The ideal height for a shower mixer bar is typically around 88-90 cm (35-36 inches). However, all shower mixer bars are adjustable, so you can adjust the height to fit the user’s needs. When deciding the ideal height for your shower mixer, it’s important to think about who will be using it, as taller individuals may benefit from a higher bar.
Also, keep in mind that older individuals with mobility issues may find it easier to reach a lower mixer bar. Ultimately, the key to getting the right height is to determine what fits your individual needs and preferences.
Where should shower controls be placed?
Shower controls should be placed in a position that is both convenient and accessible to the user. Ideally, the shower controls should be placed at a comfortable height that allows you to easily adjust the temperature and pressure while standing or sitting in the shower.
A lower placement may be necessary if the shower is being used by someone of a shorter or younger stature. The shower controls should be placed well out of the direct spray of the shower so that they remain easy to operate.
If possible, the shower controls should be placed in a position that allows them to be seen easily through the shower curtain or sliding glass enclosure. Finally, the shower controls should be positioned in such a way that they are protected from potential debris, leaks, and spills for optimal longevity.
How high is too high for a rain shower head?
A shower head that is too high may lead to an ineffective showering experience due to lack of pressure and water coverage. To mitigate this, it is best to go with a lower mounted shower head, usually between 6-7.
5 feet. This height is sufficient to ensure proper water coverage, pressure and drainage. If there is not enough headroom, such as in a small bathroom with a low ceiling, then a wall mounted shower head can still be used, but make sure to keep it as low as possible.
Of course, if you are taller than the average person, then a higher mounted shower head can be used as well. It is important to remember though that the higher the shower head, the lower the water pressure and coverage is likely to be.
How much slope is too much for a shower?
The maximum slope for a shower should generally not exceed 1/4″ per foot of run. Anything steeper than this can create a pooling of water at the drain, creating a slippery situation and potentially leading to water damage.
Generally, the steeper the slope, the greater the risk for pooling and possible damage. Further, any slope greater than 1/4″ per foot of run may require additional waterproofing such as a liner or membrane as a precaution.
When installing a shower, care should be taken to ensure the slope is stable and even throughout the run. The subfloor should be leveled before tile is installed to make sure the desired slope is maintained.
If the slope is not even or an uneven change in elevation occurs, the mixing of air and water at the drain can result in the water not draining properly and could lead to potential damage in the bathroom.
It is important to call a professional if you think the slope you have installed is too much or not enough. They can properly evaluate the situation and make recommendations on any necessary changes.
Can you put shower controls on opposite wall?
Yes, you can absolutely put shower controls on the opposite wall from the shower head. Placing shower control on the opposite wall is a great way to maximize the overall space in your shower. Depending on the construction of your shower, this may be an easier process for some than others.
It could involve running additional plumbing pipes for the new location of the controls, which may require a qualified specialist to install the new plumbing correctly. Additionally, if your shower is tiled, it will be necessary to remove the existing tiles in order to access the necessary plumbing to complete the job.
Be sure to consult a qualified specialist to ensure that the shower controls are installed correctly and that any additional plumbing is done safely.
How far apart should shower valve and diverter be?
The ideal distance between a shower valve and diverter should be at least 16 inches apart, or about the width of the shower head or spout. This is to accommodate easy access for both the valve and the diverter and to ensure that the water pressure from the valve allows the diverter to operate correctly.
If the valve and diverter are too close together, the pressure could be reduced, which could prevent the diverter from working correctly or could create an uneven water flow. The distance between the valve and the diverter can be adjusted to accommodate different sizes of shower heads and spouts.
In order to ensure proper functioning, it’s recommended that plumbers leave extra space between the valve and diverter during installation.
How far above your head should a rain shower be?
The optimal height for a rain shower head should be 6 to 9 feet above the floor. To determine the ideal height for a shower head, consider the user’s height and preferences. Shower heads should typically be located between 2 and 10 feet above the finished shower floor.
