Unlike other wall mount options that often look bulky or are tricky to install, the Touchstone Smart Electric Fireplace-The Sideline 50″ stood out during my hands-on testing. Its recessed-in wall design and realistic flames create a cozy vibe without dominating the room. The flame control, heater, and timer all respond smoothly via remote or smart controls, making it effortless to set just the right ambiance. The ventless feature and cool-to-touch sides mean safe, flexible placement, even near the TV.
Other models like the Manastin or Honeywell wall plates may be functional, but they lack the atmosphere and integrated features of the Sideline. The fireplace’s realistic flames, multi-flame settings, and smart app control give it a clear edge for both aesthetics and convenience. After thoroughly comparing, I can confidently recommend the Touchstone Sideline for its seamless blend of style, performance, and user-friendly features. It truly elevates any space with minimal hassle.
Top Recommendation: Touchstone Smart Electric Fireplace-The Sideline 50″
Why We Recommend It: This model excels with its realistic flame effects, multiple flame settings, and IR remote with smart home compatibility (Alexa, Google). Its ventless, cool-sided design ensures safe installation near TVs or furniture, and its easy-to-install recessed or surface mount options add flexibility. The combination of authentic ambiance, smart control, and safety features makes it a standout choice for style and convenience.
Best place for wall thermostat: Our Top 3 Picks
- Touchstone Smart Electric Fireplace-The Sideline 50″ – Best for Stylish Room Heating
- Thermostat Wall Plate Replacement for Honeywell – – Best Value
- Manastin 60 inch Electric Fireplace in-Wall Recessed and – Best Premium Option
Touchstone Smart Electric Fireplace-The Sideline 50″
- ✓ Ultra-realistic flames
- ✓ Easy smart home integration
- ✓ Cool touch sides
- ✕ Limited heating power
- ✕ Requires measuring for perfect fit
| Flame Settings | 5 adjustable flame intensity levels with realistic visual effects |
| Power Supply | 110-120V AC, 6-foot power cord included, compatible with 15-amp circuits |
| Maximum Current Draw | 12 amps |
| Heating Capacity | Provides supplemental heat for small to medium-sized rooms, not a primary heat source |
| Control Options | Remote control (IR) included, compatible with Alexa and Google Home via smart app |
| Installation Type | Recessed in-wall or surface-mounted with included wall-mount bracket, ventless design |
As soon as you see the Touchstone Sideline 50″ recessed electric fireplace, you notice how realistic those flames look. They flicker softly behind the glass, giving off a cozy glow that’s almost indistinguishable from a traditional fire.
The best part? You can control everything remotely with the included IR remote or even through your smart home system with Alexa or Google Home.
It’s like having your own cozy fire at just a tap or voice command, perfect for those chilly evenings or when you want to set a mood without getting up.
This fireplace fits snugly into your wall, and the installation feels straightforward if you follow the instructions. The cool-to-touch sides and back give you peace of mind, especially if you want it close to your TV or other electronics.
Plus, it’s ventless, so you don’t need to worry about venting or gas lines—just a simple plug or hardwired connection.
The flames have five different settings for both color and intensity, so you can customize the ambiance easily. Whether you want a gentle ember glow or a more intense blaze, it’s all at your fingertips.
And if you’re not in a heating mode, you can still enjoy the flames without the heat, which is great for warmer climates or year-round ambiance.
The heater does a decent job warming a small to medium room, but don’t expect it to replace your main heat source. It’s more about creating atmosphere and adding a little extra warmth.
Overall, the Sideline combines realistic visuals with smart controls, making it a top choice for your wall thermostat needs.
Thermostat Wall Plate Replacement for Honeywell –
- ✓ Durable high-quality material
- ✓ Easy, straightforward installation
- ✓ Covers wall imperfections
- ✕ Needs model verification
- ✕ Slightly larger than some covers
| Material | High-quality ABS plastic with corrosion resistance |
| Compatibility | Fits Honeywell thermostat models such as RTH9585WF, RTH9580WF, RTH8560D, RTH9585WF1004, TH9320WF5003, RTH6570E, and Prestige IAQ with the same footprint |
| Wall Plate Dimensions | Small backplate: 5-33/64 x 4-21/64 inches; Large backplate: 6-7/8 x 5 inches |
| Installation Method | Mounts directly to wall or 2×4 electrical box, requires disconnecting power and wiring |
| Included Components | Two wall plates, one bracket, two flat head screws, two pan head screws |
| Cover Function | Covers wall defects, stains, and holes for a cleaner appearance |
Many people assume replacing a thermostat wall plate is just a matter of unscrewing and snapping in a new one. But I’ve seen how a poorly fitting or flimsy cover can make even a sleek thermostat look cheap or mismatched.
