Pipe length calculation. How to find pipe length. Pipe rolling drawing. Piping drawing rolling

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Piping engineering, pipe engineering, piping tutorial, piping,
In this video we'll be showing you how to read a piping isometric drawing, how to calculate pipe length, how to read pipe slope in piping drawing, how to cut 90 degree elbow, how to calculate elbow length, piping how to read isometric drawing basic, piping designer, pipe weight, pipe volume, pipe density, iron steel density, formula calculation pipe weight, formula calculation pipe volume, piping double rolling, double rolling piping, piping double rolling calculation, piping education videos, trigonometric function in piping drawing, pipe length calculation, pipeline 3d model, piping isometric drawing, isometric drawing, piping design engineering, pipe engineering education, piping and instrumentation diagram, engineering drawing design, engineering design, how to calculate length of pipe, how to read piping drawing, isometric drawing for beginners, piping interview questions, isometric drawing PDF, isometric drawing engineering drawing, piping drawing, isometric drawing technical drawing, isometric exercises, piping isometric, piping drawing interview, isometric knowledge, piping supervisor, SketchUp piping tutorial, piping isometric questions, wire bending in piping drawing, pipe isometry technique, easy way to read pipe drawing, isometric design, basic piping isometric drawing, basic isometric drawing exercises, isometric training, pipe isometry, pipe isometric, pipe fitter training, pipe fitter interview, pipe fitting tutorial, pipe fitter work, pipefitter job, pipe fitting basics, pipe fittings explained, pipe fitter basic knowledge, pipe, pipeline, pipe fabrication, pipe fitting types, pipe welding, pipe length, pipe true length calculation, pipe schedule, pipe work, pipe direction arrows, stainless steel pipe, carbon steel pipe, pipe sizes, pipe drawing, piping construction, pipe construction, pipe fabrication job, piping tips, piping design, pipe 3d, piping valves symbols, piping jobs, engineering design, piping questions, isometric pipe drawing, pipe drawing tutorial, pipe drawing for beginners, easy reading pipe drawing, pipe wire bending, Pythagorean theorem in a pipe drawing, pipe drawing explained, pipe template, pipeline engineering, fit up pipe, piping fitter, piping fittings, circumference of a circle formula, circle circumference, Pythagorean theorem formula, diameter of circle, radius circle, area of a circle, pipe slope calculation, how to calculate pipe slope, slope in piping system, what is 1:100 slope, what is mean slope? how to read slope in isometric drawing, flange fit up, pipe tee dimensions, pipe support fabrication, pipe support drawing, piping isometric engineering drawing, pipefitters, welding, welder, pipe flanges types, flange face, pipe flange size, flange rating, flange class explained, flange class 150 vs 300, weld neck flange, weld neck flange dimensions, Slip on flange, threaded flange, lap joint flange, socket weld flange, pipe elbows, Ring type joint flanges, 90-degree pipe elbow dimensions, 45-degree pipe elbow dimensions, flanges and fittings, welding symbols, isometric drawing symbols, pipe fitting symbols in the Isometric drawing, bill of materials in isometric drawing, mechanical engineering, elbow centre calculation formula, pipe elbow centre, pipe elbow take off, gas cutting, gas cutter, pipe supports, pipe tee fittings, pipe rolling, piping skills, isometric directions, piping technical drawing, pipeline 3d animation, piping valves types, gate valve, globe valve, butterfly valve, check valve, ball valve, piping engineer, piping world, piping engineering world, piping masters, piping designers, pipe rolling, pipe rolling isometric, pipe layout, pipe spool fabrication, piping design engineering work, Subscribe, youtube videos, piping videos. piping isometric drawing rolling, piping isometric wire bending, piping engineering channel, engineering job, piping fitting symbols, piping engineering course, piping engineering interview questions, piping engineering jobs, pipe drawing reading, piping isometric drawing study, piping isometric drawing tutorial, piping isometric drawing software, how to read study piping isometric, piping isometric drawing double rolling, piping isometric drawing rolling, how to calculate pipe size, pipe elbow centre, pipe cut length, pipe support fabrication, pipe line work, pipe fabrication work video, pipeline drawing, piping welding symbols, piping valve symbols, pipe slope formula, elbow cutting formula, elbow long radius vs short radius, piping offsets, welding, welder, piping learning, piping design engineering, piping drawing symbols, piping isometric drawing tutorial, piping isometric drawing study, piping isometric drawing for beginners
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[@dpbbas]

