Subaru Forester + Subaru Forester cars + Maintenance instruction - Routine maintenance Schedule of routine maintenance of the Subaru Forester cars General information General information about settings and adjustments Check of levels of liquids Check of a condition of tires and pressure of their rating Check of level of the RKPP gearbox oil Check of the ATF level and liquid of forward differential of automatic transmission Check of level of liquid of the power steering Replacement of motive oil and oil filter Check, service and charging of the rechargeable battery Check of a condition of components of the cooling system Check of a state and replacement of the hoses located in a motive compartment Check of a state and replacement of brushes of screen wipers Rotation of wheels Check of a condition of components of a suspension bracket and steering drive Greasing of components of the chassis Check of a condition of components of system of production of the fulfilled gases Check of level of lubricant in the transfer case of all-wheel drive models Check of level of lubricant of back differential Check of a condition of seat belts Check and adjustment of turns and composition of mix of idling Check of a condition of protective covers of power shafts Check and replacement of the valve of system of the operated ventilation of a case (PCV) (at the corresponding complete set of the car) Replacement of the filtering air cleaner element Check of a state, adjustment of effort of a tension and replacement of driving belts Check of a condition of components of a power supply system Check of the brake system Adjustment of pedals of a foot brake and coupling Check of a state and replacement of spark plugs Check of a state and replacement of components of system of ignition Service of the cooling system (depletion, washing and filling) Replacement of ATF of automatic transmission Replacement of the RKPP gearbox oil Replacement of lubricant of the transfer case (all-wheel drive models) Differential lubricant replacement Check of a condition of components of system of catching of fuel evaporations Check of serviceability of a condition of components of system of recirculation of the fulfilled gases (EGR) + Engine + Cooling systems, heating + Power supply system and release + Engine electric equipment + Control systems of the engine + Gear shifting box + Coupling, transmission line + Brake system + Suspension bracket and steering + Body + Onboard electric equipment
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Check of levels of liquids
Check of levels of liquids (each 400 km of a run or weekly)
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Below also some special procedures of service demanding performance of additional checks of levels of liquids are described. Regularly look under the car, checking it for existence of signs of development of leak of working liquids. |
Various liquids play a role of working bodies in lubrication systems, coolings, braking, couplings, heating and air conditioning, washing of glasses, etc. In view of the fact that all liquids are subject to fluidifying and development eventually, and also during normal functioning of systems gradually become soiled, it is necessary to make their full replacement periodically. Before starting adjustment of level or replacement, study the list of the grades of liquids recommended for use in the car (see Specifications to the present Chapter).
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When checking levels of liquids the car has to be parked on the flat horizontal platform, whenever possible with a hard coating. |
Motive oil
The probe of measurement of level of motive oil on is in the left forward corner of the power unit; level of motive oil has to be constantly between two measured risks on an edge of the measuring probe (closer to top)
Check of level of motive oil is made by means of the measuring probe passed throughout the directing tube and the pallet of its case lowered in the engine to the lower point. The probe settles down in the left forward corner of a motive compartment, near a jellied mouth of motive oil.
Check of level of oil has to be made before the first in the present day trip, or about 15 minutes later after an engine stop. If to execute check immediately after switching off of the engine, its results will adequately not reflect a situation as a part of oil will be distributed on internal galleries and components of the engine.
Take the measuring probe from the directing tube and dry wipe its edge with pure rags or a paper towel. Insert the probe back into a tube against the stop, then again take. Having examined a probe edge, estimate the size of the site moistened with oil. Level of oil has to be between top (F) and lower (L) marks in a probe edge. In case of need add the corresponding amount of oil of the required grade in the engine.
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A little above F tag on an edge of the probe there is a notch which the level of oil can reach if measurement is performed on the hot engine. |
Rise in level from the lower (L) mark in the probe to top (F) requires slightly less than one liter of oil.
Lowering of level out of limits of the lower bound of admissible range leads to development of oil starvation of the engine fraught with serious mechanical damages of the last. Try not to pour also oil above the top mark as it can lead to a pelting of spark plugs or failure of epiploons of the power unit as a result of excessive increase in pressure.
To fill in oil in the engine it is necessary to uncover equipped with a carving of a jellied mouth. In order to avoid spraying of oil during its gas station in the engine use a funnel, or a butterdish with a long nose. Having filled in oil, screw and strongly tighten a cover of a jellied mouth, then start the engine and attentively examine a drain stopper and the surface of an oil filter interfaced to the block on existence of signs of leaks. Kill the engine, wait about 15 minutes during which oil will merge in the pallet, then double-check its level.
