How to Use Camshaft Synchronizer Alignment Tool?

How to Use Camshaft Synchronizer Alignment Tool

Camshaft Synchronizer Alignment Tool is one of the most important tools that you can use in your garage. This tool helps to keep your camshafts and valves aligned, which is essential for proper engine performance and fuel economy.

If you don’t have this tool, now is the time to get it. In this article, we will explain exactly how to use Camshaft Synchronizer Alignment Tool.

Key Takeways:

  • Camshaft Synchronizer Alignment Tool is vital for maintaining camshaft and valve alignment, crucial for engine performance and fuel efficiency.
  • The tool ensures proper installation of Mercury, Mazda, and Ford Camshaft Synchronizers and accurate camshaft position sensor housing structure.
  • Using the tool involves locating the camshaft synchronizer, inserting the alignment tool, rotating the engine, and verifying alignment.
  • Necessary tools include the alignment tool, jack, wrench set, screwdrivers, safety goggles, gloves, and a new camshaft synchronizer if needed.
  • Proper workspace setup, safety precautions, and step-by-step guidance are essential for effective tool usage.
  • To remove the tool, follow steps such as preparing the car, disconnecting the battery, removing various components, and taking out the existing synchronizer.
  • Installing the tool involves attaching the alignment tool, aligning the camshaft synchronizer vane, and installing the camshaft synchronizer while following precise instructions.
  • Signs of a faulty camshaft synchronizer include engine misfires, rough idling, decreased fuel efficiency, illuminated “Check Engine” light, and poor acceleration.
  • Accurate camshaft synchronizer alignment is crucial for engine performance, and following instructions and safety measures is essential.

What is Camshaft Synchronizer Alignment Tool?

The camshaft synchronizer alignment tool is a very affordable and convenient tool, excellent for both professional and DIY mechanics. The camshaft timing kit is engineered in the United States.

The device is driven off the camshafts along with coupling up with the sensor. After that, the powertrain computers get to know about Camshaft’s exact point at that time.

The tool allows for the correct installation of Mercury, Mazda, and Ford Camshaft Synchronizers. Moreover, the device is ensuring the precise structure of the camshaft position sensor housing.

How to Use Camshaft Synchronizer Alignment Tool?

Camshaft synchronizer alignment tools are essential for proper engine maintenance and repair. Whether you’re a seasoned mechanic or a DIY enthusiast, knowing how to use this tool correctly can make a significant difference in your engine’s performance.

In this article, we will guide you through the steps of using a camshaft synchronizer alignment tool effectively.

Understanding the Camshaft Synchronizer

Before we dive into the process of using the alignment tool, let’s take a moment to understand the camshaft synchronizer itself. The camshaft synchronizer is a critical component of the engine, responsible for ensuring the precise timing of the camshaft and the crankshaft. It helps synchronize the opening and closing of the engine’s valves, ensuring optimal combustion and power delivery.

Tools and Materials You’ll Need

Before you begin, gather the necessary tools and materials:

  • Camshaft synchronizer alignment tool
  • Jack and jack stands
  • Wrench set
  • Screwdrivers
  • New camshaft synchronizer (if needed)
  • Safety goggles and gloves

Preparing for the Task Ahead

Before you start working on your vehicle, make sure you have a well-ventilated workspace. Put on your safety goggles and gloves to protect yourself from any potential hazards.

Step 1: Preparing for Alignment

To begin the alignment process, gather the necessary tools and materials. You will need a camshaft synchronizer alignment tool compatible with your specific vehicle’s make and model. Additionally, ensure you have a set of wrenches, safety gloves, and eye protection.

Step 2: Locating the Camshaft Synchronizer

Locate the camshaft synchronizer, which is typically situated at the front of the engine, near the top. It will be connected to the camshaft and positioned in alignment with the crankshaft. If you’re having trouble finding it, consult your vehicle’s manual for precise guidance.

Step 3: Removing the Camshaft Position Sensor

Before using the alignment tool, you need to remove the camshaft position sensor from the synchronizer. This step may require disconnecting electrical connectors and loosening retaining bolts. Refer to your vehicle’s manual for detailed instructions on sensor removal.

