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Groups 001 - 009 General Engine Data

001	General		2 Bank systems
	RPM	Engine coolant temperature	Lambda control value Bank 1	Lambda control value Bank 2
	[1/min]	[°C]	[%]	[%]
001	General		1-Bank-Systems
	RPM	Engine coolant temperature	Lambda control value (Injection adjustment)	Adjustment requirements for basic setting
	[1/min]	[°C]	[%]	xxxxxxxx │││││││└Coolant │││││││ temp. > 80°C ││││││└─RPM < ││││││ 2000 1/min │││││└──Throttle │││││ closed ││││└───Lambda- ││││ control: OK │││└────Idle │││ switch closed ││└─────A/C compr. ││ OFF │└──────Cat temp. │ reached └───────no DTC stored in memory 1: Conditions attained 0: Conditions not attained

002	General		Systems with Mass Airflow Sensor
	RPM	Load	Mean injection time	Air mass
	[1/min]	[%]	[ms]	[g/s]
002	General		Systems with intake manifold pressure sensor
	RPM	Load	Mean injection time	Intake manifold pressure
	[1/min]	[%]	[ms]	[mbar]
003	General		Systems with Mass Airflow Sensor
	RPM	Air mass	Throttle valve angle (Potentiometer)	Ignition angle (actual)
	[1/min]	[g/s]	[%]	[°KW]
003	General		Systems with intake manifold pressure sensor
	RPM	Intake manifold pressure	Throttle valve angle (Potentiometer)	Ignition angle (actual)
	[1/min]	[mbar]	[%]	[°KW]
004	General
	RPM	Voltage	Cooling temperature	Intake air temperature
	[1/min]	[V]	[°C]	[°C]
005	General
	RPM	Load	Speed	Operating condition
	[1/min]	[%]	[km/h]	Text (Idle, partial load, full load, SA, BA)[1]
006	General
	RPM	Load	Intake air temperature	Altitude correction[2]
	[1/min]	[%]	[°C]	[%]
007	General BDE
	RPM	Load	Intake manifold pressure Mass Airflow Sensor	Pressure bake booster
	[1/min]	[%]	[mbar]	[mbar]
008	General
	Condition brake	Supply voltage	Condition vacuum pump for brake	Pressure bake booster
	activated / not activated	[V]	Pump ON / Pump OFF	[mbar]
009

[1] Idle, partial load, full load, deceleration fuel shut-off, acceleration enrichment

[2] Relative to reference level; 0% = 0 m; -100% = 10000 m

Groups 010 - 019: Ignition & Misfire Detection

010	Ignition
	RPM	Load	Throttle valve angle (Potentiometer)	Ignition angle (actual)
	[1/min]	[%]	[%]	[°KW]
011	Ignition
	RPM	Coolant temperature	Intake air temperature	Ignition angle (actual)
	[1/min]	[°C]	[°C]	[°KW]
012	Distributor adjustment
	RPM	Load	No. of crankshaft tooth at camshaft flank low->high	No. of crankshaft tooth at camshaft flank low->high
	[1/min]	[%]	[xx]	[xx]
013


014	Misfire recognition
	RPM	Last	Misfire counter	Misfire recognition
	[1/min]	[%]	[n]	Text activated / locked
015	Misfire recognition
	Counter Cyl.. 1	Counter Cyl. 2	Counter Cyl. 3	Misfire recognition
	[n]	[n]	[n]	Text: activated / locked
016	Misfire recognition
	Counter Cyl.. 4	Counter Cyl. 5	Counter Cyl. 6	Misfire recognition
	[n]	[n]	[n]	Text: activated / locked
017	Misfire recognition
	Counter Cyl.. 7	Counter Cyl. 8	Counter Cyl. 9	Misfire recognition
	[n]	[n]	[n]	Text activated / locked
018	Load / RPM window misfire recognition (if no misfire recognized: 0 at all positions)
	Lower RPM limit	Upper RPM limit	Lower RPM limit	Upper RPM limit
	[n]	[n]	[%]	[%]
019	Misfire recognition
	Counter Cyl. 10	Counter Cyl. 11	Counter Cyl. 12	Misfire recognition
	[n]	[n]	[n]	Text: activated / locked

Groups 020 - 029: Knock Control

020	Knock control[1]
	Ignition angle retard Cyl. 1	Ignition angle retard Cyl. 2	Ignition angle retard Cyl. 3	Ignition angle retard Cyl.4
	[°KW]	[°KW]	[°KW]	[°KW]
021	Knock control
	Ignition angle retard Cyl. 5	Ignition angle retard Cyl. 6	Ignition angle retard Cyl. 7	Ignition angle retard Cyl. 8
	[°KW]	[°KW]	[°KW]	[°KW]
022	Knock control
	RPM	Load	Ignition angle retard Cyl. 1	Ignition angle retard Cyl. 2
	[1/min]	%	[°KW]	[°KW]
023	Knock control
	RPM	Last	Retard Cyl. 3	Retard Cyl. 4
	[1/min]	[%]	[°KW]	[°KW]
024	Knock control
	RPM	Last	Retard Cyl. 5	Retard Cyl. 6
	[1/min]	[%]	[°KW]	[°KW]
025	Knock control
	RPM	Last	Retard Cyl. 7	Retard Cyl. 8
	[1/min]	[%]	[°KW]	[°KW]
026	Knock control, knock sensor voltage (amplifier factor included)
	Cyl.. 1	Cyl.. 2	Cyl.. 3	Cyl.. 4
	[V]	[V]	[V]	[V]
027	Knock control, knock sensor voltage (amplifier factor included)
	Cyl.. 5	Cyl.. 6	Cyl.. 7	Cyl.. 8
	[V]	[V]	[V]	[V]
028	Test knock sensor, short trip
	RPM	Load	Coolant temperature	Result
	[1/min]	[%]	[°C]	Text: Test ON /Test OFF/ Sys. OK / Sys. not OK
029