🎉 Very useful information

[@destinoliejacques2012]

Great Job

[@Piping-engineer]

I try to prepare useful content for you in my KZbin channel. It is very difficult to continue in this field alone. I hope I will to prepare better contents with your support. I will ask you, please to invite your friends and colleagues to our channel.

[@randallbryant3383]

You videos are awesome, there easy formulas we use in the field that simplify all piping systems and designs

[@dejangajic205]

4" inch 45' elbow =63,12 2x 63,12=126,24 (127) 500x1,414= 707 707-127=580 580-6=576 Pipe, L=576

[@Piping-engineer]

Many thanks for watching and comments

[@durgaraorayudu8412]

Very good information but subscription notifications coming with every 30 sec its very bad try to remove

[@Piping-engineer]

Many thanks for watching and comments. Ok, we will take your offer into consideration in our next videos.

[@audiobook-s]

Very informative videos

[@cosqunsalamnov6738]

Weri good widio

[@cliffpoy1909]

Hi, would this technique also apply to steel beams of different profiles ?

[@Piping-engineer]

Hello, of course it is possible. The calculations will technically be the same. Thank you for watching our videos and commenting, my friend. Please see below links videos: kzbin.info/www/bejne/o6TGpYekiL9rias kzbin.info/www/bejne/ZpKlnIKXn95gd68 kzbin.info/www/bejne/jqPcgWaCjpJki9U kzbin.info/www/bejne/aquQeoOPq5Z0jaM

[@jonathanklopf7581]

the way I learned was to measure center to center of the pipe, multiply by 1.41 and then subtract the two fittings, seems easier my way.

[@Piping-engineer]

Thanks for watching. it is also correct way

[@HungHo-l6e]

Chào bạn .bạn hướng dẫn trừ 2 phụ kiện là như nào vậy

[@Pearlorigami]

very good video, over the 300K comments

[@InciArazli]

Very good idea and you are very kind channel

[@qurbanqurbanli9242]

Good exclent

[@briancorposales4019]

Thank you

[@Piping-engineer]

To subscribe to our KZbin channel: www.youtube.com/@Piping-tutorial

[@ChanaphaiSukchumphon]

Good idea

[@JuneJackson-ts6mr]

Center to center of horizontals x 1.414 - fitting take offs.

[@ilkinabbasaov4781]

👍

[@RonilloRomo]

4x 38.1= 152.4 × 2=304.8-707= 402.2- 6mm welding gap.= 396.2

[@Piping-engineer]

Many thanks for watching and comments.Again check please

[@vijinw513]

90° elbow centre value is 152 but this is 45°

[@randallbryant3383]

Use piping layman's a standard 45 degree offsetting is your Run or your Set times 1.414 get total travel subtract for you fittings and weld gap!!!

[@georgeryan9139]

Adding the calculation of 707mm = 27.8346in in order to use my ruler.

[@Piping-engineer]

Correct

[@qurbanqurbanli9242]

Super əla

[@noelmartin2398]

When you multiply the offset by 1.4142 you subtract the diameter of the pipe,same thing.

[@irishmike4914]

I'm sure that you all have had the residential customer, hence the reason I am strictly commercial, who wants an itemized estimate blah blah. One guy YEARS ago thought i was ripping him off on my pipe estimate for an electric conversation to HWBB. Long story short i bet him a bottle of johny blue that i would be within 20% not including cut offs. I was within 10% and that was a good bottle of whiskey!

[@Piping-engineer]

INTERESTING

[@josejoseperesperes5187]

Exelente master piping

[@trungquan7996]

Verygood

[@buhaysauditv9035]

I don't know how to solve. What is another solution to connect the pipe Even it's 300mm pipe?

