Subaru Legacy/Outback

1999-2003 of release

Repair and car operation



Subaru Legasi, Autbek
+ Cars Subaru Legacy, Outback
+ The operation manual
+ Routine maintenance
+ The engine
+ Systems of cooling, heating
+ The power supply system and release
+ Engine electric equipment
+ Manual box and differential
+ Automatic transmission
+ Coupling
- Brake system
   Specifications
   Brake mechanisms of forward and back wheels - the general information
   Lay brake - a design and a functioning principle
   The pressure valve-terminator - a design and a functioning principle
   Protivootkatnaja system - the device, a functioning and safety measure principle
   System of antiblocking of brakes (ABS) - the general information, a functioning principle
   System of dynamic stabilisation (VDC) - the general information, a functioning principle
   Check of a condition replacement колодок disk brake mechanisms of forward wheels
   Removal, check of a condition and installation of forward brake disks
   Removal, service and installation of disk brake mechanisms of forward wheels
   Check of a condition and replacement колодок disk brake mechanisms of back wheels
   Removal, check of a condition and installation of back brake disks
   Removal, service and installation of disk brake mechanisms of back wheels
   Removal, service and installation of the main brake cylinder (ГТЦ)
   Removal, installation and check of serviceability of functioning of the vacuum amplifier of brakes
   Removal, installation and check of serviceability of functioning of the valve-terminator of pressure
   Replacement of a brake liquid
   Prorolling of a hydraulic path of brake system
   Check of a condition and replacement of flexible brake hoses
   Check of a condition and replacement of tubes of a brake path
   Removal, service, installation and adjustment of a pedal of a foot brake
   Removal, condition check, installation and adjustment of the gauge-switch of stoplights
   Removal, installation, check of a condition and adjustment of the lever of a drive of a lay brake
   Removal, check of a condition and installation of elements тросового a drive of a lay brake
   Removal, installation and adjustment of the mechanism of a lay brake
   Removal, installation, check of a condition and adjustment of components противооткатного devices
   Removal, installation and check of serviceability of functioning of assemblage of the module of management/hydromodulator ABS
   Check of sequence of operation of valves of hydromodulator ABS
   Removal, installation and check of serviceability of functioning of forward wheel gauges ABS
   Removal, installation and check of serviceability of functioning of back wheel gauges ABS
   Removal, installation and check of a condition of rotors of wheel gauges
   Removal, installation and diagnostics of the gauge of overloads (G-gauge)
   Problem diagnostics ABS
   Removal, installation and adjustment of the module of management VDC
   Removal, installation and check of serviceability of functioning of hydromodulator VDC
   Check of sequence of operation of valves of hydromodulators ABS and VDC
   Removal, installation and check of serviceability of functioning of the gauge of withdrawal / cross-section overloads
   Removal, installation and check of serviceability of functioning of the gauge of an angle of rotation of steering wheel VDC
   Removal, installation and check of serviceability of functioning of wheel gauges from rotors
   Removal, installation and check of serviceability of functioning of the switch of deactivation VDC (VDC OFF)
   Problem diagnostics VDC
+ Suspension bracket and steering
+ Body
+ Onboard electric equipment





Removal, installation and check of serviceability of functioning of the gauge of withdrawal / cross-section overloads

Details of installation of the gauge of withdrawal and cross-section overloads VDC

1 — the withdrawal Gauge / cross-section overloads VDC

Efforts of a tightening of carving connections, Nanometer

Т: 7.5

 

Removal and installation

 PERFORMANCE ORDER

1. Disconnect a negative wire from the battery.
2. Uncover the central console (the Body see the Head).
3. Disconnect electroconducting from the withdrawal gauge / cross-section overloads.

4. Give fixing nuts and remove the gauge from a basic arm.

5. Give fixing nuts and remove a basic arm of the gauge.

6. Installation is made upside-down, - track, that at installation the gauge has appeared developed by marks in the form of an arrow forward on the car.
7. In summary it is necessary to make installation of the central position of the gauge of an angle of rotation of a steering wheel and zeroing of the gauge of withdrawal / cross-section overloads (see Has undressed Removal, installation and adjustment of the module of management VDC).

CHECK

 The Section Problem diagnostics VDC see also.


The gauge of cross-section overloads

 PERFORMANCE ORDER

1. At presence near at hand firm input reader SSM pass in procedure performance.
2. In the absence of access to SSM park the car on an equal horizontal surface, switch off ignition, connect electroconducting to the withdrawal gauge / cross-section overloads, then again include ignition and measure resistance between plugs №№ 5 (+) and 6 (-) socket R100 of the gauge. If the result of measurement does not fall outside the limits a range 2.5 0.2 In, pass to a following stage of check, otherwise replace the gauge.
3. Without disconnecting electroconducting, remove the withdrawal gauge / cross-section overloads from the car, incline it at an angle 90 to the right and measure pressure between plugs №№ 5 (+) and 6 (-) socket R100. If the result of measurement does not fall outside the limits a range 3.5 0.2 In, pass to a following stage of check, otherwise replace the gauge.

 Moving of the gauge of withdrawal can lead to record in memory of the processor of a code of malfunction VDC.

4. Incline the gauge at an angle 90 to the left and repeat check. If the result of measurement does not fall outside the limits a range 1.5 0.2 In, hence the gauge is perfectly in order, otherwise replace the gauge.

П еремещение the withdrawal gauge can lead to record in memory of the processor of a code of malfunction VDC.

5. Park the car on an equal horizontal surface, switch off ignition and connect SSM to socket DLC.
6. Turn the ignition key in position ON and switch SSM in a mode {Brake Control}.
7. Choose in the menu of the display point {Current Data Display and Save} and consider the information on a target signal of the gauge of cross-section overloads. If the result of measurement does not fall outside the limits a range 2.5 0.2 In, pass to a following stage of check, otherwise replace the gauge.
8. Remove the gauge and check up sizes of its alarm pressure in both inclined positions. At an exit of results of measurements for limits of admissible ranges replace the gauge.


The gauge of the withdrawing moment

 PERFORMANCE ORDER

1. Check is made by means of an oscillograph.
2. Connect all electroconducting and connect an oscillograph to plugs №№ 4 (+) and 6 (-) socket R 100 modules of management АТ (TCM).
3. Start the engine and consider the indication from the oscillograph screen. Compare the form of a signal to reference dependence. At an exit of amplitude of a signal for limits of a range 2.1 2.9 In replace the gauge, otherwise pass to a following stage of check.
4. Switch off ignition and connect an oscillograph to plugs №№ 2 (+) and 6 (-) socket R100.
5. Start the engine and consider the indication from the oscillograph screen. Compare the form of a signal to reference dependence. If the amplitude of a signal differs from rating value (5), replace the gauge.

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