How To Hide Thermostat On Wall (5+ Ways Explained)
To conceal a thermostat on a wall, consider creating a photo gallery or vintage crate arrangement around it, using wall art or plants to camouflage it, or placing it on a high shelf. While using these creative methods, ensure that the thermostat remains accessible for temperature adjustments without being entirely covered.
The thermostat is an essential part of any home heating and cooling system, but it can often be an eye-sore.
In order to give your living space a more modern, neat, and tidy look, hide the thermostat on the wall and keep your living area looking its best.
Hiding the thermostat on the wall involves a few steps that anyone can do to make the most of the space in their home.
With the right tools and materials and an eye for detail, you can easily make your thermostat blend into the wall and keep your living area looking great.
Choose the Right Location
When choosing the right location, it is important to choose a spot near the HVAC system to ensure optimal air circulation and temperature control. Additionally, it is essential to pick a spot that is away from direct sunlight and drafts, as this will provide protection for the items or equipment that are being stored. Finally, it is important to select an area that provides easy access, this will help ensure your items will remain safe and accessible when needed.
Pick a spot near the HVAC system
Now that you know what you need to watch out for when choosing a spot for your thermostat, it’s time to pick a spot near the HVAC system. It’s important to choose a spot that is easily accessible, so you can make changes to the thermostat quickly and easily. To ensure your thermostat is accurate, it’s best to place it in a spot that is a few feet away from the HVAC system.
When choosing a spot, make sure that it’s not too near the HVAC system, as this can cause the thermostat to overheat and become inaccurate. It’s also important to avoid any spots that get a lot of direct sunlight, as the sunlight can cause the temperature readings to be inaccurate. Furthermore, make sure to find a spot that is away from any drafts, as this can also affect the readings of the thermostat.
Finally, make sure that the spot you choose for your thermostat is easily accessible. This will make it easier for you to adjust the settings as needed. Aim for a spot that is around eye level, so that you can easily read the display on the thermostat. Taking these steps will ensure that your thermostat is installed properly and functioning accurately.
Avoid direct sunlight and drafts
Having picked the perfect spot for your thermostat near the HVAC system, the next step is to make sure that it is not exposed to direct sunlight or drafts. Constant exposure to direct sunlight can cause the thermostat to malfunction since it relies on air temperature to read the home’s temperature accurately. Similarly, drafts can also affect the instrument’s readings.
To avoid any issues, make sure to hang the thermostat in an area that is not exposed to direct sunlight even during the day and is not situated in a drafty area. If you have large windows in your home, it may be difficult to completely eliminate all the sunlight. But if you can manage to do so, your thermostat will be able to last much longer.
You can check for drafts by placing a piece of incense next to the wall where you plan on placing your thermostat and checking if the smoke wavers or not. If it does, you have found a drafty spot and it is best to avoid it. If the smoke moves in a straight line, then you have a good spot for your thermostat.
Allow for easy access
Once you have determined the right spot near the HVAC system and away from direct sunlight and drafts, the next step is to allow for easy access. Make sure the space is clear of clutter and is easily accessible for maintenance and repair work. Look for a spot that is in line with the HVAC system, and where the back-end of the unit is visible. This will make it easier for the technician to access and clean the system, and also make any repairs that may be needed.
In addition, look for a place where the HVAC system is not in the way of other items. If the unit is placed in a narrow hallway, for example, the technician may not be able to access it easily. Make sure the space is large enough for the technician to work comfortably and safely. Avoid areas with poor ventilation or too much dust.
Finally, create an area where the technician can easily access the necessary tools and materials. Place a toolbox or shelf nearby for easy access to tools and spare parts. This will save time and effort, and keep the HVAC system in optimal condition. With a few simple steps, you can ensure that the HVAC system is well maintained and operates efficiently for many years to come.
Gather Your Supplies
To prepare for a successful drywall project, arm yourself with drywall screws, Sheetrock, and joint compound. Apply the joint compound with a putty knife to ensure an even coverage. For the perfect finishing touch, use a putty knife to spread and smooth the joint compound to create a seamless finish.
