All software commands and abbreviations

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Real time monitoring:

RPM Engine________________ -> Engine speed in rpm
RPM Transaxle_____________ -> Automatic gearbox output shaft speed (Automatic transaxle) in rpm.
MAP: ____________________ -> Pressure in the intake manifold in kPa
Ratio_____________________ -> reduction ratio of the automatic transmission secondary shaft (Automatic transaxle).
Speed____________________ -> vehicle speed in km/h or miles/h
TPS Percent_______________ -> Position of the throttle valve (GAS) or the accelerator pedal (CRD) in% compared to the generic reference. (may be greater than 100%)
Gear engaged _____________ -> gear engaged of automatic gearboxes
TorqueConv State__________ -> Torque converter status (Lock, partial Lock or Unlock) (Automatic transaxle).
Gear Selected______________ -> gear lever position Automatic transaxle. (parking= Park, reverse= R, neutral= N, drive= D, 3= 3, low= L)
Transaxle Temperature_______-> oil température on Gearbox in °C or °F (Automatic transaxle).
Air Intake temp_____________ -> Intake air temperature in °c or °F
Cooling Temp______________ -> Temperature of the engine cooling circuit in °c or °F
Battery Temp______________ -> Battery temperature in °c or °F(from 2004)
External temp______________ -> Outdoor temperature in °c or °F
Internal temp______________ -> Indoor temperature in ° c or °F (depending on model)
odometer _________________ -> Distance traveled by the vehicle recorded in the BCM in km or miles
Instant consumption ._______ -> Instant consumption in liters / hour
Injection time _____________ -> Average injection time (2004 <) in milliseconds
Fuel in tank _______________ -> Volume of fuel remaining in the tank in liters
Distance Pulse ____________ -> Distance / speed sensor (signal reading) in km / h
Battery___________________ -> Battery voltage in volts
Barometer ________________ -> atmospheric pressure in hPa
AC pressure_______________ -> HP pressure of the air conditioning circuit in kPa
Compressor state__________ -> State of the air conditioning compressor (ON /OFF/Error data)
TPMS State_______________ -> Tire pressure monitoring message
LeftFr press_______________ -> tire pressure front left
LeftFr State ______________-> info message status of tire pressure front left
LeftRr press_______________ -> left rear tire pressure
LeftRr Status ______________-> info message rear tire pressure status left
RightFr press______________ -> tire pressure front right
RightFr State ______________-> info message, status of tire pressure, front right
RightRr press______________ -> rear right tire pressure
RightRr State ______________-> info message status of tire pressure, rear right


Transaxle monitoring:

General:

RPM Engine________________ -> Engine speed in rpm
RPM Trans_________________ -> Automatic gearbox output shaft speed
LR CL VOL INDEX____________ -> Clutch volume index solenoid circuit L / R (adaptive function)
24 CL VOL INDEX___________ -> Clutch volume index 2/4 solenoid circuit (adaptive function)
OD CL VOL INDEX___________ -> Clutch volume index solenoid circuit O / D (adaptive function)
UD CL VOL INDEX___________ -> Clutch volume index UD solenoid circuit (adaptive function)
Trans temp volts____________ -> Voltage read on the BVA oil temperature sensor
Trans Temp degrees_________ -> Temperature of oil transaxle
Trans Temp state___________ -> Temperature status of the price box taken into account for report management
Gear______________________ -> gear ratio engaged by the solenoids
TPS degrees_______________ -> Position of the throttle valve (gaz) or the accelerator pedal (CRD)
Active VAR Line Press_______ -> Current oil circuit pressure (VLP outlet)
Desired VAR Line Press______ -> Desired pressure by the computer
VAR Line Press Sensor ______ -> Oil pressure sensor voltage (VLP output)

Transaxle solenoid state:

Gears Solenoid___________ -> Status of the 3 speed gear change solenoid circuits
TRS Solenoid ____________ -> Status of the speed selector position sensors
C4_____________________ -> Voltage of sensor C4 (TRS T3)
C3_____________________ -> Sensor voltage C3 (TRS T1)

