Land Cruiser URJ200 URJ202 GRJ200 VDJ200 - 1VD-FTV ENGINE CONTROL


ECD SYSTEM (w/ DPF) - TERMINALS OF ECM

Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200

Measure the voltage according to the value(s) in the table below.


  • HINT:
  • The standard normal voltage between each pair of ECM terminals is shown in the table below. The appropriate conditions for checking each pair of terminals are also indicated.
  • The result of the checks should be compared with the standard normal voltage for that pair of terminals, which is displayed in the Specified Condition column.
  • The illustration above can be used as a reference to identify the ECM terminal locations.
Terminal No. (Symbol)Wiring ColorTerminal DescriptionConditionSpecified Condition
A38*1-20 (BATT) - C45*1-81 (E1)
A52*2-20 (BATT) - C46*2-81 (E1)
L - BRBattery (for measuring the battery voltage and for the ECM memory)Always11 to 14 V
A38*1-28 (IGSW) - C45*1-81 (E1)
A52*2-28 (IGSW) - C46*2-81 (E1)
B - BREngine switchEngine switch on (IG)11 to 14 V
A38*1-2 (+B) - C45*1-81 (E1)
A52*2-2 (+B) - C46*2-81 (E1)
B - BRPower source of ECMEngine switch on (IG)11 to 14 V
A38*1-1 (+B2) - C45*1-81 (E1)
A52*2-1 (+B2) - C46*2-81 (E1)
B - BRPower source of ECMEngine switch on (IG)11 to 14 V
A38*1-44 (MREL) - C45*1-81 (E1)
A52*2-44 (MREL) - C46*2-81 (E1)
W - BREFI relayEngine switch on (IG)11 to 14 V
10 seconds elapsed after engine switch turned off0 to 1.5 V
C45*1-66 (VCPM) - C45*1-92 (E2)
C46*2-66 (VCPM) - C46*2-92 (E2)
L-B - BRPower source of manifold absolute pressure sensor (for PIM)Engine switch on (IG)4.5 to 5.5 V
C45*1-118 (VCM) - C45*1-95 (E2M)
C46*2-118 (VCM) - C46*2-95 (E2M)
L-R - BRPower source of fuel pressure sensor (for PCR1)Engine switch on (IG)4.5 to 5.5 V
C45*1-91 (VC) - C45*1-92 (E2)
C46*2-91 (VC) - C46*2-92 (E2)
B - BRPower source of EGR valve position sensor and differential pressure sensorEngine switch on (IG)4.5 to 5.5 V
C45*1-110 (VCVL) - C45*1-87 (EVLU)
C46*2-110 (VCVL) - C46*2-87 (EVLU)
L-R - BRPower source of throttle position sensorEngine switch on (IG)4.5 to 5.5 V
C45*1-71 (VG) - C45*1-94 (EVG)
C46*2-71 (VG) - C46*2-94 (EVG)
L-Y - G-WMass air flow meterIdlingPulse generation
C45*1-115 (THA) - C45*1-92 (E2)
C46*2-115 (THA) - C46*2-92 (E2)
Y - BRIntake air temperature sensor (built into mass air flow meter)Engine warmed up and idling, intake air temperature at 0 to 80°C (32 to 176°F)0.5 to 3.4 V
A38*1-53 (VPA) - A38*1-57 (EPA)
A52*2-53 (VPA) - A52*2-57 (EPA)
R - WAccelerator pedal position sensor (for engine control)Engine switch on (IG), accelerator pedal fully released0.6 to 1.0 V
Engine switch on (IG), accelerator pedal fully depressed3.0 to 4.6 V
A38*1-54 (VPA2) - A38*1-58 (EPA2)
A52*2-54 (VPA2) - A52*2-58 (EPA2)
GR - BEAccelerator pedal position sensor (for sensor malfunction detection)Engine switch on (IG), accelerator pedal fully released1.4 to 1.8 V
