In the same way as its previous model, the R56 is given an instrument cluster that is split in two. The actual instrument cluster is in the centre of the dashboard. The additional instrument is on the steering column.
Note! The additional instrument is connected to the K-CAN.
On the new MINI, the additional instrument (KOMBI2) is connected on the K-CAN. The instrument cluster (KOMBI) is connected via the K-bus to the additional instrument.
In the R56, the instrument cluster has been enhanced to a significant degree.
The following functions are new in the instrument cluster:
The following components are described for the instrument cluster:

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Speed display with indicator lamps |
2 |
Fuel gauge |
3 |
1-line LC display for radio |
4 |
Opening for the radio operating unit |
The fill level of the fuel tank is displayed without a separate indicator lamp. As soon as the reserve threshold is reached, a Check Control message lights up in the additional instrument on the steering column (goes out after approx. 20 seconds). In addition, the two last LEDs in the fuel gauge are in orange and then red. As soon as the fuel tank only has fuel for 50 km, the petrol pump lights up permanently.
This display logic applies to all equipment variations of the instrument cluster.
In this equipment variant, the LC display for the radio has two lines.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Speed display with indicator lamps |
2 |
Fuel gauge |
3 |
2-line LC display for radio |
4 |
Opening for the radio operating unit |

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Speed display via dial |
2 |
Indicator lamps |
3 |
Fuel gauge |
4 |
Opening for the Central Information Display (CID) |
The Central Information Display (CID) and the instrument cluster (KOMBI) are both control units. These control units are plugged into one another and fitted together in the dashboard.
Note! Deviating terminology in training documents.
The training academy calls the instrument cluster the Central Information Panel (CIP).
All equipment variations of the instrument cluster are connected across a K bus with the additional instrument.
The additional instrument is the gateway to the K-CAN.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Additional instrument |
2 |
DWA LEDs |
3 |
Revolution counter and indicator lamps |
4 |
Reset button for trip distance recorder and odometer |
5 |
2 LC displays |
6 |
Dimmer switch |
Note! Deviating terminology in training documents.
The training academy refers to the additional instrument as the Steering Column Cluster (SCC).
In the two LC display in the additional instrument, the following displays are possible:
upper display |
lower display |
Time and outside temperature |
Trip distance recorder and odometer |
Check Control symbols |
Information of the Condition Based Service (CBS) |
Digital driving speed ”magnified speedometer” |
Visual seat belt warning for the rear seats |
|
Hazard warning triangle for Check Control messages and manipulation dot |
|
Gear display (only with optional extra 205, automatic gearbox) |
|
On-board computer functions (only with optional extra 550 onboard computer) with menu ”SET/INFO” for personnel profiles |
The engine speed for the revolution counter is made available across the K-CAN.
The distribution box at the junction box electronics supplies the additional instrument with terminal 30g-f. The additional instrument then supplies the instrument cluster with voltage.
Moreover, the junction box electronics deliver the required signals to the instrument cluster on the K-CAN.
The outdoor temperature sensor is connected directly to the additional instrument. The outdoor temperature sensor is supplied with voltage by the additional instrument.
The outside temperature is displayed in the upper LC display. The additional instrument makes the outside temperature available on the K-CAN for other systems.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Outside temperature sensor |
2 |
Junction box electronics (JBE) |
3 |
Instrument cluster (KOMBI) |
4 |
Additional instrument (KOMBI2) |
The signal from the outdoor temperature sensor is digitised in the additional instrument. A calculation model dampens the effect of the waste heat from the engine compartment on the signal. At higher driving speed or lower engine temperature, lower damping is set. The real outside temperature value can only be expected to be reliable as of a driving speed of approx. 80 km/h.
The acoustic generator in the instrument cluster (KOMBI) issues acoustic signals for the following functions:
On vehicles with a Car Communication Computer (CCC):
the acoustic signals for Check Control messages are issued via the loudspeakers of the vehicle. The additional instrument (KOMBI2) receives the signals from the instrument cluster (KOMBI) via the K bus. Via the K-CAN (body CAN), the instrument cluster assumes control of these warnings.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Plug-in connection at the Central Information Display |
2 |
Plug-in connection at the instrument cluster |
3 |
Sound openings for acoustic generators |
|
|
On the R56, the legally prescribed indicator lamps are distributed between the instrument cluster and the additional instrument. The display depends on the optional extras fitted.
The signals from the individual systems are messages on the bus. The junction box electronics (JBE) forward these messages on the K-CAN to the additional instrument.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Turn indicator, left |
2 |
Brake warning lamp |
3 |
Dynamic stability control or automatic stability plus traction control |
4 |
High beam |
5 |
Anti-lock braking system |
6 |
Turn indicator, right |

