Drivers now can experience greater levels of safety behind the wheel thanks to developments in safety technologies. Nevertheless, warnings about safety recalls are frequently made for automobiles, sometimes even for models that have been on the road for a long period. You can make sure you’re as safe as possible when driving by keeping up with these recalls.
There are just two, but one of them involves a recall that might have an impact on more than 650,000 vehicles and cause a risky engine stall. In this recall, the crankshaft position sensor is involved (CPS).
By reading our in-depth explanation below, you can save yourself some time and hassle while studying this 2005 Nissan Altima recall. In addition, we’ll show you how to find out if your Altima is affected by this recall and what to do in that case.
In This Article...
What is the Nissan Altima recall for 2005?
The crankshaft position sensor on some passenger cars with 2.5L engines may overheat, briefly disrupting the signal output from the sensor.
The engine may stop running without warning while the vehicle is being driven at a low speed, increasing the risk of a collision. This can happen if the interruption in the signal from the crankshaft position sensor is so brief that the electronic control module (ECM) logic does not have time to diagnose the condition.
THE ECM WILL BE FREELY REPROGRAMMED BY DEALERS. CERTAIN MY 2006 ALTIMAS THAT WERE PREVIOUSLY RECOVERED UNDER RECALL CAMPAIGN 06V223 (NISSAN R0606) ARE NOT INCLUDED IN THIS RECALL AS THERE WAS ALSO REPROGRAMMING FOR 06V223. It is anticipated that the recall will start on or around December 10, 2007. NISSAN CAN BE REACHED BY OWNERS AT 1-800-647-7261.
Where is the location of my camshaft position sensor?
The Camshaft Position sensor includes a cylindrical part that inserts into the cylinder head of the engine, where it is generally positioned. The timing cover or the side of the block with a cylindrical part that inserts into the block are where the crankshaft position sensor is typically found.
After replacing the camshaft sensor, what should you do?
It is one of the most crucial sensors in a contemporary automobile. It provides data about the camshaft’s present position to the engine controller. Based on this data, the position of the valve control mechanism is established. The camshaft sensor additionally tells the onboard computer whether the engine is running or not.
Failure of the camshaft sensor causes the engine to run poorly and may even render it completely inoperable. It is necessary to unplug the sensor from the electrical system and remove the bolts securing it to the cylinder head in order to replace it. The electrical system is then connected when a new sensor has been installed.
Following changing the sensor, don’t forget to use a diagnostic scanner to clear the fault codes that were saved in the engine controller after the failure. A new sensor should allow the engine to run correctly again if installed properly. In the case of a failure, the sensor itself is not replaceable or repairable.
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What malfunctions a camshaft sensor?
My camshaft sensor just developed a problem, and I am now paying to get it replaced. How can I keep this from happening again? What malfunctions in a camshaft sensor?
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Your camshaft sensor could malfunction for a number of reasons, including oil and filth in the engine, water damage, faulty wiring, and overheating.
Taking care of your car is the most important thing you can do to prevent this. To prevent grime accumulation, make sure you clean your engine on a semi-regular basis, or at least once a year. When you take your car in for maintenance, you may also request that the mechanic check the camshaft sensor to see if there are any problems.
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Do you have two camshaft sensors?
My Check Engine light illuminated, and now I’m attempting to identify the problem. It might be my camshaft sensor, I believe. I’m not even certain how many camshaft sensors I have, though. In an automobile, how many camshaft sensors are there?
A new car should contain four camshaft sensors, one for each camshaft, though the exact number can vary depending on the age of your vehicle.
A camshaft sensor pinpoints the precise location of the camshaft in your engine, ensuring smooth combustion in your vehicle.
One camshaft sensor is common in contemporary engines, one for each camshaft. Up to four, albeit some cars only have two, can be meant by this.
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How is a camshaft position sensor reset?
Unfortunately, a camshaft position sensor cannot be reset. You must completely replace the camshaft if you experience camshaft problems (check engine light on, sputtering and stalling, difficult acceleration, etc.).
How many sensors measure the position of the camshaft in a car?