Step 4: Inserting the Alignment Tool

Once the camshaft position sensor is removed, insert the camshaft synchronizer alignment tool into the vacated sensor port. Ensure that the tool is securely in place and properly aligned with the camshaft synchronizer.

Step 5: Rotating the Engine

With the alignment tool in place, rotate the engine manually in the direction of normal operation. This rotation will help align the camshaft synchronizer accurately. Use a wrench on the crankshaft pulley bolt to turn the engine slowly.

Step 6: Verifying Alignment

After rotating the engine a few times, stop and recheck the alignment of the camshaft synchronizer using the alignment tool. It should be aligned precisely with the tool, ensuring optimal synchronization between the camshaft and crankshaft.

Step 7: Reassembling the Camshaft Position Sensor

Once you are satisfied with the alignment, it’s time to reassemble the camshaft position sensor. Reconnect any electrical connectors and tighten the retaining bolts securely.

Step 8: Testing the Engine

Before completing the process, start the engine and monitor its performance. Listen for any irregular sounds or vibrations that could indicate a misalignment. If everything sounds and feels normal, you have successfully used the camshaft synchronizer alignment tool.

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How to Remove Camshaft Synchronizer Alignment Tool?

At first, get the place ready where you are going to remove it. Make sure to park the car in the safest place. Then turn off the engine of the vehicle.

After that, wait for the engine to cool down. After cooling down the engine, you can open the hood and disconnect the battery terminals.

After disconnecting the battery terminals, don’t forget to uninstall the car’s air filter and intake tube. After that, take out the car’s upper intake manifold carefully.

You also need to remove the radio capacitor, ignition coil, and ignition coil bracket. Then it’s time to remove the camshaft position sensor. Carefully squeeze the sensor connector and remove the sensor by pulling it.

Finally, it’s time to remove the existing Camshaft synchronizer. For this, you need to remove the synchronizer bolt using the 19mm socket.

And then, make sure to mark the engine block and synchronizer for the alignment reference. After that, you need to pull the synchronizer at the angle.

Then it can be clear from the lower intake manifold. Please remember that the oil pump drive isn’t disconnected. If it isn’t connected with that, you can hear metallic sounds loudly while pulling the synchronizer.

So when it happened, don’t forget to put it back and continue with pulling up the synchronizer and removing it. Therefore, you are finally done with removing the camshaft synchronizer from the cylinder block. Now, it’s time to install the original synchronizer.

How to Install Camshaft Synchronizer Alignment Tool?

  • At first, you need to attach the synchronizer positioning tool, such as the item model T95T-12200-A (3.0L) or T96T-12200-A (5.0L).
  • Now, it’s time to align the camshaft synchronizer vane along with the radial slot of the synchronizer positioning tool.
  • Until the boss of the tool engages with the base notch, you need to rotate the correct position tool onto the synchronizer base.
  • At that time, make sure to dip the gear end into the ESE-M2C123 oil. Besides, you can dip them to coat gear, lower bearing, and thrust washer.
  • Keep in your mind that don’t rotate the crankshaft while synchronizing the positioning tool onto the camshaft synchronizer. It can damage the armature tab, and the synchronizer time can shift.
  • Then, you can install the camshaft synchronizer on the 3.0L engine. The step will help you locate the camshaft position sensor’s electrical connector to the original position.
  • If the camshaft position sensor’s electrical connector isn’t positioned appropriately, you don’t need to rotate the synchronizer to reposition the connector. It can cause damage to the engine. In that case, you need to follow the previous step carefully.
  • After that, install the hold-down clamp and then tighten it.
  • Then, remove the synchronizer positioning tool.
  • Now, you need to install the camshaft position sensor and the camshaft position sensor screws.
  • And then, connect the fuel charging electrical connector to the CMP sensor.

Finally, when you get done with your job, get inside the car and then start the engine. After that, you can take the car to test its performance.