Check of level of engine oil is the important preventive procedure of service of the engine. Continuous decrease in level demonstrates existence of leak of oil as a result of failure of epiploons, damage of sealing laying, wear of piston rings or the directing plugs of valves. If oil on color or a consistence reminds milk, or at it there are water drops, it speaks about possible damage of laying of a head of cylinders, or formation of cracks to a body of a head(s) or the block. Check has to be made immediately. During measurement of level of oil always check also its state. Big and index fingers remove oil traces from a probe edge, - in case of presence at it of small metal particles oil is subject to replacement (see the Section Replacement of Motive Oil and Oil Filter).
Cooling liquid of the engine
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Do not allow hit of antifreeze on open parts of the body and the painted surfaces of the car.
Immediately wash away casual splashes a plentiful amount of water. Remember that antifreeze is extremely toxic liquid and its hit in an organism even in small amounts is fraught with the most serious consequences, up to a lethal outcome.
Never leave antifreeze stored in leaky closed container, immediately collect the cooling liquid spilled on a floor.
Remember that the sweetish smell of antifreeze can draw to itself attention of children and animals.
About ways utilization of the fulfilled cooling liquid consult with local authorities, in many regions of the world special points on different reception of working off are equipped.
Do not merge old cooling liquid in the sewerage and on the earth at all! |
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Recently nontoxical grades of antifreeze are developed, nevertheless, they also had to be utilized in an organized order. |
All models of cars described in the present manual are equipped with the cooling system of compensation type working with an excessive pressure. The broad tank of the cooling system made of translucent plastic is located in the left forward corner of a motive compartment closely to the battery (see schemes of an arrangement of components in motive compartments of the considered models in the section General information about settings and adjustments of this Chapter) and connected by an overflow hose to the basis of a jellied mouth of a radiator. At warming up of the engine cooling liquid extends, and its surplus flows via the valve which is built in in a cover of a jellied mouth of a radiator, in a broad tank. In process of cooling, liquid comes back on a hose in a radiator that allows to support constantly normal its level in system.
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Do not uncover a jellied mouth of a radiator / a broad tank at the hot engine at all! |
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Level of cooling liquid in a broad tank is checked on a regular basis and has to be supported between the marks FULL and LOW put on a stack of the tank manufactured of translucent plastic. It is necessary to remember that the level of cooling liquid depends on its temperature therefore it has to be in a cold state only slightly above lower (LOW), and after warming up of the engine - to rise to the mark FULL. In case of need make the corresponding adjustment, having added in a tank through a mouth the required quantity is fresher than mix. |
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For adjustment of level of liquid use only the required structure mix of ethylene glycol and the distilled water (about 50/50). Remember that idle time of water leads frequent application for this purpose to gradual fluidifying of antifreeze and losing by mix of frost resistance and anticorrosive properties. It is also not necessary to abuse various type additives. |
Continuous falling of level of cooling liquid usually demonstrates development of leaks in system. Check a radiator, connecting hoses, a cover of a jellied mouth, drain traffic jams and the case of the water pump for existence of traces of leaks. If it is not possible to reveal any signs of leaks, it is necessary to make check of a cover of a radiator pressure in the conditions of a workshop of car service.
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Do not uncover a radiator / a broad tank at the hot engine at all! |
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| 1. In need of removal of a cover of a radiator wait for full cooling of the engine, then wind a mouth with a thick layer of rags and slowly turn off a cover to the first emphasis. If at the same time there is steam emission, let's the engine cool down a little more, only after it finally uncover. Having uncovered, check correctness of landing on it rubber sealants, in case of need make replacement. |
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2. Besides level always check also a condition of cooling liquid, - it has to be rather transparent. If cooling liquid is painted in henna-red color of a rust, the cooling system has to be emptied, washed out and filled with fresh mix of antifreeze with water. Even if liquid externally is not exposed to any changes, the corrosion inhibitors which are its part are exposed eventually to development therefore cooling liquid has to be replaced regularly according to the schedule of routine maintenance of the car (see the Section Schedule of Routine Maintenance of the Subaru Forester Cars). 3. Try not to allow hits of antifreeze on open sites of skin or the painted surfaces of body components. Immediately wash away casual splashes a plentiful amount of water. |
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Liquid for washing of a windshield
Liquid for washing of a windshield is filled in in the special tank manufactured of plastic located in left back a motive compartment of the car (see schemes of placement of components in a motive compartment at the beginning the Section General information about settings and adjustments of the Head Routine maintenance).
