Contents Section: Body Electrical All sections

Control Module - Signal Specifications Volvo XC90 I рестайлинг

Body Electrical 19 illustrations ~548 words

COMPONENT SPECIFICATION

The resistance value assumes a temperature of +20°C unless otherwise stated.

DesignationTypeValue
Sensor temperature seat, left/rightNegative temperature coefficient (NTC) sensorResistance: approximately 5 kohms

Scheme 22

Scheme 22: SIGNAL DESCRIPTION. ACCESSORY ELECTRONIC MODULE (AEM)

Scheme 23

Scheme 23

Note. It is important to connect the breakout box and check the ground terminals before taking readings.

Other information

  1. see «CONNECTING THE BREAKOUT BOX. ACCESSORY ELECTRONIC MODULE»(ref-476703-S17021722562012060500000)
  2. see «CHECKING THE GROUND TERMINAL»(ref-476703-S40448048962012060500000)
U=DC voltage in volts (V)U AC =AC voltage in volts (V)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 V% duty =Duty cycle (pulse ratio) as a percentage (%)
T =Time in milliseconds (ms)
Connector A, terminals #A1-#A4 The following values are measured between the relevant terminal in column 1 and terminal #A1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box.
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Terminal in the breakout boxTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#51#A1Power groundU lowU lowU lowU low
#52#A230-supply to the accessory electronic moduleU batU batU batU bat
#53#A3Communication CAN L low speed network1.5-2.5 V1.5-2.5 V1.5 V, at communication
#54#A4Communication CAN_H low speed network2.5-3.5 V2.5-3.5 V3.5 V, at communication
Connector B, terminals #B1 - #B50 The following values are measured between the relevant terminal in column 1 and terminal #A1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box.
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Terminal in the breakout boxTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#1#B1Remote start, power supplyU batU batU batU batRemote start module always activated
#2#B2Remote start, groundU lowU lowU lowU low
#3#B3Remote start, digital input signalU lowU=3V or U=5VU lowU=3V or U=5VPulses with variable time periods
#4#B4Electric engine block heater, groundU lowU lowU lowU low
#5#B5Electric engine block heater, control signalU batU lowU batU low
#6#B6Reverse (reversing) warning system, power supplyU lowU lowU batU lowNOTE: Does not apply to XC90 2003
#7#B7Reverse (reversing) warning system buzzer, digital input signalU batU batU lowU batNOTE: Does not apply to XC90 2003-.
#8#B8Reverse (reversing) warning system, groundU lowU lowU lowU lowNOTE: Does not apply to XC90 2003-.
#9#B9
#10#B10
#11#B11Carphone mute, digital input signalU batU batU lowU bat
#12#B12Mute signal (radio), digital output signalU batU batU lowU bat
#13#B13Rheostat signal (radio), digital output signalU lowU lowPWM = 6.3%-100%PWM = 6.3%-100%Pulse width modulation (PWM) signal
#14#B14Speed signal (radio), digital output signalU batU batPWM = 30%-70%PWM = 30%-70%Pulse width modulation (PWM) signal
#15#B15Alarm signal P0, digital output signalU lowU batU batU batStatus "Ignition off " on condition the ignition key is out
#16#B16Alarm signal P1, digital output signalU lowU batU batU batStatus "Ignition off " on condition the ignition key is out
#17#B17
#18#B18
#19#B19
#20#B20
#21#B21
#22#B22
#23#B23
#24#B24
#25#B25
#26#B26
#27#B27
#28#B28
#29#B29
#30#B30Aerial amplifier, power supplyU lowU lowU batU batU=U bat at ignition key position I
#31#B31
#32#B32
#33#B33Alarm signal S0, digital output signalU batU batU lowU bat
#34#B34Alarm signal P1, digital output signalU lowU lowU batU low
#35#B35
#36#B36
#37#B37
#38#B38
#39#B39
#40#B40
#41#B41
#42#B42
#43#B43
#44#B44
#45#B45
#46#B46
#47#B47
#48#B48
#49#B49
#50#B50
NOTE
Does not apply to XC90 2003
NOTE
Does not apply to XC90 2003-.
NOTE
Does not apply to XC90 2003-.

All the values given below are between the terminals stated in column 1 and terminal #D6 in column 2 (power ground). This applies unless otherwise indicated in the last column.

Note. It is important that the breakout box is connected and that the ground connections have been checked before starting to measure.

Scheme 24

Scheme 24: SIGNAL SPECIFICATION

Scheme 25

Scheme 25
U=DC voltage in volts (V)T =Time in milliseconds (ms)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 V% dutyDuty cycle (pulse ratio) as a percentage (%)
Connector A
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#A1Reserve
#2#A2Reserve
#3#A3Extended X-supply (3)U lowU bat (Ignition switch position I & II)XC90, Infotainment.
#4#A4Bifuel, power supply to the rear electronic module (REM)U lowU bat (Ignition switch position II & III)
#5#A5Reserve
#6#A6X supply (Voltage supply from ignition switch)U lowU bat (Ignition switch position I & II)RTI/Radio
#7#A7Reserve
#8#A815-supply (Power supply from ignition switch)U lowU bat (Ignition switch position II & III)
#9#A9Reserve
#10#A10Extended X-supply (1)U batU batCertain climate functions
#11#A11Reserve
#12#A12Left turn signal lampU lowU low -U bat (Ignition position II) / U lowPulsed signal, f = approximately 1.5 Hz
#13#A13Reserve
#14#A14Reserve
#15#A15Stop lamps, power supplyU bat /U lowU bat /U lowDoes not go to the centrally located brake light (CAN-signal)
#16#A16Fuel pump (FP), power supplyU lowU bat /U low
#17#A17Cigarette lighter, power supplyU lowU bat
#18#A18Passenger seat heater, power supplyU batU bat
#19#A19Driver seat heater, power supplyU batU bat
#20#A20Collision signalU lowU bat /U batActive in the event of a collision
#21#A21Reserve
#22#A22Power passenger seat, power supplyU lowU bat
#23#A23Circulation pump saddle tank, voltage feedU lowU bat /U lowOnly applies to vehicles from model year 2007
#24#A24Reserve
#25#A25Extended X-supply (2)U batU batU bat for 10 seconds after the key is removed, then Ulow Gear selector module (GSM).
#26#A26Reserve
#27#A27Steering wheel angle sensor module (SAS), power supplyU lowU bat (Ignition switch position II & III)
#28#A28Reserve
#29#A29Rear right-hand turn signal lamp, power supplyU lowU low -U bat (Ignition position II) / U lowPulsed signal, f = approximately 1.5 Hz
#30#A30Reserve
#31#A31Reserve
#32#A32Reserve

