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Compatibility:
For 2005-2010 Chrysler 300 2.7L
2005-2010 Chrysler 300 3.5L
2008-2012 Chrysler 300 5.7L
2008-2010 Chrysler 300 6.1L
2008-2009 Chrysler Aspen 4.7L
2007-2009 Chrysler Aspen 5.7L
2007-2008 Chrysler Pacifica 4.0L
2008-2010 Chrysler Sebring 2.4L
2005-2010 Chrysler Sebring 2.7L
2007-2010 Chrysler Sebring 3.5L
2008-2010 Chrysler Town & Country 4.0L
2008-2010 Dodge Avenger 2.4L
2008-2009 Dodge Avenger 2.7L
2008-2010 Dodge Avenger 3.5L
2007-2009 Dodge Caliber 1.8L
2007-2010 Dodge Caliber 2.0L
2007-2010 Dodge Caliber 2.4L
2009-2010 Dodge Challenger 3.5L
2009-2012 Dodge Challenger 5.7L
2008-2010 Dodge Challenger 6.1L
2006-2007 2009 Dodge Charger 2.7L
2006 2008 2010 Dodge Charger 3.5L
2007-2012 Dodge Charger 5.7L
2007-2010 Dodge Charger 6.1L
2005-2009 Dodge Durango 3.7L
2008-2009 Dodge Durango 4.7L
2005-2009 2011 2012 Dodge Durango 5.7L
2008-2010 Dodge Grand Caravan 4.0L
2009-2010 Dodge Journey 3.5L
2005-2006 2008 Dodge Magnum 2.7L
2005-2006 2008 Dodge Magnum 3.5L
2008 Dodge Magnum 5.7L
2008 Dodge Magnum 6.1L
2007-2011 Dodge Nitro 3.7L
2007-2011 Dodge Nitro 4.0L
2005-2008 2010 Dodge Ram 1500 3.7L
2008 2010 Dodge Ram 1500 4.7L
2005-2008 2010 Dodge Ram 1500 5.7L
2007-2010 Dodge Ram 2500 5.7L
2009 Dodge Ram 3500 5.7L
2004-2006 Dodge Stratus 2.7L
2006-2010 Jeep Commander 3.7L
2008-2009 Jeep Commander 4.7L
2006-2010 Jeep Commander 5.7L
2007-2009 Jeep Compass 2.0L
2007-2009 Jeep Compass 2.4L
2005-2010 Jeep Grand Cherokee 3.7L
2008-2009 Jeep Grand Cherokee 4.7L
2005-2009 Jeep Grand Cherokee 5.7L
2006-2010 Jeep Grand Cherokee 6.1L
2005 Jeep Liberty 2.4L
2005-2012 Jeep Liberty 3.7L
2007-2009 Jeep Patriot 2.0L
2007-2009 Jeep Patriot 2.4L
2007-2009 Jeep Wrangler 3.8L
2006 Mitsubishi Raider 3.7L
2012 Ram 1500 4.7L
2009-2010 Volkswagen Routan 4.0L
Benefits:
1.Dual Insulated Protective Cover Prevents premature zirconium sensor wear
2.Laser welded sensor body to keep out contaminants
3.Internal Ceramic Insulation for optimal sensor performance.
4.Sealed wire leads prevent moisture interference with electronic signal
Q&A:
Q1:Why the oxygen sensor important for your vhiche?
The oxygen sensor in your car resides in your exhaust manifold and is used to detect components of your exhaust (including oxygen!) that helps your car monitor its performance. Your oxygen sensor’s readings are transmitted to your engine, in real time, and helps your car determine its fuel-to-air ratio in order to maximize its performance.
Failing oxygen sensors were the most common repair performed by North American automotive mechanics for the 5th year in a row, with cars older than 10 years constituting most repairs. Understanding when you should repair your oxygen sensor is important if you drive an older car. Most automotive manufacturers recommend replacing the oxygen sensor in your car every 100,000 km to 150,000 km.
Q2:how to check the oxygen sensor is bad?
1. Check Engine Light Is On
Normally, if your oxygen sensor is malfunctioning, your check engine light will turn on. Instead of ignoring your check engine light, get an inspection from a licensed mechanic as soon as possible. If you drive an older car (10+ years, or above 150,000 km) it is very likely that your check engine light is signalling a faulty oxygen sensor.
2. Increased exhaust emissions
Your oxygen sensor determines the optimal air-to-fuel ratio for your engine by monitoring your emissions in real-time. If your oxygen sensor begins to malfunction, then your engine may be operating at sub-optimal air-to-fuel ratios, which can cause an increase in your exhaust emissions.
3. Bad performance
Your car may misfire or experience hesitation and stalling. Most cars default to the factory air-to-fuel ratio if the oxygen sensor fails, which can cause problems because of non-standard temperature, moisture, or air composition. If your oxygen sensor is failing, then its readings will be inaccurate, again, resulting in a sub-optimal fuel-to-air composition.
Q3:how to install the oxygen sensor?
1. Tools and Materials
Clean rags
A large adjustable wrench or set of crescent wrenches
2 good-sized blocks of wood
A flashlight
A car jack
Jack stands to support the car
A new oxygen sensor
Latex or nitrile gloves (optional)
It might also be useful to have a guide on hand for your specific vehicle, or check out the process in an online forum specific to your make and model.
2.Prepare Your Work Area
First, park the vehicle on a level surface and set the brake. Put the wood blocks behind and in front of one of the rear tires. This is to ensure that the vehicle doesn't move. If you've recently driven the car there's a good chance that the exhaust system will be extremely hot. Let it cool for awhile before touching it. Raise each side of the car using the jack until the tire is no longer touching the ground. Lower the car onto the stand, being careful to use one of the frame contact points identified in your owner's manual. Other places on the vehicle are not designed to support weight and will be damaged if you use them to lift or support the car. Once the car is situated on the stand make sure that it is being supported in a stable manner.
3.Locate and Remove the Sensor(s)
While some vehicles are equipped with only one oxygen sensor, other cars use two. On engines using only one sensor, it is typically located on or very near the exhaust manifold (the part of the exhaust that attaches to your car's motor). On vehicles with two sensors, the second sensor will be located downstream from the car's catalytic converter. Simply follow the car's exhaust system from the manifold back towards the muffler to locate the sensor. Remove and replace the sensors one at a time, taking care to make sure you're installing the correct sensor in each location. Take a look and the new oxygen sensor so that you have a good idea of exactly what it looks like. The sensor wire should unplug using a simple clip. Once the wire is removed, use a crescent wrench to loosen the bolt attaching the sensor to the exhaust system and remove it. Replace the sensor and reconnect it, taking care to make sure the wire's clip clicks into place. Take care to route the wire in its original location so that the wire is away from the hot exhaust pipe.
4.Finish Up
Once the sensors are replaced, reverse the process of step one to complete the job.
| Item Specifics | |
|---|---|
| Manufacturer Part Number | CAR9919150MA |
| Type | Oxygen Sensor |
| Brand | CARMA |
| Manufacturer Warranty | 1 Year |
| Fitment Type | Direct Replacement |
| Modified Item | No |
| Custom Bundle | Yes |
| Wire Quantity | 4 |
| Pin Quantity | 4, 4 |
| Universal Or Specific Fit | Specific |
| Place on vehiche | Upstream, Downstream |
| Attachment Method | Screw-On |
| Type | Sensor |
| Features | Direct Fit |
