2007 Hyundai Coupe engine

6OWNER MAINTENANCE
24
G290B01GK-EAT
Adjustment After Headlight As- sembly Replacement
If the vehicle has had front body repair and the headlight assembly has been replaced, the headlight aiming should be checked using an aiming screen asshown in the illustration. Turn on the headlight switch.
1. Adjust headlights so that main axis of light is parallel to centre line of the body and is aligned with point"P" shown in the illustration.
2. Dotted lines in the illustration show centre of headlights.
1. Keep all tyres inflated to the correct
pressure.
2. Place the vehicle on level ground and press the front bumper & rearbumper down several times. Placevehicle at a distance of 118.1 in. (3m) from the test wall.
3. See that the vehicle is unloaded (except for full levels of coolant, engine oil and fuel, and spare tyre,jack, and tools).
4. Clean the head lights lens and turn
on the headlight.
5. Open the bonnet.
6. Draw the vertical line (through the centre of each headlight beam pat- tern) and the horizontal line (through the centre of each headlight beampattern) on the aiming screen.And then, draw a parallel line at1.18 in. (30 mm) under the hori- zontal line.
7. Adjust each cut-off line of the low beam to the parallel line with aphillips screwdriver - VERTICAL AIMING.
8. Adjust each cut-off line of the low
beam to the each vertical line witha phillips screwdriver - HORIZON- TAL AIMING. L
G290B01JM-D
W
H
H Cut-off line"P"
Vertical lineHorizontal line
Ground line
1.18 in.
G290A02GK-EAT
HEADLIGHT AIMING ADJUSTMENT
Before performing aiming adjustment, make sure of the following.
OGK076068N
OGK076067N
Horizontal aiming
Vertical aiming

6
OWNER MAINTENANCE
25
SPECIFICATION: "H" Horizontal centre line of headlights from ground: Low Beam: 27.2 in. (690 mm) High Beam: 26.5 in. (674 mm) "W" Distance between each headlight cen- tre : Low Beam: 52.6 in. (1,336 mm) High Beam: 43.2 in. (1,098 mm) "L" Distance between the headlights and the wall that the lights are tested against : 118.11 in. (3,000 mm)REPLACING LIGHT BULBS
G260A01MC-EAT In the event of bulb failure being expe-
rienced, ensure that the relative light- ing circuit is turned off prior to attempt-ing to replace the bulb. The illustra- tions on the following page will assist in locating and removing the various
bulbs. Ensure that the replacement bulb has the same cap configuration and wattage as the original.
See page 6-33 for the wattage descrip-
tions.
CAUTION:
o Keep the lamps out of contact with petroleum products, such as oil, petrol, etc.
o If you don't have necessary tools, the correct bulbs and the exper- tise, consult your Hyundaiauthorised repairer.
!
G270A01GK-EAT
Headlight and Front Turn Signal Light
1. Allow the bulb to cool. Wear eye
protection.
2. Open the engine bonnet.
3. Always grasp the bulb by its plastic base, avoid touching the glass.
4. Disconnect the power cord from the
bulb base in the back of the head- light. OGK076066N

6OWNER MAINTENANCE
34FUSE PANEL DESCRIPTION
G200C02GK-GAT
Engine Compartment NOTE: Not all fuse panel descriptions in this manual may be applicable to your vehicle. It is accurate at the time of printing. When you inspect the fuse box on your vehicle, refer to the fuse box label. HGK4005

6
OWNER MAINTENANCE
35
PROTECTED COMPONENTS
Generator(1.6L/2.0L) BCM BOX(Tail lamp relay,Power connector,Fuse(2,7,12,13,19,20,24))Condenser fan relayRadiator fan relayEngine control relay, Fuel pump relay, A/T control relay, Generator,ECM(1.6L/2.7L),PCM(2.0L) Ignition switch,Start relayABS/ESP control module,ESP Air bleeding connectorABS/ESP control module,ESP Air bleeding connectorBlower relayInjector Oxygen sensor,Camshaft position sensor, Idle speed control actuator DRL control moduleFront fog lamp relayTCM(2.7L),ECM(2.7L/1.6L)Horn relay,A/C relay Head lamp relay(High) Head lamp relay(Low)
FUSERATING 120A50A 30A30A 30A 30A 40A40A30A 15A 10A15A15A10A15A 15A 15A
DESCRIPTION
BATTBATT
COND RAD ECU
IGN
ABS 1 ABS 2
BLOWER INJ
SNSR DRL
F/FOG ECU
HORN,A/CON H/LP (HI)
H/LP (LO)

