Repair Hyundai Getz

Hyundai Getz. The maintenance
+ 1. Operation and maintenance service
- 2. The engine
   Technical characteristics of engines
   Specifications of engines
   Technical characteristics of engines in working volume of 1,5 and 1,6 l
   Specifications of engines in working volume of 1,5 and 1,6 l
   Technical characteristics of cars with engines in working volume 1,1
   Engines in working volume of 1,1 and 1,3 l
   Technical condition of the engine
   Broad-brush observations on repair of engines
   Removal and installation of the power unit
   The general sequence of dismantling of the engine
   Обкатка the engine after repair
   Engine check on the car after repair
   The block of cylinders
   Shatunno-piston group
   Cranked shaft and flywheel
   Head of the block of cylinders
   Camshaft and its drive
   Cooling system
   Greasing system
   The power supply system
   System of release of the fulfilled gases
   Possible malfunctions of the engine, their reason and ways of elimination
   Malfunctions of hydraulic pushers of valves
   Malfunctions of system of giving of fuel and ways of their elimination
+ 3. Transmission
+ 4. A running gear
+ 5. A steering
+ 6. Brake system
+ 7. An electric equipment
+ 8. A body
9. Electric equipment schemes



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Hyundai Getz>> The engine>> The power supply system
Admission system  
The power supply system consists of the air filter, a fuel tank, the fuel pump, топливопроводов and a fuel stage with atomizers. Besides, gauges, the fuel filter and a throttle branch pipe enter into the power supply system of engines with a regulator of pressure of fuel. The fuel pump electric, погружного type is established in a fuel tank and united with the gauge of the index of level of fuel.

Cars with engines in working volume of 1,1 and 1,3 l

Fig. 2.153. The inlet pipeline and a throttle branch pipe: 1 – the inlet pipeline; 2 – a throttle branch pipe


The inlet pipeline and throttle branch pipe are shown on fig. 2.153.
Removal of elements of the power supply system

Fig. 2.154. Contact sockets of gauges of absolute pressure and position throttle заслонки: 1 – the gauge of absolute pressure; 2 – the gauge of position throttle заслонки


Fig. 2.155. A contact socket of a regulator of idling of the engine in working volume of 1,3 l


Fig. 2.156. A contact socket of a regulator of idling of the engine in working volume of 1,1 l


Separate sockets of the gauge of absolute pressure (fig. 2.154), an idling regulator (fig. 2.155 and 2.156)  and the gauge of position throttle заслонки (fig. 2.154 see).
Disconnect an air branch pipe from a throttle branch pipe.
Disconnect a cable of a drive throttle заслонки.

Fig. 2.157. A ventilation hose картера


Fig. 2.158. A hose of the vacuum amplifier of brakes


Disconnect a ventilation hose картера (fig. 2.157) and a hose of the vacuum amplifier of brakes (fig. 2.158).

Fig. 2.159. Hoses of a supply of a cooling liquid to a throttle branch pipe


Disconnect hoses of a cooling liquid from unions of a throttle branch pipe (fig. 2.159).

Fig. 2.160. Contact sockets of fuel atomizers


Disconnect contact sockets from fuel atomizers (fig. 2.160).

Fig. 2.161. A fuel stage with atomizers


Remove a fuel stage in gathering with atomizers (fig. 2.161).

Fig. 2.162. A rack of fastening of the inlet pipeline


Remove a rack of fastening of the inlet pipeline (fig. 2.162).
Remove the inlet pipeline.
Check of a technical condition
Check up a receiver on presence of defects or cracks and if necessary replace it.
Check up the inlet pipeline on presence of damages or cracks.
Check up an air hose on presence of damages or cracks.
Installation
Establish a fuel stage with atomizers.

THE PREVENTION
At installation of a fuel stage it is necessary to accept safety measures not to admit falling of atomizers.

Connect contact sockets of atomizers.
Attach a ventilation hose картера and a vacuum hose of the amplifier of brakes.
Attach an air branch pipe to a throttle branch pipe.
Attach a cable of management throttle заслонкой.
Connect sockets of a regulator of idling, gauges of absolute pressure and position throttle заслонки.

The air filter

Fig. 2.163. The air filter and branch pipes of system of an admission: 1 – a bringing branch pipe; 2 – a cover of the case of the air filter; 3 – a filtering element; 4 – the case of the air filter; 5 – an arm of fastening of the case of the air filter; 6 – compound воздухозаборный a branch pipe


The air filter is shown on fig. 2.163.
Removal
Disconnect воздухозаборный a branch pipe from the case of the air filter.
Disconnect from the case of the air filter bringing branch pipe of inlet system.
Uncover cases of the air filter and take out filtering element.

Fig. 2.164. Removal of the case of the air filter of the engine in working volume of 1,1 l


Fig. 2.165. Removal of the case of the air filter of the engine in working volume of 1,3 l


Remove the case of the air filter, having turned away fastening bolts (fig. 2.164 and 2.165).
Check of a technical condition
Check up the case, a cover and filtering element on absence коробления, corrosion or damages.
Check up воздухозаборный a branch pipe on absence of damages.
Check up, will not drive and whether the muffler of noise of an admission is damaged.

Fig. 2.166. Removal of a dust and other pollution by a purge of the top surface of a filtering element by the compressed air


Check up filtering element on capacity reduction, pollution or damage. At insignificant pollution it is possible to remove a dust and other pollution by a purge by the compressed air from the top surface of an element (fig. 2.166).
Check up the case of the air filter on a contamination, pollution or presence of damages.
Installation
Installation of the air filter is spent in an order, the return to removal.

Fig. 2.167. The air filter in gathering


The air filter in gathering is shown on fig. 2.167.

Cars with engines in working volume of 1,5 and 1,6 l

Fig. 2.168. The inlet pipeline and a throttle branch pipe: 1 – a receiver; 2 – the inlet pipeline; 3 – a throttle branch pipe


The inlet pipeline and throttle branch pipe are shown on fig. 2.168.