SmartCocoon
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The smart fans only need be installed in areas/ rooms that do not get desired temperature due to poor airflow coming from the vents or registers. Contrary to other competing technologies, ie. automated or smart dampers, the number of the devices depends on the number of areas/ rooms, where you are not experiencing the comfort you expect.
No. Smart cocoon booster fan is a âDo It Yourselfâ device and can be installed by anyone, but if you prefer to hide the cables or run them through the ducting system we will be happy to assist and connect you with one of our professional installers.
When you purchase the device, there is an instruction manual inside the package. You can also find additional information on our website.
This short video walks you through the installation process.
The fan ID is a 3 or 4 digit number printed on the fan body.
Yes, you can. With the help of spring brackets, ceiling installation is also possible.
Yes, you can use the device for the wall vents as long as you can secure the device to the back of the grill. One of the methods some of our clients used is to remove the vent grill, and then attaching the fan to the back of the grill using zip ties.
FEATURES
No, you can not. But you can select between different operating modes ; On/Off, eco & Auto which adjusts the fan power on its own to achieve the utmost comfort based on the set temperature.
The device needs to be plugged into the nearest power outlet in the room.
The noise is less than what you hear when someone whispers to your ear.
Smart Cocoon Smart Booster fan produce a noise level of 28dBA and whispering noise level is 30dBA and conventional refrigerators generate more than 40dBA on average.
The fans used in this device are heavy duty/ industrial grade fans designed for a minimum of 50,000 hours of operation. They generate 80 CFM of air flow, which is more than enough for an average size room, while having a very low level of noise (only 29 dBA).
Compared to smart vents, our technology costs a lot less, you donât have to cover many registers to be able to increase the air flow in certain rooms / areas. When you use booster fans you suck the air into whatever environment you need to.
The installation process in majority of the cases does not require professional help. Most importantly, booster fans provide considerable amount of energy saving as it reduces the loos of energy in the ducting system by not trapping the air in them.
It is a scientifically proven fact that blocking one vent does not necessarily re-direct the air where you need it. Th
a) When one vent is blocked, the airflow automatically moves to the closest vent which usually is not the one that needs more airflow. For instance, blocking a vent with high airflow in the basement does not direct more air to the second floor. But it may cause more airflow in the main floor vents and pushes the air further to the second floor, and then more vents need to be blocked.
b) Blocking can damage your HVAC system since it will disrupt the airflow and will affect the system's "temperature rise". This can cause system overheating in wintertime and freezing in the summertime.
Our smart booster fan uses AI algorithm that controls the unit. Our algorithm allows the device to actively and intelligently boost and control the airflow in sync with the main HVAC system and creates desired temperature for the whole room.
Also to answer your question about the energy efficiency of the fan, I should say;
The booster fan:
1- Helps in reaching the desired temperature sooner, so the HVAC system shuts off faster, resulting in: up to 70% decrease in HVAC operation time
2- Diverts the air in the typical closed-loop ducting systems from one room to another when a sudden drop or rise of temperature is sensed
3- Sucks out the energized trapped air from the ducting system and reduces the significant loss that inherently happens in long duct loops
It is impossible to do any harm to your system by using our device, here's why:
Furnace overheating in the wintertime or freezing "cooling coil" in the summertime only happens by BLOCKING the airflow.
For instance, when someone tries to direct more airflow to the second floor by using dampers, to block vents on the main floor.
Theoretically, BLOCKING more than 30% of the vents can disrupt the airflow and will affect the system's "temperature rise" which can cause system to overheat or freez.
However, the SmartCocoon booster fan will have the opposite effect. Using our device helps the ducting system regulate the airflow and actively boost and direct the conditioned air to where it's needed. Even when the fans stop working, they cannot block the air completely. In other words, it is impossible to do any harm to your system by using our device.
Also, since SmartCocoon booster fans are constantly monitoring each zone/room temperature, they know when to boost or limit the flow based on the set temperature defined by the user. This can create near to perfect desired temperature for each zone/room without any modification on the main system or spending a substantial amount of cash on conventional HVAC zoning
SmartCocoon Smart Booster fan, saves 30% on HVAC energy consumption, on average.
Here's what makes that possible:
Troubleshooting
Please follow below steps to resolve the issue:
The smart fans only need be installed in areas/ rooms that do not get desired temperature due to poor airflow coming from the vents or registers. Contrary to other competing technologies, ie. automated or smart dampers, the number of the devices depends on the number of areas/ rooms, where you are not experiencing the comfort you expect.
No worries. All orders can be returned within 30 days. Review our return policy for more details.
Compatibility
No. Smart cocoon booster fan is a âDo It Yourselfâ device and can be installed by anyone, but if you prefer to hide the cables or run them through the ducting system we will be happy to assist and connect you with one of our professional installers.
The effectiveness of the fans in terms of increasing the HVAC system efficiency has nothing to do with the type of the thermostat you're using. The key function of the fan is to boost the air into the problem area while the main system is working which has does the job on it's own using an array of sensors and the smart AI algorithm behind it.