[1] Always actual values

Groups 030-049: Mixture Control, O2S Heating, Catalytic Converter

030	Oxygen sensor, status		2-bank systems
	Bank 1, sensor 1	Bank 1, sensor 2	Bank 2, sensor 1	Bank 2, sensor 2
	xxx 4 ││└─Control active │└──Sensor ready │ └───Sensor heater ON	xxx [1] ││└─ Control active │└── Sensor ready └─── Sensor heater ON	xxx 4 ││└─ Control active │└── Sensor ready └─── Sensor heater ON	xxx 4 ││└─ Control active │└── Sensor ready └─── Sensor heater ON
030	Oxygen sensor, status		1- bank systems
	Bank 1, sensor 1	Bank 1, sensor 2
	xxx 4 ││└─ Control active │└── Sensor ready └─── Sensor heater ON	xxx 4 ││└─ Control active │└── Sensor ready └─── Sensor heater ON
031	Oxygen sensor voltage		2- bank systems
	Bank 1, sensor 1	Bank 1, sensor 2	Bank 2, sensor 1	Bank 2, sensor 2
	[V]	[V]	[V]	[V]
031	Oxygen sensor voltage		1- bank systems
	Bank 1, sensor 1	Bank 1, sensor 2
	[V]	[V]
031	Linear oxygen sensors		2- bank systems
	Lambda actual value Bank 1	Lambda specified value Bank 1	Lambda actual value Bank 2	Lambda specified value Bank 2
	[]	[]	[]	[]
031	Linear oxygen sensors		1- bank systems
	Lambda actual value Bank 1	Lambda specified value Bank 1
	[]	[]
032	Oxygen sensors learning values (maximum value)		2- bank systems
	Bank 1, sensor 1, idle	Bank 1, sensor 1, partial load	Bank 2, sensor 1, idle	Bank 2, sensor 1, partial load
	[%]	[%]	[%]	[%]
032	Oxygen sensors learning values (maximum value)		1- bank systems
	Bank 1, sensor 1, idle	Bank 1, sensor 1, partial load
	[%]	[%]
033	Lambda control value		2- bank systems
	Bank 1, control value	Bank 1, Oxygen sensor voltage	Bank 2, control value	Bank 2, knock sensor voltage
	[%]	[V]	[%]	[V]
033	Lambda control value		1- bank systems
	Bank 1, control value	Bank 1, Oxygen sensor voltage
	[%]	[V]
033	Linear oxygen sensor control value		2- bank systems
	Bank 1, control value	Bank 1, sensor voltage before cat. converter of a broad band sensor	Bank 2, control value	Bank 2, sensor voltage before cat. converter of a broad band sensor
	[%]	[V]	[%]	[V]

034	Oxygen sensor aging test Bank 1 or Bank 3 before catalytic converter, short trip
	RPM	Exhaust gas / cat. converter temperature	Length of period	Result
	[1/min]	[°C]	[s]	Text: Test ON/Test OFF/ B1-S1 OK/B1-S1 not OK or: B3-S1 OK /B3-S1 not OK
034	Oxygen sensor aging test Bank 1 or Bank 3 before cat. converter for linear oxygen sensors. short trip
	RPM	Exhaust gas / cat. converter temperature	Dynamic factor	Result
	[1/min]	[°C]	[ ]	Text: Test ON/Test OFF/ B1-S1 OK/B1-S1 not OK or B3-S1 OK ./B3-S1 not OK
035	Oxygen sensor aging test Bank 2 or Bank 4 before cat. converter, short trip		2-bank systems
	RPM	Exhaust gas / cat. converter temperature	Length of period	Result
	[1/min]	[°C]	[s]	Text: Test ON/Test OFF/ B2-S1 OK/B2-S1 not OK or B4-S1 OK/B4-S1 not OK
035	Oxygen sensor aging test Bank 2 or Bank 4 before cat. converter for linear oxygen sensors, short trip		2- bank systems
	RPM	Exhaust gas / cat. converter temperature	Dynamic factor	Result
	[1/min]	[°C]	[ ]	Text: Test ON/Test OFF/ B2-S1 OK /B2-S1 not OK or: B4-S1 OK/B4-S1 not OK
035	Oxygen sensor aging test Bank 2 before cat. converter		1- bank systems