BVA VLP

RPM Trans________________ -> Automatic gearbox output shaft speed + calculated vehicle speed
GEAR____________________ -> gear ratio engaged by the solenoids (idem Speed of general BVA)
TPS degrees______________ -> Position of the throttle valve (gaz) or the accelerator pedal (CRD)
Active VAR Line Press______ -> Current oil circuit pressure (VLP outlet)
Desired VAR Line Press_____ -> Desired pressure by the computer
VAR Line Press Sensor _____ -> Oil pressure sensor voltage (VLP outlet)




ABS:

Number of DTC____________ -> Number of error code read in the ABS module
LF WHEEL speed__________ -> Speed ​​read by the left front wheel sensor
RF WHEEL speed__________ -> Speed ​​read by the right front wheel sensor
RR WHEEL speed__________ -> Speed ​​read by the rear right wheel sensor
LR WHEEL speed__________ -> Speed ​​read by the left rear wheel sensor
Ref volt_________________ -> Reference voltage applied to the wheel sensors
PumpKL30 volt___________ -> Voltage of circuit KL30 supplying the ABS pump
TC / Brake switch ________ -> traction control and brake sensor status


OBD2 mode: (Chrysler only)

RPM_____________________ -> Engine speed in rpm
Loop ____________________ -> Status of the lambda probe management circuit (open loop/ close loop)
Engine load_______________ -> Calculated Engine load
COOLING TEMP ___________.-> Engine cooling circuit temperature
STFT____________________ -> Short-term correction of the injection circuit (Petrol)
LTFT____________________ -> Long-term correction of the injection circuit (Petrol)
MAP_____________________ -> Pressure in the intake manifold
Speed___________________ -> vehicle speed
Timingadv_______________ -> spark advance (Petrol)
aie intake temp__________ -> Intake air temperature
TPS____________________ -> Position of the throttle valve (gaz) or the accelerator pedal (CRD)
O2 sensor 1_____________ -> Read voltage of lambda bank 1 probe (upstream probe)(Petrol)
OBD Norm_______________ -> OBDII norm used


Engine:

Bank1 / SENS1 O2__________________ -> Voltage read from upstream sensor circuit 1
Goal O2 BANK1 / SENS1______________-> Target voltage of upstream probe circuit 1
BANK1 / SENS2 O2__________________ -> Target voltage of circuit 1 downstream probe
OXYGEN lvl________________________ -> indicates the low or high level of the oxygen level in the exhaust
FACTOR Adapt. SENSOR1 _____________-> factor in% of the upstream probe
LTFT______________________ç_______ -> Long-term correction of the injection circuit
STFT_____________________________ -> Short-term correction of the injection circuit
BANK1 / SENS1 O2__________________ -> Voltage read at the upstream probe
BANK1 / SENS1 O2 GOAL _____________-> Target voltage of the upstream probe
BANK1 / SENS2 O2__________________ -> Voltage read from downstream probe circuit 1
Temp Catalyseur____________________ -> catalyst temperature
Spark advance_____________________ -> Ignition advance
Turbo Baro ________________________-> Inlet manifold pressure
RPM Engine________________________ -> motor speed
Target Idle________________________ -> Idle target value to be searched by the computer
TPS _____________________________ -> Position of the throttle valve
Tension TPS_______________________ -> TPS sensor return voltage
Courant IAC_______________________ -> current used by the idle control valve
Pulse IAC_________________________ -> IAC Opening Pulse
Air Volume IAC_____________________ -> Volume of air passing through the IAC valve
Cam Crank Last Lost________________ -> AAC sensor signal loss
CAM CRANK DIFF ___________________-> position difference between the AAC sensor and the TDC sensor
Cranking INJ PW___________ ________-> Injector opening time (Average injection time)
pulsewidth injection Cyl1_____________-> Cylinder 1 injector opening time in milliseconds (0.001 seconds)
pulsewidth injection Cyl2 ____________-> Cylinder 2 injector opening time in milliseconds
pulsewidth injection Cyl3_____________-> Cylinder 3 injector opening time in milliseconds
pulsewidth injection Cyl4_____________-> Cylinder 4 injector opening time in milliseconds
pulsewidth injection Cyl5_____________-> Cylinder 5 injector opening time in milliseconds
pulsewidth injection Cyl6_____________-> Cylinder 6 injector opening time in milliseconds
Misfire cylinder_____________________-> Detection of misfire on the cylinder or cylinders indicated