Engine switch on (IG), accelerator pedal fully depressed3.7 to 5.0 V
A38*1-55 (VCPA) - A38*1-57 (EPA)
A52*2-55 (VCPA) - A52*2-57 (EPA)
L - WPower source of accelerator pedal position sensor (for VPA)Engine switch on (IG)4.5 to 5.5 V
A38*1-56 (VCP2) - A38*1-58 (EPA2)
A52*2-56 (VCP2) - A52*2-58 (EPA2)
V - BEPower source of accelerator pedal position sensor (for VPA2)Engine switch on (IG)4.5 to 5.5 V
C45*1-90 (THIA) - C45*1-92 (E2)
C46*2-90 (THIA) - C46*2-92 (E2)
W-G - BRIntake air temperature sensor (turbo)Engine warmed up and idling, intake air temperature sensor (after turbocharged) at 0 to 80°C (32 to 176°F)0.5 to 3.4 V
C45*1-93 (THW) - C45*1-92 (E2)
C46*2-93 (THW) - C46*2-92 (E2)
G-B - BREngine coolant temperature sensorEngine warmed up and idling, engine coolant temperature at 60 to 120°C (140 to 248°F)0.2 to 1.2 V
C45*1-40 (#1) - C45*1-81 (E1)
C46*2-40 (#1) - C46*2-81 (E1)
Y - BRInjector assemblyIdlingPulse generation
(see waveform 1)
C45*1-39 (#2) - C45*1-81 (E1)
C46*2-39 (#2) - C46*2-81 (E1)
B - BR
C45*1-38 (#3) - C45*1-81 (E1)
C46*2-38 (#3) - C46*2-81 (E1)
L - BR
C45*1-37 (#4) - C45*1-81 (E1)
C46*2-37 (#4) - C46*2-81 (E1)
R - BR
C45*1-36 (#5) - C45*1-81 (E1)
C46*2-36 (#5) - C46*2-81 (E1)
G - BR
C45*1-35 (#6) - C45*1-81 (E1)
C46*2-35 (#6) - C46*2-81 (E1)
V - BR
C45*1-34 (#7) - C45*1-81 (E1)
C46*2-34 (#7) - C46*2-81 (E1)
W - BR
C45*1-33 (#8) - C45*1-81 (E1)
C46*2-33 (#8) - C46*2-81 (E1)
P - BR
C45*1-80 (G+) - C45*1-79 (G-)
C46*2-80 (G+) - C46*2-79 (G-)
W - BCamshaft position sensorIdlingPulse generation
C45*1-78 (NE+) - C45*1-77 (NE-)
C46*2-78 (NE+) - C46*2-77 (NE-)
B - WCrankshaft position sensorIdlingPulse generation
C45*1-67 (PIM) - C45*1-92 (E2)
C46*2-67 (PIM) - C46*2-92 (E2)
P-L - BRManifold absolute pressure sensorNegative pressure of 40 kPa (300 mmHg, 11.8 in.Hg) applied0.1 to 0.7 V
Same as atmospheric pressure0.8 to 1.4 V
Positive pressure of 170 kPa (1275 mmHg, 50.2 in.Hg) applied1.6 to 2.2 V
A38*1-45 (IREL) - C45*1-81 (E1)
A52*2-45 (IREL) - C46*2-81 (E1)
LG - BREDU relay (EDU 1)Engine switch off11 to 14 V
Idling0 to 1.5 V
A38*1-46 (IRL2) - C45*1-81 (E1)
A52*2-46 (IRL2) - C46*2-81 (E1)
V - BREDU relay (EDU 2)Engine switch off11 to 14 V
Idling0 to 1.5 V
C45*1-72 (PCR1) - C45*1-95 (E2M)
C46*2-72 (PCR1) - C46*2-95 (E2M)
B - BRFuel pressure sensorIdling (Approximately 35 MPa (357 kgf/cm2, 5078 psi))1.3 to 1.8 V
A38*1-12 (GREL) - C45*1-81 (E1)
A52*2-12 (GREL) - C46*2-81 (E1)
V - BRNo. 1 glow relayCranking11 to 14 V
Idling0 to 1.5 V
A38*1-23 (GRL2) - C45*1-81 (E1)
A52*2-23 (GRL2) - C46*2-81 (E1)
LG - BRNo. 2 glow relayCranking11 to 14 V
Idling0 to 1.5 V
C45*1-116 (THF) - C45*1-92 (E2)
C46*2-116 (THF) - C46*2-92 (E2)
G-R - BRFuel temperature sensorEngine switch on (IG)0.5 to 3.4 V
C45*1-104 (PCV+) - C45*1-105 (PCV-)