The Station wagon models are equipped also with the system of washing of back glass which is a component of system of washing of a windshield. In regions with a temperate climate as liquid for washing of glass clear water can be used, however it is not necessary to fill the tank more than on 2/3 for the purpose of compensation of expansion of water at its freezing during frosts.
At operation of the car in severe climatic conditions it is necessary to fill in only patent screen wipers providing the corresponding decrease in a freezing point of liquid in the tank. In order to avoid frosting of glass when washing in cold weather previously warm up it by an obduv the air passed via the heater heat exchanger.
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Rules of configuration of mix are usually printed to the label of a container. Do not apply to addition in liquid of washing of glasses the antifreeze used in the cooling system at all, - the last is aggressive in relation to a paint and varnish covering of body panels! |
Electrolyte of the rechargeable battery
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The cars considered in the present manual are completed with the battery of tight type which is not needing service in which case only air vents are provided. The case of the battery can be manufactured of translucent plastic, - in this case electrolyte level in its banks can be controlled for the purpose of obtaining indirect information on serviceability of functioning of system of a charge and current state of the battery. |
If in use the vehicle the battery for any reason was replaced with usual (served), it is necessary to check electrolyte level in its banks from time to time for what it is necessary to remove the top control/jellied traffic jams. Especially attentively it is necessary to watch electrolyte level in warm season. For adjustment of level of electrolyte it is necessary to use only the distilled water.
Hydraulic liquid of the brake system and drive of coupling
Level of brake fluid has to be supported constantly between the marks MIN and MOVE in walls of the GTTs tank made of translucent plastic and equipped with a carving cover
The tank of hydraulic liquid of coupling also has translucent walls with tags of the minimum and maximum levels
The Main Brake Cylinder (MBC) is fixed on the block of the servo-driver of the vacuum amplifier of brakes. The hydraulic cylinder of coupling is used on models with RKPP and fastens in the neighbourhood with GTTs.
Liquid level in GTTs tanks and the drive of coupling is well looked through through translucent walls of the last and has to be supported between the marks MIN and MOVE, without reaching to top on 8 ÷ 9 mm.
In case of need adjustments of level of liquid carefully wipe a cover of the corresponding tank and a surface around it with pure rags in order to avoid hit in hydraulic system of dirt.
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Brake fluid is extremely chemically aggressive, - do not allow hit it in eyes and on the painted surfaces of body panels!
Do not use for addition in system the hydraulic liquid which staid more than one year, or stored in leaky closed container.
Remember that brake fluid is very hygroscopic, i.e. has ability to absorb moisture from air therefore efficiency of functioning of the brake system can dangerously decrease! |
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| 1. At a liquid flood in the tank you watch that it was not sprayed on the surrounding painted surfaces of body elements. Add to each of systems only liquid of the grade stipulated by standard requirements (see Specifications at the beginning of this Chapter), - mixing of two liquids of various grade is inadmissible by no means and can lead to refusal of the corresponding system! Fill the GTTs tank no more than on 3/4, - at installation of a cover level will automatically rise owing to liquid replacement by a float of the measuring sensor. 2. At a stage of adjustment of level it is necessary to check also attentively a condition of liquid and internal walls of the tank. In case of identification of mud deposits, firm foreign particles or drops of water the system has to be emptied and filled with fresh hydraulic liquid (see Chapters Coupling, the transmission line and the Brake system). 3. After the tank is filled to the required level, densely put on it a cover. 4. Remember that the level of hydraulic liquid in the GTTs tank in process of operation of frictional overlays of brake shoes gradually falls, however this decrease is always very insignificant. If liquid has to be added too often, therefore, in system leak which source has to be immediately revealed takes place, and the cause is removed, - attentively examine all brake lines and their nipple connections, including supports, wheel cylinders and the servo-driver of the vacuum amplifier (for more details see in the Section Check of the Brake System). Falling of level of liquid in the tank of a hydraulic actuator of coupling demonstrates development of leaks in a path, including the executive cylinder (see the Head Stsepleniye, the transmission line). 5. If during check of level of liquid in the main cylinders the fact that its tank is almost devastated is elicited, the corresponding system has to be pumped completely over (see the Head Stsepleniye, the transmission line or the Brake system). |
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