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A Somfy tubular motor is a type of motor designed for use with tubular-shaped applications, especially for shading solutions like roller blinds, shades, and awnings. These motors are typically used in home automation systems to control window coverings. Here are the various types:
Standard Tubular Motors
These are basic motors suitable for simple and small blinds. They are usually controlled by switches that are installed on the wall. There are two types:
Non-Remote Motors: These motors are controlled by a wall switch. They offer a simple solution for operating shades or blinds in areas where remote control is not necessary or where remote control operation is too expensive.
Remote Motors: These motors can be controlled using a remote control. They are more convenient for users and are usually used in places where remote control operation is preferred. Remote motors provide the benefits of convenience and ease of use.
Radio Tubular Motors
These motors are controlled by radio frequency. They can be operated from anywhere in the room without the need for wires connecting the motor and the control.
Advantages:
They are easy to install because there is no need to make a hole in the wall for the wire.
They offer more flexibility in terms of control location.
The control can be sent through walls and furniture.
Smart Tubular Motors
These motors are made for smart homes. They can be controlled using an app on a smartphone or tablet. They can also be connected to other smart devices in the home. For example, these motors can be set up to automatically close the blinds when the thermostat senses that the air conditioning needs to be turned on.
Smart motors come with several advantages, such as:
They can be integrated with other smart home devices for a complete automation experience.
They offer the most convenient and high-tech solution for operating shades or blinds. The shades or blinds can be controlled from anywhere using a smartphone or tablet.
They can be controlled remotely, even when away from home.
Below are some key features of Somfy tubular motors:
Built-in limit switches
These motors have inbuilt limit switches that stop the motors from rolling shades when they reach the desired position. They also help prevent damage to roller blinds.
Overheating and overload protection
These motors have protection that stops the motors from getting damaged due to overheating or excessive load conditions.
Anti-collisions and obstacles
The motors stop automatically if there is a collision or an obstacle in the way, protecting the motor and the blind.
Manual override
These motors can be overridden manually in case of power failure or emergencies.
Power supply
Tubular motors can come in different power supplies, such as 220v (most commonly used), 110v, or 24v. The 24v tubular motors are ideal for use in large roller blinds and window coverings.
Easy installation
These motors are usually easy to install and maintain. They can be installed on existing window coverings or new ones.
Customization
These motors can be customized to fit different sizes and types of window coverings.
Durability and reliability
Somfy tubular motors are reliable and durable. They can be installed in different applications, such as residential and commercial.
Functions
Somfy tubular motors are used to automate shades and blinds. Here are some key functions:
They allow control of window coverings using remote controls. The remote can be used to open and close shades and also to set different positions.
These motors can be controlled using wall-mounted controls. They offer a convenient way to control window coverings without using remote controls.
They can be controlled using smartphone apps. This function allows the user to control window coverings from anywhere.
Somfy tubular motors are designed to power outdoor shades, like roller shades and awnings. These shades are installed in various residential and commercial properties. Here are some common applications:
Window Covers
Tubular motors for blinds can be used to automate and control window coverings. When installed with blackout shades, they provide energy-efficient solutions for residential and commercial buildings. The motorized shades reduce heat from the sun, minimizing the need for air conditioning. They also offer a way to control glare and maintain privacy.
Patio Decks and Balconies
Somfy tubular motors are installed with outdoor shades such as awnings, pergolas, and patio screens. The motors can be used to shade areas like decks, patios, and balconies. The motorized shades provide a comfortable sitting area by blocking UV rays from the sun. They also enhance outdoor space by offering color-coordinated shade solutions. The shades are easy to operate, as they can be controlled with remotes or apps.
Conservatories
Conservatories are designed with glass roofs and walls. This exposes them to direct sunlight, causing heat buildup. Somfy tubular motors are installed with window shades to control light and temperature. The motorized shades reduce solar glare and heat buildup. This helps to maintain a comfortable environment in conservatories. They are available in different fabrics that offer light filtration and privacy.