NGC-PCM Cylindre

RPM Engine___________________________ -> motor speed
Misfire cylinder________________________-> Detection of misfire on the cylinder or cylinders indicated
Avance Allumage ______________________-> Ignition advance
Cyl1 Misfire counter____________________ -> misfire counter on cylinder 1
Cyl2 Misfire counter____________________ -> misfire counter on cylinder 2
Cyl3 Misfire counter____________________ -> misfire counter on cylinder 3
Cyl4 Misfire counter____________________ -> misfire counter on cylinder 4
Cyl5 Misfire counter____________________ -> misfire counter on cylinder 5
Cyl6 Misfire counter____________________ -> misfire counter on cylinder 6


NGC-PCM Injection

RPM Engine_______________________ -> motor speed
LTFT____________________________ -> Long-term correction of the injection circuit
STFT___________________________ -> Short-term correction of the injection circuit
Ignition advance __________________-> Ignition advance
pulsewidth injection Cyl1___________-> Cylinder 1 injector opening time in milliseconds (0.001 seconds)
pulsewidth injection Cyl2 __________-> Cylinder 2 injector opening time in milliseconds
pulsewidth injection Cyl3___________-> Cylinder 3 injector opening time in milliseconds
pulsewidth injection Cyl4___________-> Cylinder 4 injector opening time in milliseconds
pulsewidth injection Cyl5___________-> Cylinder 5 injector opening time in milliseconds
pulsewidth injection Cyl6___________-> Cylinder 6 injector opening time in milliseconds
Misfire cylinder ___________________-> Detection of misfire on the indicated cylinder (s)


NGC-PCM Lambda

RPM Engine_______________________ -> motor speed
BANK1/SENSOR1 O2________________ -> Voltage read at the upstream probe
GOAL O2 BANK1/SENSOR1 ___________-> Target voltage of the upstream probe
BANK1/SENSOR2 O2________________ -> Voltage read from downstream probe circuit 1
Oxygen level ______________________-> oxygen level status in the exhaust
Factor Adapt sensor 1 ______________-> factor in% of the upstream sensor
LTFT ____________________________-> Long-term injection correction
STFT ____________________________-> Short-term injection correction
Bank1 / SENSOR1 O2_______________ -> Voltage read from upstream sensor circuit 1
BANK1 / SENSOR1 O2 Goal __________-> Target voltage of upstream probe circuit 1
BANK1 / SENSOR2 O2______________ -> Target voltage of circuit 1 downstream probe



BCM:

