coolant temperature Hyundai Getz 2007 Owner's Guide

WHAT TO DO IN AN EMERGENCY 3- 5
!
D040A01TB-EAT TEMPORARY SPARE TYRE (Not all models) The following instructions for the tem- porary spare tyre should be observed:
1. Check inflation pressure as soon as
practical after installing the spare tyre, and adjust to the specifiedpressure. The tyre pressure should be periodically checked and main- tained at the specified pressurewhile the tyre is stored.
6. If the cause of the overheating can- not be found, wait until the enginetemperature has returned to normal. Then, if coolant has been lost, care- fully remove the radiator cap and addwater to bring the fluid level in the reservoir up to the base of the radia- tor fill opening. Fill the coolant ex-pansion tank to the halfway mark. To ensure the correct water to cool- ant mix is obtained after top up,testing by an authorised repairer is required. WARNING:
Do not remove the radiator cap whenthe engine is hot since steam and boiling water may be ejected fromthe radiator resulting in burns or scalding.
Inflation Pressure
Tyre Size
T105/70D14 420 kPa (60 psi)
2. The spare tyre should only be used temporarily and should be returned to the luggage compartment as soonas the original tyre can be repairered or replaced.
3. Continuous use at speeds of over 50 mph(80 km/h) is not recom-mended.
4. As the temporary spare tyre is spe- cifically designed for your car, itshould not be used on any other vehicle.
Spare Tyre Pressure
5. If the water pump drive belt is broken
or coolant is leaking out, stop theengine immediately and call the near-est Hyundai authorised repairer for assistance.
! CAUTION:
Serious loss of coolant indicates there is a leak in the cooling system and this should be checked as soonas possible by a Hyundai authorised repairer.
7. Proceed with caution until it is estab-
lished that the engine is operating normally. If the engine overheatsrepeatedly, the advice of a Hyundai authorised repairer should be sought.

VEHICLE MAINTENANCE REQUIREMENTS 5- 9
F070C01A-AAT
o Engine coolant
The coolant should be changed at
the intervals specified in the mainte- nance schedule. F070B01A-GAT
o Cooling system
Check the cooling system part, suchas radiator, coolant reservoir, hoses and connections for leakage and dam- age. Replace any damaged parts. F070D01A-AAT
o Manual transaxle oil
Inspect the manual transaxle oil ac- cording to the maintenance schedule.
NOTE: If the oil level is low, check forpossible leaks before adding oil. Do not overfill. F070F01A-AAT
o Brake hoses and lines
Visually check for proper installation,
chafing, cracks, deterioration and any leakage. Replace any deteriorated or damaged parts immediately. F070G02A-AAT o Brake fluid Check brake fluid level in the brake fluid reservoir. The level should be between "MIN" and "MAX" marks on the side of the reservoir. Use onlyhydraulic brake fluid conforming to DOT 3 or DOT 4. F070H01B-AAT o Rear brake drums and linings/ parking brake Check the rear brake drums and lin- ings for scoring, burning, leaking fluid, broken parts, and excessive wear. Inspect the parking brake system in-cluding the parking brake lever and cables. For detailed service proce- dures, refer to the Shop Manual.
F070E05A-AAT
o Automatic Transaxle Fluid
The fluid level should be in the "HOT"
range of the dipstick, after the engine and transaxle are at normal operating temperature. Check the automatictransaxle fluid level with the engine running and the transaxle in neutral, with the parking brake properly ap-plied. Use Hyundai Genuine ATF SP- III, DIAMOND ATF SP-III, SK ATF SP-III or other brands approved byHyundai Motor Co., when adding or changing fluid.

DO-IT-YOURSELF MAINTENANCE 6- 11
SG050C2-E Engine Coolant Level The engine coolant level may be ob- served through the side of the plasticcoolant reservoir (expansion tank) when the engine is cold. If the level is below the "LOW" mark, add coolant of thecorrect concentration until the level is between the "LOW" and "Full" marks. If the level falls below the "LOW" mark ona regular basis despite being topped up, consult a Hyundai authorised repairer.
!WARNING:
The cooling fan is controlled by en- gine coolant temperature and may sometimes operate even when theengine is not running. Use extreme caution when working near the blades of the cooling fan so that youare not injured by a rotating fan blade. As the engine coolant tem- perature decreases, the fan will auto-matically shut off. This is a normal condition.
Petrol engine
HTB168
G070A01TB-EAT CHANGING THE AIR CLEANER FILTER
1. Remove the engine cover (Not all
models).
2. Unsnap the clips around the cover.
3. Lift the cover off.
4. Remove the old filter and replace to the new one. Genuine Hyundai Re- placement Parts are recommended.
CAUTION:
Operating your vehicle without aproper air filter in place can result in excessive engine wear.
!
Diesel engine
HTB168A