Scheme 26

Scheme 26
Connector B
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#B1Contact breaker, vacuum pumpU lowU bat (Ignition switch position II & III)
#2#B230-supply to the central electronic module (CEM)U batU batRight low beam
#3#B330-supply to the central electronic module (CEM)U batU batLeft low beam
#4#B4Right low beamU lowU bat /U lowUlow when turning the engine
#5#B5Reserve
#6#B6Reserve
#7#B7Left low beamU lowU bat /U lowUlow when turning the engine
#8#B8Daytime running lamps leftU bat /U lowU bat /U low
#9#B9Daytime running lamps rightU bat /U lowU bat /U low
#10#B10Extended X-supply (1)U batU batParking heater. Certain climate control functions.
#11#B1130-supply to the stop lamp switchU batU bat
#12#B12Reserve
#13#B13Reserve
#14#B14Reserve
#15#B15Power supply to the hornU bat /U lowU bat /U low
#16#B1630-supply, fuel pump (FP)U batU bat
#17#B17Front fog lamp, leftU lowU bat /U low
#18#B18Front fog lamp, rightU lowU bat /U low
#19#B19Headlamp washerU lowU bat (Ignition switch position I & II)
#20#B20Extended X-supply (2)U batU batUbat for 10 seconds after the key is removed, then Ulow Transmission control module (TCM)
#21#B21Front washer motorU lowU bat /U low
#22#B22Power supply ABS/DSTCU lowU bat (Ignition switch position II & III)
#23#B23Voltage supply headlamp alignmentU lowU bat at ignition switch positions II and III/U low
#24#B24Power supply to the parking lampsU batU bat
#25#B25Siren control module (SCM)U bat /U lowU bat /U low
#26#B2630-supply to the engine control module (ECM)U batU bat
#27#B27Full beam, leftU bat /U lowU bat /U low
#28#B28High beam, rightU bat /U lowU bat /U low
#29#B29Rear washer motorU lowU bat /U low
#30#B30Headlamp washerU lowU bat /U low
#31#B31Left turn signal lampU lowU low -U bat / U low
#32#B32Right turn signal lampU lowU low -U bat / U low

Scheme 27

Scheme 27
Connector C
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#C1Status signal from the left-hand gas discharge lamp module (GDL)U lowU bat minus approx. 1.5 V in ignition position II, U bat in ignition position I; regardless of being active/not active
#2#C2Status signal from the right-hand gas discharge lamp module (GDL)U lowU bat minus approx. 1.5 V in ignition position II, U bat in ignition position I; regardless of being active/not active
#3#C3Windshield wiper, high speedU lowU low if wipers not on; U bat only when wipers move intermittently; U bat when wipers move continuously at low speed; U low when the wipers move at high speed
#4#C4Windshield wipers Off/OnUbatU bat if the wipers are not on; U low only during intermittent wiping; U low when low speed wiping; U low during high speed wiping
#5#C550-supply to the engine control module (ECM)U lowU bat only in ignition switch position III
#6#C6Starter motor relayU lowU= 2.7 V
#7#C7Control signal, starter motor relayU lowU bat /U lowU bat in ignition switch position 3, otherwise U low
#8#C8Reserve
#9#C9Auxiliary lampsU lowU bat /U low
#10#C10Washer fluid level sensorU bat if the tank is not empty; U low if less than 1 litre.
#11#C11Control signal for the right-hand headlamp alignment motorU lowU bat /U low
#12#C12Control signal for the left-hand headlamp alignment motorU lowU bat /U low
#13#C13Reserve
#14#C1415-supply to the engine control module (ECM)U lowU bat (Ignition switch position II & III) / U low otherwise
#15#C15Wake up signal to ECMU = 0V/U bat .Ignition position I: U = 0V/Ubat. Ignition position II & III: U = UbatU bat a time after ignition position 0 or I has been selected. Then 0 V.
#16#C16LIN bus communicationDuring communication the voltage is 0V - Ubat
#17#C17Speed signalU lowU low -U batFrequency signal, increases with speed
#18#C18Reserve
#19#C19Parking lamps, left-hand frontU bat /U lowU bat /U low
#20#C20Parking lamps, right frontU bat /U lowU bat /U low
#21#C21Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communication
#22#C22Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communication
#23#C23Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communicationBrake control module
#24#C24Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communicationBrake control module
#25#C25High-pressure cleaning pumpU batU low / U bat
#26#C26Reserve
#27#C27Reserve
#28#C28Control signal, gear selector module (GSM) P/N positionU bat /U low
#29#C29Reserve
#30#C30Reserve
#31#C31Input signal, windshield wipersU= 10.9 VU low as long as the wiper arm is not in the start position. When the wiper arm is in the start position, the voltage increases to U = 10.9 V/Not active: U= 10.9 V
#32#C32Volcano Lite CAN HThe voltage is 8.5-9.5 V during communication
#33#C33Reserve
#34#C34Stop lamp switch signalU bat /U lowU bat /U low
#35#C35Stop lamp switch signalU bat /U lowU bat /U low
#36#C36Reserve