Last VTSS cause____________________ -> Cause of the last alarm triggered
Front wiper SW______________________-> Status of the position of the wiper stalk.
Rear wiper SW______________________ -> Status of the button of the rear wiper
Dimming____________________________ -> position and voltage of dashboard and ceiling backlight
High Beam SW ______________________ -> Position of the high beam switch.
Headlamp SW_______________________ -> Status of the light switch position
Fog/Turn indicator____________________-> Fog light status and turn indicator(meter indicator)
Turn signal SW______________________ -> Turn signal (turn signal switch)
Warning lamp button_________________ -> Warning light switch status
Rear lamps SW_____________________ -> Status of rear lights, Fog light, reverse gear and Flashing (light bulb circuit)
Radio control SW (Steering wheel)_____ -> radio steering wheel control (buttons state)
Ignition state______________________ -> Position of the ignition key (safety switch)
Ignition SW________________________ -> Position of the ignition key contacts (safety switch)
DRV key cyl_______________________ -> Status of the driver lock (cylinder)
Pas key cyl_______________________ -> Status of the passenger lock (cylinder) according to equipment.
Key in ign________________________ -> Status of the ignition key (inserted or not)
OVRHD power liftgate button________-> tailgate button on the ceiling state (including OFF switch)
OVRHD powerslidDoors_____________-> side door knob on the ceiling state
Doors ajar_______________________ -> Door status, indicates open doors
Left rear door button______________ ->state of the side door button on the left door pillar
Right rear door button____________ -> state of the side door button on the right door pillar
Pas door lock Sw___ _____________ -> Status of the passenger door lock button.
DRV door lock Sw________________ -> Status of the driver's door lock button.
Liftgate SW_____________________ -> Status of the tailgate opening handle
Mem sel SW_____________________ -> Status of the seat memory button on the door
Battery IOD_____________________ -> IOD module voltage (contact memory OFF voltage circuit)
Fuel sensor_____________________ -> Position of the fuel level sensor
TC SW State___________________ -> State of the "trac-off" button, pressed or not

Air conditioning: (for Bi and Tri-zones automatic air conditioning)

Switches States ___________-> status of the air conditioning console buttons (pressed or not)
Driver temp ________________-> temperature read conductor zone
temp Pass ________________-> temperature read passenger zone
Temp Evap
Voltage __________________-> read voltage of the evaporator temperature sensor (air conditioning radiator)
Deg _____________________-> temperature read from evaporator temperature sensor (air conditioning radiator)
Mixer:
Driver ____________________-> position of the conductor zone temperature mixer flap
Pass ____________________-> position of the passenger area temperature mixer flap
A) ventilation position __________-> A-> position of the ventilation distributor flap
B) Shutter position__________ -> B-> position of the ventilation distributor shutter in% of the movement range
C) Recirculation position ____-> C-> position of the air recirculation flap in% of the movement range
Back air mixer:
Hot / cold _______________-> position of rear zone temperature mixer flap
ventil type ________________-> rear ventilation position
Power experienced:
front ____________________-> Front ventilation power
rear ____________________-> Rear ventilation power

Airbag: CAUTION OBDLink only

Driver Squib 1 _______________-> ohmic value of circuit 1 of the driver airbag
Driver Squib 2 ______________ -> ohmic value of circuit 2 of the driver's airbag
Passenger Squib 1___________ -> ohmic value of circuit 1 of the passenger airbag
Passenger Squib 2___________ -> ohmic value of circuit 2 of the passenger airbag
DRV tensioner______________ -> ohmic value of the seat belt pretensioner
PAS tensioner______________ -> ohmic value of the passenger seat belt pretensioner
DRV/PAS tensioner____________-> Belt pretensioner status
Side Airbag Squib L___________ -> ohmic value of the left curtain airbag
Side Airbag Squib R___________ -> ohmic value of the right curtain airbag
Side Airbag Squib L/R_________ -> Status of curtain airbags
Knee Bolster________________ -> Status of the driver's knee airbag
Driver SBS__________________ -> Driver's seat belt sensor fastened
Passenger SBS______________ -> Passenger seat belt sensor
Driver knee Bolster ___________-> Driver knee airbag status
Right front is / Left front is_____-> Position of driver and passenger seats.
DRV/PAS SEAT track position ___-> Position of driver and passenger seats.
Driver Squib 1 resistance ______-> resistance Circuit1 driver airbag
Passenger Squib 1 resistance ___-> resistance Circuit1 passenger airbag
Driver Squib 2 resistance_______-> Resistance of circuit 2 driver airbag
Passenger Squib 2 resistance___-> Resistance of circuit 2 passenger airbag
Driver pretensionerP___________->
assenger pretensioner_________->
Driver S belt SW______________->
Pas S Belt SW________________->
PAD/OCM Status______________->
Configure for OCM_____________->
Pab Squibs State______________->
Pas airbag disable Switch_______->
Pas STPS____________________->