Commercial Spaces
Somfy tubular motors are commonly used in commercial spaces, like offices, hotels, and restaurants. The motors are installed with window shades, offering automated and synchronized operations. They can be controlled remotely or integrated with building management systems. This makes them convenient for large spaces with many windows. The motorized shades also enhance the privacy and aesthetics of commercial spaces.
Interiors
Somfy tubular motors can automate and control various types of interior window shades. These include roller shades, Roman shades, and cellular shades. The motorized shades offer convenience and customization. They can be controlled using remote controls, smartphones, or smart home systems.
When choosing a tubular motor, it is important to consider different factors to ensure the right motor for the required application. Here are some key factors to consider:
Size and Type of Blinds or Shutters
When choosing a tubular motor for blinds or shutters, it is important to consider the size and type of the blind or shutter. This includes their width and height, as well as their material. Different blinds or shutters, such as roller,Roman, or Venetian, will require different types of motors. For instance, larger or heavier blinds may require more powerful motors, while smaller ones may need less power.
Power and Torque
The power and torque of the motor determine its ability to lift and lower the blinds or shades. It is essential to choose a motor with adequate power and torque to handle the weight of the blinds.
Control Options
It is also necessary to consider the control options available for the tubular motor. This includes remote control, manual operation, wall switches, or smart home integration. Remote control and wall switches are more convenient, while manual operation is a cost-effective solution. Smart home integration is the best option for a fully automated home.
Power Supply
Power supply is also an important factor to consider when choosing a tubular motor. Some motors operate with battery power, which is suitable for smaller blinds or areas without electrical wiring. On the other hand, AC powered motors are more powerful and reliable and are used when there is electrical wiring.
Noise Level
For areas where quiet operation is required, it is important to consider the noise level of the motor. Some tubular motors are designed to operate quietly.
Installation
It is important to consider the complexity of the installation process. Some motors may require professional installation, while others can be installed DIY.
Durability and Quality
Choose a quality motor from a reputable manufacturer to ensure reliability and longevity.
Safety Features
When choosing a tubular motor for window coverings, safety features should be prioritized. Look for features like thermal protection, obstacle detection, and emergency manual override to ensure safe operation.
Q1: What are the benefits of smart blinds with Telis remote control?
A1: Smart blinds with Telis remote control offer several advantages, including convenience, enhanced privacy and security, energy efficiency and automation. With Telis remote control, users can easily adjust their blinds with just the push of a button. Users can schedule their blinds to open or close at specific times, reducing heat loss in the winter and minimizing solar glare and heat gain in the summer. This can lead to lower energy costs.
Q2: What types of blinds and awnings can be powered by SOMFY tubular motors?
A2: SOMFY tubular motors are versatile and can power various types of blinds and awnings. These include roller shades, solar shades, blackout shades, Roman shades, and outdoor patio shades. Additionally, SOMFY motors can be used to operate retractable awnings, patio covers, and exterior shades like solar screens and insect screens.
Q3: What is the maximum noise level of SOMFY motors?
A3: The noise level of SOMFY motors varies depending on the type and design. However, most tubular motors have a maximum noise level of 45 decibels. This is about the same level of sound as a whisper or the noise in a library. Some models, like the Quiet Smart Tubular Motor, have a noise level of about 38 decibels and produce barely any sound.
Q4: Do SOMFY motors require professional installation?
A4: While it is possible to install SOMFY motors DIY-style, it is recommended to have a professional handle the installation. The reason is that the motors may need to be wired to a home’s electrical system. Professionals also ensure that the motors are installed correctly and safely. They will also be able to troubleshoot any issues that arise during the installation process.
Q5: What is the lifespan of SOMFY tubular motors?
A5: SOMFY tubular motors are designed to be durable and long-lasting. With proper installation and minimal maintenance, these motors can last up to 10 years or more. Complimentary motors offer the advantage of providing consistent and reliable operation for all that time.