Replacing the camshaft synchronizer in any exploder:

At first, you need to get the engine onto TDC to the compression stroke. If you want to check the compression stroke, you need to remove the sensor and look if the gap and key are close.

And then, install the camshaft position sensor with the alignment tool—the alignment toolset the vane at the correct position to the camshaft sensor housing at TDC. After installing, you can engage the vane.

Then you should bolt down the camshaft sensor housing with the camshaft alignment tool. It will lock the sensor housing in that place.

And then, it ensures that it will set the sensor accurately. After that, it’s time to remove the camshaft alignment tool. And install the camshaft sensor carefully.

The Camshaft Position Sensor (CMP):

The camshaft position sensor is called the phase detector or cylinder identification sensor. Besides, it comes with a permanent magnet, coil, and yoke.

It is positioned just next to the camshaft gear. The Powertrain Control Module can calculate the number of pulses in order to determine the camshaft speed. The pulse number figure in one second is called signal frequency.

Then, the PCM uses the sensor to manage the sequential fuel injection. The CMP ranks the injector operation so that it can give it the exact cylinder timing.

Make sure to always set the number 1 cylinder to the Dead center of the compression stroke.

Tips for Ensuring a Successful Alignment

  • Double-check the alignment tool’s fit before rotating the engine.
  • Lubricate the new synchronizer before installation for smoother operation.

Signs that Your Camshaft Synchronizer Needs Replacement

  • Engine misfires
  • Rough idling
  • Decreased fuel efficiency
  • Illuminated “Check Engine” light


How do you adjust a camshaft position sensor?

First, you need to disconnect the battery. Then locate the position sensor. After that, put a voltmeter in the wire. It runs to the computer from the cam sensor. After rotating the cam sensor, the vane passes over the sensor into sync.

The voltage of the sensor will change the output wire. Then you will be able to locate the correct position where the voltage of the sensor changed. And, then you can easily adjust the camshaft position sensor by tightening the bolt.

How does a camshaft synchronizer work?

Whenever the Camshaft rotates, the synchronizer also rotates with them. In that case, the camshaft synchronizer is able to synchronize the movement of the wheel. And then, it camshaft synchronizer reports the movement to the camshaft position sensor into the computer.

How do I know if my camshaft synchronizer is bad?

If your camshaft synchronizer is bad, then you face some problems with your car. You may not be aware of this problem with a bad camshaft synchronizer.
Thus, we will talk about some symptoms so that you will know if your camshaft synchronizer is bad:

Your car doesn’t drive as it used to before
The vehicle won’t start properly
Starting difficulties
Ignition Problems
Car Jerking or Surging
The engine may stall intermittently
The engine indicator Light may come on
Poor Acceleration
Bad Fuel Mileage
Oil pressure drops to zero
Noticeable loss of the engine power

If you see these symptoms ever, then you know that your camshaft synchronizer is bad.

How do you check a camshaft position sensor?

First, you need to troubleshoot the sensor:

Check the camshaft position sensor for any damage.
Check out the faulty.

For the correct connection, corrosion, and breaks, check the connection of the connector, sensor wiring, and sensor.

And then check for the camshaft position sensor following those steps:

Check the connection line
Check the connection to sort the circuit to frame
Check the supply voltage
Check the signal voltage

How to remove the spark plug?

To remove the spark plug, you need a 6-inch extension, a 3/8-inch ratchet, and a 3/4-inch spark plug socket. The sockets come with a small rubber that grips the plug and removes it.
The spark plug needs to be tight while you start it.
After that, the spark plug comes out freely when it starts it. You need to use a custom tool for removing the wire or coil.

After you are done removing the coil or wire, use the torque wrench to remove the spark plug. Make sure to turn the socket counterclockwise around the spark plug. Then you will be able to remove it easily.

Final Verdict

Properly aligning the camshaft synchronizer is crucial for maintaining the optimal performance of your engine.

By following the steps outlined in this guide, you can use a camshaft synchronizer alignment tool effectively and ensure the accurate synchronization of the camshaft and crankshaft.

Remember to consult your vehicle’s manual for specific instructions and always prioritize safety when working on your engine.