Oxygen Sensor 89465-17100,234-4162,234-4161,8946509020 for TOYOTA

Name: Oxygen Sensor 89465-17100,234-4162,234-4161,8946509020 for TOYOTA
Brand: OKOOO
Rating: 4.8 (189 reviews)

Product No.:

OK012663

OE No.:

Series:

Oxygen Sensor

For:

TOYOTA

N.W.(Net Weight)/kg:	0.092
Length/mm:	430

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Details

Product No.:

OK012663

Series:

Oxygen Sensor

For:

TOYOTA

Title:

Oxygen Sensor 89465-17100 OKOOO O2 sensor Excellent quality for Toyota 8946509020 lambda Sensor 89465-09140 chip perception

OE:

89465-17100
234-4162
234-4161
8946509020
8946509140
8946509180
8946509190
8946509210
89465-09020
89465-09140
89465-09180
89465-09190
89465-09210
89465-39835
8946539835
8946539865
8946-539865

Metal protective cover：	310s stainless steel
Quality：	100% Tested High Performance
Heated：	Yes
ltem Weight:	0.092KG
ltem Length:	430MM
Package Dimensions:	14.56.54.5
Applicable liguid temperature:	-40 to 1000 degrees
Waterproof rating:	IP68
Length of ceramic chip :	53MM
Pressure tightness：	5Mpa <0.02com/min
chip craft	Imported LTCC process
Wiring harness：	Teflon AFT250

Model:

2004 Toyota Sequoia Limited Sport Utility 4-Door 4.7L 4663CC 285Cu. In. V8

2004 Toyota Sequoia SR5 Sport Utility 4-Door 4.7L 4663CC 285Cu. In. V8

2004 Toyota Tundra Base Standard Cab Pickup 2-Door 3.4L 3378CC V6

2004 Toyota Tundra Limited Crew Cab Pickup 4-Door 4.7L 4663CC 285Cu. In. V8

2004 Toyota Tundra Limited Extended Cab Pickup 4-Door 4.7L 4663CC 285Cu. In. V8

2004 Toyota Tundra SR5 Crew Cab Pickup 4-Door 3.4L 3378CC V6

2004 Toyota Tundra SR5 Extended Cab Pickup 4-Door 3.4L 3378CC V6

2004 Toyota Tundra SR5 Extended Cab Pickup 4-Door 4.7L 4663CC 285Cu. In. V8

2004 Toyota Tundra SR5 Standard Cab Pickup 2-Door 3.4L 3378CC V6

2004 Toyota Tundra SR5 Standard Cab Pickup 2-Door 4.7L 4663CC 285Cu. In. V8

2003 Toyota Sequoia Limited Sport Utility 4-Door 4.7L 4663CC 285Cu. In. V8

2003 Toyota Sequoia SR5 Sport Utility 4-Door 4.7L 4663CC 285Cu. In. V8

2003 Toyota Tundra Base Standard Cab Pickup 2-Door 3.4L 3378CC V6

2003 Toyota Tundra Limited Extended Cab Pickup 4-Door 4.7L 4663CC 285Cu. In. V8

Material:

Metal / Ceramic / Plastic

MOQ:

20 / 50

Warranty:

12 Months

Price Term:

EXW WENZHOU

Package:

Bubble Bag & Cartons

Payment:

T/T, Western Union, PayPal, Moneygram

Delivery time:

30 Days

Shipping Way:

Airline / Sea / Land Transportation

Sea Port:

Shanghai Guangzhou Ningbo

Main Export Markets:

the United States, Europe, Southeast Asia, Russia and the Middle East etc..

Inner Packing:

Bubble Bag

Outer Packing:

Carton

Brand:

OKOOO

Custom Tiles:

YES

Origin:

Mainland China

Quality:

Professional Factory

Certificate:

CE and IATF 16949:2006

How to prolong the service life of oxygen sensor
Step 1: Ensure the oxygen sensor and transmitter board wire correctly and securely
Verify that the oxygen sensor unit is securely mounted and properly sealed (if it fits). Verify that neither the O2 oxygen sensor nor the wiring is damaged; make sure the cables are strain-free and not twisted; all screw terminals are properly tightened. Test the power supply to ensure it is providing the correct terminal block voltage before connecting to the device.
Step 2: Evaluate the environment in which the oxygen sensor will be used
When using the oxygen sensor in a warm, humid environment, it is not a problem because the zirconium oxide core is heated to 700°C. However, when the oxygen sensor is powered off, it may corrode because if condensation forms on the heater and sensing element, when the sensor is powered back on, the condensation will evaporate, leaving corrosive salts that will damage the heater and sensing element. As shown in the picture, the outside of the oxygen sensor is normal, but the core is corroded.
Step 3: Avoid using oxygen sensors with silicone
The presence of silicon in the gas can damage the zirconium oxide oxygen sensor. The vapors (organic silicon compounds) of RTV rubber and sealants are the culprits. When heated, the silicone vapors are released into the surrounding atmosphere. When these vapors reach the sensor, they partially burn, leaving behind silicon dioxide (SiO2). This SiO2 blocks the pores and active parts of the electrode. It is recommended to use seals such as FKM, NBR, PTFE, etc. that do not contain silicone components.
Step 4: Prevent combustible gases and chemicals from damaging the oxygen sensor
Combustible gases
H2 (hydrogen) up to 2%; CO (carbon monoxide) up to 2%; CH4 (methane) up to 2.5%; NH3 (ammonia) up to 1500 ppm;
Heavy metals
Vapors from metals such as zinc, cadmium, lead, bismuth, which will have an impact on the catalytic performance of the platinum electrode.
Halogens and sulfur compounds
Small amounts (< 100ppm) of halogens and/or sulfur compounds have no effect on the performance of the oxygen sensor. Higher concentrations of these substances in a condensing environment will corrode sensor components and affect the service life of the oxygen sensor. Gas Survey:
Halogen, fluorine, chlorine; HCL (hydrogen chloride), HF (hydrogen fluoride) SO2 (sulfur dioxide) H2S (hydrogen sulfide) Freon gas, CS2 (carbon disulfide)
Step 5: Avoid long-term use under reducing gas, fine dust and strong vibration
Prolonged exposure to reducing atmosphere will weaken the catalytic effect of platinum electrodes. In this type of atmosphere, oxygen is consumed as the combustible gas burns. Fine dust may cause clogging of the porous stainless steel filter and may affect the response speed of the oxygen sensor. Severe shock or vibration may change the sensor characteristics

How long is the delivery time ?

30 day.

How long is the product shelf life ?

One year, 50,000 kilometers.

About a return or exchange ?

If there is any quality problem, it can be replaced.

About adaptation ?

The specific OE number is suitable for different models, please refer to the details page or contact us.

When should the oxygen sensor be replaced ?

Increased fuel consumption,silicon poisoning, lead poisoning, carbon poisoning, fault light on, Annual audit of exhaust gas failed.

At present, the R & D team of the company has begun to develop and test nitrogen and oxygen sensors, In addition, motorcycle oxygen sensors and diesel engine sensors are being developed and demonstrated in the early stage.

At present, the oxygen sensors of various mainstream models of the company have complete specifications.

Our company is a national science and technology enterprise, passed IATF 16949:2006 certification CE certification, has a number of inventions, utility models, patents and other honors, has been focusing on the development and production of auto parts and motorcycle parts.

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Oxygen Sensor for TOYOTA

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