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Belt warning |
2 |
Run Flat Indicator |
3 |
vehicle speed control |
4 |
Emissions warning lamp (engine) |
5 |
Airbag |
6 |
Fog lamps |
7 |
Rear fog light |
|
|
The onboard computer button is connected to the steering column switch cluster (SZL). All the functions of the onboard computer and Personal Profile can be operated using the onboard computer button.
The initialisation of the Run Flat Indicator (RPA) is also carried out using the onboard computer button. To do so, start ”SET/INFO”.

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Onboard computer button |
2 |
Steering column switch centre |
3 |
Junction box electronics (JBE) |
4 |
Additional instrument (KOMBI2) |
5 |
Instrument cluster (KOMBI) |
|
|
The following system functions are described for the instrument cluster:
Operational status (standby) depends on the terminal.
The operating voltage range is from 9 to 16 Volts. At a voltage below 7.5 Volts, undervoltage is detected. If the voltage rises over 16 volts, no analogue inputs can be evaluated.
A calculation model in the additional instrument dampens the effect of the waste heat from the engine compartment on the outside temperature signal. This means the increase in temperature is delayed.
The input variable for the calculation model are:
A drop in the outside temperature is adopted and not damped. The engine and the body cannot be colder than the ambient temperature.
Note! Under certain circumstances, an incorrect display of the outside temperature is physically unavoidable.
With certain driving profiles, the display deviates from the real value due to damping. In the event of a customer complaint, this behaviour must be explained as the state of the art.
Example of damping the outside temperature:
Motorway driving, subsequent city traffic, the traffic jam

Index |
Explanation |
Index |
Explanation |
|---|---|---|---|
1 |
Motorway driving, 20 minutes, driving speed greater than 80 km/h |
2 |
City traffic, 20 minutes, driving speed greater than 40 km/h |
3 |
Traffic jam, 20 minutes, driving speed |
4 |
Measured value of the outdoor temperature sensor |
5 |
Outside temperature display in the instrument cluster |
6 |
Real outside temperature |
The instrument cluster is illuminated at light ON. A phototransistor is installed in the additional instrument to calculate the necessary brightness (display, indicator and warning lights, scales, needles).
The brightness value calculated in the instrument cluster is output on the K-CAN (e.g. for the Central Information Display). Dimming can be set individually using the left-hand button in the additional instrument. When the vehicle lighting is switched on, this individual specification and the photo-transistor are used to control the dimming. When the vehicle lighting is switched off, the dimming is only controlled by the phototransistor (display brightness according to ambient light).
The set speed of the cruise control is transferred from the steering column switch cluster (SZL) on the K-CAN. The set speed is transferred and displayed with a resolution of 1 kph.
Test functions of the instrument cluster
The test functions are displayed in the LC display of the instrument cluster. The test functions are used in service to check the coding. The test functions are also an aid to troubleshooting without the BMW diagnosis system.
Starting the test functions
The test functions can also be started in this way: pressing the reset button and simultaneously switching on terminal R.
Locking and unlocking the test functions (test function 19)
Only the first two test functions are freely accessible. As of the 3rd test function, all other test functions are locked. Unlocking is only possible using test function 19. The test functions are unlocked by entering the total of the vehicle identification number.
Terminating the test function
Please note the following information on instrument cluster diagnosis:
Note! Hidden function for Check Control messages in the additional instrument.
If a Check Control message is present, an identification number can be called up with the buttons on the turn-signal/high-beam switch.
Procedure:
On vehicles without Central Information Display, this diagnosis function has the following advantage:
The identification number from the adjacent table can be used to identify the Check Control message precisely. The diagnosis function can be helpful e.g. in the following situations:
The instrument cluster is available in various national versions.
No liability can be accepted for printing or other errors. Subject to changes of a technical nature