Car, CHEVROLET, Cruze, 2015, ABS

Brake system - ABS - 0

Identification

Mobile equipment identifier: 3621944

Hardware version: B6L748E

VIN no: W0LGT8EBXA1007787

Body type: Station wagon

Engine name: 66

Engine type: 66

System identification: BOSCH0100

System name: A16LET010A01P1000000

Subscriber ID: O100057235

Programming date: 8209

System code: 00

Identifier: 00 00

XML configuration compatibility identifier: 1

XML data file part number: 0

XML data file alpha code: A$

Previous subscriber ID: *10MDZ7

2nd previous subscriber ID: *10MDZ7

Manufacturer enable counter (MEC): 0

Trailer hitch: Equipped

ECU diagnostic address: 16

Manufacturer`s traceability number: DZ710MDZ7010MDZ

Broadcast code: FZG

ROM ID: 18225

Boot software part number: 12639237

Software module 1 identifier: 12654173

Software version: --

Software module 2 identifier: 55577673

Software module 3 identifier: 55577209

Software module 4 identifier: 55577673

Software module 5 identifier: 55573530

Software module 6 identifier: 55573530

Software module 7 identifier: 55573530

Software module 8 identifier: 55573530

Software module 9 identifier: 55573530

Software module 10 identifier: 55573530

End model part number: 55577619

Base model part number: 55574337

Software part number alpha code: T8

Software module 1 identifier alpha code: 48

Software module 2 identifier alpha code: DQ

Software module 3 identifier alpha code: R8

Software module 4 identifier alpha code: AQ

Software module 5 identifier alpha code: QA

Software module 6 identifier alpha code: CD

Software module 7 identifier alpha code: 1T

Software module 8 identifier alpha code: HA

Software module 9 identifier alpha code: A6

Software module 10 identifier alpha code: QA

End model part number alpha code: 00

Base model part number alpha code: 00

GMLAN identification data - bus 1 type: High speed CAN-bus

GMLAN identification data - GMLAN kernel 1 version: 00 00

GMLAN identification data - data dictionary 1 version: 03 40 02

GMLAN identification data - bus 2 type: Low speed CAN-bus

GMLAN identification data - GMLAN kernel 2 version: 00 03

GMLAN identification data - data dictionary 2 version: 02 00 00

DTC

C0033: Right front wheel speed sensor reluctor ring

C0036: Left rear wheel speed sensor reluctor ring

C0075: Right front inlet solenoid valve - circuit malfunction

Controls

Clear DTC

Data stream

System voltage: 0.00 V

Requested torque: 0 %

Delivered torque: 0 %

Steering wheel angle: 0.0 °

Variable effort steering solenoid valve feedback: 0.000 A

Variable effort steering solenoid valve command: 0.000 A

ABS: On

Vehicle stability system: On

Brake traction control system: On

Panic brake assist status: Inactive

Dynamic rear proportioning status : On

Brake booster vacuum sensor: 0 kPa

Left front wheel speed sensor: 0 km/h

Right front wheel speed sensor: 0 km/h

Right rear wheel speed sensor: 0 km/h

Left rear wheel speed sensor: 0 km/h

Lateral acceleration sensor: 0.00 V

Longitudinal acceleration sensor: 0.00 V

Yaw rate signal: 0.00 V

Brake pressure sensor: 0.00 V

ABS pump motor: 0.00 V

Vehicle stability system status: Inactive

Traction control system status: Inactive

Brake fluid level sensor: Ok

Brake pedal position sensor: Inactive

Brake booster vacuum sensor supply: 0.00 V

Brake booster pump motor: Off

Left front inlet solenoid valve: Inactive

Left front inlet solenoid valve: Inactive

Left rear inlet solenoid valve: Inactive

Left rear inlet solenoid valve: Inactive

Left front outlet solenoid valve: Inactive

Left front outlet solenoid valve: Inactive

Left rear outlet solenoid valve: Inactive

Left rear outlet solenoid valve: Inactive

Right front inlet solenoid valve: Inactive

Right front inlet solenoid valve: Inactive

Right rear inlet solenoid valve: Inactive

Right rear inlet solenoid valve: Inactive

Right front outlet solenoid valve: Inactive

Right front outlet solenoid valve: Inactive

Right rear outlet solenoid valve: Inactive

Right rear outlet solenoid valve: Inactive

Front inlet solenoid valve: Inactive

Primary isolation solenoid valve feedback: Inactive

Vehicle stability system relay feedback: Inactive

Secondary prime solenoid valve feedback: Inactive

Rear prime solenoid valve: Inactive

Front prime solenoid valve: Inactive

Primary prime solenoid valve feedback: Inactive

Secondary isolation solenoid valve feedback: Inactive

Rear inlet solenoid valve: Inactive

Pump motor relay feedback: Inactive

Engine coolant temperature: -- °C

Transmission oil temperature: -- °C

Engine speed: 0 rpm

Brake pedal switch: Released

Distance since first malfunction: 0 km

Distance since last malfunction: 0 km

Malfunction counter: 0 Counts

Pass counter: 0 Counts

Not run counter: 0 Counts

A/T output speed: 0 rpm

Internal mode switch: Invalid

Internal mode switch A/B/C/P: High High High High

Gear command: Neutral

Shift solenoid valve 1/A: Off

A/T input speed: 0 rpm

Gear ratio: 0.0

Driver shift control mode: Inactive

Driver shift request: Not used

Torque converter slip speed: 0 rpm

Transmission control module (TCM) inside temperature: -40 °C

Calculated throttle position: 0 %

Pressure control solenoid valve 2 pressure command: No

Pressure control solenoid valve 3 pressure command: No

Pressure control solenoid valve 4 pressure command: No

Pressure control solenoid valve 5 pressure command: No

ТCC pressure control solenoid valve pressure command: No

Transmission fluid pressure switch 1: High

Transmission fluid pressure switch 5: High

Transmission fluid pressure switch 3: High

Transmission fluid pressure switch 4: High

Engine torque: 0 N·m

Ignition voltage: 0.00 V

Actuators test

Controls

ABS pump motor

Brake booster pump motor

Left front wheel solenoid valves

Right front wheel solenoid valves

Left rear wheel solenoid valves

Right rear wheel solenoid valves

Traction control left front solenoid valves

Traction control right front solenoid valves

Traction control left rear solenoid valves

Traction control right rear solenoid valves

Utility

Controls

Brake pressure sensor calibration

Steering wheel sensor learning

Yaw rate sensor calibration