[@laltlansangacolney9762]

Any easy way to know how many water pump hp require for 100metre high from tanky

[@Abuthahir-f4u]

Which software

[@Piping-engineer]

Sketchup

[@albertnimbata675]

Obrigado

[@sugengwidodo7070]

explain what long radius and short radius are

[@Useruserusername790]

Sounds like that could be used to measure an ovel instead of a perfect Circle. Like if you wanted to measure the radius of a Football. But this is all Decimal math. No stupid Fractions. I hate Fraction math, it's extra for no reason.

[@Piping-engineer]

Many thanks for watching and comments our KZbin channel and videos. I am writing here video links which you wants: kzbin.infoL-450ba9FjQ?feature=share kzbin.infoaj37bb_-tro?feature=share

[@KevinMannion-j2f]

Center of both pipes then divide by 141 = you pipe lenth

[@qurbanqurbanli9242]

Əla super cox gözel

[@Billvagsayer]

...or you can ask an American pipefitter for easy understanding of this.

[@AgentAlienXXX]

Skill issue

[@ramilrhmanov5139]

Super

[@alayandekwabenasamuel6451]

Very interesting am a pipe fitter and I like to learn more pls can I get your WhatsApp and mail contact thank you

[@jb243wp]

Pipe chart and the handyman calculator app will do it 👍

[@khanhafeez4709]

Excellent

[@deepakchauhan1678]

India

[@Piping-engineer]

Greetings to India

[@irishmike4914]

I rely on CAD, cardboard sided drafting

[@Piping-engineer]

Many thanks for watch and comments

[@mxjseu]

Length L = volum / area of hose ID

[@interiorworks77up]

Can the angle of bend of a pipe be determined based on the shape in a picture?

[@Piping-engineer]

Yes, if you know arrows

[@01breland]

Can you try in do these in inches

[@Piping-engineer]

Ma y thanks for watching, ok will do

[@nhautv158]

500-90=410 410:sin45 = 579

[@robbob3718]

Stop showing to click the Like, Subscribe, and Notifications tabs, it interrupts your information.

[@Piping-engineer]

Thanks for your useful comments, ok we will consider it on future videos, my friend

[@kibogengwijaksana]

X 14142 Does it apply to all pipe dimensions?

[@Piping-engineer]

Correct

[@kibogengwijaksana]

@@Piping-engineer tahk bro

[@polatrealinal]

​@@Piping-engineer 1.4142 45 derece için geçerli değil mi sadece?

[@Ibrahimibrahim-fm6lk]

45 Elbow 4"×16=64

[@kimeduarddolormanibo49]

were did you get the 16? thanks

[@Ibrahimibrahim-fm6lk]

90 elbow 4"×38.1=152

[@kimeduarddolormanibo49]

how/were did you get 38.1? Thanks

[@arnelarriesgado8257]

Not 38.1 because the elbow was not 90 degree

[@Akarnf2]

X/sin90°=500/sin45°

[@congthanh5810]

707

[@MrTage45]

Le Béaba de la tuyauterie...

[@Piping-engineer]

Thank you for watching and commented

[@freddyestrada3633]

En español ?

[@Piping-engineer]

Gracias por mirar y comentar. Continúe viendo nuestro canal.

[@VincenzoDoria-b3h]

In italiano e possibile

[@Piping-engineer]

Molte grazie per la visione e i commenti. Fatto

[@critiqueculture]

How did you get to 707?

[@randallbryant3383]

To use .707 you have to no your travel length, travel length times .707 = your run or set

[@---ov7po]

707.11

[@mlwest8975]

Finding the travel.

[@mononovaldez116]

Traducir en español

[@RonilloRomo]

Mistake computation

[@xayyamxayyam-wk2lt]

Inetersting

[@bigbox2499]

What 1.4142?

[@Piping-engineer]

Hi, It is formula for calculate pipe length

[@soumendas578]

Not understand