Doors tab: (electric door only)

Complete actuator rear door
(activates all the elements as in normal use condition)

Full opening of the left rear door ___________-> Launches the driver's door opening test
Complete closing of the left rear door___________ -> Launches the closing test of the door on the driver's side
Full opening Left rear door strike _____-> Launches the door LOCK door opener test
Complete closing Left rear door strike _____ -> Launches the closing test of the door strike on the driver's side
Complete opening of the right rear door____________ -> Launches the passenger door opening test
Complete closing of the right rear door ____________-> Launches the passenger side door closing test
Full opening Right rear door strike ______-> Launches the Passenger side door strike opener test
Complete closing Right rear door strike ______-> Launches the closing test of the Passenger side door strike

Rear door actuator in detail

Clutch motor opening rear door left _____-> Starts the clutch test of the motor on the motorized door on the driver's side (relay)
Left rear door opening motor _____________-> Operates the door motor in the opening direction. Between opening the front door
Left rear door closing motor_____________ -> Operates the door motor in the closing direction. Between opening the front door
Left rear door opener motor clutch________ -> Engines motorized door opener on driver side
Rear door opener motor left _______ -> Operates the door opener motor in the opening direction.
Left door strike door closing motor_______ -> Operate the door strike motor in the closing direction
Right rear door opening engine clutch______ -> Launches the passenger side motorized door clutch test (relay)
Right rear door opening motor______________ -> Operates the door motor in the opening direction. Between opening the front door
Right rear door closing motor______________ -> Operates the door motor in the closing direction. Between opening the front door
Right rear door opener motor clutch_________ -> Engines the motorized door opener on the passenger side
Right rear door opener motor________ -> Operates the door opener motor in the opening direction.
Right rear door strike closing motor________ -> Operates the door strike motor in the closing direction.


Full automatic tailgate actuator

tailgate complete closing _________-> Starts the tailgate closing test
Full boot opening _______________-> Launches the tailgate opening test
tailgate lock complete closing_____ -> Launches the tailgate LOCK closing test
tailgate strike complete opening___ -> Launches the tailgate LOCK opening test

tailgate actuator in detail

Arm the engine to close / open the boot__________ -> Engages the boot engine, starts the engine in the closed direction.
Disarm the trunk motor_______________________ -> Disengages the tailgate motor, support the tailgate to help the mechanism
tailgate closing motor______________________ -> activates the tailgate closing direction motor. If cocking, the chest closes.
tailgate opening motor______________________ -> activates the tailgate opening direction motor. If cocking, the chest opens.
tailgate strike closing motor _________________-> Operates the tailgate strike motor in the closing direction.
tailgate strike opening motor_________________ -> Operates the tailgate strike motor in the opening direction.

MIC tab:

RPM dashboard request

0MPH-0KPH ____________ -> Forces the speedometer to indicate 0mph or 0kph for 10 sec.
20MPH-40KPH __________ -> Forces the speedometer to indicate 20MPH or 0KPH for 10 sec
60MPH-100KPH _________ -> Forces the speedometer to indicate 60MPH or 100 KPH for 10 sec
100MPH-160KPH ________ -> Forces the speedometer to indicate 100MPH or 160 KPH for 10 sec
120MPH-200KPH ________ -> Force the speedometer to the indication 120MPH or 200 KPH for 10 sec
Reset counter__________ -> Cancels the speed forcing action and returns the counter to running order


Query dashboard

0 RPM________________ -> Force the rev counter to 0RPM for 10 sec.
1000 RPM_____________ -> Force the rev counter to 1000RPM for 10 sec.
3000 RPM_____________ -> Force the revolution counter at 3000RPM for 10 sec.
MAX RPM_____________ -> Force the rev counter to 4000RPM (diesel) or 6000 RPM (petrol) for 10 sec.
RESET Tach_____________ -> Cancels the RPM forcing action and returns the rev counter to running order