036	Oxygen sensor readiness after cat. converter, short trip		2- bank systems
	Bank 1, sensor 2	Result	Bank 2, sensor 2	Result
	Sensor voltage	Text: Test ON/Test OFF/ B1-S2 OK/B1-S2 not OK or: B3-S2 OK/B3-S2 not OK	Sensor voltage	Text: Test ON/Test OFF/ B2-S2 OK/B2-S2 not OK or: B4-S2 OK/B4-S2 not OK
036	Oxygen sensor readiness after cat. converter, short trip		1- bank systems
	Bank 1, sensor 2	Result
	Sensor voltage	Text: Test ON/Test OFF/ B1-S2 OK./B1-S2 not OK.
037	Oxygen sensors, short trip
	Last	Bank 1: Oxygen sensor voltage after cat. converter	Bank 1: TV shift	Result
	[%]	[V]	[ms]	Text: Test ON/Test OFF/ Sys. OK/Sys. not OK

037	Linear oxygen sensors, short trip
	Last	Bank 1: Oxygen sensor voltage after cat. converter	Bank 1: D Lambda	Result
	[%]	[V]	[ ]	Text: Test ON/Test OFF/ Sys. OK/Sys. not OK
038	Oxygen sensors, short trip		2- bank systems
	Last	Bank 2: Oxygen sensor voltage after cat. converter	Bank 2: TV shift	Result
	[%]	[V]	[ms]	Text: Test ON/Test OFF/ Sys OK/Sys. not OK
038	Linear oxygen sensors, short trip		2- bank systems
	Last	Bank 2: Oxygen sensor voltage after cat. converter	Bank 2: D Lambda	Result
	[%]	[V]	[ ]	Text: Test ON/Test OFF/ Sys OK/Sys. not OK
038	Oxygen sensors		1- bank systems
	Not used

039	Sensor exchange after cat. converter short trip
	Air mass	Bank 1: sensor voltage	Bank 2 sensor voltage	Result
	[g/s]	[V]	[V]	Text:Test ON/Test OFF/ Sys OK/Sys. not OK
040	Oxygen sensor heaters resistor Combined wires and heaters		2- bank systems
	Heater resistor	Condition	Heater resistors	Condition
	Banks 1+2, sensor 1 [Ω]	Text: Heater before cat. ON/ Heater before cat. OFF	Banks 1+2, sensor 2 [Ω]	Text: Heater before cat. ON/ Heater before cat. OFF
040			1- bank systems
	Not used

041	Oxygen sensor heater		1- bank systems
	Resistor	Condition or duty cycle	Resistors	Condition
	Bank 1, sensor 1 [Ω]	Text: Heater before cat. ON/ Heater before cat. OFF or: sensor 1 [%]	Bank 1, Sensor 2 [Ω]	Text: Heater after cat. ON/ Heater after cat. OFF
042	Oxygen sensor heaters, separate wires of heaters			2- bank systems
	Resistor	Condition or duty cycle	Resistors	Condition
	Bank 2, Sensor 1 [Ω]	Text: Heater before cat. ON/ Heater before cat. OFF or: Sensor 1 [%]	Bank 2, Sensor 2 [Ω]	Text: Heater after cat. ON/ Heater after cat. OFF
043	Oxygen sensor ageing after cat. converter, linear oxygen sensors, short trip			Bank 1
	RPM	Exhaust gas / cat. converter temperature	Oxygen sensor voltage	Result
	[U/min]	[°C]	[V]	Text: Test ON/Test OFF/ B1-S2 OK/B1-S2 not OK Or: B3-S2 OK/B3-S2 not OK

044	Oxygen sensor ageing after cat. converter, short trip			Bank 2
	RPM	Exhaust gas / cat. converter temperature	Oxygen sensor voltage	Result
	[U/min]	[°C]	[V]	Text : Test ON/Test OFF/ B2-S2 OK /B2-S2 not OK Or: B4-S2 OK/B4-S2 not OK
044				1-bank systems


045	NOx memory cat. converter Bank 1, short trip		NOx memory cat. converter Bank 2
	Factor memory entry NOx	Result	Factor memory entry NOx	Result
		Text: Test ON/Test OFF/ Sys. OK/Sys. not OK		Text: Test ON/Test OFF/ Sys. OK/Sys. not OK
046	Cat. converter conversion test Bank 1 or Bank 3, short trip
	RPM	Cat. converter temperature	Measuring value cat. Converter conversion	Result
	[1/min]	[°C]		Text: Test ON/Test OFF/ Cat B1 OK/ Cat B1 not OK or: Cat B3 OK/ Cat B3 not OK
047	Cat. converter conversion test Bank 2 or Bank 4, short trip		2-Bank-Systems
	RPM	Cat. converter temperature	Measuring value cat. Converter conversion	Result
	[1/min]	[°C]		Text: Test ON/Test OFF/ Cat B2 OK/ Cat B2 not OK or: Cat B4 OK/ Cat B4 not OK
047	Cat. converter conversion test Bank 2		1-Bank-Systems
	Not used

048	Thermal cat. converter diagnosis Bank 1, short trip
	Operating system BDE	Number of test steps	Exothermal temperature increase	Result
	[-]	[-]	[K]	Text: Test ON/Test OFF/ Sys. OK/Sys. not OK
049	Thermal cat. converter diagnosis Bank 2, short trip
	Operating system BDE	Number of test steps	Exothermal temperature increase	Result
	[-]	[-]	[K]	Text: Test ON/Test OFF/ Sys. OK/Sys. not OK