Drywall screws
Having identified the perfect location for your drywall project, the next step is to gather your supplies. One of the most essential items for any drywall project is drywall screws. These screws are specifically designed for attaching drywall to the studs.
Drywall screws are available in a variety of lengths, ranging from 1 1/4 inch to 3 1/2 inch. When selecting the right screw for your project, it is important to consider the thickness of your drywall. If you are using 1/2 inch drywall, a 1 1/4 or 1 5/8 inch screw should be sufficient. If you are using 5/8 inch drywall, a 1 5/8 or 2 inch screw should be sufficient. Make sure to double check the thickness of your drywall and select the appropriate screw length accordingly.
When selecting the right drywall screws, it is also important to consider the head of the screw. Drywall screws are available with both Phillips head and bugle heads. Phillips head screws are often easier to drive, while bugle head screws are designed for maximum holding power. Consider the size of the screw you need and the type of driver you have available in order to select the right head for your project.
Sheetrock or joint compound
Gathering the right materials is the key to a successful project. After all, the right materials will ensure a strong, sturdy structure that will last for years to come. When it comes to wall repair, the materials you’ll need are drywall screws, Sheetrock, and joint compound.
Sheetrock is a gypsum wallboard that is incredibly strong and durable. It’s a great option for repairing walls because it is easy to cut and shape and install. Joint compound is a type of plaster that is used to fill in the gaps between the Sheetrock and the frame. It is also used to help smooth out the surface of the wall. When they are used together, the Sheetrock and the joint compound create an incredibly strong and reliable wall that is easy to maintain.
When it comes to Sheetrock and joint compound, it’s important to make sure you use the right materials. Look for a product that is designed to be used on walls and is easy to apply. Make sure the Sheetrock and joint compound are the right size for the job, as well. The last thing you want is to have to go back and buy more materials once you’ve started the job. With the right materials, you can ensure that your wall repair goes smoothly and that the finished product is strong and reliable.
Putty knife
Now that you have settled on the perfect location for your project, it is time to gather the supplies you will need to complete it. One of the most important tools you will need is a putty knife. Putty knives come in various shapes and sizes, and are used for many different tasks such as smoothing out sheetrock or joint compound, removing old paint, and scraping away old putty.
A putty knife should feel comfortable and secure in your hand, and should have a comfortable grip. The blade of the knife should be sharp and made of the highest quality steel, to ensure that it will resist rust and corrosion. The shape of the blade should be suitable for the task at hand, and it should be flexible enough to reach tight corners and hard-to-reach places.
When purchasing a putty knife, you should also consider its size. The size of the blade should be suited to the job you have in mind. If you are working on a small area, a smaller blade is better. If you are working on a large area, a larger blade is better. Additionally, you should select a blade with a rounded tip, as this will help you avoid gouging the walls or the material you are working with. With a quality putty knife in hand, you can rest assured that you have the right tool for the job.
Remove the Existing Thermostat
To begin, start by unscrewing the existing thermostat. Next, carefully remove the wires from the terminal screws, taking caution to ensure no wires are damaged in the process. Finally, it is important to label the wires before removing them, as this will make it easier to reinstall the new thermostat.
Unscrew the existing thermostat
Moving on from gathering your supplies, it’s time to start removing the existing thermostat. The first step of this process is to unscrew the existing thermostat.
Carefully unscrew the thermostat from the wall, making sure to keep track of which screws go where. It is important to work slowly and gently, as there is a risk of damaging the wall if the screws are removed with too much force. Ensure that you have a safe grip on the thermostat before you begin, as the last thing you want is for it to slip out of your hands and cause an injury.
Once the screws have been removed, set aside the thermostat and the screws so that you can easily find them when it’s time to install your new thermostat. This is a good opportunity to take a few moments to appreciate the hard work you have done so far – you’re one step closer to having a brand-new thermostat in your home!
Carefully remove the wires
With an eagerness to take the next step, let’s get started on removing the existing thermostat. Carefully examine the wires connected to the thermostat and take note of their locations. Now, the most important step of removing the wires is to label each one. Label each wire with a bit of tape and the corresponding letter that is printed on the side of the thermostat. This will make it easier to connect them to the new thermostat later on.
