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SX4 2009

The document provides information on the engine of the 2009 Suzuki SX4 Sport, including: - The engine is a water-cooled inline 4-cylinder gasoline engine with double overhead camshafts and 16 valves. - The IMT (intake manifold tuning) system varies the effective intake pipe length to improve air volumetric efficiency at different engine speeds. - Diagnostic procedures are provided for checking compression pressure, engine vacuum, and valve lash clearance. Specifications for acceptable readings are included.

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0% found this document useful (0 votes)
605 views142 pages

SX4 2009

The document provides information on the engine of the 2009 Suzuki SX4 Sport, including: - The engine is a water-cooled inline 4-cylinder gasoline engine with double overhead camshafts and 16 valves. - The IMT (intake manifold tuning) system varies the effective intake pipe length to improve air volumetric efficiency at different engine speeds. - Diagnostic procedures are provided for checking compression pressure, engine vacuum, and valve lash clearance. Specifications for acceptable readings are included.

Uploaded by

jose
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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2009 Suzuki SX4 Sport

2009 ENGINE Engine Mechanical - SX4

2009 ENGINE

Engine Mechanical - SX4

GENERAL DESCRIPTIONS
ENGINE CONSTRUCTION

The engine is water-cooled, in line 4 cylinders, 4 stroke cycle gasoline unit with its DOHC (Double over head
camshaft) valve mechanism arranged for "V" type valve configuration consisting of 16 valves (4 valves/one
cylinder). The double overhead camshaft is mounted over the cylinder head; it is driven from crankshaft
through timing chains, and no push rods are provided in the valve train system.

Fig. 1: Identifying Engine


Courtesy of SUZUKI OF AMERICA CORP.

miércoles, 24 de febrero de 2021 11:45:45


11:45:40 p. m. Page 1 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

IMT (INTAKE MANIFOLD TUNING) SYSTEM

Fig. 2: Identifying View Of IMT System


Courtesy of SUZUKI OF AMERICA CORP.

IMT (Intake manifold tuning) system varies effective length of intake pipe by opening and closing IMT valve in
order to improve air volumetric efficiency.

As intake valve in cylinder head is opened and closed repeatedly, intake air pulsation always exists. If intake
valve is opened when air pressure is momentarily maximum, intake air volumetric efficiency is increased. This
momentary maximum air pressure depends on effective intake pipe length.

When IMT valve is fully open [A]:

The effective intake pipe length is shorter. Engine torque between middle and high engine speed ranges is
improved, whilst it drops between low and middle engine speed ranges.

When IMT valve is totally closed [B]:

The effective intake pipe length is longer. Engine torque between middle and high engine speed ranges drops,
while it is improved between low and middle ranges.

IMT system utilizes this characteristic of engine. IMT valve is closed between low and middle engine speed
ranges, and opened between middle and high engine speed ranges.

In this way, engine torque is improved in whole engine speed ranges.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

DIAGNOSTIC INFORMATION AND PROCEDURES


COMPRESSION CHECK

Check compression pressure on all 4 cylinders as follows:

1. Warm up engine.
2. Stop engine after warming up.

NOTE: After warming up engine, place transmission gear shift lever in


"Neutral" (shift selector lever to "P" range for A/T model), and set parking
brake and block drive wheels.

3. Remove ignition coils and all spark plugs, referring to REMOVAL .


4. Disconnect fuel injector wire harness at the connector.
5. Install special tool (Compression gauge) into spark plug hole.

Special Tool

A. 09915-64512
B. 09915-64530
C. 09915-67010

Fig. 3: Installing Special Tool (Compression Gauge) Into Spark Plug Hole
Courtesy of SUZUKI OF AMERICA CORP.

6. Disengage clutch (to lighten starting load on engine) for M/T vehicle, and depress accelerator pedal all
the way to make throttle fully open.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 4: Depressing Accelerator Pedal


Courtesy of SUZUKI OF AMERICA CORP.

7. Crank engine with fully charged battery, and read the highest pressure on compression gauge.

NOTE: For measuring compression pressure, crank engine at least 250 r/min
by using fully charged battery.
If measured compression pressure is lower than limit value, check
installation condition of special tool.

Compression pressure

Standard: 1400 kPa (14.0 kgf/cm2 , 199.0 psi)

Limit: 1100 kPa (11.0 kgf/cm2 , 158.0 psi)

Max. difference between any two cylinders: 100 kPa (1.0 kgf/cm2 , 14.2 psi)

8. Carry out Steps 5 through 7 on each cylinder to obtain 4 readings.


9. After checking, install spark plugs and ignition coils, referring to INSTALLATION .
10. Connect injector wire harness at connector.
11. Install air cleaner assembly, referring to INSTALLATION.

ENGINE VACUUM CHECK

The engine vacuum that develops in the intake line is a good indicator of the condition of the engine. The
vacuum checking procedure is as follows:

1. Warm up engine to normal operating temperature.

NOTE: After warming up engine, be sure to place transaxle gear shift lever in
"Neutral" (Shift selector lever to "P" range for A/T model), and set parking
brake and block drive wheels.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

2. Stop engine and turn off the all electric switches.


3. Remove air cleaner assembly, referring to REMOVAL.
4. Remove hose (1) from PCV valve (2).

Fig. 5: Identifying PCV Valve Hose


Courtesy of SUZUKI OF AMERICA CORP.

5. Connect special tool (Vacuum gauge) to PCV hose (1).

Special Tool

(A): 09915-67311

6. Blind PCV valve (2) using tape (3) or the like.

Fig. 6: Connecting Special Tool (Vacuum Gauge) To PCV Hose


Courtesy of SUZUKI OF AMERICA CORP.

7. Install air cleaner assembly, referring to INSTALLATION.


8. Run engine at specified idle speed and read vacuum gauge. Vacuum should be within specification.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Vacuum specification (at sea level)

59 - 73 kPa (45 - 55 cmHg, 17.7 - 21.6 in.Hg) at specified idle speed

9. After checking, remove air cleaner assembly.


10. Disconnect special tool (Vacuum gauge) from PCV valve.
11. Detach blind cap from PCV valve.
12. Connect PCV hose to PCV valve.
13. Install air cleaner assembly.

VALVE LASH (CLEARANCE) INSPECTION

1. Remove negative (-) cable at battery.


2. Remove cylinder head cover, referring to REMOVAL.
3. Using 17 mm wrench, turn crankshaft pulley (1) clockwise until index (2) of cylinder block and index (3)
of crankshaft pulley (1) are aligned.

Fig. 7: Turning Crankshaft Pulley


Courtesy of SUZUKI OF AMERICA CORP.

4. Check whether cam position (1) of No. 1 cylinder is at the specified position [A] as shown in Fig. 8. If
cam position is [B], locate cam position to [A] by turning crankshaft one rotation.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 8: Checking Cam Position


Courtesy of SUZUKI OF AMERICA CORP.

5. Check valve lashes with thickness gauge (1) according to the following procedure.
a. Check valve lashes of cylinder No. 1.
b. Turn crankshaft pulley by 180° clockwise.
c. Check valve lashes of cylinder No. 3.
d. In the same manner as b and c, check valve lashes of cylinder No. 4 then cylinder No. 2.

If valve lash is out of specification, record valve lash and adjust it to specification by replacing shim.

Valve clearance specification

VALVE CLEARANCE SPECIFICATION


When cold (Coolant temperature is 15 When hot (Coolant temperature is 60 -
- 25°C (59 - 77°F)) 68°C (140 - 154°F))
0.21 - 0.27 mm (0.008
Intake 0.18 - 0.22 mm (0.007 - 0.009 in.)
- 0.011 in.)
0.30 - 0.36 mm (0.012

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Exhaust 0.28 - 0.32 mm (0.011 - 0.013 in.) - 0.014 in.)

Fig. 9: Checking Valve Lashes With Thickness Gauge


Courtesy of SUZUKI OF AMERICA CORP.

Shim Replacement

1. Close the valve whose shim (2) is to be replaced by turning crankshaft, then turn tappet (3) till its cut
section (1) faces inside.

Fig. 10: Identifying Valve Shim & Tappet


Courtesy of SUZUKI OF AMERICA CORP.

2. Lift down the valve by turning crankshaft to 360°.


3. Hold tappet at that position using special tool as follows.
a. Remove its housing bolts.
b. Check housing No. and select special tool corresponding to housing No., referring to SPECIAL
TOOL SELECTION TABLE.

SPECIAL TOOL SELECTION TABLE


No. on camshaft housing Embossed mark on special tool
I2, I3, I4, I5 IN

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

E2, E3, E4, E5 EX

Fig. 11: Identifying Bearing Cap Mark


Courtesy of SUZUKI OF AMERICA CORP.

c. Hold down the tappet so as not to contact the shim by installing special tool on camshaft housing
with housing bolt (1) tighten housing bolts by hand.

Special Tool

(A): 09916-66510

Fig. 12: Identifying Camshaft Housing Bolt


Courtesy of SUZUKI OF AMERICA CORP.

4. Turn camshaft by approximately 90° clockwise and remove shim (3).

WARNING: Never put in the hand between camshaft and tappet.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 9 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 13: Removing Shim


Courtesy of SUZUKI OF AMERICA CORP.

5. Using a micrometer (2), measure the thickness of the removed shim (1), and determine replacement shim
by calculating the thickness of new shim with the following formula and SHIM THICKNESS
SPECIFICATION TABLE.

Shim thickness specification

Intake side:

A = B + C - 0.20 mm (0.008 in.)

Exhaust side:

A = B + C - 0.30 mm (0.012 in.)

A. Thickness of new shim


B. Thickness of removed shim
C. Measured valve clearance

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 10 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 14: Measuring Shim Thickness Using Micrometer


Courtesy of SUZUKI OF AMERICA CORP.

For example of intake side:

When thickness of removed shim is 2.40 mm (0.094 in.), and measured valve clearance is 0.45 mm
(0.018 in.).

A = 2.40 mm (0.094 in.) + 0.45 mm (0.018 in.) - 0.20 mm (0.008 in.) = 2.65 mm (0.104 in.)

Calculated thickness of new shim = 2.65 mm (0.104 in.)

6. Select new shim No. (1) with a thickness as close as possible to calculated value.

Available new shims No .

SHIM THICKNESS SPECIFICATION TABLE


Thickness mm (in.) Shim No. Thickness mm (in.) Shim No.
2.175 (0.0856) 218 2.600 (0.1024) 260
2.200 (0.0866) 220 2.625 (0.1033) 263
2.225 (0.0876) 223 2.650 (0.1043) 265
2.250 (0.0886) 225 2.675 (0.1053) 268
2.275 (0.0896) 228 2.700 (0.1063) 270
2.300 (0.0906) 230 2.725 (0.1073) 273
2.325 (0.0915) 233 2.750 (0.1083) 275
2.350 (0.0925) 235 2.775 (0.1093) 278
2.375 (0.0935) 238 2.800 (0.1102) 280
2.400 (0.0945) 240 2.825 (0.1112) 283
2.425 (0.0955) 243 2.850 (0.1122) 285
2.450 (0.0965) 245 2.875 (0.1132) 288
2.475 (0.0974) 248 2.900 (0.1142) 290
2.500 (0.0984) 250 2.925 (0.1152) 293
2.525 (0.0994) 253 2.950 (0.1161) 295

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

2.550 (0.1004) 255 2.975 (0.1171) 298


2.575 (0.1014) 258 3.000 (0.1181) 300

7. Install new shim facing shim No. side with tappet.

Fig. 15: Identifying Shim Number


Courtesy of SUZUKI OF AMERICA CORP.

8. Lift valve by turning crankshaft counterclockwise (in opposite direction against above Step 4) and
remove special tool.

Special Tool

(A): 09916-66510

Fig. 16: Identifying Tappet & Camshaft


Courtesy of SUZUKI OF AMERICA CORP.

9. Install camshaft housing (1) and tighten bolts to specified torque.

Tightening torque

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Camshaft housing bolt a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Fig. 17: Identifying Camshaft Housing Bolts


Courtesy of SUZUKI OF AMERICA CORP.

10. Turn crankshaft pulley more than 4 rotations.


11. Check valve clearance again.
12. After checking and adjusting all valves, install cylinder head cover, referring to INSTALLATION.

REPAIR INSTRUCTIONS
AIR CLEANER COMPONENTS

Fig. 18: Identifying Air Cleaner Components (With Torque Specifications)


Courtesy of SUZUKI OF AMERICA CORP.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 13 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

AIR CLEANER ASSEMBLY REMOVAL AND INSTALLATION

Reference: AIR CLEANER COMPONENTS

Removal

1. Remove air cleaner inlet hose (2) and outlet hose.


2. Disconnect MAF sensor connector (3).
3. Remove air cleaner case (1).

Fig. 19: Identifying MAF Sensor Connector & Air Cleaner Case
Courtesy of SUZUKI OF AMERICA CORP.

Installation

1. Install air cleaner case (1).


2. Connect MAF sensor connector (3), and tighten hose clamp to specified torque.

Tightening torque

Air cleaner outlet hose clamp: 3 N.m (0.3 kg-m, 2.5 lb-ft)

3. Install air cleaner inlet hose (2) and outlet hose.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 14 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 20: Identifying Air Cleaner Inlet Hose, Outlet Hose & MAF Sensor Connector
Courtesy of SUZUKI OF AMERICA CORP.

AIR CLEANER FILTER REMOVAL AND INSTALLATION

Removal

1. Open air cleaner case (1) by unhooking its clamps (2).


2. Remove air cleaner filter.

Fig. 21: Identifying Air Cleaner Case & Clamps


Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reference: AIR CLEANER FILTER INSPECTION AND CLEANING

Reverse removal procedure for installation.

AIR CLEANER FILTER INSPECTION AND CLEANING

Reference: AIR CLEANER FILTER REMOVAL AND INSTALLATION

Inspection

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Check air cleaner filter for dirt.

Cleaning

Blow off dust by compressed air from air outlet side of element.

Fig. 22: Blowing Off Dust By Compressed Air From Air Outlet Side Of Element
Courtesy of SUZUKI OF AMERICA CORP.

ELECTRIC THROTTLE BODY AND INTAKE MANIFOLD COMPONENTS

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 23: Identifying Electric Throttle Body & Intake Manifold Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

ELECTRIC THROTTLE BODY ON-VEHICLE INSPECTION

Check electric throttle body assembly, referring to "Throttle Valve Operation Check" and "Electric Throttle
Body Assembly Operation Check" under ELECTRIC THROTTLE BODY ASSEMBLY ON-VEHICLE
INSPECTION .

ELECTRIC THROTTLE BODY ASSEMBLY REMOVAL AND INSTALLATION

Reference: ELECTRIC THROTTLE BODY ON-VEHICLE INSPECTION

Reference: ELECTRIC THROTTLE BODY AND INTAKE MANIFOLD COMPONENTS

Reference: ELECTRIC THROTTLE BODY CLEANING

Removal

1. Disconnect negative (-) cable at battery.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 17 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

2. Drain coolant.
3. Remove air cleaner assembly, referring to REMOVAL.
4. Disconnect engine coolant hoses (1) from electric throttle body assembly (2).
5. Disconnect connector (3) from electric throttle body assembly.
6. Remove stiffener (4).