C46*2-104 (PCV+) - C46*2-105 (PCV-)
W - BRSuction control valveIdlingPulse generation
(see waveform 2)
C45*1-61 (INJ1) - C45*1-81 (E1)
C46*2-61 (INJ1) - C46*2-81 (E1)
G - BRNo. 1 injector driverIdlingPulse generation
(see waveform 3)
C45*1-60 (INJ2) - C45*1-81 (E1)
C46*2-60 (INJ2) - C46*2-81 (E1)
W - BRNo. 2 injector driverIdlingPulse generation
(see waveform 3)
C45*1-64 (VLU) - C45*1-87 (EVLU)
C46*2-64 (VLU) - C46*2-87 (EVLU)
L-W - BRThrottle position sensor (for Bank 1)Engine switch on (IG)
(throttle valve fully opened)
2.8 to 3.8 V
Idling
(throttle valve fully closed)
0.4 to 1.0 V
C45*1-65 (VLU2) - C45*1-87 (EVLU)
C46*2-65 (VLU2) - C46*2-87 (EVLU)
L-W - BRThrottle position sensor (for Bank 2)Engine switch on (IG)
(throttle valve fully opened)
2.8 to 3.8 V
Idling
(throttle valve fully closed)
0.4 to 1.0 V
C45*1-57 (LUSL) - C45*1-81 (E1)
C46*2-57 (LUSL) - C46*2-81 (E1)
B - BRDiesel throttle duty signal (for Bank 1)Engine warmed up, racing enginePulse generation
(see waveform 4)
C45*1-56 (LUS2) - C45*1-81 (E1)
C46*2-56 (LUS2) - C46*2-81 (E1)
B - BRDiesel throttle duty signal (for Bank 2)Engine warmed up, racing enginePulse generation
(see waveform 4)
C45*1-88 (EGLS) - C45*1-92 (E2)
C46*2-88 (EGLS) - C46*2-92 (E2)
R-W - BRNo. 1 EGR valve position sensorEngine switch on (IG)3.0 to 4.6 V
C45*1-89 (EGS2) - C45*1-92 (E2)
C46*2-89 (EGS2) - C46*2-92 (E2)
R-B - BRNo. 2 EGR valve position sensorEngine switch on (IG)3.0 to 4.6 V
C45*1-82 (EGRS) - C45*1-81 (E1)
C46*2-82 (EGRS) - C46*2-81 (E1)
R - BRNo. 1 EGR valve assemblyEngine warmed up and idlingPulse generation
(see waveform 5)
C45*1-42 (ERS2) - C45*1-81 (E1)
C46*2-42 (ERS2) - C46*2-81 (E1)
R-W - BRNo. 2 EGR valve assemblyEngine warmed up and idlingPulse generation
(see waveform 5)
C45*1-86 (M+) - C45*1-81 (E1)
C46*2-86 (M+) - C46*2-81 (E1)
G - BRDC motor (turbocharger sub-assembly for Bank 1)IdlingPulse generation
(see waveform 6)
C45*1-18 (VN2+) - C45*1-81 (E1)
C46*2-18 (VN2+) - C46*2-81 (E1)
W - BRDC motor (turbocharger sub-assembly for Bank 2)IdlingPulse generation
(see waveform 6)
C45*1-85 (M-) - C45*1-81 (E1)
C46*2-85 (M-) - C46*2-81 (E1)
B - BRDC motor (turbocharger sub-assembly for Bank 1)IdlingPulse generation
(see waveform 7)
C45*1-41 (VN2-) - C45*1-81 (E1)
C46*2-41 (VN2-) - C46*2-81 (E1)
B - BRDC motor (turbocharger sub-assembly for Bank 2)IdlingPulse generation
(see waveform 7)
A38*1-13 (STP) - C45*1-81 (E1)
A52*2-13 (STP) - C46*2-81 (E1)
R - BRStop light switchEngine switch on (IG), brake pedal depressed7.5 to 14 V
Engine switch on (IG), brake pedal released0 to 1.5 V
A38*1-35 (ST1-) - C45*1-81 (E1)
A52*2-35 (ST1-) - C46*2-81 (E1)
P - BRStop light switch
(opposite to STP)
Engine switch on (IG), brake pedal depressed0 to 1.5 V
Engine switch on (IG), brake pedal released7.5 to 14 V
A38*1-15 (TACH) - C45*1-81 (E1)
A52*2-15 (TACH) - C46*2-81 (E1)
