fits model: Tl. make: Acura. year: 1999–2002.

( Brand: Eccpp ), ( Manufacturer Part Number: E83602CP173S ), ( Manufacturer Warranty: 1 Year ), ( Fitment Type: Direct Replacement ), ( Type: Sensor ), ( Custom Bundle: Yes ), ( Modified Item: No ), ( Position: Upstream, Downstream ), ( Thread Size: M18 1.5 ), ( Universal Or Specific Fit: Specific ), ( Attachment Method: Screw-on ), ( Terminal Type: Blade ), ( Automotive Color / Finish: Steel ), ( Housing Material: Metal ), ( Sensor Type: Heated ), ( Features: Direct Fit )
The ECCPP E83602CP173S Upstream/Downstream Oxygen Sensor is a high-performance replacement part designed specifically for the 1999 Acura TL with a 3.2L engine. This oxygen sensor plays a crucial role in the vehicle's exhaust system, monitoring the oxygen content in the exhaust gases to help maintain optimal fuel-air mixture and ensure efficient combustion.
This sensor is a complete upgrade from the original equipment, boasting enhanced sensitivity and durability. It features a high-temperature ceramic element that can withstand extreme exhaust gas temperatures and a stainless steel housing that resists corrosion and wear. The sensor also comes with a built-in heater element that ensures quick response times and accurate readings in both cold and warm driving conditions.
The ECCPP Upstream/Downstream Oxygen Sensor is a direct fit replacement for the original part, ensuring easy and hassle-free installation. It comes with all necessary hardware, including new oxygen sensor wires, and fits seamlessly into the existing wiring harness. The sensor is also compatible with all factory engine management systems, ensuring proper communication between the sensor and the engine computer.
This oxygen sensor is engineered to provide reliable and accurate readings, helping to maintain optimal engine performance and fuel efficiency. It is also designed to last longer than the original sensor, reducing the need for frequent replacements and saving you money in the long run.
In summary, the ECCPP E83602CP173S Upstream/Downstream Oxygen Sensor is a high-quality and durable replacement part for the 1999 Acura TL with a 3.2L engine. It offers enhanced sensitivity and durability, easy installation, and reliable and accurate readings to help maintain optimal engine performance and fuel efficiency.
The ECCPP E83602CP173S is a upstream and downstream oxygen sensor designed for the 1999 Acura TL 3.2L. Oxygen sensors play a crucial role in maintaining optimal engine performance by measuring the amount of unburnt oxygen in the exhaust gases and providing feedback to the engine control unit. In this analysis, we will discuss the advantages and disadvantages of purchasing this specific oxygen sensor for a 1999 Acura TL 3.2L.
Pros:1. OEM-equivalent quality: The ECCPP E83602CP173S is designed to meet the same specifications as the original equipment manufacturer (OEM) sensor, ensuring proper engine performance and reliability.
2. Affordable: Compared to purchasing an OEM sensor directly from the dealership, aftermarket sensors like the ECCPP are often more affordable.
3. Improved gas mileage: A faulty oxygen sensor can cause poor fuel economy. Replacing it with a new one, such as the ECCPP E83602CP173S, can help restore optimal fuel efficiency.
Cons:1. Potential for compatibility issues: While the ECCPP sensor is designed to fit and function in the 1999 Acura TL 3.2L, there is always a slight chance of compatibility issues that could require additional time and resources to resolve.
2. Lack of warranty coverage: Aftermarket parts, including oxygen sensors, generally do not come with the same level of warranty coverage as OEM parts.
3. Risk of counterfeit products: It is essential to buy the ECCPP E83602CP173S from a reputable dealer to avoid purchasing a counterfeit product, which may not function properly or even cause damage to the vehicle.
Conclusion:In conclusion, the ECCPP E83602CP173S upstream downstream oxygen sensor offers several advantages, including OEM-equivalent quality and affordability. However, there are also potential disadvantages, such as compatibility issues and lack of warranty coverage. To mitigate these risks, it is crucial to purchase the sensor from a trusted dealer and follow the installation instructions carefully. Ultimately, the decision to buy the ECCPP oxygen sensor for a 1999 Acura TL 3.2L depends on the individual's priorities, budget, and risk tolerance.
Recommendation:Based on the pros and cons discussed above, we recommend the ECCPP E83602CP173S upstream downstream oxygen sensor for those looking to save money while maintaining good engine performance. However, we strongly advise purchasing the sensor from a reputable dealer to ensure its quality and compatibility with the vehicle.
When the oxygen sensor fails, computer can no longer sense air/fuel ratio, so it ends up guessing. How does the oxygen sensor in a car work. Stainless steel shield protects the element from thermal shock and regulates proper air flow to ensure faster sensor response better performance. Engine Hesitation or misfire.
Your car performs poorly and uses more fuel than it needs. The engines computer looks at the voltage to determine if mixture is rich or lean, and adjusts amount of fuel entering engine accordingly. Installation steps. Look the oxygen sensors leader.
Do not touch the sensor or heat shield until engine cools down. One-piece laser welded body for maximum protection and precise operation maintaining sensor integrity. 2pcs Upstream Downstream for 1999 Acura TL 3.2L Oxygen Sensor O2 02, Fitment: Please look the compatibility lists note to know more details. Dual internal talc seal makes Oxygen sensors last longer.
2002 Ford F-150 5.4L, 1999 Acura TL 3.2L. Remove the plastic cover. Tighten the new Vehicle oxygen sensor to recommended torque. The reason why the engine needs oxygen sensor is because amount of that can pull in depends on all sorts things, such as altitude, temperature air, engine, barometric pressure, load etc.
Symptoms of a bad oxygen sensor. Rough Idling. Step1.Park your Vehicle, set the parking brakes and open hood. Check Engine Light is ON.
Use a flat head screwdriver to press the locking tab on connector before you pull it. Remove the negative clamp from battery. A decrease in fuel economy.
The goal of the sensor is to help engine run as efficiently possible and also produce few emissions. The oxygen sensor is positioned in the exhaust pipe and can detect rich lean mixtures.