Tank indicator request

Empty tank_________ -> Turns on the reserve and forces the indication of empty fuel tank for 10 sec.
1/4 tank __________ -> Forces the fuel tank indication to 1/4 full for 10 sec.
Tank 1/2 __________ -> Forces the fuel tank indication to half full for 10 sec.
Full tank_________ -> Force the full fuel tank indication for 10 sec.
Reset tank gauge ____ -> Cancels the fuel gauge forcing action and returns the gauge to running order


Request dashboard gauge

Temp. Cold_________ -> Forces the temperature gauge indication to cold for 10 sec.
1/4 HOT_____________ -> Forces the temperature gauge indication to 1/4 hot for 10 sec.
3/4 HOT_____________ -> Forces the temperature gauge indication to 3/4 hot for 10 sec.
MAX HOT____________ -> Turns on the overheating indicator and forces the temperature gauge to hot 10 sec

BCM FCM tab:

Door actuator:

Locking of all doors ____-> Locks the centralization of the doors
Unlocking Left Doors ______-> Unlock the centralization of the doors on the driver side
Unlocking Right doors _______-> Unlock the centralization of the doors on the passenger side

Manual tailgate

Unlock trunk_____ -> Open trunk release

Lamp actuator

Courtesy lamp OFF________________ -> Turns off the ceiling lights for 1 second when they are on
Courtesy lamp 1__________________ -> Turns on the first ceiling circuit for 1 sec (varies depending on the model)
Courtesy lamp 2__________________ -> Turns on the second ceiling light circuit for 1 sec (varies depending on the model)
Left turn signal ___________________ -> Turn on the left turn signals for 1 sec (lamp signal circuit)
Right turn signal _____________________ -> Turn on the right turn signals for 1 sec (lamp signal circuit)
Left flashing indicator__________ -> Lights up the left flashing indicator and repeater for 1 sec (indicator circuit)
Right flashing indicator____________ -> Lights up the indicator and right flashing repeater for 1 sec (indicator circuit)
AR fog light ____________________ -> Turn on the AR fog light for 1 sec, Prerequisite, pilot light must be on
Rear lights _______________________ -> Turns on the reverse lights for 1 sec
AV fog light indicator__________ -> illuminates the AV fog light for 1 sec (vehicle equipped)
Rear fog light indicator _______-> lights the rear fog light for 1 sec (vehicle equipped)
Center console illumination__________ -> turns on the center console dashboard backlight for 1 sec


Retro folding doors

Retractable retractable retracted _____________ -> Fold the mirrors against the bodywork for 10 seconds (equipped vehicle)
Folding retractable outlet______________ -> returns the retro to the position of use for 10 seconds (vehicle equipped)


Other actuators

Ringing_____ -> Makes the counter beep sound


Wiper actuator, FCM actuator

Rear wiper __________ -> Activates the rear wiper for 1 cycle.
Front window washer motor______________ -> Activates the front seat washer pump for 1 second
Headlight washer__________________ -> Activates the front headlight washer pump for 1 second
Slow wiper speed___________ -> Activates the slow speed of the front wipers for 1 cycle
Slow / fast speed wiper _____ -> Activates the fast then slow speed of the front wipers for 1 cycle
AV fog lights __________________ -> Turns on the AV fog lights for 1 second
Pilot ________________________ -> Lights the circuit 1 and 2 pilot lights for 1 second
Low beam __________________ -> Turns low beam for 1 second
Full headlight ______________________ -> Turns on full headlights for 1 second
Horn__________________________ -> Activate the horn for 1 sec (beware, noisy, respect the urban rules)


A/C tab(automatic air conditioning module, Bi air conditioning and Tri-zones)

Power Ventilation

00% __________________________-> Stops the front ventilation
25% __________________________-> Activates the front ventilation at 25%
50% __________________________-> Activates the front ventilation at 50%
75% __________________________-> Activates the front ventilation at 75%
100% _________________________-> Operates the front ventilation to the maximum


