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Oxygen Sensor 234-4069 For TOYOTA LEXUS DAIHATSU

Oxygen Sensor 234-4069 For TOYOTA LEXUS DAIHATSU

Price:
$8.49
OE No:
234-4069
MOQ:
10
Size:
180x60x90mm
Warranty:
1 year
Delivery Time:
7-15 Days
Availability:
Rear Heated

Application

Makes Series Models Year
TOYOTA AVENSIS T22/T25 2000-2008
TOYOTA AVENSIS Estate T22/T25 2000-2008
TOYOTA AVENSIS Liftback T22 2000-2008
TOYOTA AVENSIS Saloon T25 2003-2008
TOYOTA CALDINA Estate T19/T21 1992-2002
TOYOTA CAMRY V2 1996-2001
TOYOTA CARINA VII Saloon T21 1996-2001
TOYOTA CELICA Coupe T20 1993-1999
TOYOTA COROLLA E12 2001-2007
TOYOTA CORONA Saloon T21 1996-2001
TOYOTA SIENNA L1 1997-2002
TOYOTA SOLARA Convertible V2 1999-2001
TOYOTA SOLARA Coupe V2 1999-2001
TOYOTA SPRINTER CARIB Estate AE11 1995-2001
TOYOTA YARIS P1 1999-2005
LEXUS GS S16/JZS147 1993-2004
LEXUS SC Coupe ZZ3 1995-2000
DAIHATSU GRAN MOVE G3 1998-2002

Our advantage:

RThe pre-greased thread makes it quick and easy to replace the oxygen sensor probe.

Due to the tuned cable length, the probe is tailor-made for every vehicle type.

The connector fits perfectly, just like in the original equipment.


Cowtotal’s Oxygen Sensor is 100% workshop-optimized.
This allows you to proceed quickly and safely during removal and installation.


CONTROL SYSTEM

Engine Control Unit         Fuel Injection         ③ Upstream Oxygen Sensor         ④ Downstream Oxygen Sensor


Working principle:

The oxygen sensor detects the oxygen concentration in the exhaust gas by generating a voltage. Typical oxygen sensors use zirconia electrodes, which are electrically conductive at high temperatures. The oxygen sensor separates the exhaust gas flow into two parts: one part is the outside air, and the other part is the exhaust gas. Due to the different oxygen concentrations in the two parts, the zirconia electrode generates an electromotive force between the two parts. The ECU determines whether the air-fuel mixture ratio is lean or rich based on this electromotive force.


Maintenance and Breakdown:

Oxygen sensors may fail due to carbon deposits, contaminants, or aging after long-term use. Common symptoms include decreased fuel economy, increased emissions, and engine warning lights coming on. Regular inspection and replacement of oxygen sensors are important measures to maintain engine performance and reduce pollution.

In summary, oxygen sensors play a vital role in the vehicle’s fuel management and emission control systems, ensuring that the engine operates at its best while effectively reducing harmful gas emissions.

 

WHY CHOOSE COWTOTAL OXYGEN SENSOR

Increase Fuel Effciency             lmprove Engine Performance             Reduce Pollution


WHEN TO REPLACE A NEW OXYGEN SENSOR

ldle Speed Instability         Engine Light Illuminates         ③ High Fuel Consumption

Attention:If you suspect the oxygen sensor has problems, it is advisable to have a professional repair shop diagnose and replace it as soon as possible to avoid further engine issues and loss of fuel efficiency.

High temperature resistance

Outer submembrane protection

Not easily deformed

Corrosion resistant soaking


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