Fig. 24: Identifying Stiffener, Connector & Engine Coolant Hoses


Courtesy of SUZUKI OF AMERICA CORP.

7. Remove electric throttle body assembly from intake manifold.

Installation

1. Clean mating surfaces, and install new throttle body gasket to intake manifold.
2. Install electric throttle body assembly (2) with stiffener (4) to intake manifold.
3. Connect connector (3) to electric throttle body assembly securely.
4. Connect engine coolant hoses (1) to electric throttle body assembly (2).

Fig. 25: Identifying Electric Throttle Body Assembly With Stiffener & Engine Coolant Hoses
Courtesy of SUZUKI OF AMERICA CORP.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 18 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

5. Install air cleaner assembly, referring to INSTALLATION.


6. Refill coolant, referring to COOLING SYSTEM FLUSH AND REFILL .
7. Connect negative (-) cable at battery.
8. Perform calibration of electric throttle body assembly, referring to ELECTRIC THROTTLE BODY
SYSTEM CALIBRATION if replaced.

ELECTRIC THROTTLE BODY CLEANING

Clean electric throttle body assembly referring to "Throttle Valve Operation Check" under ELECTRIC
THROTTLE BODY ASSEMBLY ON-VEHICLE INSPECTION .

INTAKE MANIFOLD REMOVAL AND INSTALLATION

Reference: ELECTRIC THROTTLE BODY AND INTAKE MANIFOLD COMPONENTS

CAUTION: Never disassemble intake manifold. Disassembly will spoil its original
performance. If faulty condition is found, replace it with new one.

Removal

1. Disconnect negative (-) cable at battery.


2. Drain cooling.
3. Remove electric throttle body assembly, referring to REMOVAL.
4. Disconnect the following electric lead wires:
IMT connector (1)
5. Disconnect the following hoses:
Brake booster hose (2) from intake manifold
PCV hose (3) from PCV valve
Vacuum hose (4) from EVAP canister purge valve
Breather hose from intake manifold
6. Remove harness brackets (5) from intake manifold.

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 19 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 26: Identifying Vacuum Hose, Brake Booster Hose & PCV Hose
Courtesy of SUZUKI OF AMERICA CORP.

7. Remove intake manifold and O-ring from cylinder head.

Installation

Reverse removal procedure for installation noting the followings.

Use new intake manifold O-ring.


Install intake manifold bolts (2) and nuts (1) as shown in Fig. 27.

Apply thread lock cement to intake manifold bolt.

"A": Thread lock cement 99000-32110Thread Lock Cement Super 1322 ()

Fig. 27: Identifying Intake Manifold Bolts & Nuts


Courtesy of SUZUKI OF AMERICA CORP.

Check to ensure that all removed parts are back in place.

Reinstall any necessary parts which have not been reinstalled.

Refill cooling system, referring to COOLING SYSTEM FLUSH AND REFILL .

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Upon completion of installation, turn ignition switch ON but engine OFF and check for fuel leaks.
Finally, start engine and check for engine coolant leaks.

IMT VALVE ACTUATOR REMOVAL AND INSTALLATION

Reference: ELECTRIC THROTTLE BODY AND INTAKE MANIFOLD COMPONENTS

Removal

1. Disconnect negative (-) cable at battery.


2. Disconnect IMT valve actuator connector.
3. Remove IMT valve actuator (1) and O-ring (2) from intake manifold (3).

Fig. 28: Identifying IMT Valve Actuator & O-Ring


Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reverse removal procedure noting the followings.

Use new O-ring (1).


Tighten IMT valve actuator bolt (2) to specified torque.

Tightening torque

IMT valve actuator bolt a: 6 N.m (0.6 kg-m, 4.5 lb-ft)

miércoles, 24 de febrero de 2021 11:45:40 p. m. Page 21 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 29: Identifying IMT Valve Actuator Bolt


Courtesy of SUZUKI OF AMERICA CORP.

CYLINDER HEAD COVER COMPONENTS

Fig. 30: Identifying Cylinder Head Cover Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

CYLINDER HEAD COVER REMOVAL AND INSTALLATION

Reference: CYLINDER HEAD COVER COMPONENTS

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Removal

1. Disconnect negative (-) cable at battery.


2. Remove ignition coils referring to REMOVAL .
3. Remove oil level gauge (1).
4. Disconnect CMP sensor connector (2) and then remove CMP sensor (7) from cylinder head cover.
5. Disconnect breather hose (3) and PCV hose (4) from cylinder head cover (5).
6. Remove harness bracket (6) from cylinder head cover (5).

Fig. 31: Identifying Oil Level Gauge Breather Hose & PCV Hose
Courtesy of SUZUKI OF AMERICA CORP.

7. Remove PCV valve from cylinder head cover.


8. Remove cylinder head cover nuts in such order as indicated in Fig. 32.

Fig. 32: Identifying Sequence Of Cylinder Head Cover Nuts


Courtesy of SUZUKI OF AMERICA CORP.

9. Remove cylinder head cover from cylinder head.


10. Remove cylinder head side seals from cylinder head.

Installation

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

1. Install PCV valve to cylinder head cover, referring to INSTALLATION .


2. Remove oil, old sealant and dust from sealing surfaces on cylinder head and cover.
3. Install new cylinder head side seals (1) to cylinder head.
4. Apply sealant "A" to cylinder head sealing surface area as shown in Fig. 33.

"A": Water tight sealant 99000-31250SUZUKI Bond No. 1207F

Fig. 33: Identifying Cylinder Head Side Seals


Courtesy of SUZUKI OF AMERICA CORP.

5. Apply engine oil to new O-rings.


6. Install new O-rings (3) and new cylinder head cover gasket (2) to cylinder head cover (1).

NOTE: Be sure to check each of these parts for deterioration or any damage
before installation and replace if found defective.

7. Install cylinder head cover to cylinder head.

Fig. 34: Identifying Cylinder Head Cover Gasket & O-Rings


Courtesy of SUZUKI OF AMERICA CORP.

8. Tighten cylinder head cover nuts in such order as indicated in Fig. 35 a little at a time till they are
tightened to specified torque.
Use new seal washers.

Tightening torque

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Cylinder head cover nut a: Tighten 11 N.m (1.1 kgf-m, 8.0 lb-ft) by the specified procedure

Fig. 35: Identifying Tightening Sequence Of Cylinder Head Cover Nuts


Courtesy of SUZUKI OF AMERICA CORP.

9. Install oil level gauge (1).


10. Install CMP sensor (5) to cylinder head cover, referring to INSTALLATION .
11. Connect CMP sensor connector (4).
12. Connect breather hose (2) and PCV hose (3) to cylinder head cover.
13. Install harness bracket (6) to cylinder head cover.

Fig. 36: Identifying CMP Sensor Connector & PCV Hose


Courtesy of SUZUKI OF AMERICA CORP.

14. Install ignition coils, referring to INSTALLATION .


15. Install air cleaner case, referring to INSTALLATION.
16. Connect negative (-) cable at battery.

ENGINE MOUNTINGS COMPONENTS

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 37: Identifying Engine Mountings Components (With Torque Specifications)


Courtesy of SUZUKI OF AMERICA CORP.

ENGINE ASSEMBLY REMOVAL AND INSTALLATION

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Reference: ENGINE MOUNTINGS COMPONENTS

Removal

1. Relieve fuel pressure according to FUEL PRESSURE RELIEF PROCEDURE .


2. Disconnect negative and positive cables at battery.
3. Disconnect ECM connectors.
4. Remove battery and battery tray with ECM.
5. Remove right and left side engine under covers.
6. Remove water pump and generator drive belt, referring to REMOVAL .
7. Drain engine oil.
8. Drain transaxle oil.
9. Drain transfer oil (4WD model).
10. Drain coolant.
11. Remove air cleaner assembly, referring to REMOVAL.
12. With hose connected, detach A/C compressor from its bracket, referring to REMOVAL .

CAUTION: Suspend removed A/C compressor at a place where no damage will


be caused during removal and installation of engine assembly.

13. Remove condenser cooling fan from radiator, referring to CONDENSER COOLING FAN REMOVAL
AND INSTALLATION .
14. Drain P/S fluid.
15. Disconnect P/S fluid reservoir hose (1) and then remove P/S fluid reservoir (2) from bracket.

Fig. 38: Identifying P/S Fluid Reservoir Hose & Bracket


Courtesy of SUZUKI OF AMERICA CORP.

16. Disconnect the following electric wires/connectors and each clamps.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Electric throttle body (1)


ECT sensor (2)
CMP sensor (3)
Ignition coil assembly (4)
Injector (5)
HO2S (6)
A/F sensor (7)
Engine oil pressure switch (8)
CKP sensor (9)
Knock sensor (10)
Generator (11)
Starting motor (12)
Ground terminal (13) from cylinder block
Ground terminal (14) from exhaust manifold
Battery ground cable (15) from transaxle
Back-up light switch (16) (M/T model)
Torque sensor (17) (electric P/S model)
P/S motor (18) (electric P/S model)
P/S pump (19) (hydraulic P/S model)
Output shaft speed sensor (VSS) (20) (A/T model)
Solenoid valve (21) (A/T model)
Transmission range sensor (22) (A/T model)
Input shaft speed sensor (23) (A/T model)
IMT sensor (24)
17. Disconnect the following cables, and remove control cable bracket (25)
Gear select control cable (26) (M/T model)
Gear shift control cable (27) (M/T model)
A/T select cable with select cable bracket (28) (A/T model)
18. Disconnect the following hoses.
Brake booster hose (29) from intake manifold
Radiator inlet and outlet hoses from radiator
Heater inlet and outlet hoses (31) from heater core
Fuel feed hose (32) from fuel feed pipe
Purge hose (33) from purge valve
Clutch hose (30) from transaxle (M/T model)
A/T fluid cooler hoses (A/T model)

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2009 ENGINE Engine Mechanical - SX4

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 39: Identifying Cables, Control Cable Bracket, Electric Wires/Connectors & Clamps
Courtesy of SUZUKI OF AMERICA CORP.

19. Disconnect right and left drive shaft joints from differential gear, referring to REMOVAL .
20. Remove exhaust center pipe, referring to EXHAUST SYSTEM COMPONENTS .
21. Disconnect propeller shaft from transfer, referring to REMOVAL (4WD model).
22. Disconnect steering lower shaft from pinion shaft, referring to REMOVAL .
23. Fix radiator to body with rope in order to avoid the radiator fall off when front lower cross member
lowered.
24. Fix transaxle to suspension frame with rope in order to avoid the engine assembly inclines when engine
assembly lowered.

Fig. 40: Identifying Steering Lower Shaft & Pinion Shaft


Courtesy of SUZUKI OF AMERICA CORP.

25. Support front suspension frame and front lower cross member using jack at hatched parts (1) indicated in
Fig. 41.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 41: Supporting Front Suspension Frame & Front Lower Cross Member
Courtesy of SUZUKI OF AMERICA CORP.

26. Remove engine right mounting (1), engine right mounting No. 1 bracket (2) and engine left mounting
bracket bolt and nuts (3).

Fig. 42: Identifying Engine Left Mounting Bracket Bolt & Nuts
Courtesy of SUZUKI OF AMERICA CORP.

27. Remove suspension frame mounting bolts (1) and front lower cross member bolts (2).

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 43: Identifying Suspension Frame Mounting & Front Lower Cross Member Bolts
Courtesy of SUZUKI OF AMERICA CORP.

28. Lower engine with transaxle, front suspension frame, front lower cross member, transfer (4WD model)
and steering gear case.

CAUTION: Before lowering engine, in order to avoid damage to A/C compressor,


make clearance by rising it.

29. Disconnect steering gear case from suspension frame, referring to STEERING GEAR CASE
ASSEMBLY COMPONENTS , if necessary.
30. Disconnect transfer.
31. Disconnect transaxle from engine.
32. Remove clutch cover and clutch disk, referring to REMOVAL , if necessary (M/T model).

Installation

1. Install clutch cover and clutch disk, referring to INSTALLATION , if necessary (M/T model).
2. Connect transaxle to engine, referring to MANUAL TRANSAXLE UNIT DISMOUNTING AND
REMOUNTING or AUTOMATIC TRANSAXLE UNIT DISMOUNTING AND REMOUNTING ,
if removed.
3. Connect transfer to suspension frame, referring to TRANSFER DISMOUNTING AND
REMOUNTING , if removed (4WD model).
4. Connect steering gear case to suspension frame, referring to STEERING GEAR CASE ASSEMBLY
COMPONENTS , if removed.
5. Lift engine with transaxle, front suspension frame, front lower cross member, transfer (4WD model) and
steering gear case into engine compartment with jack.

CAUTION: Before lifting engine, in order to avoid damage to A/C compressor,


make clearance by rising it.

6. Tighten suspension frame mounting bolts and front lower cross member bolts, and then tighten bolts to

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

specified torque.

Tightening torque

Suspension frame mounting bolt a: 150 N.m (15.0 kg-m, 108.5 lb-ft)

Front lower cross member bolt b: 55 N.m (5.5 kg-m, 40.0 lb-ft)

Fig. 44: Identifying Suspension Frame Mounting & Front Lower Cross Member Bolts
Courtesy of SUZUKI OF AMERICA CORP.

7. Install engine right mounting, engine right mounting No. 1 bracket and engine left mounting bracket, and
then tighten bolts and nuts to specified torque referring to ENGINE MOUNTINGS COMPONENTS.
8. Remove jack.
9. Connect steering lower shaft to pinion shaft, referring to INSTALLATION .
10. Connect propeller shaft, referring to INSTALLATION (4WD model).
11. Install exhaust center pipe, referring to EXHAUST SYSTEM COMPONENTS .
12. Connect right and left drive shaft joints to differential gear, referring to INSTALLATION .
13. Reverse disconnected hoses, cables and electric wires for connection noting the following.

Tighten bolts and nuts to specified torque.

Tightening torque

Starting motor terminal nut a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Generator terminal nut b: 5 N.m (0.5 kg-m, 4.0 lb-ft)

Battery ground bolt c: 25 N.m (2.5 kg-m, 18.0 lb-ft)

Ground terminal bolt d: 11 N.m (1.1 kg-m, 8.0 lb-ft)

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 45: Identifying Hoses, Cables & Electric Wires Connection


Courtesy of SUZUKI OF AMERICA CORP.

14. Connect P/S fluid reservoir hose (1) and then install P/S fluid reservoir (2) to bracket.

Fig. 46: Identifying P/S Fluid Reservoir Hose

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Courtesy of SUZUKI OF AMERICA CORP.

15. Refill P/S fluid, referring to P/S FLUID CHANGE .


16. Install condenser cooling fan to radiator, referring to INSTALLATION .
17. Install A/C compressor to its bracket (if removed), referring to INSTALLATION .
18. Install air cleaner assembly, referring to INSTALLATION.
19. Check to ensure that all removed parts are back in place. Reinstall any necessary parts which have not
been reinstalled.
20. Refill coolant, referring to COOLING SYSTEM FLUSH AND REFILL .
21. Refill transfer oil, referring to TRANSFER OIL CHANGE (4WD model).
22. Refill transaxle oil, referring to MANUAL TRANSAXLE OIL CHANGE or A/T FLUID CHANGE .
23. Refill engine oil, referring to ENGINE OIL AND FILTER CHANGE .
24. Install water pump and generator drive belt, referring to INSTALLATION .
25. Install right and left side engine under covers.
26. Install battery and battery tray with ECM.
27. Connect ECM connectors.
28. Connect negative and positive cable at battery.
29. Verify that there is no fuel leakage, coolant leakage, oil leakage and exhaust gas leakage at each
connection.