Scheme 28

Scheme 28
Connector D
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#D1Courtesy lighting left frontU low -U bat / U lowU low -U bat / U lowPulsed signal, f = approximately 100 Hz.
#2#D2Courtesy lighting right frontU low -U bat / U lowU low -U bat / U lowPulsed signal, f = approximately 100 Hz.
#3#D3Courtesy lighting, left rearU low -U bat / U lowU low -U bat / U lowPulsed signal, f = approximately 100 Hz.
#4#D4Courtesy lighting, right rearU low -U bat / U lowU low -U bat / U lowPulsed signal, f = approximately 100 Hz.
#5#D5Reserve
#6#D6Power groundU low /U low
#7#D7Windshield wipers (Limp Home)U bat /U lowU bat /U low
#8#D8X supply (Voltage supply from ignition switch)U bat (Ignition switch positions I and II); U low otherwise
#9#D9Signal (+) glove compartment lightingU batU bat30 minutes after the ignition is switched off, U low
#10#D10Seat position sensor, driverU bat /U bat /
#11#D11Rain sensorU low / U batU low / U bat
#12#D12Pulse width modulated signal (+) to rheostatU low -U bat if active, U low otherwise
#13#D13Signal (+) ignition switch illuminationU bat /U lowU bat /U low
#14#D14Lamp, switch, hazard warning signal flashers, power supply.U bat -U low if activated; U low otherwise
#15#D15S-supply (Power supply from ignition switch)U bat (Ignition switch positions 0, I, II and III); U low otherwiseU low with key removed.
#16#D1615-supply (Power supply from ignition switch)U bat (Key in positions II and III); U low otherwise
#17#D17Signal (-) from horn switchU low /U batU low /U bat
#18#D18Seat position sensor, passengerU lowU batReference.
#19#D19Collision output signal to the phone (from the Supplemental Restraint System Module (SRS))
#20#D20Signal (-) from the SRS-control module (airbag OK)U bat below 200 ms if the airbag is triggered, U low if the airbag has not deployed.
#21#D21Reserve
#22#D22Signal (-) switch for the hazard warning signal flasher.U low if button is held in, U bat otherwise
#23#D23Gear-shift position sensorU lowU low / U batU low in positions P and N
#24#D24LIN bus communicationDuring communication the voltage is 0V - Ubat
#25#D25Seat position sensor, driver(Only XC90 USA/CDN)
#26#D26Seat position sensor, passenger(Only XC90 USA/CDN)
#27#D27Sensor, set belt reminder (+)U low / U batU bat /U bat
#28#D28Sensor, seat belt reminder (-)U low /U lowU low /U low
#29#D29Twilight sensorU low /U lowU=0.25-4.75V
#30#D30Sun sensorU low /U lowU=0.25-4.75V
#31#D31Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communication
#32#D32Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communication
#33#D33Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communicationOBD out
#34#D34Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communication
#35#D35Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communication
#36#D36Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communication
#37#D37Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communicationVia SRS
#38#D38Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communicationVia UEM
#39#D39Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communicationVia DDM
#40#D40Communication CAN_H low speed networkThe voltage is 2.0-3.5 V during communicationOBD out
#41#D41Volcano Lite CAN HThe voltage is 8.5-9.5 V during communication
#42#D42The sun sensor, twilight sensor and alarm LED share a common groundU low /U lowU low /U low
#43#D43Fuel level sensor, left-hand side (+). Switched signal, 5/35 ms.U~U lowU=0.54-3.96 VFull: 0.54 V Empty: 3.96 V
#44#D44Fuel level sensor, right-hand side (+). Switched signal, 5/35 ms.U~U lowU=0.54-3.96 VFull: 0.54 V Empty: 3.96 V
#45#D45Fuel level sensor common groundU low /U lowU low /U low
#46#D46Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communication
#47#D47Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communication
#48#D48Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communicationOBD
#49#D49Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communication
#50#D50Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communication
#51#D51Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communication
#52#D52Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communicationVia SRS
#53#D53Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communicationVia UEM
#54#D54Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communicationVia DDM
#55#D55Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communicationOBD out
#56#D56IMMO DataU low /U lowThe voltage is 0.5-2.5 V during communicationAntenna ring/lighting ignition switch
#57#D57IMMO ClockU low /U lowThe voltage is 0.5-2.5 V during communicationAntenna ring/lighting ignition switch
#58#D58LIN bus 2During communication the voltage is 0 V - U batSWM/SAS
#59#D59Speed signalU lowU low -U batOutput signal Frequency signal, increases with speed
#60#D6050-supply (Power supply from ignition switch)U bat (Key in position III); U low otherwise

All values given below are between the respective terminal in column 1 and terminal #3 (power ground) unless otherwise stated in brackets after the entry. Control module terminals #1-#16 correspond to terminals #1-#16 on the breakout box.

Note. It is important to connect the breakout box and check the ground terminals before taking readings.

U=DC voltage in volts (V)U AC =AC voltage in volts (V)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 V% duty =Duty cycle (pulse ratio) as a percentage (%)
T =Time in milliseconds (ms)
TerminalSignal typeIgnition onEngine idlingOther
#1Glow plug signalGlow plug off: U=U low Glow plug on: Pulse ratio (% duty) > 0%Pulse ratio (% duty) increases with glow plug intensity.
#2
#3Power ground (Measured to the battery negative terminal)U low
#4Signal ground, engine coolant temperature sensor and flame sensorU low
#5
#6Communication cable for the central electrical module (CEM)Digital signal
#7
#8Flame sensor signalFlame not lit: Uapprox.5 V Flame lit: U<1.5 V
#930-supply (Power supply from battery)U bat
#10Combustion fan control signalCombustion fan off and power supply off: U low Combustion fan off and power supply on: U bat Fan on: Pulse ratio (% duty) > 0%The pulse ratio (% duty) increases with fan speed.
#11 Model year -2001Power supply, combustion fan, fuel pump (FP) and water pumpPower supply off: U low Power supply on: U bat
#11 Model year 2002Power supply, combustion fan and water pumpPower supply off: U low Power supply on: U bat
#12Water pump control signalWater pump off and power supply off: U low Water pump off and power supply on: U bat Water pump on and power supply on: U low
#13Fuel pump control signalFuel pump off: f=0 Hz Fuel pump on: f>0 HzThe frequency increases with pump speed
#14
#15Extended X-supplyU batU bat
#16Coolant temperature sensor signal+20°C: U approx. 3.5 V +75°C= 2.02 V +90°C= 0.78 VThe voltage decreases with increasing temperature
U=DC voltage in volts (V)U AC =AC voltage in volts (V)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 VT =Time in seconds
PWM =Pulse width modulated signal as a %

Scheme 29

Scheme 29
Breakout box terminalControl module terminalSignal typeIgnition onOther
#C1-1Power supplyU = U bat
#C1-2Ground, power supplyU = U low
#C1-3Reserve
#C1-4Reserve
#C1-5MOST input signalOptical input signal when the MOST network is activated
#C1-6MOST output signalOptical output signal when the MOST network is activated

CONNECTOR C1

Scheme 30

Scheme 30: SIGNAL SPECIFICATION

Note. It is important to connect the breakout box and check the ground terminals before taking readings.

