BMW 7 Series: Climate control
Vehicle features and
options
This chapter describes all standard, country-specific
and optional features offered with the series.
It also describes features and functions that are
not necessarily available in your vehicle, e.g., due
to the selected options or country versions. This
also applies to safety-related functions and systems.
When using these functions and systems,
the applicable laws and regulations must be observed.
Interior air quality
The air quality in the vehicle is improved by the
following components:
- Emission tested passenger compartment.
- Microfilter.
- Air conditioning system to control the temperature,
air flow and recirculated-air mode.
Depending on the equipment:
- Microfilter/activated-charcoal filter.
- Ionization.
- Fragrancing.
- Automatic recirculated-air control AUC.
- Parked-car ventilation.
READ NEXT:
Overview
Buttons in the vehicle
Climate control functions
Button /Function
Temperature.
Climate control operation.
Maximum cooling.
AUTO program.
Recirculated-air mode.
Air flow, manual.
Intens
Concept
The air in the car's interior will be cooled and dehumidified
and, depending on the temperature
setting, warmed again.
The car's interior can only be cooled with the
drive-ready state switche
Concept
Depending on the equipment, the following settings
of the driver's side can be transferred to the
front-passenger side and the rear:
Temperature.
Air flow.
Air distribution.
AUTO program.
SEE MORE:
Fig. 22: Power Windows System Diagram
COMPONENTS DESCRIPTION CHART
Footwell module
Power window motor, front
Power window motor, rear
Junction box electronics
Power window switch, driver's side rear passenger side front and rear
Outside door handle for Comfort Access
Car Access System 4
I
WARNING: Danger of injury!
Laser radiation at headlight adjustment aid.
Do not look into the beam!
NOTE: The high-beam headlight must be adjusted to prevent dazzle in the
following
cases:
After removing and installing/replacing the headlight
After customer complaint regarding low-beam behavior