6- 16 DO-IT-YOURSELF MAINTENANCE
if it touch the body. People using pacemakers should not move than 30cm closer to the ECU or wiringharness within the engine room while engine is running, since the high currents in the Common Rail systemproduce considerable magnetic fields.
!
CAUTION:
The automatic transaxle unit is a precision engineered assembly and correct operation is dependant uponthe exclusion of dirt and lint from the unit. Therefore, it is imperative that only lint free cloth (eg nylon) is usedfor wiping the dipstick and that the area around the dipstick is thor- oughly clean prior to level checkingor adding fluid. Fluid Capacity The total fluid capacity of the transaxle unit is 6.1 litres.
!
!
C090A03FC
Fluid level should be within "HOT" range
3. Confirm that the fluid level is in “HOT” range on the level gauge. If the fluid level is lower, add the specified fluid from the fill hole. If the fluid level is higher, drain the fluid from the drainhole.
4. If the fluid level is checked in cold
condition (fluid temperature 20~30°C(68~86°F)) add the fluid to “COLD” line and then recheck the fluid level according to the above step 2. WARNING:
The cooling fan is controlled by en-gine coolant temperature and maysometimes operate even when the engine is not running. Use extreme caution when working near theblades of the cooling fan so that you are not injured by a rotating fan blade. As the engine coolant tem-perature decreases, the fan will auto- matically shut off. This is a normal condition.
WARNING (Diesel only):
Never work on injection system withengine running or within 30 seconds after shutting off engine. High pres- sure pump, rail, injectors and highpressure pipes are subject to high pressure even after the engine stopped. The fuel jet produced byfuel leaks may cause serious injury,

DO-IT-YOURSELF MAINTENANCE 6- 23
!
SG220A1-E ELECTRIC COOLING FANS
WARNING:
The cooling fan is controlled by en- gine coolant temperature and maysometimes operate even when the engine is not running. Use extreme caution when working near theblades of the cooling fan so that you are not injured by a rotating fan blade. As the engine coolant tem-perature decreases, the fan will auto- matically shut off. This is a normal condition. The engine cooling fan should operate before the temperature gauge reachesthe upper portion of the scale and the condenser fan should operate when- ever the air conditioning is in use. SG230B1-E POWER STEERING HOSES Power steering hoses should be checked for damage, deterioration and leakage at each service.
NOTE: Grinding noise from power steering pump may be heard immediately after the engine is started in extremelycold condition (below -4°F). If the noise stops during warm up, there is no abnormal function in the system.This is due to a power steering fluid characteristic in extremely cold con- ditions. FLUID RECOMMENDATION Only automatic transmission fluid meet- ing the specification of Dexron 2 should be used in the power steering system.SG230A2-E POWER STEERING FLUID LEVEL The power steering fluid level should be checked daily.To check the power steering fluid level, be sure the ignition is "OFF", then check to make certain that the powersteering fluid level is between the "MAX" and "MIN" level markings on the fluid reservoir.
HTB163

7- 2 EMISSION CONTROL SYSTEMS
SH010A1-E EMISSION CONTROL SYSTEMS (Not all models) Depending upon the market for which the vehicle is destined, the emissioncontrol system will comprise one or more of the following emission con- trol devices.
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. SH010B1-E
1. Crankcase emission
controlsystem
The positive crankcase ventilation
system is employed to prevent airpollution caused by blow-by gasesbeing emitted from the crankcase by introducing fresh air to the crankcase through the air cleaner where thismixes with blow-by gases and then passes through the PCV valve into the intake manifold from where it sub-sequently enters the combustion chamber and is burned.
SH010C1-E
2. Evaporative emission control
system
The Evaporative Emission Control
System is designed to prevent fuel vapours from escaping into the atmo- sphere through the fuel tank ventila- tion system. SH010D1-E
3. Exhaust emission con trol
system
The exhaust emission control system
is a highly effective system whichcontrols exhaust emission while main- taining good vehicle performance. Whilst the engine is not running, fuel
vapours generated inside the fuel tank are absorbed and stored in a char-coal canister. When the engine is started, the vapours stored in the canister are drawn into the inductionsystem through the purge control sole- noid valve and are subsequently burned.
The purge control solenoid valve is
controlled by the ECU; when the en-gine coolant temperature is low or the engine is idling, the purge control valve is closed and fuel vapours re-main stored in the canister. Under normal running conditions when the engine is warm, the valve opens andthe vapours are drawn into the inlet tract and subsequently burned in the combustion chamber.