Once the wires are labeled, slowly pull one wire at a time from its terminal. With each wire, make sure to take a mental note of its exact location. When all the wires are removed, you can now proceed to unscrew the thermostat from the wall. When unscrewing, be sure to take it slow and steady. Do not force the screw, as it may be stuck due to years of buildup.
When the thermostat is finally unscrewed, you can now remove it from the wall. Carefully place the thermostat to the side and take a moment to reflect on the progress you have made thus far. The existing thermostat is now removed and you’re one step closer to having a new and improved one installed.
Label the wires before removing
Carefully removing the existing thermostat is a crucial part of the installation process. Before getting started, it is important to label the wires before removing them. Doing so will help you keep track of which wire goes with which terminal on the new thermostat.
Grab a pen and some masking tape, and label each wire according to the terminal it connects to on the old thermostat. If you don’t have masking tape, you can use a piece of electrical tape or another type of adhesive tape. As you label each wire, be sure to keep the wires from becoming tangled and to keep track of which wire goes with which label.
Once you have labeled all of the wires, it is time to remove the old thermostat. Make sure that you have labeled each wire properly and that you can easily identify each wire as you remove it from the old thermostat. This will help you quickly and easily connect the wires to the new thermostat and will ensure that everything is installed correctly.
Prepare the Wall
First, a thorough cleaning of the wall is necessary to ensure a successful project. Next, the wall must be sanded to create an even surface. Finally, a thin layer of joint compound should be applied to the wall to create a smooth surface.
Clean the surface
Now that the previous thermostat has been removed, it is important to ensure that the wall surface is properly prepared for the new thermostat installation. The first step is to clean the surface. Using a damp cloth, gently wipe away any dust or debris that may be on the wall. After that, be sure to dry the area completely. Additionally, use a mild cleaner to remove any dirt, fingerprints, or other substances that may be on the wall. Take care to be gentle when wiping the wall, as any vigorous scrubbing may damage the surface. Once the wall has been cleaned and dried, the next step in the preparation process can begin.
Sand the surface
The wall was now ready to be prepared for the new installation. To start, the wall needed to be sanded to create a smooth, even surface. Carefully running the sandpaper up and down the wall, small particles of dust began to fill the air, creating a soft, white cloud that lightly dusted the floor. The sandpaper left behind a light gray smudge on the wall, indicating the surface was now smooth and ready for the next step. Gradually working around the entire wall, the sanding process was complete and the wall was prepared for the new thermostat installation.
Apply joint compound
Once the wall has been thoroughly cleaned and sanded, it’s time to apply the joint compound. This is the material that will ensure a secure bond between the wall and the new thermostat.
Joint compound should be applied in thin layers, and allowed to dry thoroughly between layers. After each layer is thoroughly dry, it should be sanded smooth before the next layer is added. When the desired thickness is achieved, the joint compound should be sanded one last time for a perfectly smooth surface.
For best results, a large putty knife should be used to spread the joint compound. A steady hand is important to ensure that the joint compound is evenly distributed. The joint compound should be applied in a thin, even layer, and care should be taken to ensure that the edges of the surface are well-sealed. After each layer of joint compound is applied, it should be allowed to dry fully before the next layer is added.
Install the New Thermostat
To begin the installation process, start by securing the mounting plate to the wall. Next, connect the wires according to the instructions provided. Finally, mount and secure the new thermostat in place.
Secure the mounting plate
The preparation of the wall is complete, and now it’s time to install the new thermostat. To begin, the mounting plate needs to be secured to the wall. Taking care, the fasteners are installed into the pre-drilled holes in the wall, and the plate is firmly affixed. Then, the thermostat is aligned with the mounting plate and the screws are tightened into place, ensuring it is secure. The thermostat is now ready to be connected to the wiring.
Connect the wires
Having prepped the wall, the next step was to connect the wires. With the power off, the wiring was exposed and the wires were easy to identify. One by one, each wire was stripped and attached to the appropriate terminal on the new thermostat. Taking extra care, the wires were connected to the correct terminals, ensuring the thermostat was compatible with the existing wiring. Securely tightening the screws, the wiring was then coiled and tucked out of the way. Now the thermostat was ready to be secured in place.
