The shower valve should stick out from the wall a maximum of two inches, and a minimum of one inch. This will allow you to have proper water pressure and temperature control while still being able to reach the valve easily.
A shower valve should typically stick out about 2-3 inches from the wall. However, this can vary depending on the depth of the shower valve and the thickness of the wall.
Table of Contents
How do you measure shower valve depth?
The face of the plastic guard should be placed on the ground if you are showering. This will help to protect your valve from getting wet.
If your shower valve was installed too deep, you may need to purchase a shower valve extension Signature Hardware carries valve extensions for some rough-ins, but not all Professional installation should factor in the correct depth behind the wall, with any exterior wall covering included.
How far should shower diverter be from wall
There is no wrong answer when it comes to installing a diverter for your shower. Some people prefer to install it around 10-15″ above the mixing valve control, while others choose to install it just inside the shower door for easy access. Ultimately, it comes down to personal preference.
It is important to apply caulk to shower and tub trim parts in order to prevent water leakage. Some of the parts that should be caulked include the tub spout, faucet handle escutcheons, and any other gaps where water could potentially leak through.
What is code for shower valves?
Individual shower and tub/shower combination valves shall be balanced-pressure , thermostatic or combination balanced- pressure /thermostatic valves that conform to the requirements of ASSE 1016/ASME A112 1016/CSA B125 16 or A112. These valves shall be installed in accordance with the manufacturer’s instructions.
If you’re looking to install a shower valve in a space between studs that are 12 inches apart, your best bet is to center the valve between the two studs. A little mark at the midpoint of the plates, in line with where you expect the faucet and shower valve to be, will help you to keep things level and symmetrical. Once you have your marks in place, measure 6 inches on either side of the midpoint and make a second set of marks. These marks will indicate where the innermost edges of your shower valve will be placed.
Can you adjust a shower valve?
If you want to adjust the mixture of hot and cold water in your shower or tub, you’ll need to adjust the shower valve stem. This is the part located under the faucet. You can use the knob on the valve stem to control the flow of water, and thus the temperature of the water.
If you need to replace a shower valve, you may need to cut a bigger hole in the shower wall in order to access it. The hole behind the trim plate may not be wide enough to do the job, so you may need to make the hole bigger.
Can you over tighten a valve
It is important not to over-tighten your valves or tube fittings as this can stretch and warp them beyond their intended tolerances. Once they have been stretched in this way, they are unlikely to ever regain their initial shape, making them impossible to reuse in any other context.
Brass adapters are a great way to update the look of your tub spout. They are easy to install and add a touch of elegance to your bathroom.
Here is a quick guide on how to install a brass adapter:
1. Make sure the pipe coming out from the wall is 1/2″ Nominal (inside diameter) 5/8″ outside diameter and protrudes from the finished wall surface 2″ to 4″.
2. Use a hacksaw to remove the old tub spout.
3. Clean the threads on the pipe with a wire brush.
4. Wrap the male threads on the pipe with Teflon tape.
5. Screw on the new adapter. Hand-tighten only. Do not use tools.
6. Check for leaks and tighten as needed.
Where should a shower valve be set?
The shower valve should be placed about waist high, which is approximately 36″ from the floor of the shower. This is so that you can easily reach the valve when you are in the shower. If the valve is too low, you may have to stoop down to turn it on or off, which can be difficult.
If you are planning to install body sprays in your shower, it is important to keep in mind that they should be installed on the opposite wall as the shower head, and not aimed at the shower door. The top level body spray should be set at shoulder height or back height, rather than in the user’s face or back of the head. The mid level body spray should be set at waist or hip level.
Where should you not use caulking
It is important to know which places on the exterior of the home should not be caulked in order to avoid cutting off openings needed for air circulation or drainage. Elegant Painting provides a helpful list of these spaces, which include the gap created when trim boards sit atop the siding, any wood to metal joints, weep holes on windows, and garage door panels. By being aware of these critical areas, you can be sure to caulking your home correctly and preventing any unnecessary damage.
Grout is a cement-based material that is great for filling the spaces between tiles. However, it isn’t flexible enough to stay intact where a shower pan or tub meets surrounding walls. Nor is grout the right material for filling the corner joints on the walls. For these spaces, the right material is caulk.
Where should you not use silicone caulk?
There are a lot of places where silicone caulk can be used, but there are two main places where it shouldn’t be used: wood or any painted surface. If paint will ever be applied to an area, silicone caulk should never be used.
If you have a three-handle shower valve in your home, it is important to know that it is no longer up to code and poses a risk of scalding. It is recommended that you replace it with a single-handle, pressure-balanced valve, especially if you have children who use the shower regularly.
Final Words
The shower valve should protrude from the wall by about 2 inches.
Shower valves should stick out from the wall a minimum of four inches, and a maximum of six inches. This will allow for easy access to the shower controls, and will prevent any accidental scalding.