[1] Condition fulfilled = 1; Condition not fulfilled = 0

Groups 050 - 059: Engine Speed Control

050	RPM increase		Systems without separation for rear window defroster /A/C readiness
	RPM actual value	RPM specified value	Rear window defroster/ Request for A/C	A/C compressor
	[1/min]	[1/min]	Text ON/ OFF	Text ON/ OFF/ decrease
050	RPM increase		Systems with separation for rear window defroster /A/C readiness
	RPM actual value	RPM specified value	Request for A/C	A/C compressor
	[1/min]	[1/min]	Text ON/ OFF	Text ON/ OFF/ decrease
051	RPM, shift initiations
	RPM actual value	RPM specified value	Driving range (only for automatic transmission)	Supply voltage
	[1/min]	[1/min]	0-6 (Idle, driving ranges 1-6)	[V]
052	RPM increase		Systems without separation for rear window defroster /A/C readiness
	Not used

052	RPM increase		Systems with separation for rear window defroster /A/C readiness
	RPM (actual value)	RPM (specified value)	A/C readiness	Rear window defroster
	[1/min]	[1/min]	Text ON/OFF	Text ON/OFF
053	RPM increase based on generator load
	RPM (actual value)	RPM (specified value)	Voltage	Generator load
	[1/min]	[1/min]	[V]	[%]
054	Closed throttle position switch
	RPM	Operating conditions	Throttle valve angle (Potentiometer)	Throttle valve angle (Potentiometer)
	[1/min]	(LL, TL, VL, SA, BA)	[%]	[%]
054	Closed throttle position switch for E-Gas-systems
	RPM	Operating conditions	Sensor 1 for accelerator pedal position	Throttle valve angle (Potentiometer)
	[1/min]	(LL, TL, VL, SA, BA)	[%]	[%]

055	Idle air control		Systems without separation for rear window defroster /A/C readiness
	RPM	Idle air control	Current learning value for idle air control	Operating conditions
	[1/min][1]	[[2]]	[[3]]	x0xxx [4] ││││└─A/C ││││ compressor ON │││└──Driving │││ range selected ││└───A/C readiness, ││ rear window ││ defroster ││ ON │└────always0 └Steering to stop
055	Idle air control		Systems with separation for rear window defroster /A/C readiness
	RPM	Idle air control	Learning value for idle air control	Operating conditions
	[1/min]	[[5]]	[[6]]	xxxxx 8 ││││└─A/C ││││ compressor ON │││└──Driving │││ range selected ││└─── A/C readiness ││ ON │└──── rear window │ defroster ON └ Steering to stop
056	Idle air control		Systems with separation for rear window defroster /A/C readiness
	RPM (actual value)	RPM (specified value)	Idle air control valve	Operating conditions
	[1/min]	[1/min]	[[7]]	x0xxx 8 ││││└─ A/C ││││ compressor ON │││└── Driving │││ range selected ││└─── A/C readiness, ││ rear window ││ defroster ││ ON │└────always 0 └ Steering to stop

056	Idle air control		Systems without separation for rear window defroster /A/C readiness
	RPM (actual value)	RPM (specified value)	Idle air control valve	Operating conditions
	[1/min]	[1/min]	[[8]]	xxxxx [9] ││││└─ A/C ││││ compressor ON │││└── Driving │││ range selected ││└─── A/C readiness, ││ rear window │└──── defroster │ ON └ Steering to stop
057	Idle air control, pressure signal A/C compressor
	RPM (actual value)	RPM (specified value)	A/C compressor	Duty cycle pressure receiver
	[1/min]	[1/min]	Text: ON/OFF/decreasing	[%]
058
	RPM	Load	Engine bearing 1 right	Engine bearing 2 left
	[1/min]	[%]	ON/OFF	ON/OFF
059

[1]

