Fantastic job. The idea of putting that slope to avoid water drainage is a great idea. And, for a moment, I thought about what it would feel like to have that trickle of water from the drain on your back, sitting in that room... 😂
Hello, I recently came across your channel and was simply in cultural shock. Not only do you have great content that is understandable to absolutely anyone, no matter what country they live in or what language they speak. The quality of the filming is simply at the level of a Hollywood movie. Lighting, the amount of detail, showing little things, I'm even afraid to imagine what a piece of work and time it is. You do two jobs at the same time: restoration, and in some cases even restoration of broken parts that would seem to belong in a landfill, and filming and editing the video. I think it takes no less time than the repair of the broken part itself. It is extremely rare to find content of this combination, both in terms of technical solutions and competent repairs and in terms of the quality of filming. I just want to say a huge thank you for your work and the attitude towards viewers that comes from your videos. Keep it up, don't lower the bar and please us with videos more often. Thank you
I would suggest that the changes in shape of the inner diameter of the part you printed will likely seriously reduce the ability of the fan to actually push the air, and increase noise substantially. You can engineer (or buy!) a condensate trap for the pipe itself - a section with a flange around the ID to catch condensate and then funnel off to a drain tube. Much less obstructive of airflow and quieter
😉 ~ I was also to say that, given that he blurred the reflection of his face in the tiles = 🥸, being very secretive about his property and himself. Does he live in a apartment/flat/house or bungalow? Does that ‘stack’ pipe go to a cowl on the roof - how long is it, and that small elbowed-pipe from the wall and rudimentarily terminated into the bottom of the stack pipe = is that the cause of the condensate? [steam vent from his boiler?] as for his 3D printed condensate trap; very un-aerodynamic; the air taking a extreme right angle to a narrow rectangular duct; that ‘poor’ extractor fan will have a large amount of “back-pressure” sitting against it = he will have to set it’s timer for a long time to remove the loo odour from his toilet room, and despite the thread indicating airflow that is light, the technique I use is a sheet of loo roll; wide enough to cover the fan grill and heavy enough to indicate airflow (should be sucked to the fan and ‘stick’ to it and not fall-off, has to be pulled off/falls off with the fan switched off)
Fantastic job. The idea of putting that slope to avoid water drainage is a great idea.
And, for a moment, I thought about what it would feel like to have that trickle of water from the drain on your back, sitting in that room... 😂
Hello, I recently came across your channel and was simply in cultural shock. Not only do you have great content that is understandable to absolutely anyone, no matter what country they live in or what language they speak. The quality of the filming is simply at the level of a Hollywood movie. Lighting, the amount of detail, showing little things, I'm even afraid to imagine what a piece of work and time it is. You do two jobs at the same time: restoration, and in some cases even restoration of broken parts that would seem to belong in a landfill, and filming and editing the video. I think it takes no less time than the repair of the broken part itself. It is extremely rare to find content of this combination, both in terms of technical solutions and competent repairs and in terms of the quality of filming. I just want to say a huge thank you for your work and the attitude towards viewers that comes from your videos. Keep it up, don't lower the bar and please us with videos more often. Thank you
Nice , Respect to Paul X 🙂
Congratulstions Paul! 🇧🇷
This homemade pipe connector is great
Perfect, excellent job.
Respect.
I would suggest that the changes in shape of the inner diameter of the part you printed will likely seriously reduce the ability of the fan to actually push the air, and increase noise substantially.
You can engineer (or buy!) a condensate trap for the pipe itself - a section with a flange around the ID to catch condensate and then funnel off to a drain tube.
Much less obstructive of airflow and quieter
😉 ~ I was also to say that, given that he blurred the reflection of his face in the tiles = 🥸, being very secretive about his property and himself. Does he live in a apartment/flat/house or bungalow? Does that ‘stack’ pipe go to a cowl on the roof - how long is it, and that small elbowed-pipe from the wall and rudimentarily terminated into the bottom of the stack pipe = is that the cause of the condensate? [steam vent from his boiler?] as for his 3D printed condensate trap; very un-aerodynamic; the air taking a extreme right angle to a narrow rectangular duct; that ‘poor’ extractor fan will have a large amount of “back-pressure” sitting against it = he will have to set it’s timer for a long time to remove the loo odour from his toilet room, and despite the thread indicating airflow that is light, the technique I use is a sheet of loo roll; wide enough to cover the fan grill and heavy enough to indicate airflow (should be sucked to the fan and ‘stick’ to it and not fall-off, has to be pulled off/falls off with the fan switched off)
Elegant solution!
I already know why I subscribed here. Really cool solution.
Круто! Хорошее решение!
👍👍👍
идеально
Personne n'a un tuyau d'évacuation des condensats, si les tuyaux d'évacuation dans les parties froides sont isolés il n'y a pas de condensation
Purfection.
Do you live in a apartment PhoL? 🏢
Castle 🕍