W - BREngine speedIdlingPulse generation
(see waveform 8)
A38*1-8 (SPD) - C45*1-81 (E1)
A52*2-8 (SPD) - C46*2-81 (E1)
V - BRSpeed signal from combination meterEngine switch on (IG), wheel rotated slowlyPulse generation
(see waveform 9)
A38*1-48 (STA) - C45*1-81 (E1)
A52*2-48 (STA) - C46*2-81 (E1)
R - BRStarter signalCranking6.0 V or more
C45*1-53 (ALT) - C45*1-81 (E1)
C46*2-53 (ALT) - C46*2-81 (E1)
R - BRGenerator duty ratioIdlingPulse generation
A38*1-27 (TC) - C45*1-81 (E1)
A52*2-27 (TC) - C46*2-81 (E1)
V - BRTerminal TC of DLC3Engine switch on (IG)11 to 14 V
A38*1-24 (W) - C45*1-81 (E1)
A52*2-24 (W) - C46*2-81 (E1)
R - BRMILMIL illuminated0 to 3 V
MIL not illuminated11 to 14 V
A38*1-30 (AC1) - C45*1-81 (E1)
A52*2-30 (AC1) - C46*2-81 (E1)
L - BRA/C signalA/C switch on0 to 1.5 V
A/C switch off11 to 14 V
A38*1-18 (ACT) - C45*1-81 (E1)
A52*2-18 (ACT) - C46*2-81 (E1)
G - BRA/C signalEngine switch on (IG)11 to 14 V
A/C cut control on0 to 3 V
C45*1-55 (PSW) - C45*1-81 (E1)
C46*2-55 (PSW) - C46*2-81 (E1)
P - BRPower steering oil pressure switchSteering wheel turned0 to 3 V
Steering wheel not turned11 to 14 V
A38*1-52 (ACM) - C45*1-81 (E1)
A52*2-52 (ACM) - C46*2-81 (E1)
L - BRVSV (for engine mounting)Idling0 to 1.5 V
C45*1-49 (NSW) - C45*1-81 (E1)
C46*2-49 (NSW) - C46*2-81 (E1)
L - BRPark/neutral position switchEngine switch on (IG), shift lever in P or NBelow 3 V
Engine switch on (IG), shift lever not in P and N11 to 14 V
A38*1-41 (CANH) - C45*1-81 (E1)
A52*2-41 (CANH) - C46*2-81 (E1)
P - BRCAN communication lineEngine switch on (IG)Pulse generation
(see waveform 10)
A38*1-49 (CANL) - C45*1-81 (E1)
A52*2-49 (CANL) - C46*2-81 (E1)
B - BRCAN communication lineEngine switch on (IG)Pulse generation
(see waveform 11)
A38*1-47 (STSW) - C45*1-81 (E1)
A52*2-47 (STSW) - C46*2-81 (E1)
R - BREngine switch signalShift lever in P or N, engine switch pushed6.0 V or more
A38*1-22 (ACCR) - C45*1-81 (E1)
A52*1-22 (ACCR) - C45*1-81 (E1)
L-Y - BRACC (Accessory) relay control signalCrankingBelow 1.5 V
C45*1-52 (STAR) - C45*1-81 (E1)
C46*2-52 (STAR) - C46*2-81 (E1)
L - BRStarter relay controlEngine switch on (IG)Below 1.5 V
Cranking6.0 V or more
C45*1-54 (PRD) - C45*1-81 (E1)
C46*2-54 (PRD) - C46*2-81 (E1)
Y - BRPressure discharge valve drive signalEngine warmed up, engine racingPulse generation (See waveform 12)
C45*1-32 (RLFF) - C45*1-81 (E1)
C46*2-32 (RLFF) - C46*2-81 (E1)
R - BRPressure discharge valve confirmation signalEngine warmed up, engine racingPulse generation (See waveform 12)
C45*1-120 (VNVC) - C45*1-97 (VNE2)
C46*2-120 (VNVC) - C46*2-97 (VNE2)
W - RPower source of nozzle vane position sensorEngine switch on (IG)4.5 to 5.5 V
C45*1-74 (VNA) - C45*1-97 (VNE2)
C46*2-74 (VNA) - C46*2-97 (VNE2)
BR - RNozzle vane position sensor (for bank 1)Engine switch on (IG)2.3 to 2.7 V
C45*1-117 (VNA2) - C45*1-97 (VNE2)