Other information

  1. To connect the breakout box, see «CONNECTING THE BREAKOUT BOX»(ref-476703-S35775802292012060500000)
  2. To check ground terminals, see «CHECKING THE GROUND TERMINAL»(ref-476703-S38371018462012060500000) .
U=DC voltage in volts (V)U AC =AC voltage in volts (V)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 V% duty =Duty cycle (pulse ratio) as a percentage (%)
T =Time in milliseconds (ms)
Connector A, terminals #A1-#A20 The following values are measured between the relevant terminal in column 1 and terminal #E1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box. U = DC in volts (V) Ubat = battery voltage in volts (V) Ulow = Voltage close to 0 V
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Breakout box terminalTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#A1#A1Signal (-) back-up (reversing) lampUlowUbatUlowUbat
#A2#A2Signal, for fault-tracing the actuator motor for the left-hand xenon lampUlowUlowUlow-Ubat if active, Ulow otherwise in pulse ratio (%duty) = 0-100%A fault is detected at 65% > pulse ratio (%duty) > 90%
#A3#A3Control signal, starter motor relay0 V0 VActivated with key in position III
#A4#A4Signal, Hood switchUlow with the hood closed Ulow-Ubat with the hood openPulsed signal, f=100 Hz
#A5#A5Signal (-) L-signalUlowUlowUbatU~0.3-0.7*Ubat
#A6#A6Stepper motor speed related power steering (channel B)UlowUlow-UbatUlowSignal for 12 ms
#A7#A7Stepper motor speed related power steering (channel A)UlowUlow-UbatUlowSignal for 12 ms
#A8#A8Control signal relay for headlamp washingUlowUbatUlowUbat
#A9#A9Pulse width modulated signal (+) to beam adjustment unitUlowUlow-Ubat if active, Ulow otherwise Pulse ratio (% duty) > 0%Pulse ratio increases with increased beam width
#A10#A10
#A11#A11Stepper motor speed related power steering (channel B)UlowUlow-UbatUlowSignal for 12 ms
#A12#A12Stepper motor speed related power steering (channel A)UlowUlow-UbatUlowSignal for 12 ms
#A13#A13Control signal, windshield wiper relay off/onUbatUlowUbat
#A14#A14Control signal, windshield wiper high speed relayUbatUlowUbat
#A15#A15Glass breakage loop, pulsed signal0-12 VUlowUlow0-12 V periodically when the car is alarmed
#A16#A16Control signal, front washer motor relayUbatUlowUbat
#A17#A17Control signal, rear washer motor relayUbatUlowUbat(5 DRS)
#A18#A18Volcano LiteThe voltage is 0 V - Ubat during communicationSerial communication
#A19#A19Control signal, horn relayUlowUbatUlowUbat
#A20#A20Signal (-), starter motor relayUlowUbatUlow
Connector B, terminals #B1 - #B20 The following values are measured between the relevant terminal in column 1 and terminal #E1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box. U = DC in volts (V) Ubat = battery voltage in volts (V) Ulow = Voltage close to 0 V
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Breakout box terminalTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#A21#B1S-supply (Power supply from ignition switch)Ulow (Key out), Ubat (key in)
#A22#B2X-supply (Power supply from the ignition switch)Ubat (Key in positions I and II); Ulow otherwise
#A23#B315-supply (Power supply from ignition switch)Ubat (Key in positions II and III); Ulow otherwise
#A24#B4Stop lamp switch signalUbatUlowUbatUlow
#A25#B5Supply upper stop lamp (4 door)Ubat6 VUbat6 V
#A26#B6Supply to stop lamp relay in the rear electronic moduleUlowUbatUlowUbat
#A27#B7Diagnostic communication (CAN H) for the high speed networkThe voltage is 2.0-3.5 V during communication
#A28#B8Diagnostic communication (CAN_L) for the high speed networkThe voltage is 1.5-2.5 V during communication
#A29#B9Signal (-) sensor for the front left seat belt buckleUlow0-5 V0-5 V
#A30#B10Reference voltage (+) for X-supply to the left seat belt buckleUlowUbat
#A31#B11Serial communication the left heated seatUlowDuring communication voltage is ~Ubat
#A32#B12Signal (-) contact breaker (left rear door open)Ulow-Ubat if the door is open, Ulow otherwisePulsed signal, f=100 Hz.
#A33#B13Signal (-) contact breaker (left rear door locked)Ulow if the door is locked, Ubat otherwise
#A34#B14Frequency signal (-) from the Engine Control Module (ECM) for the fuel pump (FP) relayUlowFrequency signal U=Ulow-UbatF=50 HZ
#A35#B15Signal (-) from the windshield washer reservoir level sensorUbat if the tank is not empty, Ulow if under 1 liter.
#A36#B16Signal (-) from the windshield wiper motorUlowUbatUlowUbatUlow if the engine is running
#A37#B17Communication CAN_H high speed networkThe voltage is 2.0-3.5 V during communication
#A38#B18Communication CAN_L high speed networkThe voltage is 1.5-2.5 V during communication
#A39#B19Diagnostic communication (CAN_H) for the low speed networkThe voltage is 2.0-3.5 V during communication
#A40#B20Diagnostic communication (CAN_L) for the low speed networkThe voltage is 1.5-2.5 V during communication
Connector C, terminals #C1-#C20 The following values are measured between the relevant terminal in column 1 and terminal #E1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box. U = DC in volts (V) Ubat = battery voltage in volts (V) Ulow = Voltage close to 0 V
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Breakout box terminalTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#A41#C1Reference voltage (+) for X-supply to the right seat belt buckleUlowUbat
#A42#C2Signal (-) sensor for the front right seat belt buckleUlow0-5 V0-5 V
#A43#C3Signal (-) contact breaker (right rear door locked)Ulow if the door is locked, Ubat otherwise
#A44#C4Serial communication right heated seatUlowDuring communication voltage is ~Ubat
#A45#C5Signal (-) Lock unit trunk lidUlow-Ubat if the tailgate is open, Ulow otherwisePulsed signal, f=100 Hz.
#A46#C6Control signal, auxiliary lamp relayUbatUlowUbat
#A47#C7
#A48#C8
#A49#C9
#A50#C10
#A51#C11
#A52#C12
#A53#C13
#A54#C14Signal (-) fuel pump (FP) relay switchUlowUbatUlow
#A55#C15
#A56#C16
#A57#C17
#A58#C18Signal (-) contact breaker (right rear door open)Ulow-Ubat if the door is open, Ulow otherwisePulsed signal, f= 100 Hz.
#A59#C19
#A60#C20Reserve (-)
Connector D, terminals #D1-#D20 The following values are measured between the relevant terminal in column 1 and terminal #E1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box. U = DC in volts (V) Ubat = battery voltage in volts (V) Ulow = Voltage close to 0 V
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Breakout box terminalTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#B1#D1Control signal automatic gear selector module, switch to groundUbatUlow
#B2#D2Communication CAN L low speed networkThe voltage is 1.5-2.5 V during communication
#B3#D3Communication CAN_H low speed networkThe voltage is 2-3.5 V during communication
#B4#D4Signal (-) from control stalks (Limp Home)UbatUlowUbatUlow
#B5#D5Signal (-) from the SRS-control module (airbag OK)Ubat for 200 ms if the airbag is triggered, Ulow if the airbag is not triggered.
#B6#D6Serial communication (K-line), diagnosticThe voltage is 0 V - Ubat during communication
#B7#D7Signal (-) contact breaker (left front door open)Ulow-Ubat if the door is open, Ulow otherwise.Pulsed signal, f= 100 Hz.
#B8#D8Signal (-) contact breaker (right front door open)Ulow-Ubat if the door is open, Ulow otherwise.Pulsed signal, f= 100 Hz.
#B9#D9Signal (-) from the gear-shift position sensor (locked in P/N)UlowUlowUlowUbatUlow in P and N position
#B10#D10Signal (+), speed (frequency signal)UlowUlow-UbatFrequency signal increases with speed
#B11#D11Signal, for fault-tracing the actuator motor for the right-hand xenon lampUlowUlowUlow-Ubat if active, Ulow otherwise in pulse ratio (% duty) = 0-100%A fault is detected at 65%>pulse ratio (%duty)>90%
#B12#D12Signal (-) from horn switchUlowUbatUlowUbat
#B13#D13Signal (+) data ImmobilizerUlowUbat
#B14#D14Signal (+) ImmobilizerUlowUbat
#B15#D15
#B16#D16Signal (-) switch for the hazard warning signal flasherUlow if the button is held in, Ubat otherwise
#B17#D17Pulse width modulated signal (+) lamp in button for hazard warning signal flasherUlow-Ubat if active, Ulow otherwise Pulse ratio (% duty) > 0%
#B18#D18Signal (+) glove compartment lightingUbat30 minutes after ignition off, Ulow
#B19#D19Signal (+) ignition switch illuminationUbatUlowUbatUlow
#B20#D20Signal (+) Alarm indicator LEDUlow or 0.7 VUlow0.7 V if the LED is active
Connector E, terminals #E1-#E8 The following values are measured between the relevant terminal in column 1 and terminal #E1 (power ground) unless otherwise stated. NOTE: Check the ground terminals before starting to take readings with the breakout box. U = DC in volts (V) Ubat = battery voltage in volts (V) Ulow = Voltage close to 0 V
NOTE
Check the ground terminals before starting to take readings with the breakout box.
Breakout box terminalTerminal in connectorSignal typeIgnition offIgnition onOther
ActivatedNot activatedActivatedNot activated
#B21#E1Power groundUlow
#B22#E2Pulse width modulated signal (+) courtesy lightingUlow-Ubat if active, Ulow otherwise
#B23#E330-supply to turn signal lamps and hazard warning signal flasherUbat
#B24#E4
#B25#E5
#B26#E630-supply to the central electronic module (CEM)Ubat
#B27#E7
#B28#E8Pulse width modulated signal (+) to rheostatUlow-Ubat if active, Ulow otherwise

