Walker Products 350-34643 Oxygen Sensor, Original Equipment Replacement O2 Sensor, 4-Wire Direct Fit Narrow-Band for Lexus IS300 01-05, SC300 98-00 & Toyota Camry 97-01, Solara 99-00, Supra 1998

Walker Products Engine Management and Oxygen/Air-Fuel sensors have been engineered and developed to be an Original Equipment Manufacturers replacement for many vehicles worldwide. Every part number is manufactured for the specific application, fitment position on the vehicle, and will provide the relevant diagnostic system feedback as required by the ECU. Newer vehicles will store fault codes in the ECU, some will relate to the affected sensor and its associated systems. A failed sensor might make itself known by causing the engine to run poorly, increase fuel consumption, exhaust emissions, or illuminating a (MIL) malfunction indicator light. The sensor, wiring harness, and connector should also be checked for physical damage. This will most likely also cause their operational life to be shortened. Since 1946, Walker Products has been the number one choice for the engine management sensors and fuel system components needed for your vehicle. Fitments: Lexus IS300 Base with engine L6 - 3.0L 2997cc GAS MFI type 2JZ-GE - 4 valve DOHC 2001-2005 Lexus IS300 Sportcross with engine L6 - 3.0L 2997cc GAS MFI type 2JZ-GE - 4 valve DOHC 2002-2005 Lexus SC300 Base with engine L6 - 3.0L 2997cc GAS MFI type 2JZ-GE - 4 valve DOHC 1999-2000 Lexus SC300 Base with engine L6 - 3.0L 2997cc GAS MFI vin D type 2JZ-GE - 4 valve DOHC 1998 Toyota Camry CE with engine L4 - 2.2L 2164cc GAS MFI vin G type 5S-FE - 4 valve DOHC 1997-2001 Toyota Camry LE with engine L4 - 2.2L 2164cc GAS MFI vin G type 5S-FE - 4 valve DOHC 1997-2001 Toyota Camry XLE with engine L4 - 2.2L 2164cc GAS MFI vin G type 5S-FE - 4 valve DOHC 1997-2001 Toyota Solara SE with engine L4 - 2.2L 2164cc GAS MFI vin G type 5S-FE - 4 valve DOHC 1999-2000 Toyota Supra Base with engine L6 - 3.0L 2997cc GAS MFI vin D type 2JZ-GE - 4 valve DOHC 1998

• Air-Fuel Ratio Monitoring: Determines the oxygen content of the exhaust gas, monitoring the air fuel ratio for combustion efficiency.
• Fuel Economy Optimization: Measures oxygen levels to fine-tune air-fuel mixture, improving fuel economy and saving costs.
• Protective Sensor Coating: Coating prevents contamination and erosion of the electrode surfaces by combustion residue and particulates in the exhaust gases.
• Platinum Electrode Construction: Coated in with electrodes made of a gas-permeable platinum layer.