C46*2-117 (VNA2) - C46*2-97 (VNE2)
B - RNozzle vane position sensor (for bank 2)Engine switch on (IG)2.3 to 2.7 V
C45*1-122 (THCF) - C45*1-99 (ETCF)
C46*2-122 (THCF) - C46*2-99 (ETCF)
L - BRExhaust gas temperature sensor (B1S1)Engine warmed up, idling4.6 to 4.9 V
C45*1-121 (THCI) - C45*1-99 (ETCF)
C46*2-121 (THCI) - C46*2-99 (ETCF)
G-Y - BRNo. 2 Exhaust gas temperature sensor (B1S2)Engine warmed up, idling4.6 to 4.9 V
C45*1-123 (THCO) - C45*1-99 (ETCF)
C46*2-123 (THCO) - C46*2-99 (ETCF)
W - BRNo. 4 Exhaust gas temperature sensor (B1S3)Engine warmed up, idling4.6 to 4.9 V
C45*1-68 (TCF2) - C45*1-99 (ETCF)
C46*2-68 (TCF2) - C46*2-99 (ETCF)
G-B - BRExhaust gas temperature sensor (B2S1)Engine warmed up, idling4.6 to 4.9 V
C45*1-98 (TCI2) - C45*1-99 (ETCF)
C46*2-98 (TCI2) - C46*2-99 (ETCF)
P-L - BRNo. 3 Exhaust gas temperature sensor (B2S2)Engine warmed up, idling4.6 to 4.9 V
C45*1-124 (TCO2) - C45*1-99 (ETCF)
C46*2-124 (TCO2) - C46*2-99 (ETCF)
P-L - BRNo. 4 Exhaust gas temperature sensor (B2S3)Engine warmed up, idling4.6 to 4.9 V
C45*1-83 (FIV) - C45*1-81 (E1)
C46*2-83 (FIV) - C46*2-81 (E1)
W - BRExhaust fuel addition injector assembly (for bank 1)Exhaust fuel addition injector assembly (for bank 1) operatingPulse generation
C45*1-84 (FIV2) - C45*1-81 (E1)
C46*2-84 (FIV2) - C46*2-81 (E1)
G - BRExhaust fuel addition injector assembly (for bank 2)Exhaust fuel addition injector assembly (for bank 2) operatingPulse generation
C45*1-45 (HA1A) - C45*1-44 (E04)
C46*2-45 (HA1A) - C46*2-44 (E04)
L - BRAir fuel ratio sensor heater (for bank 1)Engine switch on (IG)Pulse generation
C45*1-102 (A1A+) - C45*1-44 (E04)
C46*2-102 (A1A+) - C46*2-44 (E04)
G - BRAir fuel ratio sensor (for bank 1)Engine switch on (IG)2.0 to 2.5 V
C45*1-103 (A1A-) - C45*1-44 (E04)
C46*2-103 (A1A-) - C46*2-44 (E04)
R - BRAir fuel ratio sensor (for bank 1)Engine switch on (IG)2.0 to 2.5 V
C45*1-46 (HA2A) - C45*1-23 (E05)
C46*2-46 (HA2A) - C46*2-23 (E05)
L - W-BAir fuel ratio sensor heater (for bank 2)Engine switch on (IG)Pulse generation
C45*1-125 (A2A+) - C45*1-23 (E05)
C46*2-125 (A2A+) - C46*2-23 (E05)
G - W-BAir fuel ratio sensor (for bank 2)Engine switch on (IG)2.0 to 2.5 V
C45*1-126 (A2A-) - C45*1-23 (E05)
C46*2-126 (A2A-) - C46*2-23 (E05)
R - W-BAir fuel ratio sensor (for bank 2)Engine switch on (IG)2.0 to 2.5 V
C45*1-69 (PEX) - C45*1-92 (E2)
C46*2-69 (PEX) - C46*2-92 (E2)
R - BRDifferential pressure sensor (for bank 1)Engine switch on (IG)0.4 to 4.8 V
C45*1-70 (PEX2) - C45*1-92 (E2)
C46*2-70 (PEX2) - C46*2-92 (E2)
R - BRDifferential pressure sensor (for bank 2)Engine switch on (IG)0.4 to 4.8 V
  • HINT:
*1: for LHD
*2: for RHD
WAVEFORM 1
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Injector Assembly No. 1 (to No. 8) Injection Signal
ECM Terminal NameFrom #1 to #8 and E1
Tester Range5 V/DIV., 20 msec./DIV.
