E39 series BMW 5

since 1996-2001 of release

Repair and car operation



E39 BMW
+ Introduction
- Maintenance instruction
   Governing bodies, devices and control lamps
   Locking devices and anticreeping alarm system
   Salon equipment
   Safety systems
   Fuel filling, start and engine stop
   Parking brake
   Manual box of gear shifting (RKPP)
   Automatic transmission (AT) *
   Tempostat
   The alarm system of emergency rapprochement at a parking (PDC) *
   System of automatic stabilization of stability with a regulator of traction effort (ASC+T)
   Electronic adjustment of rigidity of amortization (EDC) * and adjustment of a road gleam
   Lighting
   Heating and ventilation system
   Automatic кондиционер*
   Independent systems of heating and ventilation
   System самодиагностики*
   Traveling computer
   Running in
   Catalytic converter
   Anti-blocking system of brakes (ABS)
   Movement with the trailer
   Luggage carrier on a roof
   Automobile телефон*
   Radio reception
   Readjustment of headlights
   Cowl
   Automobile radio receiver
   Hi-Fi type audiosystem with DSP*
   Sign emergency остановки*
   Аптечка*
+ Current leaving and service
+ Engine
+ Systems of cooling, heating
+ Power supply system and release
+ engine Electric equipment
+ Manual transmission
+ Automatic transmission
+ Coupling and power shafts
+ Brake system
+ Suspension bracket and steering
+ Body
+ Onboard electric equipment
+ electric equipment Schemes
+ System of onboard diagnostics





Automobile radio receiver

Ranges of average, long and short waves provide big range of reception as radio signals extend not only as the superficial waves which are bending around Earth, but also as the spatial waves reflected by an ionosphere.

In VHF range (FM) it is provided the best quality of reproduction of a sound, than on any other waves is considerable. However the radius of action of the radio stations working in this range, is limited owing to rectilinear distribution of ultra-short waves.

Certain restrictions in reception are partially compensated by "smart" systems.

The RDS system (Radio Data System) provides an automatic choice of frequency with the highest quality of reception if the radio station conducts a broadcasting on several frequencies.

The method of a razneseniye of aerials means that some aerials are built in back glass for reception of ultra-short waves. Thus, in the car there are three aerials independent from each other. The built-in processor automatically chooses that aerial which provides the best reception of ultra-short waves. Switching from the aerial on the aerial is made for only a few milliseconds and is absolutely imperceptible for the person.