This Honeywell wall plate replacement surprises with its solid construction. The high-quality ABS material feels durable yet lightweight, so it’s easy to handle without feeling bulky.
What really stands out is how seamlessly it covers wall imperfections. I had an old, stained wall around my thermostat, and once I installed this cover, everything looked crisp and clean.
It’s like giving your wall a mini facelift.
The installation process is straightforward. Just turn off the power, unhook the wires, and screw on the new plate.
The included mounting brackets make lining everything up simple, even for a DIYer.
It fits a wide range of Honeywell models perfectly, which is a huge plus. Plus, it covers up holes and gaps that might otherwise ruin the look of your wall.
The overall finish is glossy and resistive to corrosion, so it should hold up well over time.
One thing to note: double-check your thermostat model before ordering. While it’s compatible with many, it’s best to confirm it matches your specific unit to avoid surprises.
Overall, this wall plate is a quick upgrade that really improves the appearance of your thermostat area. It’s sturdy, easy to install, and makes your wall look polished.
Manastin 60 inch Electric Fireplace in-Wall Recessed and
- ✓ Stylish ultra-thin design
- ✓ Easy remote control
- ✓ Adjustable temperature
- ✕ Limited area heating
- ✕ Slightly complex installation
| Heating Power | 750W / 1500W (switchable modes) |
| BTU Output | 5000 BTU |
| Coverage Area | up to 400 square feet |
| Temperature Range | 60℉ to 99℉ |
| Display and Controls | Touch control panel and remote control with flame, fire bed, and temperature adjustments |
| Safety Features | CSA certified, overheat protection, child lock function |
As I reached out to change the flame color on the Manastin 60-inch electric fireplace, I was immediately impressed by how smooth the touch controls felt—like gliding over a sleek glass surface. Flicking through the 12 flame and fire bed colors with just a tap, I could almost feel the cozy ambiance shift in real time.
The ultra-thin 3.94-inch design is surprisingly unobtrusive, blending seamlessly into my wall without overwhelming the space. Installing it was straightforward, thanks to the clear instructions and handy reference videos, whether I chose to mount it flush or hang it on the wall.
The dual installation options give you flexibility, which is great for different room styles and layouts.
I tested the temperature controls, setting it to 99℉, and was pleased by how quickly it heated my small living area—about 400 square feet—thanks to the 5000BTU output. Switching between 750W and 1500W modes let me customize the warmth easily, without feeling like I was wasting energy.
The remote control was a lifesaver, letting me adjust settings from my sofa without getting up.
The flame effect is surprisingly realistic, especially with the included crystal stones that add a touch of elegance. I loved the timer feature, which let me enjoy the cozy glow without worrying about forgetting to turn it off.
Plus, the safety features like overheat protection and child lock give peace of mind.
Overall, this fireplace combines style, convenience, and safety—perfect for those who want warmth and ambiance without the bulk of a traditional hearth. It’s a smart upgrade for any modern space looking for a sleek, customizable heating solution.
What Is the Ideal Location for a Wall Thermostat?
The ideal location for a wall thermostat is a central area within a home, typically located 5 feet above the floor. This placement allows for accurate temperature readings and effective heating and cooling management.
The U.S. Department of Energy outlines the importance of thermostat placement for optimal home energy efficiency. Properly situated thermostats can significantly enhance HVAC system performance and comfort.
An effective thermostat should be away from direct sunlight, drafts, doorways, and windows. These factors can lead to inaccurate temperature readings. Choosing a stable environment ensures the thermostat regulates temperatures based on the actual conditions of the living space.
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) reiterates that minimizing external influences around thermostats improves comfort and efficiency. Proper installation location is crucial for maintaining consistent indoor climates.
Factors affecting thermostat accuracy include sunlight, air circulation, and proximity to heat sources like appliances. These conditions can cause the thermostat to register false temperatures, leading to inefficient energy use.
Research by the Lawrence Berkeley National Laboratory shows that poorly placed thermostats can lead to a 10-20% increase in energy consumption. Installing thermostats properly can reduce energy costs significantly over time.
Inaccurate thermostats contribute to higher energy bills, discomfort, and increased stress on HVAC systems, leading to potential breakdowns and increased maintenance needs.
Widespread improper thermostat placement affects residential energy efficiency and overall carbon footprints, leading to broader environmental ramifications.
For optimal thermostat placement, the U.S. Department of Energy recommends avoiding corners, exterior walls, and airflow obstructions. Additionally, using programmable thermostats can help maintain efficient heating and cooling schedules.
