PID Definitions

 

 

 

 

 

 

PID

 

Extended Description

 

 

 

 

O2 SENSOR(V)

 

Oxygen Sensor

 

 

 

O2 SENSOR1(V)

Oxygen Sensor 1

 

 

 

O2 SENSOR2(V)

Oxygen Sensor 2

 

 

 

O2 SENSOR BIAS

 

Oxygen Sensor Bias

 

 

 

O2 SIGNAL

 

Oxygen Sensor Signal

 

 

 

O2 STATE AVG

 

Oxygen Sensor State Average

 

 

 

O2 VOLTS AVG

 

Oxygen Sensor Voltage Average

 

 

 

O2CROSS B1

 

Oxygen Crosscounts Bank 1

 

 

 

O2CROSS B2

 

Oxygen Crosscounts Bank 2

 

 

 

O2CROSS CNT

 

Oxygen Crossover Counts

 

 

 

O2HTR 1-1 ACT

 

Actual Heater Status Is ON

 

 

 

O2HTR 1-1 CMD

 

Heater Commanded ON

 

 

 

O2HTR 1-1 FL CNT

 

Driver Failure Count

 

 

 

O2HTR 1-1 FLT

 

Heater Output Driver Fault

 

 

 

O2HTR 1-1

 

Heater Time to Activity Bank 1 Sensor 1

 

 

 

O2HTR 1-2 ACT

 

Actual Heater Status Is ON

 

 

 

O2HTR 1-2 CMD

 

Heater Commanded ON

 

 

 

O2HTR 1-2 FL CNT

 

Driver Failure Count

 

 

 

O2HTR 1-2 FLT

 

Heater Output Driver Fault

 

 

 

O2HTR 1-2

 

Heater Time to Activity Bank 1 Sensor 2

 

 

 

O2HTR 1-3

 

Heater Time to Activity Bank 1 Sensor 3

 

 

 

O2HTR 2

 

Heater Time to Activity Sensor 2

 

 

 

O2HTR 2-1 ACT

 

Actual Heater Status Is ON

 

 

 

O2HTR 2-1 CMD

 

Heater Commanded ON

 

 

 

O2HTR 2-1 FL CNT

 

Driver Failure Count

 

 

 

O2HTR 2-1 FLT

 

Heater Output Driver Fault

 

 

 

O2HTR 2-1

 

Heater Time to Activity Bank 2 Sensor 1

 

 

 

O2HTR 2-2 ACT

 

Actual Heater Status Is ON

 

 

 

O2HTR 2-2 CMD

 

Heater Commanded ON

 

 

 

O2HTR 2-2 FL CNT

 

Driver Failure Count

 

 

 

O2HTR 2-2 FLT

 

Heater Output Driver Fault

 

 

 

O2HTR 2-2 HO2S11

 

Heater Time to Activity Bank 2 Sensor 2

 

 

 

O2HTR 2-3

 

Heater Time to Activity Bank 2 Sensor 3

 

 

 

O2HTR DR1

 

Oxygen Sensor Driver 1

 

 

 

O2HTR DR2

 

Oxygen Sensor Driver 2

 

 

 

O2HTR DR3

 

Oxygen Sensor Driver 3

 

 

 

O2HTR DR4

 

Oxygen Sensor Driver 4

 

 

 

O2HTR TEST

Oxygen Sensor Heater Test

 

 

 

O2LN-RH TNS

Lean / Rich Transitions

 

 

 

O2LN-RH1-1

Oxygen Response Lean To Rich Transition Bank 1 Sensor 1

 

 

 

O2LN-RH1-2

Oxygen Response Lean To Rich Transition Bank 1 Sensor 2

 

 

 

O2LN-RH2-1

Oxygen Response Lean To Rich Transition Bank 2 Sensor 1

 

 

 

O2LN-RHAV

 

Oxygen Response Lean To Rich Average Time

 

 

 

O2L-R SW1-1

 

Oxygen Response Lean To Rich Switches Bank 1 Sensor 1

 

 

 

O2L-R SW1-2

 

Oxygen Response Lean To Rich Switches Bank 1 Sensor 2

A

 

 

 

O2L-R SW2-1

 

Oxygen Response Lean To Rich Switches Bank 2 Sensor 1

 

 

O2R FAIL LEFT

 

Rear Oxygen Fail Time Left

 

 

 

O2R TIME TO ACTI

 

Rear Oxygen Time To Activity

 

 

 

O2RH-LN TNS

 

Oxygen Rich / Lean Transition

 

 

 

O2RH-LN1-1

 

Oxygen Rich / Lean Transition Times Bank 1 Sensor 1

 

 

 

O2RH-LN1-2

 

Oxygen Rich / Lean Transition Times Bank 1 Sensor 2

 

 

 

O2RH-LN2-1

 

Oxygen Rich / Lean Transition Times Bank 2 Sensor 1

 

 

 

O2RH-LNAV

 

Oxygen Rich / Lean Transition Average Time

 

 

 

O2R-L SW1-1

 

Oxygen Rich / Lean Switches Bank 1 Sensor 1

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Actron CP9185 manual O2 Sensorv
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CP9185 specifications

The Actron CP9185 is a highly regarded automotive diagnostic scanner that is designed for both professional mechanics and DIY enthusiasts. This versatile tool brings a plethora of features and advanced technologies, making it essential for anyone looking to diagnose and repair vehicle issues efficiently.

One of the standout features of the Actron CP9185 is its ability to read and clear diagnostic trouble codes (DTCs) from various vehicles. This functionality allows users to quickly identify issues in a wide range of automotive systems, including the engine, transmission, and ABS. The scanner supports OBD II protocols, making it compatible with most vehicles manufactured after 1996, which significantly expands its usability across different makes and models.

The CP9185 comes equipped with an easy-to-read LCD display that showcases real-time data. Notably, this display features live data streaming, allowing users to monitor various parameters such as RPM, coolant temperature, and vehicle speed on-the-fly. This capability aids in pinpointing potential problems that may not be immediately evident from trouble codes alone.

Another important characteristic of the Actron CP9185 is its user-friendly interface. The device includes a built-in help menu and an intuitive navigation system, which simplifies the diagnostic process for users of all skill levels. The rugged design and ergonomic grip ensure durability, making it suitable for frequent use in workshop environments.

In terms of connectivity, the CP9185 features a USB port that allows users to update the device’s software and database. Regular updates ensure that the scanner is equipped with the latest codes and vehicle information, which enhances its effectiveness in performing diagnostics.

The Actron CP9185 also boasts an extensive library of manufacturer-specific codes, which can be invaluable for accurate diagnostics. This feature allows mechanics to delve deeper into vehicle-specific issues, ensuring more precise repairs.

Overall, the Actron CP9185 stands out as a reliable and efficient automotive diagnostic tool that combines essential features with advanced technology. Its comprehensive code-reading capabilities, real-time data display, and user-friendly design make it an indispensable instrument for anyone involved in automotive maintenance and repair. Whether you're a professional technician or a weekend warrior, the CP9185 can significantly enhance your diagnostic capabilities, making it a worthy investment for vehicle care.
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