Scheme 31

Scheme 31: REAR ELECTRONIC MODULE (REM) CONNECTORS A-E

Connector A, terminals #A1-#A20

The following values are measured between the relevant terminal and terminal #E1 (power ground) unless otherwise stated.

The values are measured with the control module in "Active mode".

Note. It is important to connect the breakout box and check the ground terminals before taking readings.

U = DC in volts (V).

Ubat = battery voltage in volts (V).

Ulow = Voltage close to 0 V.

NC = Not connected

NC* = grounded via capacitor (C=22nF)

Terminal, breakout boxTerminal, control moduleSignal typeIgnition off Active/not activeIgnition on Active/not activeOther
#A01#A1Spare input (30)U~UbatU~UbatAt no input
#A02#A2Fuel level sensor, left-hand side (+). Switched signal, 5/35 ms.U~UlowU=0.54-3.96 VFull: 0.54 V Empty: 3.96 V
#A03#A3Reserve output (switch to ground)U~UlowU~Ulow
#A04#A4Stop lamp, relay driver from the central electronic module (CEM)U~Ulow/UbatU~Ulow/Ubat
#A05#A5
#A06#A6Reserve, analog input signalNC*NC*
#A07#A7Signal ground (-)U~UlowU~Ulow
#A08#A8Fuel level sensor, right-hand side (+). Switched signal, 5/35 ms.U~UlowU=0.54-3.96 VFull: 0.54 V Empty: 3.96 V
#A09#A9Spare input (30)U~UbatU~UbatAt no input
#A10#A10Fuel level sensor common groundU~UlowU~Ulow
#A11#A11Reserve, analog input signalNC*NC*
#A12#A12Signal ground (-)U~UlowU~Ulow
#A13#A13Reserve output (switch to ground)U~UlowU~Ulow
#A14#A14CAN HDuring communication U= 2.0-3.5 V
#A15#A15Volcano Lite CAN HDuring communication U= 2.0-3.5 V
#A16#A16CAN LDuring communication U= 2.0-3.5 V
#A17#A17Volcano Lite CAN LDuring communication U= 2.0-3.5 V
#A18#A18ReserveU~UlowU~UlowNC
#A19#A19Reserve output (switch to ground)U~UlowU~Ulow
#A20#A20
#A21#B1Spare input (GND)U~UlowU~UlowAt no input
#A22#B2Spare input (GND)U~UlowU~UlowAt no input
#A23#B3Reserve output (switch to ground)U~UlowU~Ulow
#A24#B4ReserveU~UlowU~UlowNC
#A25#B5ReserveU~UlowU~UlowNC
#A26#B6Signal ground, position sensor for headlamp beam height controlU~UlowU~Ulow
#A27#B7Reserve output (switch to ground)U~UlowU~Ulow
#A28#B8Analog input signal from the position sensor for headlamp beam height control.U~UlowU= 1.7-3.2 VNC
#A29#B9ReserveU~UlowU~UlowNC
#A30#B10Power supply, position sensor for headlamp beam height controlU~UlowU=5 V
#A31#B11ReserveU~UlowU~UlowNC
#A32#B12ReserveU~UlowU~UlowNC
#A33#B13ReserveU~UlowU~UlowNC
#A34#B14ReserveU~UlowU~UlowNC
#A35#B15ReserveU~UlowU~UlowNC
#A36#B16ReserveU~UlowU~UlowNC
#A37#B17ReserveU~UlowU~UlowNC
#A38#B18ReserveU~UlowU~UlowNC
#A39#B19Input signal seat belt reminder passengerU~UlowU=0-5 VOscillating signal in three phases.
#A40#B20Input/output signal seat belt reminder passengerU~UlowU=0-5 VOscillating signal in three phases.
#A41#C1Reference signal fuel level sensor, CNGU~UlowU~0.41-4.94 VBi-fuel
#A42#C2Signal ground (-)U~UlowU~Ulow
#A43#C3ReserveU~UlowU~UlowNC
#A44#C4
#A45#C5
#A46#C6Reserve output (switch to ground)U~UlowU~Ulow
#A47#C7ReserveU~UlowU~UlowNC
#A48#C8Reserve output (switch to ground)U~UlowU~Ulow
#A49#C9ReserveU~UlowU~UlowNC
#A50#C10ReserveU~UlowU~UlowNC
#A51#C11Reserve output (switch to ground)U~UlowU~Ulow
#A52#C12Reserve output (switch to ground)U~UlowU~Ulow
#A53#C13ReserveU~UlowU~UlowNC
#A54#C14ReserveU~UlowU~UlowNC
#A55#C15ReserveU~UlowU~UlowNC
#A56#C16ReserveU~UlowU~UlowNC
#A57#C17Spare input (30)U~UbatU~UbatAt no input
#A58#C18Spare input (30)U~UbatU~UbatAt no input
#A59#C19ReserveU~UlowU~UlowNC
#A60#C20Reserve output (switch to ground)U~UlowU~Ulow
#B01#D1Relay driver, rear windshield heatingU~UbatU~Ulow / UbatGrounded when the relay is activated
#B02#D2Relay driver, rear 15l-supply
#B03#D3ReserveU~UlowU~UlowNC
#B04#D4Signal voltage, high mounted stop lampU~Ubat / UlowU~Ubat / Ulow
#B05#D5Reserve5 V / Ulow5 V / UlowNC
#B06#D6Serial communication, input signal from the level sensor control moduleDuring communication U= 8-11 VDuring communication U= 8-11 VCommunicates when the car is alarmed. Conditional on the car being equipped with an inclination sensor module (ISM).
#B07#D7Input signal from the tailgate handleU~Ulow / UbatU~Ulow / UbatGrounded when the tailgate handle is pressed in.
#B08#D8LIN communicationDuring communication the voltage is 0 V - UbatSerial communication
#B09#D9Spare input (30)UbatUbatAt no input
#B10#D10Spare input (30)UbatUbatAt no input
#B11#D11U~UlowU~UlowNC
#B12#D12Reserve, relay RMA 04U~UlowU~Ulow
#B13#D13Reserve, relay RMI 09U~UlowU~Ulow
#B14#D14Reserve, relay RMI 10U~UlowU~Ulow
#B15#D15Reserve, relay RMI 25U~UlowU~Ulow
#B17#D17Reserve, relay RST 01U~UlowU~Ulow
#B18#D18Relay driver, rear X-supply
#B19#D19Reserve output (switch to ground)U~UlowU~Ulow
#B20#D20Power supply to the tilt sensor. Output signal.U~Ulow /UbatU~UlowSupplied with voltage when the car is alarmed. Conditional on the car being equipped with an inclination sensor module (ISM).

