Contents Wiring diagrams Section: Anti-Lock/traction Control All sections

Chassis Dynamics - Overview: Overview BMW 5 series F10/F11

Anti-Lock/traction Control 3 illustrations ~241 words

Scheme 1

Scheme 1: 1.1. Driving dynamics and comfort
IndexExplanation
1Suspension/damping
2Steering
3Rear axle
4Wheels
5Brakes
6Front axle

EXPLANATION CHART

The chassis and suspension of the F10 are based on that of the F01, which set new standards in terms of driving dynamics and comfort. The chassis and suspension have been adapted to the F10 requirements resulting in exceptional driving dynamics with a continued very high level of comfort.

The familiar technological innovations from the F01 like Integral Active Steering, Integrated Chassis Management ICM, Dynamic Drive and Electronic Damper Control EDC are also installed in the F10.

Scheme 2

Scheme 2: 1.2. Bus System Diagram
IndexExplanation
1Wakeable control units
2Control units authorized to wake up the vehicle
3Startup node control units, for starting up and synchronizing the FlexRay bus system
ACC-SENActive Cruise Control Sensor
ACSMAdvanced Crash Safety Module
ALActive steering
AMPHAmplifier High (high fidelity amplifier)
AMPTAmplifier Top (top high fidelity amplifier)
BSDBit-serial data interface
BCUBattery Charge Unit (charging unit for auxiliary battery)
CASCar Access System
CICCar Information Computer
CIC BasicCar Information Computer Basic
CIDCentral Information Display
CONController
D-CANDiagnosis on Controller Area Network
DDEDigital Diesel Electronics
DMEDigital Motor Electronics
DSCDynamic Stability Control
DVDDVD changer
EDC SHLElectronic Damper Control, rear left satellite unit
EDC SHRElectronic Damper Control, rear right satellite unit
EDC SVLElectronic Damper Control, front left satellite unit
EDC SVRElectronic Damper Control, front right satellite unit
EGSElectronic transmission control
EKPSElectronic fuel pump control
EMFElectromechanical parking brake
EPSElectronic Power Steering
EthernetCabled data network technology for local data networks
FDRear display
FD2Rear display 2
FLAHigh-beam assistant
FlexRayFast, preset and fault-tolerant bus system for use in automotive applications
FRMFootwell module
FZDRoof function center
GWSGear selector switch
HKLLuggage compartment lid lift
HSRRear suspension slip angle control
HUDHead-Up Display
ICMIntegrated Chassis Management
IHKAIntegrated automatic heating/air conditioning
JBEJunction box electronics
KAFASCamera-based driver assistance system
K-BusBody bus
K-CANBody controller area network
K-CAN2Body controller area network 2 (500 kBit/s)
KOMBIInstrument cluster
LIN-BusLocal Interconnect Network bus
Local-CANLocal Controller Area Network
MOSTMedia Oriented System Transport
MOST portMedia Oriented System Transport port
NVENight Vision electronics
PDCPark Distance Control
PMAParking Maneuvering Assistant Control Unit
PT-CANPowertrain CAN
PT-CAN2Powertrain controller area network 2
OBDDiagnosis socket
RSERear seat entertainment system
SDARSSatellite tuner
SMBFFront passenger seat module
SMFASeat module, driver
SWWBlind Spot Detection
SZLSteering column switch cluster
TCUTelematics Control Unit
TPMSTire Pressure Monitoring System
TRSVCControl unit for reversing camera and side view
ULF-SBXUniversal charger and hands-free unit, interface box (Bluetooth telephone)
VDMVertical Dynamics Management
VMVideo Module
VSWVideo switch
ZGMCentral Gateway Module

EXPLANATION CHART

5.1.2. System overview

The EPS enables average fuel consumption to be reduced by approx. 0.3 I/100 km (0.317 quart/62miles) compared to a conventional hydraulic steering system. This contributes to a reduction of CO 2 emissions.

Scheme 3

Scheme 3: 5.1.2. System overview
IndexExplanation
1Speed reducer
2Steering-torque sensor
3Track rod
4EPS control unit
5Electric motor with motor position sensor

EXPLANATION CHART

The EPS steering replaces the conventional hydraulic steering system. EPS is always equipped with the Servotronic function. Using the drive dynamic control switch, two different adjustments can be achieved: "Normal" and "Sporty".

The EPS is less sensitive to disturbance variables such as bumps and steering wheel vibration. It also contributes to the driving safety of the F10 with an active roll damping.

Because there is no oil in the EPS, it is more environmentally friendly than conventional hydraulic steering systems.

The EPS has Active return to center, this delivers optimum driveability. The EPS also makes it possible for the parking assistance to be implemented for the first time in a BMW vehicle.