[2] The fitting unit depends on the applicable system

[3] The fitting unit depends on the applicable system

[4] Condition fulfilled = 1; Condition not fulfilled =0

[5] The fitting unit depends on the applicable system

[6] The fitting unit depends on the applicable system

[7] The fitting unit depends on the applicable system

[8] The fitting unit depends on the applicable system

[9] Condition fulfilled = 1; Condition not fulfilled = 0

Groups 060 - 069: Throttle Valve Control

060	ESB adaption		Vehicles with ESB
	Throttle valve angle (potentiometer)	Throttle valve angle (potentiometer)	Operating condition	Adaption condition
	[%]	[%]	Text: (Idle, partial load, full load, deceleration enrichment, acceleration enrichment)	Text: (ADP runs/ADP OK/ ERROR[1])
060	E-Gas adaption		Vehicles with E-Gas
	Throttle valve angle (potentiometer 1)	Throttle valve angle (potentiometer 2)	Electrically controlled throttle valve adaption status	Operating condition
	[%]	[%]	[n]	Text: ADP runs/ADP OK/ ERROR
061	ESB/E-Gas		Systems without separation for rear window defroster /A/C readiness
	RPM	Supply voltage Ubat	Triggering throttle valve control	Operating condition
	[1/min]	[V]	[%] if possible	0xxx [2] │││└─ A/C │││ compressor ON ││└── driving ││ range selected │└─── A/C readiness/ r rear window defroster ON │ └────always 0
061	ESB/E-Gas		Systems with separation for rear window defroster /A/C readiness
	RPM	Supply voltage Ubat	Actuating throttle valve control	Operating condition
	[1/min]	[V]	[%]	xxxx 15 │││└─A/C │││ compressor ON ││└──driving ││ range selected │└───A/C readiness │ ON └────Rear window defroster ON
062	E-Gas, potentiometer voltage relationship U/U_ref
	Angle sensor 1 for throttle valve drive (0->100%)	Angle sensor 2 for throttle valve drive (0->100%)	Sensor 1 accelerator pedal position (0->100%)	Sensor 2 accelerator pedal position (0->100%)
	[%]	[%]	[%]	[%]

063	Kick-down adaption
	Sensor 1 accelerator pedal position (0->100%)	Sensor 1 learned Kick-down point (0->100%)	Switch			Result
	[%]	[%]	Kick-down			Actuated; ADP runs; ADP OK; ERROR
064	Throttle valve potentiometer adaption values
	Potentiometer 1 lower adaption	Potentiometer 2 1 lower adaption	Emergency air gap potentiometer 1			Emergency air gap potentiometer 2
	[V]	[V]	[V]			[V]
065


066	Cruise control switched free for 4 position operating lever
	Vehicle speed actual	Switch positions		Vehicle speed specified	Switch positions
	[km/h]	xxxxxxxx │││││││└brake light switch │││││││Pedal pressed ││││││└brake pedal switch ││││││ Pedal pressed │││││└──clutch switch │││││ Pedal pressed ││││└───CC function ││││ switched free │││└────ADR-Function │││ switched free │││ ││└─────not used ││ 00 ADR/CC not active (also used for not installed) 01 ADR/CC in control mode 10 Condition „over controlled“, driver accelerates more than cruise control regulator 11 ADR not released 1: Condition fulfilled 0: Condition not fulfilled		[km/h] in 1 km/h-steps (only displayed when cruise control function is freely switched)	For 4 position operating lever xxxxxxxx │││└CC ON / OFF ││└memory set ││ /CC OFF │└─Set /tip down / │ decelerate └─Resume / Tip up/ acceleration ----0000 CC engaged OFF ----0001 CC tipped OFF ----0011 CC engaged ON (stand by) ----01x1 Set/Tip down/ decelerate ----1011 Resume/Tip up/ accelerate

066	Cruise control switched free for 6 position operating lever
	Vehicle speed actual	Switch positions	Vehicle speed specified	Switch positions
	[km/h]	xxxxxxxx │││││││└ brake light switch │││││││ Pedal pressed ││││││└ brake pedal switch ││││││ Pedal pressed │││││└── clutch switch │││││ Pedal pressed ││││└─── CC function ││││ switched free │││└────ADR function │││ switched free │││ ││└───── not used ││ 00 ADR/ CC not active (also used for not installed) 01 ADR/ CC in control mode 10 Condition „over-controlled“, driver accelerates more than cruise control regulator 11 ADR not released 1: Condition fulfilled 0: Condition not fulfilled	[km/h] in 1 km/h-steps (is only issued with freely switched cruise control function)	For 6 position operating lever xxxxxxxx │ │││││└CC ON /OFF engaged │ │││││ (CAN) │ ││││└CC tipping, yes/no │ ││││ Memory set │ │││└─Tip down / decelerate │ ││└─ Tip up/ accelerate │ │└ Set │ └ Resume └ CC ON/OFF engaged (Hardware PIN) 0-000000 CC engaged OFF 1-000001 CC engaged ON (stand-by) 1-000011 CC tipped OFF 1-000101 Tip down/decelerate 1-001001 Tip up/accelerate 0-010000 Set (with CC engaged OFF) 1-010001 Set (with CC engaged ON) 1-100001 Resume
067


068


069

[1] ADP ERROR = in emergency mode

[2] Condition fulfilled = 1; Condition not fulfilled = 0

Groups 070 - 079: Emission Control Systems (EVAP, Sec. AIR, EGR)

070	Fuel tank venting and valve testing, short trip
	Opening degree fuel tank ventilation[1]	Lambda regular/ diagnostic value with active diagnose	Idle air control valve / diagnostic value with active diagnose	Result
	[%]	[%]	[[2]] / [%] / [g/sec]	Test ON/ Test OFF/ Fuel tank ventilation OK/ Fuel tank ventilation not OK.
071	Fuel tank leak test, short trip
	Condition reed contact	DTC	Test status	Result
	Text Reed Open / Reed Closed	Text Small leak/large leak	System test/measurement/ measurement end	Test ON/ Test OFF/ Abort Syst. OK/ Syst. Not OK
072	Tank leak test