TIMING CHAIN COVER COMPONENTS

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 47: Identifying Timing Chain Cover Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

TIMING CHAIN COVER REMOVAL AND INSTALLATION

Reference: TIMING CHAIN COVER COMPONENTS

Removal

1. Remove engine assembly from vehicle referring to REMOVAL.


2. Remove oil pan, referring to REMOVAL .
3. Remove cylinder head cover, referring to REMOVAL.
4. Remove crankshaft pulley bolt.

To lock crankshaft pulley (1), use special tool (camshaft pulley holder) as shown in Fig. 48.

Special Tool

(A): 09917-68221

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NOTE: Be sure to use the following bolts instead of pins in order to fix crankshaft
pulley by special tool.
Bolt size: M8, P1.25 L = 25 mm (0.98 in.)
Strength: 7T

Fig. 48: Locking Crankshaft Pulley Bolt


Courtesy of SUZUKI OF AMERICA CORP.

5. Remove crankshaft pulley (1).

To remove crankshaft pulley, use special tools (Steering wheel remover, Bearing puller attachment) with
it as shown in Fig. 49.

Special Tool

A. 09944-36011
B. 09926-58010

Fig. 49: Removing Crankshaft Pulley


Courtesy of SUZUKI OF AMERICA CORP.

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6. Remove idler pulley (1), water pump pulley (2) and belt tensioner (3).

Fig. 50: Identifying Idler Pulley, Water Pump Pulley & Belt Tensioner
Courtesy of SUZUKI OF AMERICA CORP.

7. Remove timing chain cover bolts (2) and nut (1).


8. Remove timing chain cover (3).

Fig. 51: Identifying Timing Chain Cover Bolts & Nut


Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reference: TIMING CHAIN COVER CLEANING AND INSPECTION

1. Clean sealing surfaces on timing chain cover, cylinder block and cylinder head.

Remove oil, old sealant and dust from sealing surface.

2. Install new oil seal (2) to timing chain cover using special tool, if removed.

NOTE: When installing new oil seal (2), drive it until its surface is flash with edge
of timing chain cover (1).

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2009 Suzuki SX4 Sport
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Special Tool

(A): 09913-75510

Fig. 52: Installing Timing Chain Cover Oil Seal


Courtesy of SUZUKI OF AMERICA CORP.

3. Apply sealant "A" and "B" to specific area as shown in Fig. 53.

"A": Sealant 99000-31260SUZUKI Bond No. 1217G

"B": Water tight sealant 99000-31140SUZUKI Bond No. 1207B

Sealant amount for timing chain cover

"a": 3 mm (0.12 in.)

"b": 2 mm (0.08 in.)

"c": 4 mm (0.16 in.)

"d": 16 mm (0.63 in.)

"e": 14 mm (0.55 in.)

"f": 65 mm (2.56 in.)

"g": 73 mm (2.87 in.)

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 53: Identifying Area For Applying Sealant


Courtesy of SUZUKI OF AMERICA CORP.

4. Apply engine oil to oil seal lip, then install timing chain cover (1). Tighten bolts and nut to specified
torque.

NOTE: Before installing timing chain cover, check that pin is securely fitted.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Tightening torque

Timing chain cover bolt and nut a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Fig. 54: Identifying Timing Chain Cover Bolts & Nut


Courtesy of SUZUKI OF AMERICA CORP.

5. Install belt idler pulley (1). Tighten nut to specified torque.

Tightening torque

Idler pulley nut a: 42 N.m (4.2 kg-m, 30.5 lb-ft)

6. Install belt tensioner (2). Tighten bolts to specified torque.

Tightening torque

Generator belt tensioner bolt b: 25 N.m (2.5 kg-m, 18.5 lb-ft)

7. Install water pump pulley (3).

Fig. 55: Identifying Water Pump Pulley & Belt Tensioner Bolts
Courtesy of SUZUKI OF AMERICA CORP.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

8. Install cylinder head cover, referring to INSTALLATION.


9. Install oil pan. Refer to INSTALLATION .
10. Install crankshaft pulley. To lock crankshaft pulley (1), use special tool (camshaft pulley holder) as
shown in Fig. 56.

Special Tool

(A): 09917-68221

NOTE: Be sure to use the following bolts instead of pins in order to fix crank
pulley by special tool.
Bolt size: M8, P1.25 L = 25 mm (0.98 in.)
Strength: 7T

Tightening torque

Crankshaft pulley bolt a: 150 N.m (15.0 kg-m, 108.5 lb-ft)

Fig. 56: Locking Crankshaft Pulley Bolt


Courtesy of SUZUKI OF AMERICA CORP.

11. Install engine assembly to vehicle, referring to INSTALLATION.

TIMING CHAIN COVER CLEANING AND INSPECTION

Reference: TIMING CHAIN COVER REMOVAL AND INSTALLATION

Clean

Clean sealing surface on timing chain cover, crank case, cylinder block and cylinder head.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Remove oil, old sealant, and dust from sealing surface.

Inspection

Check oil seal lip for fault or other damage. Replace as necessary.

2ND TIMING CHAIN AND CHAIN TENSIONER COMPONENTS

Fig. 57: Identifying 2nd Timing Chain & Chain Tensioner Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

2ND TIMING CHAIN AND CHAIN TENSIONER REMOVAL AND INSTALLATION

Reference: 2nd TIMING CHAIN AND CHAIN TENSIONER COMPONENTS

CAUTION: After 2nd timing chain is removed, never turn intake camshaft, exhaust
camshaft and crankshaft independently more than such an extent. If
turned, interference may occur between piston and valves and valves
themselves, and parts related to piston and valves may be damaged.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 58: Identifying Timing Chain Rotation


Courtesy of SUZUKI OF AMERICA CORP.

Removal

1. Remove timing chain cover. Refer to REMOVAL.


2. Turn crankshaft clockwise to meet the following conditions.
Mark on crank sprocket match with mark on lower crankcase (I).
Arrow mark on idler sprocket points upward (II).
Marks on cam sprockets match with marks on cylinder head (III).

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2009 ENGINE Engine Mechanical - SX4

Fig. 59: Identifying Timing Marks Of Intake Camshaft Timing Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

3. Remove timing chain tensioner adjuster No. 2 (1) and gasket. To remove them, slacken 2nd timing chain
by turning intake camshaft counterclockwise a little while pushing back pad.

Fig. 60: Identifying Timing Chain Tensioner Adjuster No. 2

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2009 ENGINE Engine Mechanical - SX4

Courtesy of SUZUKI OF AMERICA CORP.

4. Remove intake and exhaust camshaft timing sprocket bolts (1). To remove them, fit a spanner (4) to
hexagonal part (3) at the center of camshaft to hold it stationary.
5. Remove camshaft timing sprockets and 2nd timing chain (2).

Fig. 61: Identifying Camshaft Timing Sprockets & 2nd Timing Chain
Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reference: 2nd TIMING CHAIN AND CHAIN TENSIONER INSPECTION

1. Check that match mark (1) on crank timing sprocket is in match with timing mark (2) on lower crankcase
as shown in Fig. 62.

Fig. 62: Identifying Match Mark On Crank Timing Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

2. Check that arrow mark (1) on idler sprocket faces upward.


3. Check that knock pins of intake (2) and exhaust (3) camshafts are aligned with timing marks on cylinder
head.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 63: Identifying Arrow Mark On Idler Sprocket Faces


Courtesy of SUZUKI OF AMERICA CORP.

4. Install 2nd timing chain by aligning yellow plate (1) of 2nd timing chain and match marks on idler
sprocket.

Fig. 64: Identifying 2nd Timing Chain & Match Marks On Idler Sprocket
Courtesy of SUZUKI OF AMERICA CORP.

5. Install sprockets to intake and exhaust camshafts by aligning dark blue plate of 2nd timing chain, match
marks on intake sprocket and exhaust sprocket respectively.

CAUTION: Do not turn more than allowable turning range.


If turned excessively, valve and piston may be damaged.

NOTE: As an arrow mark is provided on both sides, camshaft timing sprocket has

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

no specific installation direction.

Fig. 65: Identifying Arrow Mark On Intake & Exhaust Camshaft Timing Sprocket
Courtesy of SUZUKI OF AMERICA CORP.

6. Tighten intake and exhaust camshaft timing sprocket bolts (1) to specified torque. To tighten it, fit a
spanner (2) to hexagonal part (3) at the center of camshaft to hold it stationary.

Tightening torque

Camshaft timing sprocket bolt a: 80 N.m (8.0 kg-m, 57.5 lb-ft)

Fig. 66: Identifying Camshaft Timing Sprocket Bolt


Courtesy of SUZUKI OF AMERICA CORP.

7. Push back plunger (1) into tensioner body (2), and hold it at the position by inserting stopper (3) into

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

body.

Fig. 67: Pushing Back Plunger Into Tensioner Body


Courtesy of SUZUKI OF AMERICA CORP.

8. Install timing chain tensioner adjuster No. 2 (1) with new gasket.

Tightening torque

Timing chain tensioner adjuster No. 2 bolt a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Timing chain tensioner adjuster No. 2 nut b: 45 N.m (4.5 kg-m, 33.0 lb-ft)

9. Pull out stopper (2) from timing chain tensioner adjuster No. 2.

Fig. 68: Identifying Stopper


Courtesy of SUZUKI OF AMERICA CORP.

10. Turn crankshaft two rotations clockwise, and then align timing mark (1) on crankshaft and timing mark
(2) on cylinder block as shown in Fig. 69.

At this time, check timing marks (3, 5 and 7) of sprockets are in match with timing marks (4, 6 and 8) of
cylinder head, cylinder block and lower crank case.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 69: Identifying Camshaft & Crankshaft Timing Mark


Courtesy of SUZUKI OF AMERICA CORP.

11. Apply oil to timing chains, tensioner, tensioner adjusters, sprockets and guides.
12. Install timing chain cover. Refer to INSTALLATION.
13. Install cylinder head cover. Refer to INSTALLATION.
14. Install oil pan. Refer to INSTALLATION .
15. Install engine assembly to vehicle, referring to INSTALLATION.

2ND TIMING CHAIN AND CHAIN TENSIONER INSPECTION

Reference: 2nd TIMING CHAIN AND CHAIN TENSIONER REMOVAL AND INSTALLATION

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Timing Chain Guide No. 2

Check shoe (2) for wear or damage.

Fig. 70: Identifying Timing Chain Guide No. 2


Courtesy of SUZUKI OF AMERICA CORP.

Camshaft Sprocket

Check teeth of sprocket for wear or damage.

Fig. 71: Identifying Camshaft Sprocket Teeth


Courtesy of SUZUKI OF AMERICA CORP.

Timing Chain

Check timing chain for wear or damage.

Fig. 72: Identifying Timing Chain


Courtesy of SUZUKI OF AMERICA CORP.

Tensioner Adjuster No. 2

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Check shoe (1) for wear or damage and latch functions properly.

Fig. 73: Identifying Tensioner Adjuster No. 2 Shoe


Courtesy of SUZUKI OF AMERICA CORP.

1ST TIMING CHAIN AND CHAIN TENSIONER COMPONENTS

Fig. 74: Identifying 1st Timing Chain & Chain Tensioner Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

1ST TIMING CHAIN AND CHAIN TENSIONER REMOVAL AND INSTALLATION

Reference: 1st TIMING CHAIN AND CHAIN TENSIONER COMPONENTS

CAUTION: After timing chain is removed, never turn crankshaft and camshafts

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

independently more than its allowable turning range described referring to


2nd TIMING CHAIN AND CHAIN TENSIONER REMOVAL AND
INSTALLATION.
If turned, interference may occur between piston and valves and valves
themselves, and parts related to piston and valves may be damaged.

Removal

1. Remove 2nd timing chain. Refer to REMOVAL for removal.


2. Remove timing chain guide No. 1 (1).
3. Remove timing chain tensioner adjuster No. 1 (2).
4. Remove timing chain tensioner (3).
5. Remove idler sprocket (6) and 1st timing chain (5).
6. Remove crankshaft timing sprocket (4).

Fig. 75: Identifying Crankshaft Timing Sprocket & Timing Chain Guide No. 1
Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reference: 1st TIMING CHAIN AND CHAIN TENSIONER INSPECTION

1. Install crankshaft timing sprocket (2).

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Fig. 76: Identifying Crankshaft Timing Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

2. Check that match mark (1) on crankshaft timing sprocket is in match with timing mark (2) on lower
crankcase.

Fig. 77: Identifying Crankshaft Timing Sprocket Timing Mark


Courtesy of SUZUKI OF AMERICA CORP.

3. Apply engine oil to idler sprocket shaft and bush of idler sprocket (1).
4. Install idler sprocket and idler sprocket shaft.
5. Install 1st timing chain by aligning dark blue plate (4) of 1st timing chain (3) and match mark (2) on idler
sprocket (1).

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2009 ENGINE Engine Mechanical - SX4

Fig. 78: Aligning Dark Blue Plate Of 1st Timing Chain & Match Mark On Idler Sprocket
Courtesy of SUZUKI OF AMERICA CORP.

6. Bring gold plate (4) of 1st timing chain (3) into match with match mark (2) on crankshaft timing sprocket
(1).

Fig. 79: Identifying Gold Plate Of 1st Timing Chain


Courtesy of SUZUKI OF AMERICA CORP.

7. Apply engine oil to sliding surface of timing chain tensioner (1) and then install it as shown in Fig. 80.

Tighten tensioner nut to specified torque.

Tightening torque

Timing chain tensioner nut a: 25 N.m (2.5 kg-m, 18.0 lb-ft)

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Fig. 80: Identifying Timing Chain Tensioner & Spacer


Courtesy of SUZUKI OF AMERICA CORP.

8. With latch of tensioner adjuster No. 1 returned and plunger (1) pushed back into body, insert stopper (4)
into latch (2) and body (3).

After inserting it, check to make sure that plunger will not come out.

Fig. 81: Inserting Stopper Into Latch & Body


Courtesy of SUZUKI OF AMERICA CORP.

9. Install timing chain tensioner adjuster No. 1 (1).

Tightening torque

Timing chain tensioner adjuster No. 1 bolt a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

10. Pull out stopper (2) from timing chain tensioner adjuster No. 1.

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Fig. 82: Identifying Timing Chain Tensioner Adjuster No. 1 & Stopper
Courtesy of SUZUKI OF AMERICA CORP.

11. Apply engine oil to sliding surface of timing chain guide No. 1 (1) and then install it.

Tighten guide bolts to specified torque.

Tightening torque

Timing chain guide No. 1 bolt a: 9 N.m (0.9 kg-m, 6.5 lb-ft)

Fig. 83: Identifying Timing Chain Guide No. 1 Bolts


Courtesy of SUZUKI OF AMERICA CORP.

12. Check that dark blue and gold plates of 1st timing chain are in match with match marks on sprockets
respectively.

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Fig. 84: Identifying Match Mark On Idler Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

13. Install 2nd timing chain. Refer to INSTALLATION.


14. Install timing chain cover. Refer to INSTALLATION.
15. Install cylinder head cover. Refer to INSTALLATION.
16. Install oil pan. Refer to INSTALLATION .
17. Install engine assembly to vehicle, referring to INSTALLATION.