Hello. Four separate camshaft position sensors, one for each of the engine’s camshafts, should be included in your car. They are placed across from one another, close to the camshaft actuators, on the front of the cylinder heads. By removing the engine covers, the sensors should be visible. The exhaust camshaft position sensor is located lower than the intake camshaft position sensor, and vice versa on both sides of the engine. The first thing I would check if I thought there might be a problem with the camshaft position sensors is the wiring and connectors leading to them. Nevertheless, if you receive an error message relating to the camshaft position sensors, it may be a good idea to start there before ruling out other possibilities, such as a broken idle air control valve or mass airflow sensor. I would advise having a qualified technician, such as one from YourMechanic, visit your location to identify which, if any, of the camshaft position sensors need to be changed if you are unsure which camshaft sensor to look at or how to test them.
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How is a camshaft sensor tested?
CMP sensors of the magnetic type generate their own AC (sine wave) signal. A digital multimeter (DMM) with the ability to measure AC (alternating current) voltage is required.
- To stop the engine from starting, turn off the gasoline or ignition systems. To do this, cut the high tension wire from the distributor cap and the ignition coil, and ground the wire to the engine block using a jumping wire. For this, an engine bolt or metal bracket can be used. By removing the fuel pump fuse, the engine can also be kept from starting. Consult your vehicle’s repair manual if necessary.
- Set the automated park or neutral position on the transmission (manual).
- Pull the emergency brake lever.
- Switch off the CMP sensor.
- Select DC voltage on your multimeter.
- While the ignition is on and the engine is off, check for voltage at the harness connector. The voltage at the terminal may be close to 1.5 volts, depending on the model. Consult the repair manual for your car.
- Now set the AC voltage reading on your DMM meter.
- Your DMM leads should be connected to the sensor termination pins.
- Have a helper turn the engine for a short while.
- The voltage shown on your multimeter should be read.
- Compare your findings to the requirements in your repair manual.
You can quantify the resistance of your CMP sensor. Consult the maintenance manual for your car to find the sensor’s resistance value.
Touch the meter leads to the sensor termination pins with your multimeter set to Ohms. If the resistance is infinite, the sensor is open, and it needs to be changed. You may encounter versions with resistance readings of 200 to 900 ohms. Consult the specifications in your repair manual.
You can bench test the CMP sensor if you have simple access to it and can take it out of the car.
Connect the meter leads to the pins on the sensor connector after setting your DMM to AC volts.
Place a metal object, like a blade, in front of the magnet on the sensor. Every time you move the object in front of the magnet, you should notice a pulsing voltage signal; otherwise, the sensor is not functioning.
Do camshaft sensors require programming?
The ECM will decide the ideal timing to fire the ignition and inject using your new camshaft sensor and the old crankshaft sensor.
To determine the proper time separation between the pulses, it will further evaluate the interval between signal pulses going to and coming from the module and sensor and compare it to the data already in the data table.
It is not necessary to program the sensor if the reading is ideal. If any error codes appear after the replacement, look for any writing or connector problems and fix them if necessary. If the error codes persist, the camshaft sensor is not the cause.
What occurs if the camshaft sensor is broken?
When the camshaft position sensor malfunctions, you may typically notice a few warning indications. Watch out for these typical signs:
- Poor fuel economy: An inefficient camshaft position sensor will give the engine control module erroneous data. Your engine won’t be able to operate as efficiently as it should, which will result in it needing more fuel.
- Stalling: The engine may stall if the fuel injectors are not supplying the right amount of fuel.
- Engine Idles Roughly: A failed camshaft position sensor may be the reason why an engine is idling rough. When the engine is idling, this problem is more noticeable.
- Hesitation: A malfunctioning camshaft sensor can cause hesitancy when accelerating, which is a common problem.
- Emissions test failure: A malfunctioning engine will not be able to burn fuel effectively. This can result in more emissions.
- Scent of Gas: Unburned fuel that escapes from your tailpipe might leave a strong gas smell.
- Car Won’t Start: As the camshaft position sensor ages, the engine control module receives a weaker signal as a result. You won’t be able to start your automobile if the engine no longer gets the signal.
- Your engine may misfire if your camshaft position sensor isn’t functioning properly.
- Data transmitted to the engine control module can cause transmission shifting issues and prevent the transmission from moving properly. There is a security feature in some cars that switches the automobile into “limp mode.” This lessens the chance of serious engine damage.
- Check Engine Light Is On: The check engine light will come on when there is a problem with your car. The light can be activated for a variety of reasons. Have your mechanic do a diagnostic scan as soon as possible if your dashboard warning light is on to identify the precise issue. When it is safe to do so, pull over and turn off your car if the light is flashing. Request a tow. Don’t keep on driving your car.