Thanks for your reaction. It is not an official product though, I made it myself using a 3D printer and some electronics that I sourced. If you like to have one you need acces to a 3D printer and print the plastic parts(see the link in the description).
Hi, I had been looking for a product like this for quite some years. Didn't know that this was developed 6 years ago. By now, I think, it may have got launched in the market. Please let me know if this is available for sale.
I think this would be difficult in this setup. If you know the weight of the frame you could try to calculate the force acting on the bar, using this you could calculate the torque required by the motor to keep the window upright in the worst case scenario(90 degree open). If you do not know this weight you could estimate it and dimention the motor to have more torque than you actually require. The motor in this setup is also available with higher torque gearboxes, but this will reduce the amount of RPM at your disposal. I think the particular motor that I used has a reduction of 810:1, but 3000:1 was also available.
Thanks for your reaction. It is not an official product though, I made it myself using a 3D printer and some electronics that I sourced. If you like to have one you need acces to a 3D printer and print the plastic parts(see the link in the description).
Neat build. Can you give us any information on the motor you used?
This is really amazing.
Can this work on a window that swings inward? Thanks
Are you able to open / close manually the window?
May I know more detail of the product please? Where did you by it?
Can you send me dynamo/motor spec
Hi, I had been looking for a product like this for quite some years. Didn't know that this was developed 6 years ago. By now, I think, it may have got launched in the market. Please let me know if this is available for sale.
A quick question, can the motor withstand the panel weight if we happen to do a top hung window?
I think this would be difficult in this setup. If you know the weight of the frame you could try to calculate the force acting on the bar, using this you could calculate the torque required by the motor to keep the window upright in the worst case scenario(90 degree open). If you do not know this weight you could estimate it and dimention the motor to have more torque than you actually require. The motor in this setup is also available with higher torque gearboxes, but this will reduce the amount of RPM at your disposal. I think the particular motor that I used has a reduction of 810:1, but 3000:1 was also available.
And that if it's a bit windy? Will it be strong enough?
creative, though sounds terrible.
A1
sounds like diy junk