1ST TIMING CHAIN AND CHAIN TENSIONER INSPECTION

Reference: 1st TIMING CHAIN AND CHAIN TENSIONER REMOVAL AND INSTALLATION

Timing Chain Guide No. 1

Check shoe for wear or damage.

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Fig. 85: Identifying Timing Chain Guide No. 1


Courtesy of SUZUKI OF AMERICA CORP.

Timing Chain Tensioner

Check shoe (1) for wear or damage.

Fig. 86: Identifying Timing Chain Tensioner Shoe


Courtesy of SUZUKI OF AMERICA CORP.

Crankshaft Timing Sprocket

Check teeth of sprocket for wear or damage.

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Fig. 87: Identifying Crankshaft Timing Sprocket Teeth


Courtesy of SUZUKI OF AMERICA CORP.

Idler Sprocket

Check teeth and bush (1) of sprocket for wear or damage.

Fig. 88: Identifying Idler Sprocket Teeth & Bush


Courtesy of SUZUKI OF AMERICA CORP.

1st Timing Chain

Check timing chain for wear or damage.

Fig. 89: Identifying 1st Timing Chain


Courtesy of SUZUKI OF AMERICA CORP.

Timing Chain Tensioner Adjuster No. 1

Check that latch (1) and tooth surface (2) are free from damage and latch functions properly.

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Fig. 90: Identifying Timing Chain Tensioner Adjuster No. 1 Latch & Tooth Surface
Courtesy of SUZUKI OF AMERICA CORP.

CAMSHAFTS, TAPPET AND SHIM COMPONENTS

Fig. 91: Identifying Camshafts, Tappet & Shim Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

CAMSHAFTS, TAPPET AND SHIM REMOVAL AND INSTALLATION

Reference: CAMSHAFTS, TAPPET AND SHIM COMPONENTS

CAUTION:

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Keep working table, tools and hands clean while overhauling.


Use special care to handle aluminum parts so as not to damage
them.
Do not expose removed parts to dust.

Keep them always clean.

Removal

1. Remove 2nd timing chain. Refer to REMOVAL.


2. Loosen camshaft housing bolts in such order as indicated in Fig. 92 and remove them.

Fig. 92: Identifying Camshaft Housing Bolts Sequence


Courtesy of SUZUKI OF AMERICA CORP.

3. Remove camshaft housings.


4. Remove camshafts.
5. Remove tappets with shims.

Installation

Reference: CAMSHAFT, TAPPET AND SHIM INSPECTION

1. Apply engine oil around tappet (1) and shim, and then install tappets with shims to cylinder head.

NOTE: When installing shim, make sure to direct shim No. side toward tappet.

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Fig. 93: Identifying Tappet & Shim


Courtesy of SUZUKI OF AMERICA CORP.

2. Match mark (1) on crank timing sprocket and mating surface of cylinder block (3) and lower crankcase
(2).

At this time, make sure that arrow mark (4) on idler sprocket (5) at the position.

Fig. 94: Identifying Match Mark On Crank Timing Sprocket & Mating Surface Of Cylinder Block
Courtesy of SUZUKI OF AMERICA CORP.

3. Install camshafts.

Apply oil to sliding surface of each camshaft and camshaft journal then install them by aligning match
marks on cylinder head and camshafts as shown in Fig. 95.

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Fig. 95: Identifying Knock Pin Of Intake & Exhaust Camshaft


Courtesy of SUZUKI OF AMERICA CORP.

4. Install camshaft housing pins (3).

Fig. 96: Identifying Camshaft Housing Pins


Courtesy of SUZUKI OF AMERICA CORP.

5. Check position of camshaft housings.

Embossed marks are provided on each camshaft housing, indicating position and direction for
installation. Install housings as indicated by these marks.

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Fig. 97: Identifying Bearing Cap Mark


Courtesy of SUZUKI OF AMERICA CORP.

6. After applying oil to housing bolts, tighten them temporarily first. Then tighten them by following
numerical order in Fig. 98.

Tighten a little at a time and evenly among bolts and repeat tightening sequence two or three times before
they are tightened to specified torque.

Tightening torque

Camshaft housing bolt a: Tighten 11 N.m (1.1 kgf-m, 8.0 lb-ft) by the specified procedure

Fig. 98: Identifying Tightening Sequence Of Camshaft Housing Bolt


Courtesy of SUZUKI OF AMERICA CORP.

7. Turn crankshaft clockwise then align crankshaft timing sprocket key (1) with timing mark (2).

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Fig. 99: Identifying Crankshaft Timing Sprocket Key With Timing Mark
Courtesy of SUZUKI OF AMERICA CORP.

8. Install 2nd timing chain. Refer to INSTALLATION.


9. Install timing chain cover. Refer to INSTALLATION.
10. Install cylinder head cover. Refer to INSTALLATION.
11. Install oil pan. Refer to INSTALLATION .
12. Install engine assembly to vehicle, referring to INSTALLATION.
13. Check valve lashes, referring to VALVE LASH (CLEARANCE) INSPECTION.

CAMSHAFT, TAPPET AND SHIM INSPECTION

Reference: CAMSHAFTS, TAPPET AND SHIM REMOVAL AND INSTALLATION

Cam Wear

Using a micrometer, measure cam height. If measured height is below its limit, replace camshaft.

Cam height "a"

CAM HEIGHT SPECIFICATION


Cam height Standard Limit
Intake cam 45.669 - 45.829 mm (1.798 - 1.8043 in.) 45.550 mm (1.793 in.)
Exhaust cam 45.550 - 45.710 mm (1.7933 - 1.7996 in.) 45.430 mm (1.789 in.)

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Fig. 100: Measuring Cam Height Using Micrometer


Courtesy of SUZUKI OF AMERICA CORP.

Camshaft Runout

Set camshaft between two "V" blocks, and measure its runout by using a dial gauge.

If measured runout exceeds the specified limit, replace camshaft.

Runout limit

0.03 mm (0.0012 in.)

Fig. 101: Measuring Camshaft Runout Using Dial Gauge


Courtesy of SUZUKI OF AMERICA CORP.

Camshaft Journal Wear

Check camshaft journals and camshaft housings for pitting, scratches, wear or damage.

If any malcondition is found, replace camshaft or cylinder head with housing. Never replace cylinder head
without replacing housings.

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Fig. 102: Identifying Bearing Cap


Courtesy of SUZUKI OF AMERICA CORP.

Check clearance by using gauging plastic. Checking procedure is as follows.

1. Clean housings and camshaft journals.


2. Make sure that all tappets with shims are removed and install camshafts to cylinder head.
3. Place a piece of gauging plastic to full width of journal of camshaft (parallel to camshaft).
4. Install camshaft housing.
5. Tighten camshaft housing bolts in such order as indicated in Fig. 103 a little at a time till they are
tightened to specified torque.

NOTE: Do not rotate camshaft while gauging plastic is installed.

Tightening torque

Camshaft housing bolt a: Tighten 11 N.m (1.1 kgf-m, 8.0 lb-ft) by the specified procedure

Fig. 103: Identifying Camshaft Housing Bolt Tightening Sequence


Courtesy of SUZUKI OF AMERICA CORP.

6. Remove housing, and using scale (2) on gauging plastic envelop (1), measure gauging plastic width at its
widest point.

Journal clearance

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JOURNAL CLEARANCE SPECIFICATION


Standard Limit
0.020 - 0.074 mm (0.0008 - 0.0029 in.) 0.12 mm (0.0047 in.)

Fig. 104: Measuring Plastic Gauge Width


Courtesy of SUZUKI OF AMERICA CORP.

If measured camshaft journal clearance exceeds limit, measure journal (housing) bore and outside diameter of
camshaft journal. Replace camshaft or cylinder head assembly whichever the difference from specification is
greater.

Camshaft journal

CAMSHAFT JOURNAL SPECIFICATION


Item Standard
Camshaft journal bore diameter. (IN & EX) [A] 26.000 - 26.033 mm (1.0236 - 1.0249 in.)
Camshaft journal O.D. (IN & EX) [B] 25.959 - 25.980 mm (1.0221 - 1.0228 in.)

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Fig. 105: Measuring Journal (Housing) Bore & Outside Diameter Of Camshaft Journal
Courtesy of SUZUKI OF AMERICA CORP.

Wear of Tappet and Shim

Check tappet and shim for pitting, scratches, or damage.

If any malcondition is found, replace.

Fig. 106: Inspecting Cylinder Head Bore


Courtesy of SUZUKI OF AMERICA CORP.

Measure cylinder head bore and tappet outside diameter to determine cylinder head-to-tappet clearance. If
clearance exceeds limit, replace tappet or cylinder head.

Cylinder head bore and tappet outside diameter

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CYLINDER HEAD BORE AND TAPPET OUTSIDE DIAMETER


Item Standard Limit
Tappet outside diameter [A] 32.456 - 32.472 mm (1.2778 - 1.2784 in.) -
Cylinder head bore [B] 32.500 - 32.525 mm (1.2795 - 1.2805 in.) -
Cylinder head to tappet clearance 0.028 - 0.069 mm (0.0011 - 0.0027 in.) 0.15 mm (0.0059 in.)

Fig. 107: Identifying Tappet Outside Diameter & Cylinder Head Bore
Courtesy of SUZUKI OF AMERICA CORP.

Oil Relief Valve

Check oil relief valve for clogging and ball for being stuck.

Fig. 108: Identifying Oil Relief Valve


Courtesy of SUZUKI OF AMERICA CORP.

VALVES AND CYLINDER HEAD COMPONENTS

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Fig. 109: Identifying Valves & Cylinder Head Components (With Torque Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

VALVES AND CYLINDER HEAD REMOVAL AND INSTALLATION

Reference: VALVES AND CYLINDER HEAD COMPONENTS

Removal

1. Remove camshafts, tappets and shims. Refer to REMOVAL.


2. Loosen cylinder head bolts in such order as numbered in Fig. 110 and remove them.

NOTE: Don't forget to remove cylinder head bolt (M6) (3).

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Fig. 110: Identifying Cylinder Head Bolt Sequence


Courtesy of SUZUKI OF AMERICA CORP.

3. Check all around cylinder head for any other parts required to be removed or disconnected and remove or
disconnect whatever necessary.
4. Remove cylinder head with intake manifold, exhaust manifold and water outlet cap. Use lifting device, if
necessary.

Installation

Reference: VALVES AND CYLINDER HEAD DISASSEMBLY AND REASSEMBLY

1. Match mark (1) on crank timing sprocket and mating surface (2) of cylinder block and lower crankcase.

Fig. 111: Identifying Match Mark On Crank Timing Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

2. Clean mating surface of cylinder head and cylinder block (2). Remove oil, old gasket and dust from
mating surface.
3. Install knock pins (3) to cylinder block.

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4. Install new cylinder head gasket (1) to cylinder block. Identification number (6) provided on gasket
comes to crankshaft pulley side (4), facing up (toward cylinder head side).

Fig. 112: Identifying Cylinder Head Gasket


Courtesy of SUZUKI OF AMERICA CORP.

5. Install cylinder head to cylinder block.

Apply engine oil to cylinder head bolts and tighten them gradually as follows.

a. Tighten cylinder head bolts (M10) to 52 N.m (5.2 kgf-m, 38.0 lb-ft) according to numerical order in
Fig. 113.
b. In the same manner as in step a), retighten cylinder head bolts (M10) to 82 N.m (8.2 kgf-m, 59.5 lb-
ft).

Fig. 113: Identifying Tightening Sequence Of Cylinder Head Bolt


Courtesy of SUZUKI OF AMERICA CORP.

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c. Loosen cylinder head bolts (M10) until tightening torque is reduced to 0 according to numerical
order in Fig. 114.

Fig. 114: Identifying Loosening Sequence Of Cylinder Head Bolt


Courtesy of SUZUKI OF AMERICA CORP.

d. Tighten cylinder head bolts (M10) to 52 N.m (5.2 kgf-m, 38.0 lb-ft) according to numerical order in
Fig. 115.
e. In the same manner as in step b), retighten cylinder head bolts (M10) to 103 N.m (10.3 kgf-m, 74.5
lb-ft).
f. Tighten cylinder head bolt (M6) to specified torque.

Tightening torque

Cylinder head bolt (M10) a: Tighten 52 N.m (5.2 kgf-m, 38.0 lb-ft), 82 N.m (8.2 kgf-m, 59.5 lb-
ft), 0 N.m (0 kgf-m, 0 lb-ft), 52 N.m (5.2 kgf-m, 38.0 lb-ft) and 103 N.m (10.3 kgf-m, 74.5 lb-ft)
by the specified procedure

Cylinder head bolt (M6) b: 11 N.m (1.1 kg-m, 8.0 lb-ft)

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Fig. 115: Identifying Tightening Sequence Of Cylinder Head Bolt


Courtesy of SUZUKI OF AMERICA CORP.

6. Install camshafts, tappets and shims. Refer to INSTALLATION.


7. Install 1st timing chain. Refer to INSTALLATION.
8. Install 2nd timing chain. Refer to INSTALLATION.
9. Install timing chain cover. Refer to INSTALLATION.
10. Check intake and exhaust valve lashes by referring to VALVE LASH (CLEARANCE) INSPECTION.
11. Install cylinder head cover by referring to INSTALLATION.
12. Install oil pan by referring to INSTALLATION .
13. Install engine assembly to vehicle by referring to INSTALLATION.

VALVES AND CYLINDER HEAD DISASSEMBLY AND REASSEMBLY

Reference: VALVES AND CYLINDER HEAD REMOVAL AND INSTALLATION

Disassembly

1. When servicing cylinder head, remove intake manifold, injectors, exhaust manifold and water outlet cap
from cylinder head.
2. Using special tools, compress valve springs and then remove valve cotters (1) also by using special tool.

Special Tool

A. 09916-14510
B. 09916-16510
C. 09919-28610
D. 09916-84511

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Fig. 116: Compressing Valve Springs


Courtesy of SUZUKI OF AMERICA CORP.

3. Release special tool, and remove spring retainers and valve springs.
4. Remove valve from combustion chamber side.
5. Remove valve stem seal (1) from valve guide, and then valve spring seat (2).

NOTE: Do not reuse seal once disassembled. Be sure to use new seal when
assembling.

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Fig. 117: Removing Valve Stem Seal From Valve Guide


Courtesy of SUZUKI OF AMERICA CORP.

6. Using special tool (Valve guide remover), drive valve guide out from combustion chamber side to valve
spring side.

Special Tool

(A): 09916-46020

NOTE: Do not reuse valve guide once disassembled. Be sure to use new valve
guide (oversize) when assembling.

Fig. 118: Driving Valve Guide Out From Combustion Chamber Side To Valve Spring Side
Courtesy of SUZUKI OF AMERICA CORP.

7. Place disassembled parts except valve stem seal and valve guide in order so that they can be installed in
their original positions.

Reassembly

Reference: VALVES AND VALVE GUIDES INSPECTION

1. Before installing valve guide into cylinder head, ream guide hole with special tool (11 mm reamer) so as
to remove burrs and make it truly round.