The power signals below are measured between the relevant terminal and terminal #E1 (power ground)

Terminal, breakout boxTerminal, control moduleSignal typeIgnition off Active/not activeIgnition on Active/not activeOther
#B21#E1Power groundU~UlowU~Ulow
#B22#E2Power supply to the cargo compartment lighting. Output signal.U~Ulow/UbatU~Ulow/UbatActivated when the trunk lid is open. Goes out after 30 minutes Goes out when driving forward with the trunk lid open. The ignition must be switched off before it lights again. Can be switched off via the upper electronic module (UEM).
#B23#E3ReserveU~UlowU~UlowNC
#B24#E4Power supply to the rear fog lamp. Input signal.U~UbatU~Ubat
#B25#E5ReserveU~UlowU~UlowNC
#B26#E6Power supply to the rear electronic module (REM)U~UbatU~Ubat
#B27#E7ReserveU~UlowU~UlowNC
#B28#E8ReserveU~UlowU~UlowNC

Scheme 32

Scheme 32: RESISTANCE VALUES, FUEL LEVEL SENSOR

Readings for the left fuel level sensor are taken between terminals #5 and #6.

Readings for the right fuel level sensor are taken between terminals #7 and #6.

The following table lists the fuel level sensor resistance and the corresponding fuel volume.

Resistance (ohm)Fuel volume (liters)
1240
3835
6630
9625
13020
17115
22310
2975
3831

All the values given below are between the terminals stated in column 1 and terminal #D12 in column 2 (power ground). This applies unless otherwise indicated in the last column.

Note. It is important to connect the breakout box and check the ground connections before starting to measure.

Scheme 33

Scheme 33: SIGNAL SPECIFICATION
U=DC voltage in volts (V)T =Time in milliseconds (ms)
U bat =Battery voltage (V)F =Frequency in Hertz (Hz)
U low =Voltage approximately 0 V% dutyDuty cycle (pulse ratio) as a percentage (%)
Connector A
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#A1Power window left rear door, upU bat /U lowU bat /U lowSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#2#A2Power window left rear door, downU bat /U lowU bat /U lowSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#3#A3Reserve
#4#A4Reserve
#5#A5Reserve
#6#A6Reserve
#7#A7High level stop lampU bat /U lowU bat /U lowS60, S80
#8#A8Reserve
#9#A9Reserve
#10#A10Reserve
#11#A11Reserve
#12#A12Reserve
#13#A13Power supply Bi Fuel from the central electronic module (CEM)U lowU bat (Ignition positions II and III), otherwise U low
#14#A1415-power supply differential electronic module (DEM)U lowU bat (Ignition position II); U bat (Ignition position I and III) if the key has been in ignition position II earlier, otherwise U low in ignition positions I and III
#15#A15Defroster rear windshieldU lowU bat /U lowS60, S80
#16#A16Defroster rear windshieldU lowU lowS60, S80
#17#A17Reserve
#18#A18Stop lamp, input signal from the central electronic module (CEM)U bat /U lowU bat /U low
#19#A19Child-proof lock left rear doorU low /U batU low /U batSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#20#A20Right-hand turn signal lamp, input signal from the central electronic module (CEM)U lowU bat /U lowPulsed signal, f = ca. 1.5 Hz
#21#A21Left-hand turn signal lamp, input signal from the central electronic module (CEM)U lowU bat /U lowPulsed signal, f = ca. 1.5 Hz
#22#A22Reserve
#23#A23Lock motor left rear door, lock signalU bat /U lowU bat /U low
#24#A24Lock motor left rear door, unlock signalU bat /U lowU bat /U low
#25#A25Folding head restraints, leftU lowU bat /U lowS60, S80
#26#A26Reserve
#27#A27Lock motor double lock left rear door, signalU bat /U lowU bat /U low
#28#A28Reserve
#29#A2915-power supplyU lowU bat (Ignition position II), otherwise U low
#30#A3015-power supply to the suspension module (SUM)U lowU bat (Ignition switch position II)
#31#A31Reserve
#32#A32GroundU lowU low
Connector B
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#B1Power window right rear door, upU bat /U lowU bat /U lowSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#2#B2Power window right rear door, downU bat /U lowU bat /U lowSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#3#B3Brake lightU bat /U lowU bat /U low
#4#B4Rear fog lampU lowU bat /U low
#5#B5Reserve
#6#B6Reserve
#7#B7Back-up (reversing) lampsU lowU bat /U low
#8#B8Reserve
#9#B9Lock motor fuel tank filler cap, unlock signalU bat /U lowU bat /U low
#10#B10Right turn signal lampU lowU bat /U lowPulsed signal, f = ca. 1.5 Hz
#11#B11Left turn signal lampU lowU bat /U lowPulsed signal, f = ca. 1.5 Hz
#12#B12Lock motor right rear door, unlock signalU bat /U lowU bat /U low
#13#B13Reserve
#14#B14Reserve
#16#B16Reserve
#17#B17Subwoofer power supplyU batU batXC90
#18#B18Subwoofer power supplyU batU batXC90
#19#B19Power supply infotainment, rear A/CU lowU bat
#20#B20Reserve
#21#B21Power supply, parking assistance module (PAM)U lowU bat
#22#B22Power supply accessory electronic module (AEM)U batU bat
#23#B23Right-hand back-up lampU lowU bat /U low
#24#B24Lock motor double lock right rear door, signalU bat /U lowU bat /U low
#25#B25Gas tank valve, power supplyU lowU bat /U low
#26#B26Lock motor fuel tank filler cap/right rear door, lock signalU bat /U lowU bat /U low
#27#B27Power supply RTI, CD changerU batU bat
#28#B28Folding head restraints, rightU lowU bat /U lowS60, S80
#29#B29X-power supplyU lowU bat (Ignition positions I and II), otherwise U low
#30#B30Child-proof lock rightU batU low / U batSupplied with voltage via fuse and relay and grounded via relay integrates in Rear electronic module (REM).
#31#B31Rear 12 V output, power supplyU batU bat
#32#B32Reserve

