BMW 3: Rotor and stator
Rotor and stator, electrical machine
- Stator
- Permanent magnets
- Rotor
- Hollow shaft with outer basket of separation clutch
The electrical machine in the G20 PHEV is structured as an inner rotor. "Inner rotor" means that the rotor is arranged with the permanent magnets arranged in a ring shape on the inside. The coils for generating the rotating field are located on the outside and form the stator. The electrical machine has 8 pole pairs.
The rotor is mounted above a flange on the rotor hollow shaft, which is positively connected to the transmission input shaft.
READ NEXT:
Connections
Connections, electrical machine
Transmission bell housing
Temperature sensor
Coolant ducts
Connection for coolant (transmission oil)
Electrical connection, rotor position sensor
High-voltage c
Sensors
Sensors, electrical machine
Temperature sensor
Rotor of the rotor position sensor
Stator of the rotor position sensor
So that the voltages for the coils in the stator can be correctly calculated
Separation clutch
The G20 PHEV is a Full-Hybrid Generation 4.0 vehicle. In contrast to
generation 2 and 3 hybrid
vehicles, electrical driving is possible in the G20 PHEV at much higher speeds
and with a higher range.
SEE MORE:
Concept, General information, Safety information
Concept
Blind spot collision warning detects vehicles in
the blind spot or vehicles approaching from behind
in the adjacent lane. A warning is issued in
various gradations in these situations.
General information
Two radar sensors in the rear bumper monitor
the area behind and next to the vehicle w
Hydraulic braking
G20 PHEV, hydraulic braking
The brake booster is operated via the driver's foot operation, and the brake
actuation is determined by
means of the brake pedal angle sensor.
Depending on the brake pedal angle sensor signal, the valves in the Dynamic
Stability Control (DSC)
are switched so that
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