Special Tool

A. 09916-34542
B. 09916-38210

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Fig. 119: Reaming Guide Hole With Special Tool


Courtesy of SUZUKI OF AMERICA CORP.

2. Install valve guide to cylinder head.

Heat cylinder head uniformly at a temperature of 80 to 100°C (176 to 212°F) so that head will not be
distorted, and drive new valve guide into hole with special tools.

Drive in new valve guide until special tool (Valve guide installer) contacts cylinder head.

After installing, make sure that valve guide protrudes by specified value from cylinder head.

Special Tool

A. 09916-57350
B. 09916-57340

NOTE: Do not reuse valve guide once disassembled. Install new valve guide
(Oversize).
Intake and exhaust valve guides are identical.

Valve guide oversize

0.03 mm (0.0012 in.)

Valve guide protrusion "a"

In: 14.5 mm (0.57 in.)

Ex: 13.5 mm (0.53 in.)

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Fig. 120: Installing Valve Guide


Courtesy of SUZUKI OF AMERICA CORP.

3. Ream valve guide bore with special tool (6.0 mm reamer). After reaming, clean bore.

Special Tool

A. 09916-34542
B. 09916-37810

Fig. 121: Reaming Guide Hole With Special Tool


Courtesy of SUZUKI OF AMERICA CORP.

4. Install valve spring seat to cylinder head.


5. Install new valve stem seal (1) to valve guide.

After applying engine oil to seal and spindle of special tool (Valve guide installer handle), fit oil seal to
spindle, and then install seal to valve guide by pushing special tool by hand.

After installing, check to be sure that seal is properly fixed to valve guide.

Special Tool

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A. 09917-98221
B. 09916-57350

NOTE: Do not reuse seal once disassembled. Be sure to install new seal.
When installing, never tap or hit special tool with a hammer or else.
Install seal to guide only by pushing special tool by hand. Tapping or
hitting special tool may cause damage to seal.

Fig. 122: Installing Valve Stem Seal


Courtesy of SUZUKI OF AMERICA CORP.

6. Install valve to valve guide.

Before installing valve to valve guide, apply engine oil to stem seal, valve guide bore, and valve stem.

Fig. 123: Installing Valve To Valve Guide


Courtesy of SUZUKI OF AMERICA CORP.

7. Install valve spring and spring retainer.

Each valve spring has top end (large-pitch end (1)) and bottom end (small-pitch end (2)). Be sure to

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position spring in place with its bottom end (small-pitch end) facing the bottom (valve spring seat side).

Fig. 124: Identifying Valve Spring & Spring Retainer


Courtesy of SUZUKI OF AMERICA CORP.

8. Using special tool (Valve lifter), compress valve spring and fit two valve cotters (1) into groove in valve
stem.

Special Tool

A. 09916-14510
B. 09916-16510
C. 09919-28610
D. 09916-84511

Fig. 125: Compressing Valve Spring & Fit Two Valve Cotters Into Groove In Valve Stem
Courtesy of SUZUKI OF AMERICA CORP.

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9. Install intake manifold by referring to INSTALLATION.


10. Install exhaust manifold by referring to INSTALLATION .
11. Install injectors by referring to INSTALLATION .

VALVES AND VALVE GUIDES INSPECTION

Reference: VALVES AND CYLINDER HEAD DISASSEMBLY AND REASSEMBLY

Valve Guide

Valve stem-to-guide clearance

Using a micrometer and bore gauge, take diameter readings on valve stems and guides to check stem-to-guide
clearance.

Be sure to take reading at more than one place along the length of each stem and guide.

If clearance exceeds limit, replace valve and valve guide.

Valve stem and valve guide specification

VALVE STEM AND VALVE GUIDE SPECIFICATION


Item Standard Limit
In 5.965 - 5.980 mm (0.2348 - 0.2354 in.) -
Valve stem diameter [A]
Ex 5.940 - 5.955 mm (0.2339 - 0.2344 in.) -
Valve guide bore [B] In & Ex 6.000 - 6.012 mm (0.2362 - 0.2366 in.) -
In 0.020 - 0.047 mm (0.0008 - 0.0018 in.) 0.070 mm (0.0028 in.)
Stem-to-guide clearance
Ex 0.045 - 0.072 mm (0.0017 - 0.0028 in.) 0.090 mm (0.0035 in.)

Fig. 126: Checking Valve Stem-To-Guide Clearance


Courtesy of SUZUKI OF AMERICA CORP.

Valve stem end deflection

If bore gauge is not available, check end deflection of valve stem with a dial gauge instead.

Move stem end in directions (1) and (2) to measure end deflection.

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If deflection exceeds its limit, replace valve stem and valve guide.

Valve stem end deflection limit

In: 0.14 mm (0.005 in.)

Ex: 0.18 mm (0.007 in.)

Fig. 127: Measuring Valve Stem End Deflection


Courtesy of SUZUKI OF AMERICA CORP.

Valve

Visual inspection

Remove all carbon from valves.


Inspect each valve for wear, burn or distortion at its face and stem end, as necessary, replace it.
Inspect valve stem end face for pitting and wear. If pitting or wear is found there, valve stem end may be
resurfaced, but not too much to grind off its chamber. When it is worn out too much that its chamber is
gone, replace valve.

Fig. 128: Locating Valve Stem End Face


Courtesy of SUZUKI OF AMERICA CORP.

Valve head thickness

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Measure thickness "a" of valve head. If measured thickness exceeds limit, replace valve.

Valve head thickness "a"

Intake

Standard: 1.25 - 1.55 mm (0.049 - 0.061 in.)

Limit: 0.9 mm (0.035 in.)

Exhaust

Standard: 1.45 - 1.75 mm (0.057 - 0.069 in.)

Limit: 1.1 mm (0.04 in.)

Fig. 129: Measuring Thickness Of Valve Head


Courtesy of SUZUKI OF AMERICA CORP.

Valve head radial runout

Check each valve for radial runout with a dial gauge and "V" block. To check runout, rotate valve slowly. If
runout exceeds its limit, replace valve.

Valve head radial runout

Limit: 0.08 mm (0.003 in.)

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Fig. 130: Checking Valve Head Radial Runout


Courtesy of SUZUKI OF AMERICA CORP.

Seating contact width

Create contact pattern on each valve in the usual manner, i.e., by giving uniform coat of marking compound to
valve seat and by rotatingly tapping seat with valve head. Valve lapper (tool used in valve lapping) must be
used.

Pattern produced on seating face of valve must be a continuous ring without any break, and the width of pattern
must be within specified range.

Standard seating width "a" revealed by contact pattern on valve face

Intake and Exhaust: 1.0 - 1.4 mm (0.0389 - 0.0551 in.)

Fig. 131: Checking Seating Contact Width Of Valve Face


Courtesy of SUZUKI OF AMERICA CORP.

Valve seat repair

A valve seat not producing a uniform contact with its valve or showing width of seating contact that is out of
specified range must be repaired by regrinding or by cutting and regrinding and finished by lapping.

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1. Exhaust valve seat:

Use valve seat cutters (1) to make two cuts as shown in Fig. 132. Two cutters must be used: the first for
making 15° angle, and the second for making 45° angle. The second cut must be made to produce desired
seat width.

Seat width for exhaust valve seat

"a": 1.0 - 1.4 mm (0.0389 - 0.0551 in.)

2. Intake valve seat:

Use valve seat cutters (1) to make three cuts as shown in Fig. 132. Three cutters must be used: the 1st for
making 25° angle, the 2nd for making 60° angle, and 3rd for making 45° angle. The 3rd cut (45°) must be
made to produce desired seat width.

Seat width for intake valve seat

"b": 1.0 - 1.4 mm (0.0389 - 0.0551 in.)

3. Valve lapping:

Lap valve on seat in two steps, first with coarse size lapping compound applied to face and the second
with fine-size compound, each time using valve lapper according to usual lapping method.

Fig. 132: Identifying Valve Seat Cutter


Courtesy of SUZUKI OF AMERICA CORP.

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CYLINDER HEAD INSPECTION

Reference: CYLINDER HEAD COVER REMOVAL AND INSTALLATION

Remove all carbon deposits from combustion chambers.

NOTE: Do not use any sharp-edged tool to scrape off carbon deposits. Be careful
not to scuff or nick metal surfaces when decarbonizing. The same applies
to valves and valve seats, too.

Fig. 133: Removing Carbon Deposits From Combustion Chambers


Courtesy of SUZUKI OF AMERICA CORP.

Check cylinder head for cracks on intake and exhaust ports, combustion chambers, and head surface.
Using a straightedge and thickness gauge, check flatness of gasketed surface at a total of 6 locations. If
distortion limit is exceeded, correct gasketed surface with a surface plate and abrasive paper of about
#400 (Waterproof silicon carbide abrasive paper): place abrasive paper on and over surface plate, and rub
gasketed surface against paper to grind off high spots. Should this fail to reduce thickness gauge readings
to within limit, replace cylinder head. Leakage of combustion gases from this gasketed joint is often due
to warped gasketed surface: such leakage results in reduced power output.

Distortion for cylinder head surface on piston side

Limit: 0.03 mm (0.001 in.)

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Fig. 134: Checking Distortion For Cylinder Head Surface On Piston Side
Courtesy of SUZUKI OF AMERICA CORP.

Distortion of manifold seating faces:

Check seating faces of cylinder head for manifolds, using a straightedge and thickness gauge, in order to
determine whether these faces should be corrected or cylinder head replaced.

Distortion for cylinder head surface on intake and exhaust manifold

Limit: 0.05 mm (0.002 in.)

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Fig. 135: Checking Distortion Of Manifold Seating Faces


Courtesy of SUZUKI OF AMERICA CORP.

VALVE SPRING INSPECTION

Reference: VALVES AND CYLINDER HEAD DISASSEMBLY AND REASSEMBLY

Valve Spring Free Length and Preload

Referring to data, check to be sure that each spring is in sound condition, free of any evidence of breakage or
weakening. Remember, weakened valve springs can cause chatter, not to mention possibility of reducing power
output due to gas leakage caused by decreased seating pressure.

Valve spring free length

Standard: 51.13 mm (2.013 in.)

Limit: 50.13 mm (1.974 in.)

Valve spring preload

Standard: 209 - 241 N (20.9 - 24.1 kgf) for 37.60 mm (46.1 - 53.1 lb/1.480 in.)

Limit: 208 N (20.8 kgf) for 37.60 mm (45.9 lb/1.480 in.)

Fig. 136: Checking Valve Spring Free Length


Courtesy of SUZUKI OF AMERICA CORP.

Spring Squareness

Use a square and surface plate to check each spring for squareness in terms of clearance between end of valve
spring and square. Valve springs found to exhibit a larger clearance than limit must be replaced.

Valve spring squareness

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Limit: 2.2 mm (0.087 in.)

Fig. 137: Checking Valve Spring Squareness


Courtesy of SUZUKI OF AMERICA CORP.

PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS COMPONENTS

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Fig. 138: Identifying Pistons, Piston Rings, Connecting Rods & Cylinders Components (With Torque
Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS REMOVAL AND


INSTALLATION

Reference: PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS COMPONENTS

Removal

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1. Remove oil pump with oil pump strainer. Refer to REMOVAL .


2. Remove cylinder head. Refer to REMOVAL.
3. Mark cylinder number on all pistons, connecting rods and connecting rod caps.
4. Remove connecting rod bearing caps.
5. Clean carbon from top of cylinder bore before removing piston from cylinder.
6. Push piston and connecting rod assembly out through the top of cylinder bore.

Installation

Reference: PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS DISASSEMBLY


AND REASSEMBLY

1. Apply engine oil to pistons, piston rings, cylinder walls, connecting rod bearings and crank pins.

NOTE: Do not apply oil between connecting rod and bearing or between bearing
cap and bearing.

2. When installing piston and connecting rod assembly into cylinder bore, point front mark (3) on piston
head to crankshaft pulley side (1).

Fig. 139: Identifying Front Mark Point On Piston Head


Courtesy of SUZUKI OF AMERICA CORP.

3. Install piston and connecting rod assembly into cylinder bore. Use special tool (Piston ring compressor) to
compress rings. Guide connecting rod into place on crankshaft.

Using a hammer handle, tap piston head to install piston into bore. Hold ring compressor firmly against
cylinder block until all piston rings have entered cylinder bore.

Special Tool

(A): 09916-77310

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Fig. 140: Installing Piston Into Bore


Courtesy of SUZUKI OF AMERICA CORP.

4. Install connecting rod bearing cap (1) as follows.

NOTE: If connecting rod bolt is reused, make sure to check connecting rod bolt
for deformation referring to "Connecting Rod Bolt Deformation (Plastic
Deformation Tightening Bolt)" under PISTONS, PISTON RINGS,
CONNECTING RODS AND CYLINDERS INSPECTION AND CLEANING.

a. Point arrow mark (2) on cap to crankshaft pulley side.


b. Apply engine oil to new connecting rod bolts (3).
c. Tighten all connecting rod bolts to 15 N.m (1.5 kgf-m, 11.0 lb-ft).
d. Retighten them by turning through 45°.
e. Repeat step d once again.

Tightening torque

Connecting rod bolt a: Tighten 15 N.m (1.5 kgf-m, 11.0 lb-ft), 45° and 45° by the specified
procedure

Fig. 141: Identifying Connecting Rod Bolt

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Courtesy of SUZUKI OF AMERICA CORP.

5. Install cylinder head. Refer to INSTALLATION.


6. Install oil pan. Refer to INSTALLATION .
7. Install camshafts and tappets and shims. Refer to INSTALLATION.
8. Install 1st timing chain. Refer to INSTALLATION.
9. Install 2nd timing chain. Refer to INSTALLATION.
10. Install timing chain cover. Refer to INSTALLATION.
11. Check intake and exhaust valve lashes by referring to VALVE LASH (CLEARANCE) INSPECTION.
12. Install cylinder head cover by referring to INSTALLATION.
13. Install engine assembly to vehicle by referring to INSTALLATION.

PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS DISASSEMBLY AND


REASSEMBLY

Reference: PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS REMOVAL AND
INSTALLATION

Disassembly

1. Using piston ring expander, remove two compression rings (Top and 2nd) and oil ring from piston.
2. Remove piston pin from connecting rod.
Ease out piston pin circlips (1).

Fig. 142: Removing Compression Rings & Oil Ring From Piston
Courtesy of SUZUKI OF AMERICA CORP.

Force piston pin out.

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Fig. 143: Removing Piston Pin


Courtesy of SUZUKI OF AMERICA CORP.

Reassembly

Reference: PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS INSPECTION AND
CLEANING

NOTE: Two sizes of piston are available as standard size spare part so as to ensure
proper piston-to-cylinder clearance. When installing a standard size piston,
make sure to match piston with cylinder as follows.

1. Each piston (1) has stamped number (2) as shown in Fig. 144. It represents outer diameter of piston.
2. There are also painted color (3) of red or blue on cylinder block (2).

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Fig. 144: Identifying Piston Stamped Number


Courtesy of SUZUKI OF AMERICA CORP.

3. Stamped number on piston and painted color (or stamped number) on cylinder block should correspond.
That is, install number "2" stamped piston to cylinder which is identified with blue painted (or "2"
stamped) and a number "1" piston to cylinder with red painted (or "1" stamped).

