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Home >> Mazda >> 2012 >> 6 i Touring >> Repair and Diagnosis >> External Pages >> Different car >> Section 628 (On-Board Diagnostic (Engine Control System MZI-3.7) (1 Of 5)) >> On-Board Diagnostic Test [MZI-3.7] >> PID/DATA Monitor and Record Procedure

PID/DATA Monitor and Record Procedure

WARNING: This page is about a different car, the 2009 Mazda 6. However, it is still accessible from the selected car via links, so may be relevant.
NOTE:
  • The PID data screen function is used for monitoring the calculated value of input/output signals in the module. Therefore, if the monitored value of the output parts is not within the specification, it is necessary to inspect the monitored value of input parts corresponding to the applicable output part control. In addition, because the system does not display an output part malfunction as an abnormality in the monitored value, it is necessary to inspect the output parts individually.
  1. Connect the M-MDS to the DLC-2
  2. Fig 1: Locating DLC-2 Data Link Connector
    G06199562Courtesy of MAZDA MOTORS CORP.
  3. After the vehicle is identified, select the following items from the initialization screen of the M-MDS.
    • When using the IDS (laptop PC)
      1. Select "DataLogger"
      2. Select "Modules".
      3. Select "PCM".
    • When using the PDS (Pocket PC)
      1. Select "Module Tests".
      2. Select "PCM".
      3. Select "DataLogger".
  4. Select the applicable PID from the PID table.
  5. Verify the PID test according to the detections on the screen.

PID/Data Monitor Table 

PID/DATA MONITOR CHART

Item Definition Unit/Condition
AAT Ambient air temperature °C °F
AC PRES Refrigerant pressure sensor V
Pa
AC_REQ A/C request signal Off/On
ACCS A/C relay Off/On
ALTF Generator field current control duty value %
APP Accelerator pedal position %
APP1 APP sensor No. 1 %
V
APP2 APP sensor No. 2 %
V
ARPMDES Target engine speed RPM
AXLE Axle ratio -
BARO Barometric pressure Pa
BOO Brake switch Off/On
BPA Brake pressure applied switch Off/On
CATT11_DSD Estimated catalytic converter temperature (RH) °C
CATT21_DSD Estimated catalytic converter temperature (LH) °C
CHRGLP Generator warning light Off/On
CHT CHT sensor °C
V
ECT Engine coolant temperature °C
EQ_RAT11 Equivalence ratio (lambda) A/F sensor (RH) -
EQ_RAT11_DSD Desired equivalence ratio (lambda) -
ECLRAT21 Equivalence ratio (lambda) A/F sensor (LH) -
ETC_ACT Electronic throttle control actual °
ETC_DSD Electronic throttle control desired %
°
EVAPCP Purge solenoid valve duty value %
EVAPCV CV solenoid valve Off/On
FAN_LDUTY Cooling fan control %
FLI Fuel level %
FPM Fuel pump monitor Off/On
FTP Fuel tank pressure sensor V
Pa
FUELSYS Fuel system loop status (RH) OL/CL/OL-Drive/OL-Fault/CL-Fault
GENVDSD Generator voltage desired V
HTR11 A/F sensor heater (RH) %
Off/On
HTR12 HO2S heater (RH) Off/On
HTR21 A/F sensor heater (LH) %
Off/On
HTR22 HO2S heater (LH) Off/On
IAT IAT sensor °C
V
INGEAR Load/no load condition Off/On
INJ_PWR Injector Power Monitor V
IVS CTP condition Idle/Off Idle
KNOCKR Knocking retard °
LOAD Engine load %
LONGFT1 Long term fuel trim (RH) %
LONGFT2 Long term fuel trim (LH) %
MAF MAF sensor g/s
V
MIL_DIS Traveled distance since the MIL illuminated km
O2S11 A/F sensor (RH) A
O2S12 HO2S (RH) V
O2S21 A/F sensor (LH) A
O2S22 HO2S (LH) V
PSP Power steering pressure switch Off/On
RO2FT1 HO2S fuel trim (RH) %
RO2FT2 HO2S fuel trim (LH) %
RPM Engine speed RPM
SC_CANCEL Speed control cancel switch Inactive/Active
SC_OFF Cruise control OFF switch Inactive/Active
SC_ON Cruise control ON switch Inactive/Active
SC_RES Cruise resume switch Inactive/Active
SC_SET- Cruise coast switch Inactive/Active
SC_SET+ Cruise set/acceleration switch Inactive/Active
SCCS Speed control command switch V
SHRTFT1 Short term fuel trim (RH) %
SHRTFT2 Short term fuel trim (LH) %
SPARKADV Ignition timing °
TIRESIZE Tire revolution per mile -
TPREL Relative throttle position %
TP1 TP sensor No. 1 %
V
TP2 TP sensor No 2 %
V
VPWR Battery voltage V
VSS Vehicle speed KPH
VT ACT1 Actual valve timing (RH) °
VT ACT2 Actual valve timing (LH) °
VT DIFF1 Difference between target and actual valve timing (RH) °
VT DIFF2 Difference between target and actual valve timing (LH) °
VT DUTY1 CMP sensor duty value (RH) %
VT DUTY2 CMP sensor duty value (LH) %
VT_DSD Desired Intake Camshaft Position °