor drive current. 1 driving
cycle
DTC No. Detecting item
Detecting condition
(DTC will set when detecting) Trouble area MIL

Downloaded from www.Manualslib.com manuals search engine Power Assisted Steering System: 6C-11
Scan Tool DataS7RS0B6304006
NOTE
When P/S motor is cold condition (that is, armature coil of P/S motor is not heated), normal value with
asterisk (*) mark in the following table is displayed on scan tool.

) C1143 P/S motor circuit current too
high Measured motor drive current is
more than 50 A.
• P/S motor circuit
• P/S motor
• P/S control module1 driving
cycle
) C1145 P/S motor circuit current too
low Measured motor drive current is
less than 2 A continuously for
more than 3 seconds even though
target motor drive current is more
than 4 A.
or
Measured motor drive current is
less than 0.8 A for total 1 second
even though motor control duty is
more than 90% while target motor
drive current is less than 8 A. 1 driving
cycle
) C1153 P/S control module power
supply circuit Power supply voltage of P/S
control module is less than 9 V for
5 seconds continuously. • P/S control module power
supply circuit
• Undercharged Battery
• P/S control module 1 driving
cycle
) C1155 P/S control module internal
failure Internal memory (EEPROM) is
data error.
• P/S control moduleNot
applicable
Internal circuit is faulty.
or
Power supply voltage of P/S
control module exceeded 17.5 V. • Overcharged Battery
• P/S control module
1 driving
cycle
DTC No. Detecting item
Detecting condition
(DTC will set when detecting) Trouble area MIL
Scan tool data
Vehicle conditionNormal condition
) Battery Voltage
Ignition switch ON 10 – 14 V
) TQS Power Supply 10 – 14 V
) TQS Main Torque Engine running at idle speed Steering wheel at fully turned to left –9.4 – 0 N
⋅m
Steering wheel at free 0 N⋅m
Steering wheel at fully turned to right 0 – 9.4 N ⋅m
) TQS Sub Torque Engine running at idle speed Steering wheel at fully turned to left –9.4 – 0 N
⋅m
Steering wheel at free 0 N⋅m
Steering wheel at fully turned to right 0 – 9.4 N ⋅m
) Assist Torque Engine running at idle speed Steering wheel at fully turned to left –9.4 – 0 N
⋅m
Steering wheel at free 0 N⋅m
Steering wheel at fully turned to right 0 – 9.4 N ⋅m
) Motor Control Engine running at idle speed Steering wheel at free
0 A
Steering wheel at fully turned to left or right *35 – 45 A
) Motor Monitor Engine running at idle speed Steering wheel at free
0 A
Steering wheel at fully turned to left or right *35 – 45 A
) Vehicle Speed Engine running and vehicle at stop 0 km/h
) Engine Speed Engine running at idle speed after warming up 700 ± 50 rpm
) Motor Volt Engine running at idle speed Steering wheel at free
0.8 – 1 V
Steering wheel at fully turned to right About 5 V
) Ignition switch Ignition switch ON ON