Also, a letter "A" or "B" is stamped on piston head but ordinarily it is not necessary to discriminate each
piston by this letter.

Piston outer diameter and cylinder bore diameter specification

PISTON OUTER DIAMETER AND CYLINDER BORE DIAMETER SPECIFICATION


Piston Cylinder
Paint
Number Outer diameter Bore diameter
(Number)
83.9800 - 83.9900 mm (3.3063 - 3.3066 84.0101 - 84.0200 mm (3.3075 - 3.3078
1 Red (1)
in.) in.)

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83.9700 - 83.9799 mm (3.3059 - 3.3062 84.0000 - 84.0100 mm (3.3071 - 3.3074


2 Blue (2)
in.) in.)

4. Install piston pin to piston (1) and connecting rod (3):

After applying engine oil to piston pin, piston pin holes in piston and inner surface of connecting rod
small end, fit connecting rod to piston as shown in Fig. 145 and insert piston pin to piston and connecting
rod, and install piston pin circlips.

NOTE: Oil hole (4) comes on intake side.


Circlip (5) should be installed so that circlip end gap comes within
such range as indicated by arrow.

Fig. 145: Identifying Piston Stamped Number & Oil Hole


Courtesy of SUZUKI OF AMERICA CORP.

5. Install piston rings to piston:


As indicated in Fig. 146, 1st and 2nd rings have "R" mark respectively. When installing these
piston rings to piston, direct marked side of each ring toward top of piston.
1st ring (1) differs from 2nd ring (2) in thickness, shape and color of surface contacting cylinder
wall. Distinguish 1st ring from 2nd ring by referring to Fig. 146.
When installing oil ring (3), install spacer first and then two rails.

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Fig. 146: Identifying Piston Rings Installing Mark


Courtesy of SUZUKI OF AMERICA CORP.

6. After installing three rings (1st, 2nd and oil rings), distribute their end gaps.

Fig. 147: Identifying Piston Ring End Gap


Courtesy of SUZUKI OF AMERICA CORP.

PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS INSPECTION AND


CLEANING

Reference: PISTONS, PISTON RINGS, CONNECTING RODS AND CYLINDERS DISASSEMBLY


AND REASSEMBLY

Inspection

Cylinder

Inspect cylinder walls for scratches, roughness, or ridges which indicate excessive wear. If cylinder bore
is very rough or deeply scratched, or ridged, rebore cylinder and use over size piston.
Using a cylinder gauge, measure cylinder bore in thrust and axial directions at two positions as shown in
Fig. 148. If any of following conditions is noted, rebore cylinder.

1. Cylinder bore diameter exceeds limit.

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2. Difference of measurements at two positions exceeds taper limit.


3. Difference between thrust and axial measurements exceeds out-of-round limit.

Cylinder bore diameter

Standard: 84.000 - 84.020 mm (3.3070 - 3.3078 in.)

Limit: 84.050 mm (3.3090 in.)

Taper and out-of-round

Limit: 0.10 mm (0.004 in.)

NOTE: If any one of four cylinders has to be rebored, rebore all four to the same
next oversize. This is necessary for the sake of uniformity and balance.

Fig. 148: Measuring Cylinder Bore Diameter


Courtesy of SUZUKI OF AMERICA CORP.

Pistons

Inspect piston for faults, cracks or other damages.

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Damaged or faulty piston should be replaced.

Piston diameter:

As indicated in Fig. 149, piston diameter should be measured at a position 26.5 mm (1.04 in.) ("a") from
piston skirt end in the direction perpendicular to piston pin.

Piston diameter

PISTON DIAMETER
Standard 83.9700 - 83.9900 mm (3.3059 - 3.3067 in.)
Oversize: 0.50 mm (0.0196 in.) 84.4700 - 84.4900 mm (3.3256 - 3.3264 in.)

Fig. 149: Measuring Piston Diameter


Courtesy of SUZUKI OF AMERICA CORP.

Piston clearance:

Measure cylinder bore diameter and piston diameter to find their difference which is piston clearance.
Piston clearance should be within specification as follows. If it is out of specification, rebore cylinder and
use oversize piston.

Piston clearance

0.02 - 0.04 mm (0.0008 - 0.0015 in.)

NOTE: Cylinder bore diameters used here are measured in thrust direction at two
positions.

Ring groove clearance:

Before checking, piston grooves must be clean, dry and free of carbon.

Fit new piston ring (1) into piston groove, and measure clearance between ring and ring land by using
thickness gauge (2).

If clearance is out of specification, replace piston.

Ring groove clearance

RING GROOVE CLEARANCE SPECIFICATION

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Item Standard Limit


Top ring 0.03 - 0.07 mm (0.0120 - 0.0027 in.) 0.12 mm (0.0047 in.)
2nd ring 0.02 - 0.06 mm (0.0008 - 0.0023 in.) 0.1 mm (0.0039 in.)
Oil ring 0.06 - 0.15 mm (0.0024 - 0.0059 in.) -

Fig. 150: Checking Ring Groove Clearance


Courtesy of SUZUKI OF AMERICA CORP.

Piston pin

Check piston pin, connecting rod small end bore and piston bore for wear or damage, paying particular
attention to condition of small end bore bush. If pin, connecting rod small end bore or piston bore is badly
worn or damaged, replace pin, connecting rod or piston.
Piston pin clearance: Check piston pin clearance in small end.

Replace connecting rod if its small end is badly worn or damaged or if measured clearance exceeds limit.

Piston pin clearance in small end

Standard: 0.003 - 0.014 mm (0.0001 - 0.0005 in.)

Piston pin clearance in piston

Standard: 0.006 - 0.017 mm (0.00024 - 0.00067 in.)

Small-end bore [A]

21.003 - 21.011 mm (0.8269 - 0.8272 in.)

Piston pin diameter [B]

20.997 - 21.000 mm (0.8267 - 0.8268 in.)

Piston bore

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21.006 - 21.014 mm (0.8270 - 0.8273 in.)

Fig. 151: Checking Piston Pin Clearance In Small End


Courtesy of SUZUKI OF AMERICA CORP.

Piston rings

To measure end gap, insert piston ring (2) into cylinder bore and then measure the gap by using thickness gauge
(1). If measured gap is out of specification, replace ring.

NOTE: Clean carbon and any other dirt from top of cylinder bore before inserting
piston ring.

Piston ring end gap

PISTON RING END GAP SPECIFICATION


Item Standard Limit
Top ring 0.20 - 0.33 mm (0.0079 - 0.0129 in.) 0.7 mm (0.0276 in.)
2nd ring 0.33 - 0.48 mm (0.0129 - 0.0188 in.) 0.7 mm (0.0276 in.)
Oil ring 0.20 - 0.50 mm (0.0079 - 0.0196 in.) 1.8 mm (0.0709 in.)

Piston rings end gap

"a": 120 mm (4.72 in.)

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Fig. 152: Checking Piston Rings End Gap


Courtesy of SUZUKI OF AMERICA CORP.

Connecting rod

Big-end side clearance:

Check big-end of connecting rod for side clearance, with rod fitted and connected to its crank pin in the
normal manner. If measured clearance is found to exceed its limit, replace connecting rod.

Big-end side clearance

BIG-END SIDE CLEARANCE SPECIFICATION


Standard Limit
0.25 - 0.40 mm (0.0099 - 0.0150 in.) 0.45 mm (0.0177 in.)

Fig. 153: Checking Big-End Of Connecting Rod For Side Clearance


Courtesy of SUZUKI OF AMERICA CORP.

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Connecting rod alignment:

Mount connecting rod on aligner to check it for bow and twist. If limit is exceeded, replace it.

Limit on bow

0.05 mm (0.0020 in.)

Limit on twist

0.10 mm (0.0039 in.)

Fig. 154: Checking Connecting Rod Alignment


Courtesy of SUZUKI OF AMERICA CORP.

Crank pin and connecting rod bearings

Inspect crank pin for uneven wear or damage. Measure crank pin for out-of-round or taper with a
micrometer. If crank pin is damaged, or out-of round or taper is out of limit, replace crankshaft or regrind
crank pin.

Connecting rod bearing and crank pin

CONNECTING ROD BEARING AND CRANK PIN SPECIFICATION


Item Standard
Crank pin diameter 49.982 - 50.000 mm (1.9768 - 1.9685 in.)

Out-of-round

"A"-"B"

Taper

"a"-"b"

Out-of-round and taper limits

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0.01 mm (0.0004 in.)

Fig. 155: Measuring Crank Pin For Out-Of-Round Or Taper With Micrometer
Courtesy of SUZUKI OF AMERICA CORP.

Connecting rod bearing general information:

Inspect bearing shells for signs of fusion, pitting, burn or flaking and observe contact pattern. Bearing
shells found in defective condition must be replaced.

Two kinds of connecting rod bearings are available; standard size bearing and 0.25 mm (0.0098 in.)
undersize bearing. For identification of undersize bearing, it is painted red (1) at the position as indicated
in Fig. 156, undersize bearing thickness is 1.605 - 1.615 mm (0.0632 - 0.0635 in.) at the center of it.

Fig. 156: Identifying Connecting Rod Bearing


Courtesy of SUZUKI OF AMERICA CORP.

Connecting rod bearing clearance:


a. Before checking bearing clearance, clean bearing and crank pin.
b. Install bearing in connecting rod and bearing cap.
c. Place a piece of gauging plastic (1) to full width of crank pin as contacted by bearing (parallel to
crankshaft), avoiding oil hole.

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Fig. 157: Placing Piece Of Gauging Plastic


Courtesy of SUZUKI OF AMERICA CORP.

d. Install connecting rod bearing cap (1) as follows.


i. Point arrow mark (2) on cap to crankshaft pulley side.
ii. Apply engine oil to connecting rod bolts (3).
iii. Tighten all connecting rod bolts to 15 N.m (1.5 kgf-m, 11.0 lb-ft).
iv. Retighten them by turning through 45°.
v. Repeat step d once again.

Tightening torque

Connecting rod bolt a: Tighten 15 N.m (1.5 kgf-m, 11.0 lb-ft), 45° and 45° by the
specified procedure

NOTE: Do not turn crankshaft with gauging plastic installed.

Fig. 158: Identifying Connecting Rod Bolt


Courtesy of SUZUKI OF AMERICA CORP.

e. Remove connecting rod bearing cap, and using a scale (2) on gauging plastic envelope, measure

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gauging plastic (1) width at the widest point (clearance).

If clearance exceeds its limit, select connecting rod bearing by referring to PISTONS, PISTON
RINGS, CONNECTING RODS AND CYLINDERS INSPECTION AND CLEANING below
mentioned item.

After selecting new bearing, recheck clearance.

Bearing clearance

BEARING CLEARANCE SPECIFICATION


Standard Limit
0.045 - 0.063 mm (0.0018 - 0.0025 in.) 0.08 mm (0.0031 in.)

Fig. 159: Removing Connecting Rod Bearing Cap


Courtesy of SUZUKI OF AMERICA CORP.

f. If clearance can not be brought to within its limit even by using a new standard size bearing,
replace crankshaft or regrind crankpin to undersize as follows.
Install 0.25 mm undersize bearing to connecting rod big end.
Measure bore diameter of connecting rod big end.
Regrind crankpin to the following finished diameter.

Finished crankpin diameter = Measured big end bore diameter (including undersize bearing)
- 0.054 mm (0.0021 in.)

Confirm that bearing clearance is within the standard value.

NOTE: After checking the connecting rod bearing clearance, make sure
to check for "Connecting rod bolt" under PISTONS, PISTON
RINGS, CONNECTING RODS AND CYLINDERS INSPECTION
AND CLEANING.

Selection of connecting rod bearings:

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NOTE: If bearing is in malcondition or bearing clearance is out of


specification, select a new standard bearing according to the
following procedure and install it.
When replacing crankshaft or connecting rod and its bearing due to
any reason, select new standard bearings to be installed by referring
to numbers stamped on connecting rod and its cap and/or alphabets
stamped on crank web of No. 3 cylinder.

a. Check stamped numbers on connecting rod and its cap as shown in Fig. 160.

Three kinds of numbers ("1", "2" and "3") represent the following connecting rod big end inside
diameters. For example, stamped number "1" indicates that corresponding connecting rod big-end
inside diameter is 53.0000 - 53.0060 mm (2.0867 - 2.0868 in.).

Connecting rod big-end inside diameter

CONNECTING ROD BIG-END INSIDE DIAMETER


Stamped numbers Connecting rod big-end inside diameter
1 53.0000 - 53.0060 mm (2.0867 - 2.0868 in.)
2 53.0061 - 53.0120 mm (2.0869 - 2.0870 in.)
3 53.0121 - 53.0180 mm (2.0871 - 2.0873 in.)

Fig. 160: Identifying Stamped Numbers On Connecting Rod

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Courtesy of SUZUKI OF AMERICA CORP.

b. Next, check crank pin diameter. On crank web of No. 3 cylinder, four alphabets are stamped as
shown in Fig. 161.

Three kinds of alphabet ("A", "B" and "C") represent the following crank pin diameter respectively.

For example, stamped "A" indicates that corresponding crank pin diameter is 49.9940 - 50.0000
mm (1.9683 - 1.9685 in.).

Crank pin diameter

CRANK PIN DIAMETER


Stamped alphabet Crank pin diameter (without bearing)
A 49.9940 - 50.0000 mm (1.9683 - 1.9685 in.)
B 49.9880 - 49.9939 mm (1.9681 - 1.9682 in.)
C 49.9820 - 49.9879 mm (1.9677 - 1.9680 in.)

Fig. 161: Identifying Crank Pin Diameter Location


Courtesy of SUZUKI OF AMERICA CORP.

c. There are 5 kinds of standard bearings differing in thickness. To distinguish them, they are painted
in the following colors at the position as indicated in Fig. 162.

Each color indicated the following thickness at the center of bearing.

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Standard size of connecting rod bearing thickness

STANDARD SIZE OF CONNECTING ROD BEARING THICKNESS SPECIFICATION


Color painted Bearing thickness
Green 1.482 - 1.485 mm (0.05835 - 0.05846 in.)
Black 1.485 - 1.488 mm (0.05847 - 0.05858 in.)
Colorless 1.488 - 1.491 mm (0.05859 - 0.05870 in.)
Yellow 1.491 - 1.494 mm (0.05871 - 0.05881 in.)
Blue 1.494 - 1.497 mm (0.05882 - 0.05893 in.)

Fig. 162: Identifying Paint Mark For Connecting Rod Bearing Thickness
Courtesy of SUZUKI OF AMERICA CORP.

d. From number stamped on connecting rod and its cap and alphabet stamped on crank web No. 3
cylinder, determine new standard bearing to be installed to connecting rod big-end inside, by
referring to SPECIFICATIONS OF STANDARD CONNECTING ROD BEARING SIZE
TABLE. For example, if number stamped on connecting rod and its cap is "1" and alphabet
stamped on crank web No. 3 cylinder is "B", install a new standard bearing painted in "Black" to its
connecting rod big-end inside.

Specifications of new standard connecting rod bearing size

SPECIFICATIONS OF STANDARD CONNECTING ROD BEARING SIZE TABLE


Number stamped on connecting rod and its cap
(Connecting rod big end inside diameter)
1 2 3
A Green Black Colorless
Alphabet stamped on crank web of
B Black Colorless Yellow
No. 3 cylinder (Crank pin diameter)
C Colorless Yellow Blue

e. Check bearing clearance with newly selected standard bearing by referring to CRANK PIN AND
CONNECTING ROD BEARINGS.

