fits model: Cl. make: Acura. year: 2001–2003.

( Brand: Walker ), ( Manufacturer Part Number: QY241RK ), ( Part Type: Sensor ), ( Placement On Vehicle: Downstream ), ( Manufacturer Warranty: 12 Month Warranty ), ( Info: Oe Base Sensor ), ( Years: 2001 2002 2003 01 02 03 ), ( Fitment: Acura Cl Oxygen Sensor ), ( Cs-sku: 400 )
The Walker QY241RK Downstream Oxygen Sensor is a crucial component in the emissions system of select 2001-2003 Acura CL models equipped with the 3.2L V6 engine and a 2002 chassis. This oxygen sensor plays a significant role in maintaining optimal engine performance and ensuring that your vehicle complies with emission standards.
This sensor is designed to monitor the oxygen content in your vehicle's exhaust gases. By measuring the amount of oxygen in the exhaust, the sensor provides real-time feedback to the engine control module, allowing it to adjust the fuel-air mixture for efficient combustion. In turn, this leads to improved engine performance, better fuel economy, and reduced exhaust emissions.
The Walker QY241RK Downstream Oxygen Sensor is a high-quality replacement part, engineered to meet or exceed the original equipment specifications. It features a durable ceramic sensor element with a heated filament that ensures accurate readings in various temperature conditions. The sensor also comes with a sturdy, corrosion-resistant stainless steel housing, ensuring long-lasting protection against the harsh conditions of your exhaust system.
Installation of the Walker QY241RK Downstream Oxygen Sensor is straightforward and can be accomplished in a relatively short time. It includes all necessary hardware, making it a convenient one-stop solution for your replacement needs. Additionally, the sensor comes with a detailed instruction manual, helping to guide you through the installation process.
By choosing the Walker QY241RK Downstream Oxygen Sensor for your Acura CL, you can trust that you're investing in a reliable and effective solution. This sensor is backed by a comprehensive warranty, providing you with peace of mind and assurance that your investment is protected. So, if you're in need of a replacement downstream oxygen sensor for your 2001-2003 Acura CL with the 3.2L V6 engine and a 2002 chassis, look no further than the Walker QY241RK.
- OEM-equivalent: The Walker QY241RK is a direct OEM replacement, ensuring a perfect fit and function for your vehicle.
- Reliable: Walker is a reputable automotive parts manufacturer, known for producing high-quality sensors.
- Immediate performance improvement: Replacing a faulty oxygen sensor can lead to improved engine performance and fuel economy.
2. Cons:- Cost: The Walker QY241RK oxygen sensor may be more expensive compared to aftermarket options.
- Installation: Oxygen sensor replacement requires some mechanical skills and tools; professional installation may incur additional costs.
Conclusion:The Walker QY241RK downstream oxygen sensor is a reliable and direct OEM replacement for your 2001-2003 Acura CL 3.2L V6 (2002). Its high-quality construction ensures improved engine performance and fuel efficiency. However, the cost may be a drawback for some consumers, and the installation process requires some mechanical skills. Weighing the pros and cons, it's ultimately a decision based on your budget, skill level, and preference for a genuine OEM part.
Recommendation:If you prioritize a genuine OEM replacement and have the means to install it yourself or pay for professional installation, the Walker QY241RK downstream oxygen sensor is a solid choice. If budget is a concern, consider researching aftermarket options with similar specifications and reviews to find a cost-effective alternative.
Vehicle Fitment Information, Vehicle Engine, 2001 - 2003 Acura CL3.2L V6. Coated in with electrodes made of a gas-permeable platinum layer. Monitors exhaust gases and reduces pollutants for a Cleaner environment. Notes: OE Base Sensor.
Determines the oxygen content of exhaust gas, monitoring air fuel ratio for combustion efficiency. Condition: New. Wire Quantity: 4. Coating prevents contamination and erosion of the electrode surfaces by combustion residue particulates in exhaust gases.