Scheme 34

Scheme 34
Connector C
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#41#C1Alarm LEDU = approximately 1.6V/ U lowU lowPulsed signal, f = approximately 0.5Hz
#42#C2Reserve
#43#C3Switch left-hand rear door, signalU lowU lowGrounded with door closed, open-circuit with door open
#44#C4Hood switchU lowU lowGrounded with door closed, open-circuit with door open
#45#C5Lock switch left-hand rear door, signalU bat if door unlocked; U low if door lockedU bat if door unlocked; U low if door locked
#46#C6Gas discharge lamp module (GDL) sensor
#47#C7LIN communicationDuring communication the voltage is 0 V - U batDuring communication the voltage is 0 V - U bat
#48#C8Glass breakage loop, pulsed signal0-12 VU low
#49#C9Signal ground, position sensor for headlamp beam height controlU lowU low
#50#C10Lock switch child proof lock left-hand rear door, signalU low /U batU low /U bat
#51#C11Power supply, position sensor for headlamp beam height controlU = 5 VU = 5 V
#52#C12Switch left-hand front door, signalU lowU lowGrounded with door closed, open-circuit with door open
#53#C13Communication CAN L low speed networkDuring communication the voltage is 1.5 - 2.5 VDuring communication the voltage is 1.5 - 2.5 V
#54#C14Communication CAN_H low speed networkDuring communication the voltage is 2.0 - 3.5 VDuring communication the voltage is 2.0 - 3.5 V
Connector D
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#1#D1Parking lampsU bat /U lowU bat /U low (Ignition position I); U bat (Ignition position II)
#2#D2Cargo compartment lightingU low /U batU low /U bat
#3#D3LPG sensor, groundU lowU low
#4#D4Lock switch child proof lock right-hand rear door, signalU low /U batU low /U bat
#5#D5Rear right parking lampU bat /U lowU bat /U low (Ignition position I); U bat (Ignition position II)
#6#D6Parking lamps left-hand rearU bat /U lowU bat /U low (Ignition position I); U bat (Ignition position II)
#7#D7X-power supply to subwoofer module (SUB)U= 10.3 VU low
#8#D8Signal ground fuel level sensor, CNGU lowU low
#9#D9Reserve
#10#D10Reserve
#11#D11Cargo compartment lightingU bat /U lowU bat /U lowS60, S80
#12#D12GroundU lowU low
#13#D13Reserve
#14#D14Power supply, fuel level sensor, CNGU lowU ~ 5 V
#15#D15Input signal fuel level sensor (pressure), CNGU lowU=0.5 V- 4.5 VFull (200 bar): 4.5 V Empty (0 bar): 0.5 V
#16#D16Reserve
#17#D17Serial communication (LIN)During communication the voltage is 0 V - U bat
#18#D18Brake lightU bat /U lowU bat /U lowS80
#19#D19Communication CAN_L low speed network, accessory electronic module (AEM)During communication the voltage is 1.5 - 2.5 VDuring communication the voltage is 1.5 - 2.5 V
#20#D20Communication CAN_L low speed network, road traffic information module (RTI)During communication the voltage is 1.5 - 2.5 VDuring communication the voltage is 1.5 - 2.5 V
#21#D21Communication CAN_H low speed network, road traffic information module (RTI)During communication the voltage is 2.0 - 3.5 VDuring communication the voltage is 2.0 - 3.5 V
#22#D22Reserve
#23#D23Reserve
#24#D24Reserve
#25#D25Reserve
#26#D26Serial communication (LIN), inclination sensor module (ISM) From and including structure week 201128 the following applies: Serial communication (LIN) alarm siren control module with alternatively without angle sensor (BBS/IBBS)During communication the voltage is 0 V - U batDuring communication the voltage is 0 V - U batCommunicates when the car is alarmed. Conditional on the car being equipped with an inclination sensor module (ISM). From and including structure week 201128 the following applies: Communicates when the car is alarmed.
#27#D27Input signal, fuel level sensor (temperature), CNGU lowU=0.5 V - 5 V0°C ~ 4 V 25°C ~ 2.5 V
#28#D28Lock switch right-hand rear door, signalU bat if door unlocked; U low if door lockedU bat if door unlocked; U low if door locked
#29#D29Switch right-hand front door, signalU lowU lowPin to ground with door closed, open-circuit with door open
#30#D30Communication CAN_H low speed network, accessory electronic module (AEM)The voltage is 2.0-3.5 V during communicationDuring communication the voltage is 2.0 - 3.5 V
#31#D31Power supply inclination sensor module (ISM), output signal. From and including structure week 201128 terminal #31 is reserve.U ~ U low /U bat From and including structure week 201128 terminal #31 is reserve.U ~ U low From and including structure week 201128 terminal #31 is reserve.Supplied with voltage when the car is alarmed. Conditional on the car being equipped with an inclination sensor module (ISM). From and including structure week 201128 terminal #31 is reserve.
#32#D32Serial communication (LIN)During communication the voltage is 0 V - U batDuring communication the voltage is 0 V - U bat
#33#D33Switch right-hand rear door, signalU lowU lowPin to ground with door closed, open-circuit with door open
#34#D34Rear seat entertainment, power supplyU lowU bat
#35#D35Serial communication (LIN)During communication the voltage is 0 V - U batDuring communication the voltage is 0 V - U bat
#36#D36LPG sensorU lowU ~ 5 V

Scheme 35

Scheme 35
Connector E
Control module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#A15-power supply, trailer module (TRM)U lowU bat /U low
#BStop lamps, trailer module (TRM)
#CTurn signal lamp right input signal, trailer module (TRM)
#DTurn signal lamp left input signal, trailer module (TRM)
#EFog lamps, trailer module (TRM)
#F30-power supply, trailer module (TRM)U batU bat
#GPower supply, trailer module (TRM)U batU bat
#HParking lamps, trailer module (TRM)U bat /U lowU bat
#ITurn signal lamp right, trailer module (TRM)U bat /U lowU bat /U lowPulsed signal, f = ca. 1.5 Hz Hazard warning signal flasher
#JTurn signal lamp left, trailer module (TRM)U bat /U lowU bat /U lowPulsed signal, f = ca. 1.5 Hz Hazard warning signal flasher
#KBack-up (reversing) lamps, trailer module (TRM)U lowU bat /U low
#L30-power supply, trailer module (TRM)U batU bat

