@archonsite: How do you calculate the gradient of a drainage pipe? 👷‍♂️📐 In this example: Upstream IL = 1.654 m Downstream IL = 1.182 m Distance = 46.080 m Fall = 0.472 m Gradient ≈ 1.02% or approximately 1:98. A simple calculation every site engineer working with drainage should understand. ⚠️ Always verify your calculated gradient against the approved construction drawing and project specification before setting out or construction. Save this for site and follow @archonsite for practical UK site-engineering lessons. From Drawing to Reality. 🏗️ #ArchOnSite #SiteEngineer #CivilEngineering #UKConstruction #Drainage

pjwhimto93e :

use an app. it's that easy

Christopher Geldard :

Then divide the distance at that and that gives you per meter on the pipe.

Mark Kenny :

Well explained thanks , can you do a video explaining how to find a specific degree for a centre of a fitting on a cylindrical steel industrial water tank

jesper :

matt :

10.2 mm drop per metre, This is a very safe method for storm water

mike :

just go 1cm every meter its the same and easier

Liam :

I needed that. I’m an electrician hopefully going to start a new build, and I was always wondering about this fair play

wayneboi86 :

If you are a drain layer and don’t know this you ain’t a drain layer

Peter :

Storm and sewage was always 40to 1 in my day

charliemcehinney :

yes

jesper :

John Lane :

A good Pipelayer can work that out himself !!

🇱🇨wolfpack433🇸🇽 :

💯💯💯

Enda O'Doherty :

[Big LOL][Big LOL][Big LOL]

Brian Webber :

😳😳😳

Engineer Naeem Ahmed :

[Red heart][Red heart][Red heart]