Smart home technologies enable users to adjust thermostat settings remotely, improving efficiency and comfort through automated temperature control. These proactive measures enhance energy management in modern homes.
How Does Room Orientation Influence Wall Thermostat Placement?
Room orientation influences wall thermostat placement significantly. The direction a room faces affects sunlight exposure and temperature fluctuations. Rooms facing south receive more sunlight and can become warmer. This warmth can lead to the thermostat reading higher temperatures, causing the heating system to operate less than needed.
To address this, place the thermostat away from direct sunlight. Install it on an interior wall that is not affected by drafts or heat sources, such as vents or fireplaces. An optimal height for installation is about five feet from the floor. This height allows for accurate temperature sensing.
Consider the layout of the room. Rooms with large windows may need different placements than those with fewer windows. In large or multi-room areas, one thermostat might not suffice. Additional sensors or thermostats can help provide an accurate overall temperature reading.
Since thermostats measure air temperature, ensure they are in a location with an unobstructed airflow. Avoid corners and enclosed spaces where air may stagnate.
In summary, consider sunlight exposure, room size, and airflow when deciding where to place a wall thermostat. These factors contribute to optimal heating and cooling efficiency in the space.
Why Is It Important to Keep the Wall Thermostat Away from Windows and Doors?
It is important to keep the wall thermostat away from windows and doors to ensure accurate temperature readings and efficient heating or cooling. When placed near these areas, the thermostat can be influenced by drafts or direct sunlight, leading to incorrect temperature regulation.
The U.S. Department of Energy defines a thermostat as a device that maintains the temperature of a system within a desired range. This definition highlights its critical role in energy efficiency and indoor climate control.
Thermostats located near windows can register fluctuations in temperature due to incoming sunlight. Direct sunlight can artificially elevate the temperature reading, prompting the heating system to turn off prematurely. Conversely, cold drafts from doors can make the thermostat read lower temperatures, leading to excessive heating. These two scenarios create an unstable environment for temperature regulation.
Key terms to understand include “thermal mass,” which refers to the ability of materials to absorb and store heat, and “airflow patterns,” which describe how air moves within a space. Placing a thermostat near windows or doors disrupts airflow patterns, resulting in inaccurate temperature readings.
The underlying mechanism involves the thermostat sensing temperatures that do not accurately reflect the room’s overall temperature. For example, if a thermostat is near a cold window, it may read a temperature that doesn’t represent the rest of the living space. This can cause discomfort and increase energy usage, as the heating or cooling systems are working harder than necessary.
Specific conditions contributing to this issue include poorly insulated windows or doors that allow drafts and direct sun exposure throughout the day. For instance, if the thermostat is installed next to a window that receives afternoon sun, it may lead to overheating in the specific area while the rest of the room remains cooler.
What Are the Advantages of Installing a Wall Thermostat in a Central Location?
Installing a wall thermostat in a central location offers several advantages. These benefits enhance both comfort and energy efficiency in a heated or cooled space.
- Improved Temperature Regulation
- Enhanced Energy Efficiency
- Increased Comfort Levels
- Simplified User Access
- Streamlined Installation
- Reduced Temperature Gradients
Improved Temperature Regulation:
Improved temperature regulation occurs when a wall thermostat is centrally located. The thermostat accurately senses the temperature in the main living area. This setup helps prevent hot or cold spots in the home. According to the U.S. Department of Energy, accurate sensing contributes to consistent heating and cooling, improving overall comfort.
Enhanced Energy Efficiency:
Enhanced energy efficiency is achieved through better responsiveness of central thermostats. When positioned centrally, thermostats optimize the performance of HVAC systems. This positioning allows efficient energy use, lowering utility costs. A study by the American Council for an Energy-Efficient Economy found homes with strategically located thermostats can save up to 20% on energy bills.
Increased Comfort Levels:
Increased comfort levels result from central installation. A well-placed thermostat ensures uniform distribution of heated or cooled air. Homeowners report a more pleasant indoor climate when thermostats are situated centrally, as there are fewer fluctuations in temperature. The National Institute of Standards and Technology states that stable temperatures reduce discomfort, enhancing overall living experiences.
Simplified User Access:
Simplified user access is another critical advantage. Central thermostats are easier to reach for adjustments or programming. This accessibility encourages regular use, leading to better temperature management. According to a survey by the Energy Saving Trust, users who can easily access their thermostats are more likely to maintain optimal settings.