Scheme 36

Scheme 36
Connector F
Breakout box terminalControl module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#41#F1Rear windshield wiper, power supplyU lowU bat /U low
#42#F2Lock switch tailgate/trunk lid, signalU lowU lowPin to ground with tailgate closed, open-circuit with tailgate open
#43#F3Switch tailgate handle, signalS60, S80
#44#F4High level stop lampU bat /U lowU bat /U lowXC90 The resistance must be around 10 kohms with the ignition off, not active.
#45#F5Ground, luggage compartment lighting and lock motor tailgate.U lowU low
#46#F6Rear windshield wiper, power supplyU lowU bat (Ignition positions I and II), otherwise U low
#47#F7Cargo compartment lightingU low /U batU low /U batXC90
#48#F8Lock motor trunk lid/tailgate, unlock signalU bat /U lowU low
#49#F9Lock motor trunk lid/tailgate, lock signalU bat /U lowU lowOnly XC90.
#50#F10License plate lightingU bat /U lowU bat / U low

Scheme 37

Scheme 37
Connector G
Control module terminalSignal typeIgnition off Active/Not activeIgnition on Active/Not activeMiscellaneous
#G1Heated rear windshieldU lowU bat /U lowXC90
#G2Heated rear windshieldU lowU bat /U lowXC90
#G3Reserve
#G4Reserve
#G5Reserve

Scheme 38

Scheme 38: UPPER ELECTRONIC MODULE (UEM)

Connector A, terminals #A1-#A22

The following values are measured between the relevant terminal in column 1 and terminal #A20 (signal ground) unless otherwise stated.

Note. Check the ground terminals before starting to take readings with the breakout box.

U = DC in volts (V).

U bat = battery voltage in volts (V).

U low = voltage near 0 V.

Terminal, breakout boxTerminal, control moduleSignal typeIgnition off Active/not activeIgnition on Active/not activeMiscellaneous
#1#A1Power supplyU batU bat
#2#A2Third row reading lamps, control signal (XC90 only)U bat /0 VU bat /0 V
#3#A3Communication cable control modules (HS-CAN)2.5-3.5 V2.5-3.5 VDuring communication.
#4#A4The front right reading lamp and general lighting, control signal7-9 V/0 V7-9 V/0 VActive when the right front reading lamp or the general lighting is activated.
#5#A5Communication cable control modules (MS-CAN)1.5-2.5 V1.5-2.5 V
#6#A6The front right reading lamp, signal supplyU bat /0 VU bat /0 VPulse width modulation (PWM) signal.
#7#A7Rear left reading lamp, signal supplyU bat /0 VU bat /0 VActive when the left rear reading lamp or the general lighting is activated. Pulse width modulation (PWM) signal.
#8#A8Extended X-supplyU bat /0 VU bat /0 VThe power supply to the sun roof logic, mirror lamps in the sun visor, rain sensor, buttons for the headlining lighting and certain button lighting.
#9#A9Cargo compartment lighting (V70, V70 XC) / Third row reading lamps (XC90), power supplyU bat /0 VU bat /0 VPulse width modulation (PWM) signal.
#10#A10Movement sensor (MMS) or movement sensor (IMS), power supply, (IMS replaces MMS for XC90 from and incl. model year 2012)U bat /0 VU bat /0 VSupplies power to both MMS or movement sensor (IMS), (IMS replaces MMS for XC90 from and incl. model year 2012).
#11#A11Control module power supplyU batU bat
#12#A12Control module power supplyU batU bat
#13#A13Rain sensor, data signal
#14#A14Rear right reading lamp, signal supplyU bat /0 VU bat /0 VThe signal is active when the button for the lamp is not pressed in.
#15#A15Rear left reading lamp, control signalU bat /0 VU bat /0 VThe signal is active when the button for the lamp is not pressed in.
#16#A16The front left reading lamp and general lighting, control signal7-9 V/0 V7-9 V/0 VActive when the left front reading lamp or the general lighting is activated.
#17#A17The rear right reading lamp, signal supplyU bat /0 VU bat /0 VActive when the right rear reading lamp or the general lighting is activated. Pulse width modulation (PWM) signal.
#18#A18The front left reading lamp, signal supplyU bat /0 VU bat /0 VPulse width modulation (PWM) signal.
#19#A19General lighting, signal supplyU bat /0 VU bat /0 VPulse width modulation (PWM) signal.
#20#A20Signal groundU~U= lowU~U= low
#21#A21Serial communication (Volcano lite)0 V-U bat0 V-U batThe voltage is 0 V - Ubat during communication. Ubat is the default.
#22#A22Movement sensor (MMS) or movement sensor (IMS), (IMS replaces MMS for XC90 from and incl. model year 2012), data signalU batU batCommunication with both MMS or movement sensor (IMS) in XC90, (IMS replaces MMS in XC90 from and incl. model year 2012).

Scheme 39

Scheme 39: SUN ROOF (SUN ROOF MODULE (SRM))

Connector A, terminals #A1-#A10

The following values are measured between the relevant terminal in column 1 and terminal #A5 (signal ground) unless otherwise stated.

U = DC in volts (V).

U bat = battery voltage in volts (V).

U low = voltage near 0 V.

Terminal, control moduleSignal typeIgnition off Active/not activeIgnition on Active/not activeMiscellaneous
#A1Power supply to the sun roof motorU batU bat
#A2Sun roof forward, control signalU bat /0 VU bat /0 VPulsed signal when active.
#A3Sun roof tilt, control signalU bat /0 VU bat /0 VPulsed signal when active.
#A4Serial communication (Volcano lite)U batU batThe voltage is 0 V - Ubat during communication. Ubat is the default.
#A5Signal groundU lowU low
#A6Power supply to the electronics in the sun roof module (SRM)U bat (only for 5 minutes according to conditions on the right)U batActive when the ignition is off and neither of the front doors have been opened.
#A7Sun roof auto, control signalU bat /0 VU bat /0 VPulsed signal. Active when switching.
#A8Sun roof backward, control signalU bat /0 VU bat /0 VPulsed signal when active.
#A9Power supply to sun roof switchU bat /U batU bat /U batPulsed signal when active.
#A10Power groundU lowU low

Scheme 40

Scheme 40: RAIN SENSOR

Connector A, terminals #A1-#A5

U = DC in volts (V).

U bat = battery voltage in volts (V).

U low = voltage near 0 V.

Terminal, control moduleSignal typeIgnition offIgnition onMiscellaneous
#A1Serial communicationData signal
#A2GroundU lowU low
#A3Power supplyU bat /0 VU bat /0 V
#A4Windscreen wiper position signalU bat /0VWhen the windscreen wipers are in the parked position, U must be U bat . When the windscreen wipers are operating U must be 0 V (grounded).
#A5Not used