073


074	EGR regulator solenoid adaption
	Null-Position	Max. stop	Current potentiometer value	Text
	[V]	[V]	[V]	Leak detection pump runs/ LDP OK/ ERROR
075	EGR, short trip		Systems with Temp.-sensor
	Engine RPM	EGR-Temp. Sensor	EGR temperature difference	Result
	[1/min]	[°C]	[°C]	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
075	EGR, short trip		Systems with intake manifold pressure sensor
	Engine RPM	Intake manifold pressure	Intake manifold pressure difference	Result
	[1/min]	[mbar]	[mbar]	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
075	EGR, for map adaption short trip		Systems with intake manifold pressure sensor
	Pressure difference diagnostics EGR phase 1 and 2	Pressure difference diagnostics EGR phase 2 and 3	Pressure difference diagnostics EGR phase 1 and 3	Result
	[hPa]	[hPa]	[hPa]	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
076	EGR for pressure systems
	Engine RPM	Intake manifold pressure	Opening degree (U/U_ref) EGR potentiometer	Duty cycle EGR valve
	[1/min]	[mbar]	[%]	[%]
076	EGR for air mass system
	Engine RPM	Last	Opening degree (U/U_ref) EGR potentiometer	Duty cycle EGR valve
	[1/min]	[%]	[%]	[%]
076	EGR map adaption
	Actual EGR value – potentiometer without offset	Correction factor in the upper opening range	Correction factor in the lower opening range	Status
	[V]	[%]	[%]	Test OFF / Leak detection pump runs/ LDP OK/ ERROR
077	Test secondary air injection system, short trip, Bank 1		Systems with conventional oxygen sensor
	RPM	Engine air mass	Air mass secondary air injection system	Result
	[1/min]	[g/sec]	[g/sec]	Test ON/ Test OFF/ Abort Syst. OK/ Syst. Not OK
077	Test secondary air injection system, short trip, Bank 1		Systems with linear oxygen sensor
	RPM	Engine air mass	relative Air mass	Result
	[1/min]	[g/sec]	[ ]	Test ON/ Test OFF/ Abort Syst. OK/ Syst. Not OK

078	Test secondary air injection system, short trip Bank 2		Systems with conventional oxygen sensor
	RPM	Engine air mass	Air mass secondary air injection system	Result
	[1/min]	[g/sec]	[g/sec]	Test ON/ Test OFF/ Abort Syst. OK/ Syst. Not OK
078	Test secondary air injection system, short trip, Bank 2		Systems with linear oxygen sensor
	RPM	Engine air mass	Relative air mass	Result
	[1/min]	[g/sec]	[ ]	Test ON/ Test OFF/ Abort Syst. OK/ Syst. Not OK
079

[1] Duty cycle

[2] The fitting unit depends on the applicable system

Groups 080-085: Control module identification

080	Control module identification (display shown at NA-No. 63)
	Manufacturer’s code and marking	Manufacturing date		Manufacture’s change status		Manufacturer’s test stand number.	Manufacturer’s running number.
	hhh-kkk	dd.mm.yy		12345678		pppp	nnnn
081	Control module identification (display shown at NA-No. 63)
	Vehicle identification number		Limit No or serial number		Type test number
	WVWZZZ1JZWW12345		12345678901234		1234567
082	Control module identification (display shown at NA-No. 63)
	Flash tool code (FTC)	Flash date		Hardware Comp. group type		Software Comp. group type
	1234567890123	dd.mm.yy		123	12	123	12
083	Control module identification


084	Control module identification


085	Control module identification

Groups 090 - 098 Camshaft & Intake Manifold Control

090	Camshaft adjustment Intake
	RPM	Adjustment	Adjustment Bank 1	Adjustment Bank 2
	[1/min]	Text ON/OFF	[°KW]	[°KW]
090	Camshaft adjustment Exhaust
	RPM	Adjustment	Adjustment Bank 1	Adjustment Bank 2
	[1/min]	Text ON/OFF	[°KW]	[°KW]
090	Continuous camshaft adjustment Exhaust Bank 1
	RPM	Duty cycle	Adjustment specified	Adjustment actual
	[1/min]	[%]	[°KW]	[°KW]
091	Camshaft adjustment Intake Bank 1
	RPM	Last	Adjustment	Adjustment
	[1/min]	[%]	Text ON/OFF	[°KW]
091	Continuous camshaft adjustment, Intake Bank 1
	RPM	Duty cycle	Adjustment specified	Adjustment actual
	[1/min]	[%]	[°KW]	[°KW]
092	Camshaft adjustment Intake Bank 2
	RPM	Last	Adjustment	Adjustment
	[1/min]	[%]	Text ON/OFF	[°KW]
092	Continuous camshaft adjustment, Intake Bank 2
	RPM	Duty cycle	Adjustment specified	Adjustment actual
	[1/min]	[%]	[°KW]	[°KW]
093	Camshaft adaption values Intake		2-Bank Systems
	RPM	Last	Phase position [1] Bank 1[2]	Phase position Bank 2
	[1/min]	[%]	[°KW]	[°KW]
093	Continuous camshaft adaption values
	Phase position intake Bank 1	Phase position intake Bank 2	Phase position exhaust Bank 1	Phase position exhaust Bank 2
	[°KW] [3]	[°KW]	[°KW]	[°KW]
094	Camshaft adjustment Banks 1 and 2 Intake, short trip
	RPM	Camshaft adjustment	Test result Bank 1	Test result Bank 2
	[1/min]	Text: Camshaft position ON / Camshaft position OFF	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
094	Continuous camshaft adjustment Banks 1 and 2 intake, short trip
	RPM	Phase position intake	Test result Bank 1	Test result Bank 2
	[1/min]	[°KW]	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
095	Intake manifold change-over		Single step change-over
	Engine RPM	Last	Coolant temperature	Status
	[1/min]	[%]	[°C]	Text: ein/aus
095	Intake manifold change-over		Multi-step change-over
	Engine RPM	Last	Coolant temperature	Status
	[1/min]	[%]	[°C]	Text: Off /step 1/step 2
096	Camshaft adjustment Banks 1 and 2 Exhaust, short trip
	RPM	Camshaft adjustment	Test result Bank 1	Test result Bank 2
	[1/min]	Text: Camshaft position ON / Camshaft position OFF	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
096	Continuous camshaft adjustment Banks 1 and 2 Exhaust, short trip
	RPM	Phase position exhaust	Test result Bank 1	Test result Bank 2
	[1/min]	[°KW]	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK	Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
097	Intake air change-over / Snow flap
	RPM	Last	Temperature / Pressure	Intake air change-over
	[1/min]	[%]	[°C]/[mbar]	ON/ OFF
098	Continuous camshaft adjustment Exhaust Bank 2
	RPM	Duty cycle	Adjustment specified	Adjustment actual
	[1/min]	[%]	[°KW]	[°KW]