Secure the thermostat
Having secured the mounting plate and connected the wires, it was time to secure the thermostat. Taking the base of the thermostat, the homeowner gently placed it against the wall, ensuring the wires were properly tucked away. Firmly pressing the base against the wall, they used a level to make sure it was straight. Once the thermostat was level, they used the screws provided to securely attach it to the wall. After tightening the screws, they checked the thermostat one last time to make sure it was firmly in place. With the thermostat securely attached to the wall, the homeowner stepped back to admire their work and the new thermostat they had just installed.
Cover Up the Wires
Carefully tucking the wires into the wall, the task of covering up the eyesore was underway. To finalize the job, a thin coat of joint compound was applied and the wall was sanded for a smooth finish. The result was a neat appearance that effectively concealed the wires.
Tuck the wires into the wall
After securely mounting the new thermostat, it was time to tuck the wires into the wall. Carefully, the wires were pulled through the hole in the wall, and then the electrician began to stuff them into the back of the wall, working them around the studs and joists. He used the claw of his hammer to make space where needed and to press the wires into place. With each tug and twist, the electrician made sure that the wires were laying flat against the inside wall and were protected by the drywall. After the wires were in place, the electrician secured them with wire connectors and electrical tape.
Apply joint compound
With the wires tucked into the wall, it’s time to apply joint compound. Joint compound is a type of plaster used to fill in the cracks between drywall and the wall itself. Joint compound is a white powder that can be mixed with water and applied with a trowel or knife.
Before applying the joint compound, make sure to cover the wires with electrical tape. This will prevent any moisture or other materials from seeping into the wires. Once the wires are covered, it’s time to apply the joint compound.
Start by mixing the joint compound with water according to the package instructions. Then, using a trowel or knife, apply the joint compound in small, thin layers. The goal is to fill in the cracks between the drywall and the wall. Keep adding layers until the crack is no longer visible. Make sure to smooth out the joint compound as you go. This will help ensure a clean, finished look. Once the joint compound has dried, it’s time to move on to the next step.
Sand the wall
Now that the wires are tucked away, the next step is to sand the wall. This final step will help make the wall look seamless and ensure the new thermostat blends in with the wall.
Begin by grabbing a sanding block and some sandpaper. It is important to choose the right grit of sandpaper. Coarse sandpaper is best for removing material quickly, while fine grit sandpaper is great for smoothing and finishing. Gently sand the wall until the surface is smooth and free of any blemishes.
Once finished, a light dusting with a damp cloth will remove any excess debris and leave the wall looking perfect. This final step may take some time and effort, but the results will be worth it. The wall will be smooth and the new thermostat will look as if it has been there forever.
Paint the Wall
Beginning the painting project, it is essential to choose the right color that blends in with the existing décor. Once the color is selected, an even layer of primer should be applied to the wall for a smooth finish. Following the primer, two coats of paint should be applied to the wall, ensuring that each coat is given adequate time to dry before moving to the next.
Choose the right color
Now that the wires have been safely tucked away, it’s time to choose the right color and start painting the wall. The best color to choose will depend on the style of the room. If the space is contemporary, vibrant colors can add a modern touch. For a traditional, classic look, a muted color such as beige or light gray would be an ideal choice.
The color of the wall can also be based on the existing furniture and accents in the room. For instance, if the furniture has warm tones, the wall color should have warm tones as well. Similarly, a cooler tone in the furniture would require a corresponding wall color. The best way to make a decision is to look at the room as a whole and determine which color would be the most complementary.
The next step is to apply primer onto the wall. Primer is a special paint that helps the wall absorb the new color better and can also help the paint last longer. After the primer has been given time to dry, two coats of paint should be applied to the wall. Choosing the right color is the first step in giving the wall a new look and making the room look even better.
Apply primer
Having successfully hidden the unsightly wires, the next step was to paint the wall. Selecting the right color was essential in order to ensure the wall would fit perfectly with the room’s aesthetic. After careful consideration, the perfect tone was finally chosen.