ConditionIdling with warm engine
  • HINT:
  • The waveform varies depending on the injector injection.
WAVEFORM 2
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Suction Control Valve Signal
ECM Terminal NamePCV+ and PCV-
Tester Range10 V/DIV., 5 msec./DIV.
ConditionIdling or cranking with warm engine
  • HINT:
  • The waveform varies depending on the suction control valve operation.
WAVEFORM 3
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Injector Injection Confirmation Signal
ECM Terminal NameINJ1 and E1
INJ2 and E1
Tester Range2 V/DIV., 20 msec./DIV.
ConditionIdling with warm engine
  • HINT:
  • The waveform varies depending on the injector injection.
WAVEFORM 4
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Diesel Throttle Motor Signal
ECM Terminal NameLUSL and E1
LUS2 and E1
Tester Range1 V/DIV., 2 msec./DIV.
ConditionRacing with warm engine
  • HINT:
  • The waveform varies depending on the throttle valve operation.
WAVEFORM 5
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
EGR Position Sensor Signal
ECM Terminal NameEGRS and E1
ERS2 and E1
Tester Range5 V/DIV., 5 msec./DIV.
ConditionIdling
  • HINT:
  • The waveform varies depending on the throttle valve operation.
WAVEFORM 6
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
DC Motor Positive Terminal Signal
ECM Terminal NameM+ and E1
VN2+ and E1
Tester Range5 V/DIV., 20 msec./DIV.
ConditionIdling with warm engine
  • HINT:
  • The waveform varies depending on the turbocharger operation.
WAVEFORM 7
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
DC Motor Negative Terminal Signal
ECM Terminal NameM- and E1
VN2- and E1
Tester Range5 V/DIV., 50 msec./DIV.
ConditionIdling with warm engine
  • HINT:
  • The waveform varies depending on the turbocharger status.
WAVEFORM 8
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Engine Speed Signal
ECM Terminal NamesTACH and E1
Tester Range5 V/DIV., 10 msec./DIV.
ConditionsIdling
  • HINT:
  • The wavelength becomes shorter as the engine speed increases.
WAVEFORM 9
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Vehicle Speed Signal
ECM Terminal NameSPD and E1
Tester Range5 V/DIV., 10 msec./DIV.
ConditionDriving at vehicle speed of 40 km/h (25 mph)
  • HINT:
  • The wavelength becomes shorter as the vehicle speed increases.
WAVEFORM 10
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
CAN Communication Signal
ECM Terminal NameCAN+ and E1
Tester Range1 V/DIV., 10 msec./DIV.
ConditionEngine stopped, engine switch on (IG)
  • HINT:
  • The waveform varies depending on the CAN communication signal.
WAVEFORM 11
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
CAN Communication Signal
ECM Terminal NameCAN- and E1
Tester Range1 V/DIV., 10 msec./DIV.
ConditionEngine stopped, engine switch on (IG)
  • HINT:
  • The waveform varies depending on the CAN communication signal.
WAVEFORM 12
Ecd System (W/ Dpf) - Terminals Of Ecm. 1VD-FTV ENGINE CONTROL. Land Cruiser URJ200  URJ202 GRJ200 VDJ200
Pressure Discharge Valve Drive Signal and Pressure Discharge Confirmation Signal
ECM Terminal Name(a) PRD and E1
(b) RLFF and E1
Tester Range2 V/DIV., 1 msec./DIV.
ConditionEngine warmed up, engine racing
  • HINT:
  • The wavelength becomes shorter as the engine speed increases.