[1] Deviation from correct position (shift of camshaft position sensor on shaft), 0 = Position OK

[2] The phase position is displayed only when the phase adaptation was successfully concluded

[3] The phase position is displayed only when the phase adaptation was successfully concluded

Groups 099 & 100: Compatibility Groups

099	Shut-off l-Regulation (via basic setting) (for compatibility reasons with older systems)
	RPM	Coolant temperature	Lambda regulation	Lambda regulation
	[1/min]	[°C]	[%]	ON/OFF
100	Readiness code (for compatibility reasons with older systems)
	Ready bits (concluded tests) 1= not concluded 0= concluded	Coolant temperature	Time since engine start	OBD-Status
	xxxxxxx │││││││└ Cat. │││││││ converters ││││││└Heat cat │││││└ AKF-System ││││└ SL-System │││└ A/C ││└ Oxygen sensors │└ Oxygen sensor heating └ EGR	[°C]		xxxxxxxx │││││││└ no warm- │││││││ up cycle │││││││ possible ││││││└ warm-up ││││││ cycle finished │││││└ not used ││││└ not used │││└ at least one DTC │││ recognized ││└ Trip complete │└ Driving cycle fulfilled └ MIL ON 1: Description fulfilled 0: Description not fulfilled

Groups 101 - 109: Fuel Injection

101	Fuel injection		Systems with Air mass measurement
	RPM	Last	Mean injection time (at deceleration = 0)	Air mass
	[1/min]	[%]	[ms]	[g/s]
101	Fuel injection		Systems with intake manifold pressure measurement
	RPM	Last	Mean injection time (at deceleration = 0)	Intake manifold pressure
	[1/min]	[%]	[ms]	[mbar]
102	Fuel injection
	RPM	Coolant temperature	Intake air temperature	Mean injection time
	[1/min]	[°C]	[°C]	[ms]
103	Air-shrouded fuel injectors, short trip
	RPM	Air mass idle air control	LFR-Offset adaptation	Results
	[1/min]	[g/s]	[n]	Test ON/Test OFF/ l injector OK /l injector not OK
104	Start adaptation values
	Start engine temperature	Temperature adaptation factor 1	Temperature adaptation factor 2	Temperature adaptation factor 3
	[°C]	[%]	[%]	[%]
105	Cylinder shut off
	RPM (actual)	Last	Coolant temperature	Shut-off
	[U/min]	[%]	[°C]	Text: ON/OFF[1]
106


107	Lambda regulation, short trip
	RPM	Lambda regulation Bank 1 (average value)	Lambda regulation Bank 2 (average value)	Result
	[1/min]	[%]	[%]	Text Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
108


109

[1] ON = Cylinder shut-off active; OFF = Cylinder shut-off not active

Groups 110 - 119: Load Registration & Boost Pressure Control

110	Load, full load enrichment
	RPM	Coolant temperature	Average injection time	Throttle valve angle (potentiometer)
	[1/min]	[°C]	[ms]	[%]
111	Boost pressure control
	Adaption value boost pressure control RPM range 1	Adaption value boost pressure control RPM range 2	Adaption value boost pressure control RPM range 3	Adaption value boost pressure control RPM range 4
	[%]	[%]	[%]	[%]
112	Exhaust gas temperature
	Exhaust gas temperature Bank 1	Enrichment factor sensor Bank 1	Exhaust gas temperature Bank 2	Enrichment factor sensor Bank 2
	[°C]	[%]	[°C]	[%]
113	Last
	RPM	Last	Throttle valve angle (potentiometer)	Air pressure
	[1/min]	[%]	[%]	[mbar]
114	Boost pressure control
	Specified load without correction	Specified load after correction	Actual load	Duty cycle Boost pressure valve
	[%]	[%]	[%]	[%]
115	Boost pressure control
	RPM	Last	Boost pressure specified value	Boost pressure actual value
	[1/min]	[%]	[mbar]	[mbar]
116	Boost pressure control
	RPM	Correction factor fuel	Correction factor coolant temperature	Correction factor intake air temperature
	[1/min]	[%]	[%]	[%]
117	Boost pressure control
	RPM	Gas pedal position	Throttle valve angle	Boost pressure specified
	[1/min]	[%]	[%]	[mbar]
118	Boost pressure control
	RPM	Intake air temperature	Duty cycle boost pressure control valve	Boost pressure before throttle valve
	[1/min]	[°C]	[%]	[mbar]
119	Boost pressure control
	RPM	Actual adaption value boost pressure control valve	Duty cycle boost pressure control valve	Boost pressure before throttle valve
	[1/min]	[%]	[%]	[mbar]