7EMISSION CONTROL SYSTEMS
2
SH010A1-E (Not all models) Depending upon the market for which the vehicle is destined, the emission control system will comprise one or more of the following emission controldevices.
(1) Crankcase emission control sys-
tem
(2) Evaporative emission control sys- tem
(3) Exhaust emission control systemIn order that the proper functioning of the emission control systems may be ensured, it is recommended that the vehicle is inspected and maintainedby a Hyundai authorised repairer in accordance with the maintenance schedule in this manual. EMISSION CONTROL SYS- TEMS
DH010B1-E
1. Crankcase Emission Control
System
The positive crankcase ventilation (PCV) system is employed to prevent air pollution caused by blow-by gases being emitted from the crankcase. This system supplies fresh air to the crankcase through the air cleaner. In- side the crankcase, the fresh air mixeswith blow-by gases, then passes through the PCV valve into the intake system. When the engine is running, the fuelvapors absorbed in the canister aredrawn into the induction system through the purge control solenoid valve. Purge Control Solenoid Valve The purge control solenoid valve is controlled by the ECU (Engine Control Unit); when the engine coolant tem- perature is low, and during idling, itcloses, so that evaporated fuel is not taken into the surge tank. After engine warm-up, during ordinary driving, itopens to introduce evaporated fuel to the surge tank.
JH010D1-E
3. Exhaust Emission Control
System
This system helps control oxides of
nitrogen by recirculating a portion of the exhaust gases into the intake manifold, thereby reducing cylinder combustion temperatures.
ZH010C1-E
2. Evaporative Emission
Control System
The Evaporative Emission Control System is designed to prevent fuelvapors from escaping into the atmo- sphere. Canister Whilst the engine is inoperative, fuel vapors generated inside the fuel tank are absorbed and stored in the canis- ter.

7
EMISSION CONTROL SYSTEMS
3CATALYTIC CONVERTOR
SH020A1-E Hyundai Coupe models are fitted with catalytic convertors which requirespecial operating considerations. The catalytic convertor serves to oxidize certain noxious elements of the ex-haust gases leaving the engine to reduce the level of pollutants emitted from the vehicle and, provided thatcare is exercised to prevent damage, the catalyst will operate efficiently for the life of the vehicle. It is of the utmost importance that the following information is read and un- derstood by the vehicle operator inorder to prevent operational problems arising from damage to the catalyst. Damage to the catalyst will result if contamination occurs through the useof leaded fuel. Whilst the vehicle is fitted with a reduced diameter filler neck to prevent charging of the fueltank with a leaded fuel pump nozzle, it is possible that the use of funnels or fuel cans will permit leaded fuel to beintroduced into the fuel tank.The catalyst is intolerant of unburntfuel and therefore if an engine misfirecondition exists, damage to the cata- lyst will occur. It is imperative that if a misfire condition develops, the ve-hicle is immediately presented to a Hyundai authorised repairer for rectifi- cation. Similarly, the practice of cer-tain ignition system diagnosis proce- dures which involve inducing a misfire (cylinder power balance tests for ex-ample) may result in catalyst damage.For these reasons, it is advisable thatthe exhaust gas emission be tested at each routine service with a gas analyzer having a Hydrocarbon mea-suring facility to ensure continued re- liability of the catalyst.
Catalytic Converter
OGK076501 Push or tow starting of the vehicle is to be avoided since unburnt fuel mayenter the catalyst and result in dam- age. (Note, it is impossible to push or tow start a Hyundai model equippedwith fuel injection since the fuel pump safety interlock will prevent the pump from operating under these conditions). Operation of the catalyst involves ex- tremely high temperatures being at- tained within the catalytic convertor,and although the convertor is fitted with heat shields, it is important that the vehicle is not parked over combus-tible or volatile material which may result in fire. If the above precautions are not ad- hered to and the catalyst becomes inoperative, the resultant increase incore temperature will result in a "melt down" where the catalyst core will melt and subsequently may block theexhaust system.Due to the fragile nature of the cata-lyst element, it is important that dam-age does not occur when the vehicle is raised by means of a garage jack. Care must also be exercised to avoiddriving over road hazards or debris which may cause damage to the cata- lyst element.

Vehicle Identification Number (VIN) ............................ 8-2
Engine Number ............................................................ 8-2
Tyre Information ........................................................... 8-3
Tyre Pressures ............................................................. 8-3
Snow Tyres .................................................................. 8-4
Tyre Chains .................................................................. 8-4
Tyre Rotation ............................................................... 8-5
Tyre Balancing ............................................................. 8-6
Tyre Replacement ........................................................ 8-6
Wheel Replacement ..................................................... 8-7
Spare Tyre and Tools .................................................. 8-7
8
CONSUMER INFORMATION
8

8CONSUMER INFORMATION
2
F040A02TB-1
1.6LOGK086001
SI010A1-E
VEHICLE IDENTIFICATION NUMBER (VIN)
The vehicle identification number (VIN) is unique to each individual vehicle and is the number (some-times referred to as chassis number) used upon the vehicle registration document to identify the vehicle.The VIN will be found stamped upona plate attached to the engine bulk-head. SI010B1-E
ENGINE NUMBER
The engine number is stamped onthe engine block as shown in the drawing.I010B01B
2.7L
HFO6003
2.0L