Ventilation position

00% __________________________-> operates the position flap at "00%" (high ventilation position)
25% __________________________-> operates the position flap at "25%" (1/4 of the total travel range)
50% __________________________-> activates the position flap at "50%" (at half of the total travel range)
75% __________________________-> operates the position flap at "75%" (3/4 of the total travel range)
100% _________________________-> operates the position flap at "100%" (defrost position)


conductor temperature

100% Cold ____________________-> activates the mixer conductor to cold shutter for 3 seconds
75% cold-25% Hot ____________-> activates the conductor temperature mixer shutter towards cold environment for 3 seconds
50% cold-50% Hot ____________-> activates the conductive temperature mixer flap for 3 seconds in the middle of the total range
25% cold-75% Hot ____________-> activates the conductor temperature mixer shutter towards hot environment for 3 seconds
100% hot ___________________-> activates the conductor to hot temperature mixer shutter for 3 seconds


Passenger temperature

100% Cold ____________________-> activates the passenger-to-cold temperature mixer flap for 3 seconds
75% cold-25% Hot ____________-> activates the passenger temperature mixer shutter for cold environment for 3 seconds
50% cold-50% Hot ____________-> activates the passenger temperature mixer flap for 3 seconds in the middle of the total range
25% cold-75% Hot ____________-> activates the passenger temperature mixer flap to the hot environment for 3 seconds
100% hot ___________________-> activates the passenger to hot temperature mixer flap for 3 seconds


RADIO tab

AM / FM RADIO

Decrease frequency _______________-> Reduces the radio reception frequency by 1 interval
increased frequency _____________-> Increases the radio reception frequency by 1 interval
AM mode ______________________-> Switches the radio to AM mode
RECH AM / FM ___________________-> Starts automatic FM or AM search (SEEK mode)
FM mode ______________________-> Switches the radio to FM mode

CD

ACTIVATE CD MODE _____________-> Switches to CD mode (CD at the radio)
EJECT CD ______________________-> Take the CD out of the car radio
CD FORWARD __________________-> Go to the next music
CD BACK _________________-> Go to the previous music
CD SEARCH BEFORE ___________-> Fast forward music

CD changer

ACTIVATE CHANGE CD ____________-> Switch to CD changer mode
CD CHANGER BEFORE ____________-> Go to the next CD
REAR CD CHANGER ___________-> Goes to the previous CD
SEARCH CD CHANGER BEFORE __-> Check CD loading


CASSETTE

ACTIVE CASSETTE MODE _________-> Switch to cassette mode (does that still exist?)
CASSETTE ADVANCE ______________-> Accelerated tape advance (fast forward mode)
BACK CASSETTE _______________-> Rewinds the cassette
SEARCH BEFORE CASSETTE _____-> Accelerated tape advance (semi-fast forward mode)
AUTOREVERSE CASSETTE _________-> Allows you to change the playback side
EJECT CASSETTE ______________-> Remove the cassette from the car radio

TONE(depending on equipment)

200HZ TONE ______________-> allows you to test the bass frequency speaker by speaker
TONE 7KHZ _______________-> allows you to test the treble frequency speaker by speaker
TONE TEST STOP ____________-> stops the test

RESET FACTORY CONF

RESET FACTORY CONF _______________-> Allows you to erase all the settings and restore the radio to the factory setting.
CAUTION, may delete the updates and custom settings made since the new sale.