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If clearance still exceeds its limit, use next thicker bearing and recheck clearance.

Connecting rod bolt

Measure each thread diameter of connecting rod bolts (1) at "A" on 28.5 mm (1.12 in.) from bolt
mounting surface and "B" on 42.0 mm (1.65 in.) from bolt mounting surface by using a micrometer (2).

Calculate difference in diameters ("A"-"B"). If it exceeds limit, replace connecting rod.

Connecting rod bolt measurement points

"a": 28.5 mm (1.12 in.)

"b": 42.0 mm (1.65 in.)

Connecting rod bolt diameter difference

limit ("A"-"B"): 0.1 mm (0.004 in.)

Fig. 163: Measuring Thread Diameter Of Connecting Rod Bolts Using Micrometer
Courtesy of SUZUKI OF AMERICA CORP.

Cleaning

Clean carbon from piston head and ring grooves, using a suitable tool.

CYLINDER BLOCK HEATER REMOVAL AND INSTALLATION (IF EQUIPPED)

Removal

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1. Disconnect negative (-) cable at battery.


2. Drain engine coolant.
3. Remove exhaust manifold cover.
4. Remove engine block heater (1).

Fig. 164: Identifying Engine Block Heater


Courtesy of SUZUKI OF AMERICA CORP.

Installation

Reference: CYLINDER BLOCK HEATER INSPECTION (IF EQUIPPED)

Reverse removal procedure for installation, noting the following.

Install cylinder block heater (1) in the direction as shown in Fig. 165.

Fig. 165: Identifying Cylinder Block Heater


Courtesy of SUZUKI OF AMERICA CORP.

Tighten cylinder block heater mounting bolt (1) to specified torque.

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Tightening torque

Cylinder block heater mounting bolt a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Fig. 166: Identifying Cylinder Block Heater Mounting Bolt


Courtesy of SUZUKI OF AMERICA CORP.

Refill coolant by referring to COOLING SYSTEM FLUSH AND REFILL .


Finally, start engine and check for engine coolant leaks and exhaust gas leakage.

CYLINDER BLOCK HEATER INSPECTION (IF EQUIPPED)

Reference: CYLINDER BLOCK HEATER REMOVAL AND INSTALLATION (IF EQUIPPED)

Check continuity between terminals "a" and "c". If there is no continuity, replace it.
Check that there is no continuity between terminals "a" or "b" and "c". If there is continuity, replace it.
Check continuity between terminal "c" and cylinder block heater body. If there is no continuity, replace it.

Fig. 167: Checking Continuity Between Terminal


Courtesy of SUZUKI OF AMERICA CORP.

MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK COMPONENTS

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 168: Identifying Main Bearings, Crankshaft & Cylinder Block Components (With Torque
Specifications)
Courtesy of SUZUKI OF AMERICA CORP.

MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK REMOVAL AND INSTALLATION

Reference: MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK COMPONENTS

Removal

1. Remove engine assembly from vehicle. Refer to REMOVAL.


2. Remove flywheel (drive plate for A/T) by using special tool.

Special Tool

(A): 09924-17811

Fig. 169: Identifying Flywheel Bolt


Courtesy of SUZUKI OF AMERICA CORP.

3. Remove pistons and connecting rods by referring to REMOVAL.


4. Remove CKP sensor (1).

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2009 ENGINE Engine Mechanical - SX4

Fig. 170: Identifying CKP Sensor


Courtesy of SUZUKI OF AMERICA CORP.

5. Remove water pump (1) and heater outlet pipe (3).


6. Remove engine front mounting brackets (2).

Fig. 171: Identifying Engine Front Mounting Brackets


Courtesy of SUZUKI OF AMERICA CORP.

7. Loosen crankcase bolts, in sequence shown in Fig. 172 and remove them.

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Fig. 172: Identifying Loosening Sequence Of Crankcase Bolts


Courtesy of SUZUKI OF AMERICA CORP.

8. Remove crankshaft from cylinder block.

Installation

Reference: MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK INSPECTION

NOTE: All parts to be installed must be perfectly clean.


Be sure to oil crankshaft journals, journal bearings, thrust bearings,
crankpins, connecting rod bearings, pistons, piston rings and cylinder
bores.
Journal bearings, crankcase (bearings caps), connecting rods, rod
bearings, rod bearing caps, pistons and piston rings are in combination
sets. Do not disturb combination and try to see that each part goes back to
where it came from, when installing.
Clean mating surface of cylinder block and lower crankcase, remove oil,
old sealant and dust from mating surface.

1. Fit main bearings to cylinder block (1).

One of two halves of main bearing (4) has oil groove (3).

Install this half with oil groove to cylinder block and another half without oil groove to lower crankcase.

Make sure that two halves are painted in the same color.

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2009 ENGINE Engine Mechanical - SX4

2. Install new O-ring (2) to cylinder block.


3. Install knock pins (5) to cylinder block.

Fig. 173: Identifying Main Bearing Oil Groove


Courtesy of SUZUKI OF AMERICA CORP.

4. Fit thrust bearings (1) to cylinder block between No. 2 and No. 3 cylinders. Face oil groove (2) sides to
crank webs.
5. Put crankshaft (1) with oil pump chain to cylinder block.

Fig. 174: Identifying Thrust Bearings


Courtesy of SUZUKI OF AMERICA CORP.

6. Apply sealant "A" to lower crankcase (1) mating surface area as shown in Fig. 175.

"A": Water tight sealant 99000-31250SUZUKI Bond No. 1207F ()

Sealant amount for lower crankcase

Width "a": 3 mm (0.12 in.)

Height "b": 2 mm (0.08 in.)

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2009 Suzuki SX4 Sport
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Fig. 175: Identifying Area For Applying Sealant


Courtesy of SUZUKI OF AMERICA CORP.

7. Install lower crankcase (1) to cylinder block.

Apply engine oil to all crankcase bolts ((1) - (10)) and tighten them gradually as follows.

a. Tighten bolts ((1) - (10)) to 40 N.m (4.0 kgf-m, 29.0 lb-ft) according to numerical order in Fig. 176.

Fig. 176: Identifying Tightening Sequence Of Crankcase Bolts


Courtesy of SUZUKI OF AMERICA CORP.

b. Loosen bolts ((1) - (10)) until tightening torque is reduced to 0 according to numerical order in Fig.
177.

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2009 Suzuki SX4 Sport
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Fig. 177: Identifying Loosening Sequence Of Crankcase Bolts


Courtesy of SUZUKI OF AMERICA CORP.

c. Tighten bolts ((1) - (10)) to 40 N.m (4.0 kgf-m, 29.0 lb-ft) according to numerical order in Fig. 178.
d. In the same manner as in step c), retighten bolts ((1) - (10)) to 58 N.m (5.8 kgf-m, 42.0 lb-ft).
e. Tighten bolts ((11) - (22)) to specified torque according to numerical order in Fig. 178.

Tightening torque

Crankcase bolt with 10 mm thread diameter ((1) - (10)): Tighten 40 N.m (4.0 kgf-m, 29.0 lb-
ft), 0 N.m (0 kgf-m, 0 lb-ft), 40 N.m (4.0 kgf-m, 29.0 lb-ft), 58 N.m (5.8 kgf-m, 42.0 lb-ft) by the
specified procedure

Crankcase bolt with 8 mm thread diameter ((11) - (22)): Tighten 26 N.m (2.6 kgf-m, 19.0 lb-
ft) by the specified procedure

NOTE: After tightening crankcase bolts, check to be sure that


crankshaft rotates smoothly when turned by hand.
Use new crankcase bolt (10 mm thread diameter).

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Fig. 178: Identifying Tightening Sequence Of Crankcase Bolts


Courtesy of SUZUKI OF AMERICA CORP.

8. Pull out dowel pin (2) from crankshaft (1) and then install rear oil seal (3) until it becomes flush with
cylinder block surface using special tools and plastic hammer.

Special Tool

A. 09911-97710
B. 09911-97811
9. Install dowel pin (2).

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Fig. 179: Installing Dowel Pin


Courtesy of SUZUKI OF AMERICA CORP.

10. Install CKP sensor (1) and fix its wire harness with bracket.

Tightening torque

CKP sensor bolt a: 11 N.m (1.1 kg-m, 8.0 lb-ft)

Fig. 180: Identifying CKP Sensor & Bolt


Courtesy of SUZUKI OF AMERICA CORP.

11. Install flywheel (drive plate for A/T).

Using special tool, lock flywheel or drive plate, and tighten flywheel or drive plate bolts (1) to specified

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torque.

NOTE: Use new flywheel or drive plate bolt.

Special Tool

(A): 09924-17811

Tightening torque

Flywheel or drive plate bolt a: 70 N.m (7.0 kg-m, 51.0 lb-ft)

Fig. 181: Identifying Flywheel Or Drive Plate Bolts


Courtesy of SUZUKI OF AMERICA CORP.

12. Install engine front mounting brackets (1). Tighten bracket bolts to specified torque.

Tightening torque

Engine front mounting bracket bolt a: 55 N.m (5.5 kg-m, 40.0 lb-ft)

13. Install water pump (2) and heater outlet pipe (3). Refer to INSTALLATION .

Fig. 182: Identifying Water Pump & Heater Outlet Pipe

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2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Courtesy of SUZUKI OF AMERICA CORP.

14. Install pistons and connecting rods. Refer to INSTALLATION.


15. Install oil pump. Refer to INSTALLATION .
16. Install cylinder head assembly to cylinder. Refer to INSTALLATION.
17. Install camshafts and tappets and shims. Refer to INSTALLATION.
18. Check intake and exhaust valve lashes by referring to VALVE LASH (CLEARANCE) INSPECTION.
19. Install, timing chain sprockets, timing chains, timing chain tensioner, tensioner adjusters, timing chain
guides, timing chain cover, crankshaft pulley, water pump pulley. Refer to INSTALLATION,
INSTALLATION and INSTALLATION.
20. Install cylinder head cover referring to INSTALLATION.
21. Install oil pump strainer and oil pan by referring to INSTALLATION .
22. Install clutch cover and clutch disc to flywheel (for M/T vehicle). For clutch installation, refer to
INSTALLATION .
23. Install engine assembly to vehicle. Refer to INSTALLATION.

MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK INSPECTION

Reference: MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK REMOVAL AND


INSTALLATION

Crankshaft

Crankshaft runout

Using a dial gauge, measure runout at center journal. Rotate crankshaft slowly. If runout exceeds its limit,
replace crankshaft.

Limit on runout

0.06 mm (0.0023 in.)

Fig. 183: Measuring Runout At Center Journal


Courtesy of SUZUKI OF AMERICA CORP.

Crankshaft thrust play

Measure this play with crankshaft set in cylinder block in the normal manner, that is, with thrust bearing and
lower crankcase installed. Tighten crankcase bolts by referring to MAIN BEARINGS, CRANKSHAFT AND
CYLINDER BLOCK REMOVAL AND INSTALLATION.

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Use a dial gauge to read displacement in axial (thrust) direction of crankshaft.

If its limit is exceeded, replace thrust bearing with new standard one or oversize one to obtain standard thrust
play.

Crankshaft Thrust Play

Standard: 0.10 - 0.35 mm (0.0039 - 0.0137 in.)

Limit: 0.42 mm (0.0149 in.)

Fig. 184: Measuring Crankshaft Thrust Play


Courtesy of SUZUKI OF AMERICA CORP.

Thickness of crankshaft thrust bearing

THICKNESS OF CRANKSHAFT THRUST BEARING SPECIFICATION


Standard 2.425 - 2.475 mm (0.09796 - 0.09992 in.)
Oversize: 0.125 mm (0.0049 in.) 2.488 - 2.538 mm (0.09548 - 0.09744 in.)

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Fig. 185: Identifying Thrust Bearing & Oil Groove


Courtesy of SUZUKI OF AMERICA CORP.

Out-of-round and taper (uneven wear) of journals

An unevenly worn crankshaft journal shows up as a difference in diameter at a cross section or along its length
(or both). This difference, if any, is determined by taking micrometer readings. If any one of journals is badly
damaged or if amount of uneven wear in the sense exceeds its limit, regrind or replace crankshaft.

Limit on out-of-round and taper

0.01 mm (0.0004 in.)

Out-of-round

"A"-"B"

Taper

"a"-"b"

Fig. 186: Measuring Out-Of-Round & Taper (Uneven Wear) Of Journals


Courtesy of SUZUKI OF AMERICA CORP.

Main Bearings

Main bearings general information

Service main bearings are available in standard size and 0.25 mm (0.0098 in.) undersize, and standard
size has 5 kinds of bearings differing in tolerance.
Upper half of bearing (1) has oil groove (2) as shown in Fig. 187.

Install this half with oil groove to cylinder block.

Lower half of bearing does not have oil groove.

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Fig. 187: Identifying Upper Half Of Bearing & Oil Groove


Courtesy of SUZUKI OF AMERICA CORP.

Main bearings inspection

Check bearings for pitting, scratches, wear or damage.

If any malcondition is found, replace both upper and lower halves. Never replace either half without replacing
the other half.

Main bearing clearance

Check clearance by using gauging plastic according to the following procedure.

1. Remove lower crankcase.


2. Clean bearings and main journals.
3. Place a piece of gauging plastic (1) to full width of bearing (parallel to crankshaft) on journal, avoiding
oil hole.

Fig. 188: Placing Piece Of Gauging Plastic


Courtesy of SUZUKI OF AMERICA CORP.

4. Install lower crankcase to cylinder block by referring to INSTALLATION.

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NOTE: Do not rotate crankshaft while gauging plastic is installed.

5. Remove lower crankcase and using scale (2) on gauging plastic envelop (1), measure gauging plastic
width at its widest point. If clearance exceeds its limit, replace bearing. Always replace both upper and
lower inserts as a unit. A new standard bearing may produce proper clearance. If not, it will be necessary
to regrind crankshaft journal for use of 0.25 mm undersize bearing.

After selecting new bearing, recheck clearance.

Main bearing clearance

Standard: 0.020 - 0.038 mm (0.00079 - 0.00149 in.)

Limit: 0.063 mm (0.0024 in.)

Fig. 189: Removing Lower Crankcase & Using Scale


Courtesy of SUZUKI OF AMERICA CORP.

Selection of main bearings STANDARD BEARING:

Bearing is in malcondition.
Bearing clearance is out of specification.
Crankshaft or cylinder block is replaced.

1. First check journal diameter. As shown in Fig. 190, crank web No. 2 has stamped numbers.

Six kinds of numbers ("4" through "9") represent the following journal diameters.

Journal diameter

JOURNAL DIAMETER AND STAMPED NUMBERS


Stamped numbers Journal diameter

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2009 ENGINE Engine Mechanical - SX4

4 58.0030 - 58.0060 mm (2.28358 - 2.28369 in.)


5 58.0000 - 58.0029 mm (2.28346 - 2.28357 in.)
6 57.9970 - 57.9999 mm (2.28334 - 2.28345 in.)
7 57.9940 - 57.9969 mm (2.28323 - 2.28333 in.)
8 57.9910 - 57.9939 mm (2.28311 - 2.28322 in.)
9 57.9880 - 57.9909 mm (2.28299 - 2.28310 in.)