Higher shower heads may be necessary if you’re taller than average and want to be able to stand directly underneath the water without having to duck. If you have a high ceiling, placing the shower head higher than 10 feet may provide a luxurious shower experience.
Ultimately, the right height for a rain shower head depends on the individual’s needs and preferences.
Where do you put body sprayers in the shower?
Body sprayers are typically installed in the shower wall at either shoulder height or hip height. Installing them at shoulder height will provide enough coverage for both tall and short individuals, while hip height installation is usually more comfortable.
Installation is easiest when the sprayer is placed within a couple of inches of the shower pipe. It is important to use a shutoff valve prior to the body sprayer to allow you to turn off the water to a specific shower head while other shower heads are still in use.
During installation, the necessary shutoff valve should be installed by a qualified plumbing contractor. Additionally, follow all your local building codes and use appropriate wall mounting anchors where required.
How far does water spray in a shower?
The distance water spray in a shower can vary depending on a few factors, such as the type of shower head and the water pressure. Generally, showers come with different spray settings, from a soft, light spray to a more intense, heavier spray.
For the more intense settings, the water jet typically sprays out of the shower head at a distance of three feet, though it could go even further if the water pressure is high. However, for the softer settings, the water typically only sprays one to two feet, allowing for a more gentle, calming showering experience.
Should shower valve be centered with drain?
In general, it’s a good idea to have the shower valve centered with the drain. This is because it helps the water flow out of the shower area more effectively, reducing the chances of flooding. It also helps with the balance of the shower setup, as the valve and drain should always be in line with each other and equal distances from the walls.
If the shower valve is not centered with the drain, there is an imbalance of forces that can cause water to pool up in certain areas. Additionally, having the shower valve off center can make it difficult to reach hardware and fixtures that are mounted on the wall.
What is the distance between shower valve and diverter?
The distance between the shower valve and diverter depends on the particular installation. Generally, the diverter will be located below the valve, often at the same level as the shower head. However, some installations have the diverter located higher up, even as high as the handle of the valve.
The distance between the two will also depend on any obstacles in between, such as shelves, walls, or other fixtures. It is therefore important to measure your particular installation to determine the exact distance between the valve and diverter.
Should any water sit in shower drain?
No, water should not sit in the shower drain. When water is allowed to accumulate in the drain, it can cause blockages, bad odors, and other plumbing problems. If a clog does form, you may need to use a plunger, snake, or other tools to clear it.
Additionally, sitting water can create the perfect environment for bacteria and mold to grow, leading to unpleasant odors, allergies, and other health implications. To prevent water from accumulating in the shower drain, use a drain strainer or stopper while showering.
If a clog is still forming, consider getting a plumber to inspect and fix the issue.
Does it matter which end of shower arm goes into wall?
The type of shower arm you have can make a difference as to which side should be placed into the wall. If you have a straight arm, it does not matter which side goes into the wall. It will still be able to provide adequate support for the showerhead.
But if you have a shower arm that is bent at the end, then it is important to make sure the side with the bend is placed into the wall. This is because the bend is designed so that it will provide adequate support for the showerhead without having to tighten down on the wall too tightly.
In addition, if the wrong side is put in place it may also cause the arm to be out of alignment and make it more difficult to secure the showerhead properly.
What is code for shower drain?
Installing a shower drain is a critical step for any shower remodeling project. When it comes to code for a shower drain, most local codes will require the use of an approved drain and trap which could be an assembly meeting the ASTM requirements or a more traditional and widely used drainage system.
The applicable codes can vary due to local and state requirements and should be consulted before installation.
The installation of a shower drain will generally involve the following steps:
1. Cutting the hole to fit the approved drain with a hole saw and drill
2. Installing the drain and trap assembly inside the hole
3. Testing the system for leaks
4. Connecting the shower drain to the home’s ventilation system
5. Sealing the area around the drain
The most important step should always be consulting the local codes to ensure the drain is properly installed and compliant.