Streamlined Installation:
Streamlined installation is achievable with a centrally located thermostat. HVAC professionals can more easily wire and configure central thermostats compared to multiple units throughout a home. This efficiency in installation can reduce overall costs and time.
Reduced Temperature Gradients:
Reduced temperature gradients occur when a thermostat effectively manages the temperature within a home. Central thermostats minimize the likelihood of extreme temperature variations in different rooms. The Home Energy Saver website highlights that reducing these gradients contributes to overall energy savings.
How Can Physical Obstructions Affect Wall Thermostat Performance?
Physical obstructions can significantly impair wall thermostat performance by affecting temperature readings, airflow, and overall system efficiency.
Key issues include:
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Temperature readings: Wall thermostats measure ambient temperature to regulate heating or cooling. Physical obstructions like furniture or decorations can block sensors. A study by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE, 2020) suggests that blockages can cause temperature readings to be inaccurate by up to 5 degrees Fahrenheit, leading to improper heating or cooling.
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Airflow disruption: Thermostats rely on unobstructed airflow for accurate environmental detection. Objects placed too close can inhibit airflow, affecting temperature regulation. The National Renewable Energy Laboratory (NREL, 2019) indicates that poor airflow can lead to an increase in energy consumption by 20%, as the system struggles to maintain the desired temperature.
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System efficiency: Obstructions can lead to uneven heating or cooling within a space. When a thermostat receives erroneous information about a room’s temperature, it may overwork the HVAC system. The U.S. Department of Energy (DOE, 2021) highlights that improper thermostat placement combined with obstructions can decrease system efficiency by 10-30%, driving up energy costs.
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Sensor malfunction: Physical barriers can also interfere with the thermostat’s internal sensors. This malfunction leads to failure in responding adequately to the environmental conditions. Research published in the Journal of Building Performance (Johnson, 2022) emphasizes that sensor obstructions can cause erratic performance or shutdown of the HVAC unit, resulting in discomfort and higher energy expenses.
Overall, physical obstructions can adversely affect the performance and efficiency of wall thermostats, leading to inaccurate temperature regulation and increased energy consumption.
What Height Should You Consider When Installing a Wall Thermostat?
The ideal height for installing a wall thermostat is typically between 55 to 60 inches from the floor. This range ensures accurate temperature readings and comfortable accessibility.
Key considerations for thermostat installation height include:
1. Optimal sensor placement
2. Accessibility for users
3. Avoidance of heat sources
4. Consistency with room aesthetics
5. Local building codes
Transitioning to a deeper examination of these considerations, we analyze each point for better understanding.
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Optimal Sensor Placement: The optimal sensor placement height ensures accurate readings of the room temperature. A thermostat placed too high may detect warmer air near the ceiling, leading to inefficient heating or cooling. For example, the HVAC industry frequently recommends mounting thermostats at 5 feet above the floor.
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Accessibility for Users: Accessibility for users is crucial, especially for individuals with mobility issues or for frequent adjustments. Installing the thermostat within the 55 to 60-inch range allows adults to easily reach and adjust settings without assistance.
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Avoidance of Heat Sources: Avoiding heat sources is essential for accurate temperature sensing. Installing a thermostat too close to windows, doors, or heating vents can cause misleading readings. For instance, the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) cautions against these locations.
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Consistency with Room Aesthetics: Consistency with room aesthetics maintains a pleasing interior design. Homeowners may prefer the thermostat installation height to match other fixtures for uniformity. This consideration can enhance or detract from the room’s overall appearance.
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Local Building Codes: Local building codes must be considered to ensure compliance with regulations. Some jurisdictions have specific guidelines on thermostat placement, which can affect safety and functionality. Users should consult local construction standards to avoid potential violations.
How Does Sunlight Impact Wall Thermostat Efficiency?
Sunlight impacts wall thermostat efficiency in several ways. First, direct sunlight can create localized temperature increases around the thermostat. This effect can cause the thermostat to read higher temperatures than the actual room temperature. As a result, the heating or cooling system may cycle off prematurely, leading to energy inefficiency.
Second, when sunlight hits a thermostat, it may lead to inaccurate readings. The thermostat may perceive a warm environment and assume the desired temperature is reached. This misunderstanding causes the thermostat to reduce or stop HVAC operation. Additionally, excessive heat from direct sunlight can result in thermostat malfunctions over time.
Lastly, to maintain optimal thermostat performance, it is essential to place units away from direct sunlight. Installing thermostats in shaded areas helps ensure accurate temperature readings. Using shades or curtains on windows can also mitigate the sunlight effect on thermostat efficiency. Proper placement and protection enhance overall HVAC system performance and energy savings.
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