Faucet Handle Spins All The Way Around – 4 Easy Fixes

At the heart of every faucet is its handle, which allows us to control the flow and temperature of the water with a simple twist or turn. However, what happens when the faucet handle spins all the way around?

The faucet handle serves as the gateway to controlling the water flow and temperature, allowing us to effortlessly adjust it to our desired settings. You go to adjust the water temperature, and the handle spins all the way around, leaving you puzzled and frustrated. It disrupts our daily routines and potentially causes further damage to the faucet. Read causes, effects, and solutions for a faucet handle that spins all the way around in this comprehensive guide.

Why Faucet Handles Spinning All the Way Around?

Understanding these causes is essential in troubleshooting and fixing the issue of faucet handles spinning all the way around. By identifying the specific cause, you can take appropriate steps to resolve the problem and restore proper functionality to the faucet.

Why Faucet Handles Spinning All the Way Around?
Why Faucet Handles Spinning All the Way Around?

Loose or Broken Handle Screw

A loose or broken handle screw is one of the common causes of faucet handles spinning all the way around. The handle screw is responsible for securing the handle to the faucet valve or cartridge.

Over time, due to regular usage or insufficient tightening during installation, the handle screw can become loose or even break.

When the handle screw is loose or broken, the handle loses its connection to the valve or cartridge, resulting in a spinning motion. As a consequence, controlling the water flow and temperature becomes difficult or impossible.

Worn Out or Damaged Cartridge or Valve

A worn-out or defective cartridge or valve is another cause of faucet handles spinning all the way around. The cartridge or valve is responsible for controlling the flow and temperature of the water.

The internal components of the cartridge or valve can wear down over time, resulting in a lack of control over the handle’s movement.

Wear and tear might be caused by mineral deposits or corrosion. When a cartridge or valve becomes old or damaged, it may fail to engage correctly with the handle, permitting it to spin freely. This can cause inconsistencies in water flow, temperature changes, or even total water shut-off.

Faulty Handle Alignment

A faulty handle alignment is also responsible for the issue of a spinning faucet handle. The handle mechanism consists of various components such as gears, washers, and bearings that facilitate the movement and operation of the handle.

If any of these components become worn out, broken, or misaligned, it can lead to a handle that rotates excessively. This can result in poor handle control and irregular water flow. Additionally, a faulty handle alignment may cause the handle to spin beyond its intended range, making it difficult to achieve the desired water temperature or flow rate.

Improper Installation of The Handle

During installation, it is crucial to ensure that the handle is securely attached to the valve or cartridge. If the handle is not properly tightened, it can result in a loose connection, causing the handle to rotate freely.

This can occur if the handle is not properly seated on the valve stem or if the handle screw is not adequately tightened. Improper handle installation can lead to instability and improper functionality. The spinning handle may make it challenging to control the water flow and temperature effectively, affecting the overall user experience.

How Do I Fix a Faucet That Turns All The Way Around?

How Do I Fix a Faucet That Turns All The Way Around?
How Do I Fix a Faucet That Turns All The Way Around?

Fix 1 – Tightening or Replacing the Handle Screw

Examine the handle screw for signs of looseness or damage. Wiggle the handle gently to check for any play or movement. If the screw feels loose or if the handle spins freely, it’s likely that the screw needs attention.

Inspect the screw head for any stripping or wear. If the screwdriver cannot grip the screw properly or if the screw head appears worn, it may need to be replaced.

Tightening the Handle Screw

  • Place the screwdriver securely into the screw head and turn it clockwise to tighten the screw. Apply firm but gentle pressure to ensure a tight fit. Be cautious not to overtighten, as this can cause damage to the screw or handle.
  • Test the faucet handle after tightening the screw to see if the issue is resolved. If the handle no longer spins all the way around and operates smoothly, you have successfully fixed the problem.

Replacing the Handle Screw

  • If the handle screw is stripped or missing, it is necessary to replace it.
  • Take note of the specific type and size of the screw used in your faucet handle. This information can usually be found in the faucet’s user manual or by contacting the manufacturer.
  • Visit a local hardware store or contact a plumbing supply store to obtain a replacement screw that matches the specifications.
  • Insert the new screw into the handle and use the screwdriver to tighten it securely. Make sure it is snug but not overly tight.

Fix 2 – Repairing or Replacing the Cartridge or Valve

If tightening or replacing the handle screw hasn’t resolved the problem of a faucet handle spinning all the way around, it’s time to examine the cartridge or valve inside the faucet. This component plays a crucial role in controlling the flow and temperature of the water. Follow these steps to diagnose and address potential issues with the cartridge or valve:

  1. Before working on the cartridge or valve, it’s important to shut off the water supply to the faucet. Look for the shut-off valves located under the sink or near the main water supply line. Turn the valves clockwise until the water flow stops completely.
  2. Carefully disassemble the faucet by removing the handle, escutcheon plate, and any other components that provide access to the cartridge or valve assembly. Keep track of the parts you remove, as they will need to be reinstalled correctly later.
  3. Once you have exposed the inner workings of the faucet, locate the cartridge or valve assembly. This may vary depending on the type and brand of your faucet. Consult the manufacturer’s documentation.
  4. Carefully examine the cartridge or valve for any signs of wear, damage, or sediment buildup. Look for cracks, corrosion, or mineral deposits that could affect its functionality. Sediment buildup can obstruct the flow of water and cause the handle to spin excessively. If the cartridge or valve appears worn or damaged, it’s best to replace it with a new one.
  5. Refer to the manufacturer’s instructions for the specific replacement process. Each faucet may have a different method of replacing the cartridge or valve. It may involve unscrewing or unclipping the old component and installing the new one in its place. Make sure to use the correct replacement part for your particular faucet model.
  6. Once the new cartridge or valve is in place, carefully reassemble the faucet by following the reverse order of disassembly. Ensure that all components are aligned properly and securely tightened. Take care not to overtighten any screws or connections.

Fix 3 – Adjusting the Handle Alignment

Examine the handle and its corresponding components, such as the stem or valve, to determine if they are properly aligned. Look for any signs of misalignment or a handle that sits crookedly when in the off position.

If the handle is misaligned, start by loosening the handle screw using a screwdriver. This allows you to adjust the handle to the correct position.

Gently rotate the handle to align it correctly with the stem or valve. Take note of the correct position, which should match the off position indicated by the faucet. Ensure that the handle sits straight and level when turned off.

Once the handle is aligned correctly, tighten the handle screw to secure it in place. Use a screwdriver to ensure it is tightened adequately but be careful not to overtighten, as this can restrict the handle’s movement.

Fix 4 – Reinstalling the Handle Properly

After repairing or replacing the necessary components, it’s time to reinstall the faucet handle correctly. Align the handle with the cartridge or valve stem and secure it in place using the handle screw. Ensure that the handle is snug but not overly tight to allow for smooth operation.

Turn on the water supply and test the faucet. Verify that the handle no longer spins all the way around and that water temperature and flow can be controlled effectively. If the issue persists, it may require professional assistance to identify and resolve the underlying problem.

Why Is My Tap Spinning But No Water?

If your tap is spinning but no water is coming out, it can be a frustrating and concerning issue.

One possible reason for a spinning tap with no water is a water supply issue. It’s essential to check if there is a problem with the water supply to your tap. It could be due to a temporary interruption in the water service in your area or a valve that is turned off. Ensure that the water main valve or the shut-off valve for that specific tap is fully open.

Another common cause is a clogged aerator or faucet spout. Over time, debris, mineral deposits, or sediment can accumulate and clog the aerator or spout, restricting the water flow.

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This can lead to the tap spinning without dispensing water. To resolve this, remove the aerator or spout and clean it thoroughly. Soaking it in vinegar or using a brush to remove any blockages can help restore proper water flow.

A malfunctioning cartridge or valve inside the tap can also prevent water from flowing. These components can deteriorate over time, resulting in a decrease in water flow or a complete blockage. Consider inspecting and replacing the cartridge or valve if necessary to restore proper water flow.

In some cases, the issue may be related to plumbing problems. There could be a damaged, clogged, or frozen pipe connected to the tap, which restricts the water flow. In such situations, it is recommended to contact a professional plumber to assess and fix the plumbing issue.

Pressure or flow regulator problems can also cause a tap to spin without dispensing water. Some taps have regulators that control the amount of water coming out. If these regulators malfunction, they can restrict the flow or shut it off entirely. Refer to the tap’s user manual or contact the manufacturer for guidance on troubleshooting or replacing the regulator.

How Do You Remove a Tub Spout That Keeps Spinning?

  1. Before attempting to remove the spout, identify its type. Tub spouts typically fall into two categories: threaded and slip-on. Understanding the spout type will help you choose the appropriate removal method.
  2. Use a pair of adjustable pliers or a pipe wrench to grip the tub spout securely. If the spout has any decorative coverings, remove them to expose the base of the spout for a better grip.
  3. With a firm grip on the spout, apply a steady and even counter-clockwise force to loosen it. It may require some strength, especially if the spout has been in place for a long time or if it is tightly secured.
  4. If the tub spout remains stubborn and won’t budge, you can try using heat to expand the metal and facilitate easier removal. Use a hairdryer or a heat gun to warm the spout, focusing on the base where it connects to the pipe. Be cautious not to overheat the spout or the surrounding area.
  5. If the tub spout continues to resist removal, you can utilize a specialized spout removal tool. This tool provides a better grip and leverage to loosen the spout. Follow the instructions provided with the removal tool to ensure proper usage.
  6. If the spout is still stuck, you can apply a lubricant, such as penetrating oil or silicone spray, to the connection between the spout and the pipe. Allow the lubricant to penetrate for some time, as it can help loosen any corrosion or buildup that may be causing the spout to stick.
  7. Once you have a firm grip and have taken the appropriate measures, continue twisting the spout in a counter-clockwise direction while pulling it away from the wall or pipe. This combined twisting and pulling motion should help detach the spout.

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