DTC read
DTC engine_____________ ________________________-> Used to read engine error codes in Std ODBII (Chrysler only)
ABS DTC diesel (2005-2007) _______________________ -> Used to read the error codes of the ABS module on diesel phase 2
DTC ABS Petrol (2001-2007) Diesel (2001-2004) ____ -> Used to read the error codes of the ABS module on all petrol and diesel phase 1
DTC Engine (petrol from 2004 to 2007) ______________ -> Allows you to read the error codes of the Petrol Engine module equipped with NGC
DTC BCM______________________________________ -> Allows you to read the error codes of the BCM module (all models)
DTC Rear doors driver DSD____________________ -> Allows you to read the error codes of the rear door driver module (all models equipped with electric)
DTC Passenger rear doors PSD______________________ -> Allows you to read the error codes of the rear passenger door module (all models equipped with electric)
DTC Trunk (PLM) _______________________________ -> Reads the error codes from the trunk module (all models equipped with electric)
DTC Airbag____________________________________ -> Used to read the airbag module error codes (all models) ODBlink only
DTC BVA______________________________________ -> Used to read the error codes of the TCM module (all models equipped with BVA)
DTC Dashboard ___________________________-> Reads error codes from the MIC module (all models)
DTC FCM ______________________________________-> Used to read the FCM module error codes (all models)


Reset to DTC
Clears the error codes of the selected module.

RESET DTC BVA________________ -> Clears the transmission module (TCM) error codes
RESET DTC ABS________________ -> Clear the ABS module error codes
RESET DTC BCM________________ -> Clear the BCM module error codes
RESET DTC engine_____________ -> Clears the error codes of the STD ODBII and NGC (Chrysler only)
RESET MIC (TDB) ______________ -> Clears the error codes of the MIC module
RESET FCM___________________ -> Clear the FCM module error codes
Reset Door AR Cond .__________ -> Allows you to erase the error codes of the DSD module (side door for electric driver)
Reset Door Ar Pass .___________ -> Clears the error codes of the PSD module (electric passenger side door)
Reset Safe__________________ -> Allows you to erase the error codes of the PLM module (electric safe)
RESET DTC VIC________________ -> Allows you to erase the error codes of the VIC module (EVIC system, screen on the ceiling)
Reset radio DTC_______________ -> Allows you to erase the error codes of the radio module (original car radio)
RESET DTC SAT audio___________ -> Used to erase the error codes of the audio satellite module (depending on equipment)
RESET DTC AIR COND___________ -> Clears the error codes of the air conditioning control module (Bi and Tri-zones)
RESET DTC SKIM_______________ -> Allows you to clear the error codes from the key and immobilizer module.

BCM info (body module)

BCM soft ver_________________ -> Indicates the BCM firmware version
BCM Model Year_______________ -> Indicates the model year of the vehicle registered in the BCM
BCM EEPROM Versi____________ -> Indicates the version of the BCM internal controller
BCM EEPROM VER 2___________ -> Indicates the version of the BCM internal controller continued
BCM CNTRY code RSRG________ -> Indicates the country of initial approval registered in the BCM
BCM Part NUM 1______________ -> Indicates the first 4 characters of the BCM hardware reference
BCM Part NUM 2______________ -> Indicates the next 4 characters of the BCM hardware reference
BCM Part NUM 3______________ -> Indicates the version index of the hardware reference and the end of the BCM reference
BCM BODY MOD TYPE RSRG_____ -> Indicates the type of chassis approved (international).


MIC info(counter module)

Software Version ______________-> Indicates the firmware version of the MIC
Part Number Digits 12 __________-> Indicates the first 4 characters of the MIC hardware reference
Part Number Digits 32 __________-> Indicates the next 4 characters of the MIC hardware reference
Part Number Digits 32 __________-> Indicates the version index of the hardware reference and the end of the MiC hardware reference
Model Year__________________ -> Indicates the year version of the MIC
Module Type _________________-> indicates the unit of measurement used

AIRBAG info(airbag module)

ORC Software To ____________-> Indicates the firmware version of the ORC
ORC Part NUM 1______________ -> Indicates the first 4 characters of the material reference of the ORC
ORC Part NUM 2______________ -> Indicates the following 4 characters of the material reference of the ORC
ORC Part NUM 3______________ -> Indicates the version index of the hardware reference and the end of the ORC reference
ORC Model Year______________ -> Indicates the version year of the ORC


ATC (air conditioning control unit)

Year__________________ -> Indicates the year version of ATC