Oxygen O2 Sensor Upstream Downstream 2.5L Fit for Toyota 18-23 Camry, 19-24 R... For Sale

Oxygen O2 Sensor Upstream Downstream 2.5L Fit for Toyota 18-23 Camry, 19-24 Rav4, 20-23 Highlander, 21-23 Sienna, 21-24 Venza, 19-22 Avalon, Lexus 19-23 ES300H, 22-24 NX250, 234-9304 234-9307
Product Details Model: 234-9307
Brand: WRYNRQW
MPN: WRY-OS
UPC: Does not apply
EAN: Does not apply

• Brand: WRYNRQW
• Material: Polyphenylene Sulfide, Stainless Steel
• Style: Modern
• Measurement Accuracy: ±1%
• Output Type: electrical signal
• Measurement Accuracy: ±1%
• Output Type: electrical signal
• Specific Uses For Product: automotive
• Material Type: Polyphenylene Sulfide, Stainless Steel
• Style Name: Modern
• Brand Name: WRYNRQW
• Model: 234-9307
• Manufacturer: WRYNRQW
• Part Number: WRY-OS
• Included Components: Oxygen Sensor

• Note: If the plug of the O2 sensor is different from the orignal part, this part will not fit your vehicle. Please compare the original part with pictures to ensure you are ordering the correct part
• Compatible with: Oxygen sensor upstream downstream compatible with Toyota 2019-2022 Avalon 2.5l L4 Electric/Gas, 2018-2023 Camry 2.5l L4, 2018-2023 Camry 2.5l L4 Electric/Gas, 2019-2024 Rav4 2.5l L4, 2019-2024 Rav4 2.5l L4 Electric/Gas, 2021-2024 Venza 2.5l L4 Electric/Gas, 2020-2023 Highlander 2.5l L4 Electric/Gas, 2021-2023 Sienna 2.5l L4 Electric/Gas. Lexus 2019-2023 ES300H 2.5L L4 ELECTRIC/GAS, 2022-2024 NX250 2.5L L4, 2022 NX350H 2.5L L4 ELECTRIC/GAS
• Reference OE number: 234-9304, 89467-33210, 89467-06280, 89467-33210, 234-9307, 89467-0E280, 89467-33290, 89467-06250
• Function of the Oxygen Sensor: The oxygen sensor is a core component that ensures the healthy operation and stable performance output of a vehicle's engine. It continuously monitors engine operating conditions to maintain peak efficiency. Should the oxygen sensor malfunction or exhibit delayed response, it not only causes reduced engine power but also triggers a series of issues including unstable idle, frequent stalling, and sluggish acceleration