Groups 120 - 129: Communcations between Control Modules

120

ASR/FDR

Engine RPM

Specified moment ASR/FDR

Engine moment

Status

[1/min]

[Nm]

Text

(ASR active/ASR not active)

121

122

Transmission

Engine RPM

Specified moment Transmission

Engine moment

Status

[1/min]

[Nm]

Text

(Engine intervention /no intervention)

123

Reserved for CAN Bus signals

124

Reserved for CAN Bus signals

125

CAN Bus signals

see CAN-Product Description Manual

Transmission[1]

ABS32

Instrument cluster32

A/C32

126

CAN Bus signals

ADR 32

LWS 32

Airbag32

Electrical wiring32

127

CAN Bus signals

All wheel32

Level

Steering wheel

128

CAN Bus signals

129

CAN Bus signals

[1] This corresponds with the desired sequence. Should there be no participant available a gap will remain at this place.

Groups 130-137: Engine cooling

130	Map cooling (coolant filling), Short trip
	Temperature Engine outlet	Temperature Radiator outlet	Duty cycle Thermostat	Result
	[°C]	[°C]	[%]	Text: Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
131	Map cooling
	Temperature Engine outlet	Temperature Engine outlet (specified)	Temperature Radiator outlet	Duty cycle Thermostat
	[°C]	[°C]	[°C]	[%]
132	Map cooling
	Temperature Radiator outlet (specified)	Temperature difference Engine and radiator outlet	Heater pre-run potentiometer	Status cooling
	[°C]	[°C]	[%]	xxxxxxxx │││││││└ Error │││││││ in system ││││││└ Thermostat- ││││││ actuation ││││││ active │││││└ Cooling van │││││ triggering active ││││└Control deviation ││││0 > specified temp. ││││1 < specified temp │││└ Fan stage 2 active ││└ Fan stage 1 active │└ not used └ not used 1: Description fulfilled 0: Description not fulfilled
133


134	Temperature
	Oil temperature	Ambient temperature	Intake air temperature	Engine outlet temperature
	[°C]	[°C]	[°C]	[°C]
135	Coolant fan control, short trip
	Temperature Radiator outlet (specified)	Duty cycle Coolant fan actuation 1	Duty cycle Coolant fan actuation 2	Result
	[°C]	[%]	[%]	Text: Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
136	Relay for coolant fan actuation
	Relay 1	Relay 2	Relay 3	Relay 4
	ON / OFF	ON / OFF	ON / OFF	ON / OFF
137	A/C requirements
	AC-inlet	Compressor	High pressure switch or Pressure of A/C system	Fan request from A/C system
	ON / OFF	ON / OFF	ON / OFF or [bar]	[%]

Groups 140-147: BDE

140	Pressure control valve, short trip
	Duty cycle DSV	Rail pressure specified	Rail pressure actual	Result
	[%]	[bar]	[bar]	Text: Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
141	Fuel supply system
	Rail pressure regulator	Regulator rail pressure system	Regulator rail pressure system residual portion	Status rail pressure system
	[bar]	[-]	[-]	[-]
142


143


144


145	Exhaust gas temperature sensor, short trip
	Exhaust gas temperature from model Bank 1	Exhaust gas temperature sensor measured Bank 1	Exhaust gas temperature sensor measured Bank 2	Result
	[°C]	[°C]	[°C]	Text: Test ON/ Test OFF/ Syst. OK/ Syst. Not OK
146


147	Charge movement flap for BDE
	Charge movement flap Actual position	Charge movement flap Specified position	Offset value of potentiometer voltage LBK	Adaptation condition
	[%]	[%]	[V]	Text ADP runs/ ADP OK/ Error (in emergency running mode)

Groups 160-169: Lambda control / SULEV-ULEV

160	Individual cylinder recognition/ Individual cylinder control
	Normal Lambda control starting point cylinder 1	Normal Lambda control starting point cylinder 2	Normal Lambda control starting point cylinder 3	Normal Lambda control starting point cylinder 4
	[-]	[-]	[-]	[-]
161	Individual cylinder recognition/ Individual cylinder control
	Normal Lambda control starting point cylinder 5	Normal Lambda control starting point cylinder 6	Normal Lambda control starting point cylinder 7	Normal Lambda control starting point cylinder 8
	[-]	[-]	[-]	[-]
162


163


164


165


166


167


168


169