Please provide a photo from the site showing a branch pipe inserted at 45° into the upper part of the main pipe
Thread Content
This post was last edited by Little Worker on 2017-7-21 09:22. As the title suggests, it’s a matter of following the specifications, but I still can’t understand how to insert it at a 45° angle. If anyone has photos from the actual site, please share them. The attached images show two ways in which it could be done at a 45° angle; since it needs to be done along the direction of the medium, I lean towards the second option. However, since I’ve never seen it in person, I need photos to confirm this
Wow~ Take a look at this; it’s inserted at a 30-degree angle. High-temperature hydrogen sulfide equipment - Powered by Discuz! http://bbs.hcbbs.com/thread-1806712-1-1.html
There are no photos, so I’ll draw one for you to see. The resistance is greater on the left side, while it’s smoother on the right side, with less resistance. We use an elbow combined with a 45-degree bend in place of a straight tee for our ductwork
Like this one; the principle is similar to water vacuum.
It is commonly seen when connecting the main pipeline for torches on site
These days, 45-degree inclined insertion fittings are commonly encountered in large modular equipment
Ducts and condensate recovery pipes use this. However, there are no photos= =
Because of this 45° angle, I’m not sure how it was measured; that’s why Hui came up with the idea that perhaps the branch pipe is directly above the main pipe, resulting in an intersection angle of 45°. It’s also possible that the branch pipe is perpendicular to the main pipe, in which case the angle would also be 45°. But since it’s related to the direction of the flow, I think the first scenario represents the correct direction. Still, I’m worried that I might be wrong
I need photos like this, but I haven’t seen the discharge pipe
I need photos like this, but I haven’t seen the discharge pipe