The first step to painting the wall was applying primer. This was a crucial step as it would create a strong foundation for the paint. The primer was thick and creamy, gliding onto the wall with ease. It was carefully and evenly spread, covering the entire surface in a consistent layer. After allowing it to dry for several hours, the wall was ready for the first coat of paint.
Apply two coats of paint
With the wires covered and the wall prepped, it was finally time to start painting. Having chosen the perfect color, the next step was to apply a coat of primer to the wall. Once the primer was dry, two coats of paint were applied to the wall for the best coverage.
The first coat of paint went on quickly, but it was important to make sure that it was applied evenly across the entire wall. To ensure the best coverage possible, the second coat was applied in the opposite direction of the first, creating a uniform finish. As each stroke of the brush was made, the wall changed from a dull gray to a bright and beautiful hue.
When the second coat of paint was dry, the wall was complete. The result was a stunning transformation that made the room look bright and inviting. With the wall now painted, the room was ready to show off its updated look.
Test the Thermostat
The first step in testing the thermostat is to turn on the power. Once the power is on, all the thermostat’s functions can be tested. Adjusting the temperature settings is the final step to ensure the thermostat is working optimally.
Turn on the power
Now that the wall has been painted, it’s time to turn our attention to the thermostat. Before testing the thermostat’s functions, we need to turn on the power.
For safety reasons, it’s best to turn off the main circuit breaker before installing the thermostat. Once the breaker is off, locate the wires connecting the thermostat to the wall and connect them to the appropriate terminals on the side of the thermostat. Once the wires are securely connected, turn the main circuit breaker back on and check the thermostat to make sure it is receiving power.
When it comes to turning on the power, it is important to make sure it is done correctly. Doing so will help ensure that the thermostat functions properly and that the room temperature is set to the desired temperature. To ensure the power is on properly, check the thermostat’s display to see if it is reading the correct voltage. If it is, then the power supply is working correctly and you can move on to testing the thermostat’s functions.
Test the thermostat’s functions
Now that the walls have been painted, it’s time to check the thermostat. Testing the thermostat’s functions is a key step to ensuring it works as intended.
The first step is to turn on the power. This can be done by flipping the switch on the wall or by pressing the power button on the thermostat itself. When the power is on, the display will light up and the thermostat will be ready to use.
The next step is to test each of the thermostat’s functions to make sure they are working properly. The functions to check are the up and down arrows, the set temperature, the fan button, and the hold button. When each button is pressed, the thermostat should respond and the selected setting should be displayed on the thermostat’s display. If the thermostat is not responding properly, the power may need to be reset.
Finally, the temperature settings can be adjusted to the desired level. With the up and down arrows, the temperature can be adjusted to the desired level. Once the desired temperature is set, the thermostat should display the new temperature and the temperature should stay at that level. If the temperature fluctuates, the thermostat may need to be recalibrated.
Adjust the temperature settings
After the wall has been painted and the power to the thermostat has been turned on, it is time to test the thermostat’s functions. Adjusting the temperature is a key component to ensure the thermostat is working properly. The temperature can be adjusted manually, or it can be adjusted using the thermostat’s controls.
The first step is to turn the desired temperature up or down, depending on the current room temperature. If the room is too hot, the temperature should be turned down, and if the room is too cold, the temperature should be turned up. Turning the temperature up or down is done by pressing the up or down arrow buttons on the thermostat’s control panel. The display on the thermostat will show the current and requested temperature.
Once the temperature is set, the thermostat will begin to adjust the temperature of the room. The thermostat will turn on the heating or cooling system and the temperature should begin to change. To test the thermostat, let the temperature adjust for a few minutes, and then check the thermostat’s display. If the temperature has changed, then the thermostat is working properly. If the temperature has not changed, then the thermostat may need to be adjusted or replaced.
Conclusion
Hiding a thermostat on the wall requires careful planning and meticulous execution. By carefully selecting a location within the home, gathering the right supplies, and taking the time to install the thermostat correctly, you can have a thermostat that is both functional and discreet. With the proper preparation and attention to detail, you can have a thermostat that you are proud of and that will blend in with the rest of the décor in your home.