Stamped numbers on crank web No. 2 (3) represent journal diameters marked with an arrow in Fig. 190
respectively.

For example, stamped number "5" indicates that corresponding journal diameter is 58.0000 - 58.0029 mm
(2.28346 - 2.28357 in.).

Fig. 190: Identifying Stamped Numbers On Crank Web


Courtesy of SUZUKI OF AMERICA CORP.

2. Next, check journal bore diameter. On lower crankcase five alphabets are stamped as shown in Fig. 191.

Three kinds of alphabets ("A", "B" and "C") represent the following journal bore diameters.

Journal bore diameter

JOURNAL BORE DIAMETER AND STAMPED ALPHABET


Stamped alphabet Journal bore diameter
A 61.9940 - 62.0000 mm (2.44070 - 2.44094 in.)
B 62.0001 - 62.0060 mm (2.44095 - 2.44117 in.)
C 62.0061 - 62.0120 mm (2.44118 - 2.44141 in.)

Stamped alphabets on lower crankcase represent journal diameter marked with an arrow in figure
respectively. For example, stamped alphabet "A" at No. 2 journal indicates that (journal) bore diameter of

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No. 2 journal is 61.9940 - 62.0000 mm (2.44070 - 2.44094 in.).

Fig. 191: Identifying Stamped Alphabets On Lower Crankcase


Courtesy of SUZUKI OF AMERICA CORP.

3. There are 5 kinds of standard bearings differing in thickness. To distinguish them, they are painted (1) in
the following colors at the position as indicated in Fig. 192.

Each color indicates the following thickness at the center of bearing.

Standard size main bearing thickness

STANDARD SIZE MAIN BEARING THICKNESS SPECIFICATION


Color painted Bearing thickness
Green 1.9910 - 1.9940 mm (0.07839 - 0.07850 in.)
Black 1.9940 - 1.9970 mm (0.07851 - 0.07862 in.)
Colorless (no painted) 1.9970 - 2.0000 mm (0.07863 - 0.07874 in.)
Yellow 2.0000 - 2.0030 mm (0.07874 - 0.07885 in.)
Blue 2.0030 - 2.0060 mm (0.07886 - 0.07897 in.)

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Fig. 192: Identifying Paint Mark For Standard Size Main Bearing Thickness
Courtesy of SUZUKI OF AMERICA CORP.

4. From number stamped on crank web No. 2 and alphabets stamped on lower crankcase, determine new
standard bearing to be installed to journal by referring to MAIN BEARING CROSS-REFERENCE
TABLE.

For example, if number stamped on crank web No. 2 is "5" and alphabet stamped on lower crankcase is
"A", install new standard bearings painted in "Green" to cylinder block side journal and "Black" to lower
crankcase side journal.

NOTE: The meaning of "Upper" and "Lower" described in MAIN BEARING


CROSS-REFERENCE TABLE.

Upper: It is instruction of main bearing installed in cylinder block


side journal.
Lower: It is instruction of main bearing installed in lower crankcase
side journal.

Main bearing cross-reference table (new standard bearing)

MAIN BEARING CROSS-REFERENCE TABLE


Standard number on crank web No. 2
4 5 6 7 8 9
Upper: Green Upper: Black Upper: Colorless
A Green Black Colorless
Lower: Black Lower: Colorless Lower: Yellow
Standard alphabet Upper: Black Upper: Colorless Upper: Yellow
B Black Colorless Yellow
on lower crankcase Lower: Colorless Lower: Yellow Lower: Blue
Upper: Colorless Upper: Yellow
C Colorless Yellow Blue Blue
Lower: Yellow Lower: Blue

5. Check main bearing clearance with newly selected standard bearing referring to MAIN BEARING
CLEARANCE. If clearance still exceeds its limit, use next thicker bearing and recheck clearance.

UNDERSIZE BEARING (0.25 mm):

0.25 mm undersize bearing is available, in five kinds varying in thickness.

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To distinguish them, each bearing is painted (1) in the following colors at such position as indicated in
Fig. 193. Each color represents the following thickness at the center of bearing.

Undersize main bearing thickness

UNDERSIZE MAIN BEARING THICKNESS SPECIFICATION


Color painted Bearing thickness
Green & Red 2.1160 - 2.1190 mm (0.08331 - 0.08342 in.)
Black & Red 2.1190 - 2.1220 mm (0.08343 - 0.08354 in.)
Red only 2.1220 - 2.1250 mm (0.08355 - 0.08366 in.)
Yellow & Red 2.1250 - 2.1280 mm (0.08367 - 0.08377 in.)
Blue & Red 2.1280 - 2.1310 mm (0.08378 - 0.08389 in.)

Fig. 193: Identifying Paint Mark For Undersize Main Bearing Thickness
Courtesy of SUZUKI OF AMERICA CORP.

If necessary, regrind crankshaft journal and select under-size bearing to use with it as follows.
a. Regrind journal to the following finished diameter.

Finished journal diameter

57.7380 - 57.7560 mm (2.27315 - 2.27385 in.)

b. Using micrometer, measure reground journal diameter.

Measurement should be taken in two directions perpendicular to each other in order to check for
out-of-round.

c. Using journal diameter measured and alphabets stamped on lower crankcase, select an undersize
bearing by referring to UNDERSIZE BEARING SPECIFICATION TABLE .

Check bearing clearance with newly selected undersize bearing.

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Fig. 194: Measuring Reground Journal Diameter Using Micrometer


Courtesy of SUZUKI OF AMERICA CORP.

Undersize bearing specification

UNDERSIZE BEARING SPECIFICATION TABLE


Measured journal diameter
57.7500 - 57.7560 mm 57.7440 - 57.7499 mm 57.7380 - 57.7439 mm
(2.27362 - 2.27385 in.) (2.27338 - 2.27361 in.) (2.27315 - 2.27337 in.)
Black &
A Green & Red Red only
Red
Alphabets stamped on Yellow &
B Black & Red Red only
lower crankcase Red
Yellow & Blue &
C Red only
Red Red

Crankshaft Position Sensor Plate

Check teeth of plate for damage.

If any damage is found, replace crankshaft (1).

Fig. 195: Identifying Crankshaft Position Sensor Plate

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Courtesy of SUZUKI OF AMERICA CORP.

Oil Pump Sprocket

Check teeth of sprocket for wear or damage.

If any damage or wear is found, replace crankshaft (1).

Fig. 196: Identifying Oil Pump Sprocket


Courtesy of SUZUKI OF AMERICA CORP.

Oil Pump Chain

Check oil pump chain for wear or damage.

Fig. 197: Identifying Oil Pump Chain


Courtesy of SUZUKI OF AMERICA CORP.

Flywheel

If ring gear is damaged, cracked or worn, replace flywheel.


If the surface contacting clutch disc is damaged, or excessively worn, replace flywheel.
Check flywheel for face runout with a dial gauge.

If runout exceeds its limit, replace flywheel.

Limit on runout

0.2 mm (0.0078 in.)

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Fig. 198: Checking Flywheel Face Runout


Courtesy of SUZUKI OF AMERICA CORP.

Cylinder Block

Distortion of gasketed surface.


Using straightedge and thickness gauge, check gasketed surface for distortion and, if flatness exceeds its
limit, correct It.

Flatness Limit

0.06 mm (0.0024 in.)

Fig. 199: Checking Gasket Surface For Distortion


Courtesy of SUZUKI OF AMERICA CORP.

Honing or reboring cylinders

1. When any cylinder needs reboring, all other cylinders must also be rebored at the same time.

Oversize piston specification

OVERSIZE PISTON SPECIFICATION


Size Piston diameter
STD 83.970 - 83.990 mm (3.3059 - 3.3067 in.)
O/S 0.50 84.470 - 84.490 mm (3.3256 - 3.3264 in.)

2. Using micrometer, measure piston diameter.


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3. Calculate cylinder bore diameter to be rebored as follows.

D=A+B-C

D: Cylinder bore diameter to be rebored.

A. Piston diameter as measured.


B. Piston clearance = 0.02 - 0.04 mm (0.0008 - 0.0015 in.)
C. Allowance for honing = 0.02 mm (0.0008 in.)
4. Rebore and hone cylinder to calculated dimension.

NOTE: Before reboring, install lower crankcase and tighten to specification to


avoid distortion of bearing bores.

5. Measure piston clearance after honing.

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Fig. 200: Measuring Piston Clearance After Honing


Courtesy of SUZUKI OF AMERICA CORP.

Check Valve

Check valve for clogging and ball for being stuck.

Fig. 201: Checking Valve For Clogging & Ball


Courtesy of SUZUKI OF AMERICA CORP.

SPECIFICATIONS
TIGHTENING TORQUE SPECIFICATIONS

TIGHTENING TORQUE SPECIFICATIONS


Tightening torque
Fastening part Note
N.m kgf-m lb-ft
Camshaft housing bolt 11 1.1 8.0 -
Air cleaner outlet hose
3 0.3 2.5 -
clamp
IMT valve actuator bolt 6 0.6 4.5 -
Cylinder head cover nut Tighten 11 N.m (1.1 kgf-m, 8.0 lb-ft) by the specified procedure -
Suspension frame
150 15.0 108.5 -
mounting bolt
Front lower cross
55 5.5 40.0 -
member bolt
Starting motor terminal
11 1.1 8.0 -
nut
Generator terminal nut 5 0.5 4.0 -
Battery ground bolt 25 2.5 18.0 -
Ground terminal bolt 11 1.1 8.0 -
Timing chain cover bolt
11 1.1 8.0 -
and nut
Idler pulley nut 42 4.2 30.5 -
Generator belt tensioner
25 2.5 18.5 -
bolt
Crankshaft pulley bolt 150 15.0 108.5 -
Camshaft timing sprocket

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bolt 80 8.0 57.5 -


Timing chain tensioner
11 1.1 8.0 -
adjuster No. 2 bolt
Timing chain tensioner
45 4.5 33.0 -
adjuster No. 2 nut
Timing chain tensioner
25 2.5 18.0 -
nut
Timing chain tensioner
11 1.1 8.0 -
adjuster No. 1 bolt
Timing chain guide No. 1
9 0.9 6.5 -
bolt
Camshaft housing bolt Tighten 11 N.m (1.1 kgf-m, 8.0 lb-ft) by the specified procedure -
Tighten 52 N.m (5.2 kgf-m, 38.0 lb-ft), 82 N.m (8.2 kgf-m, 59.5 lb-ft), 0
Cylinder head bolt (M10) N.m (0 kgf-m, 0 lb-ft), 52 N.m (5.2 kgf-m, 38.0 lb-ft) and 103 N.m (10.3 -
kgf-m, 74.5 lb-ft) by the specified procedure
Cylinder head bolt (M6) 11 1.1 8.0 -
Tighten 15 N.m (1.5 kgf-m, 11.0 lb-ft), 45° and 45° by the specified
Connecting rod bolt -
procedure
Cylinder block heater
11 1.1 8.0 -
mounting bolt
Crankcase bolt with 10 Tighten 40 N.m (4.0 kgf-m, 29.0 lb-ft), 0 N.m (0 kgf-m, 0 lb-ft), 40 N.m
mm thread diameter ((1) - (4.0 kgf-m, 29.0 lb-ft), 58 N.m (5.8 kgf-m, 42.0 lb-ft) by the specified -
(10)) procedure
Crankcase bolt with 8
mm thread diameter ((11) Tighten 26 N.m (2.6 kgf-m, 19.0 lb-ft) by the specified procedure -
- (22))
CKP sensor bolt 11 1.1 8.0 -
Flywheel or drive plate
70 7.0 51.0 -
bolt
Engine front mounting
55 5.5 40.0 -
bracket bolt

NOTE: The specified tightening torque is also described in the following: AIR
CLEANER COMPONENTS, ELECTRIC THROTTLE BODY AND INTAKE
MANIFOLD COMPONENTS, CYLINDER HEAD COVER COMPONENTS, ENGINE
MOUNTINGS COMPONENTS, TIMING CHAIN COVER COMPONENTS, 2nd
TIMING CHAIN AND CHAIN TENSIONER COMPONENTS, 1st TIMING CHAIN AND
CHAIN TENSIONER COMPONENTS, CAMSHAFTS, TAPPET AND SHIM
COMPONENTS, VALVES AND CYLINDER HEAD COMPONENTS, PISTONS,
PISTON RINGS, CONNECTING RODS AND CYLINDERS COMPONENTS and
MAIN BEARINGS, CRANKSHAFT AND CYLINDER BLOCK COMPONENTS

Reference:

For the tightening torque of fastener not specified in this article, refer to FASTENERS INFORMATION .

miércoles, 24 de febrero de 2021 11:45:42 p. m. Page 139 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

SPECIAL TOOLS AND EQUIPMENT


RECOMMENDED SERVICE MATERIAL

RECOMMENDED SERVICE MATERIAL


Material SUZUKI recommended product or Specification Note
Sealant SUZUKI Bond No. P/No.: 99000-31260 -
1217G
Thread lock cement Thread Lock Cement P/No.: 99000-32110 -
Super 1322
Water tight sealant SUZUKI Bond No. P/No.: 99000-31140 -
1207B
SUZUKI Bond No. P/No.: 99000-31250 -
1207F

NOTE: Required service material is also described in the following: TIMING CHAIN
COVER COMPONENTS, 2nd TIMING CHAIN AND CHAIN TENSIONER
COMPONENTS, 1st TIMING CHAIN AND CHAIN TENSIONER COMPONENTS,
CAMSHAFTS, TAPPET AND SHIM COMPONENTS, VALVES AND CYLINDER
HEAD COMPONENTS, PISTONS, PISTON RINGS, CONNECTING RODS AND
CYLINDERS COMPONENTS and MAIN BEARINGS, CRANKSHAFT AND
CYLINDER BLOCK COMPONENTS

SPECIAL TOOL

SPECIAL TOOL

09911-97710 09911-97811
Oil seal guide Oil seal installer

09913-75510 09915-64512

miércoles, 24 de febrero de 2021 11:45:42 p. m. Page 140 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

Bearing installer Compression gauge

09915-64530 09915-67010
Compression gauge Compression gauge
hose attachment (C)

09915-67311 09916-14510
Vacuum gauge Valve lifter

09916-16510 09916-34542
Valve lifter attachment Reamer handle

09916-37810 09916-38210
Valve guide reamer (6 Valve guide reamer (11
mm) mm)

miércoles, 24 de febrero de 2021 11:45:42 p. m. Page 141 © 2011 Mitchell Repair Information Company, LLC.
2009 Suzuki SX4 Sport
2009 ENGINE Engine Mechanical - SX4

09916-57340
09916-46020
Valve guide installer
Valve guide remover
attachment

09916-57350
09916-66510
Valve guide installer
Tappet holder
handle (6 mm)

09916-77310 09916-84511
Piston ring compressor (50-125 mm) Forceps
09917-68221 09917-98221
Camshaft pulley holder Valve guide stem attachment
09919-28610
09924-17811
Protector sleeve

miércoles, 24 de febrero de 2021 11:45:42 p. m. Page 142 © 2011 Mitchell Repair Information Company, LLC.

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