Piping Take Off 90 Degrees and 45 Degrees the New and old Ways Formula's

Piping Take Off 90 Degrees and 45 Degrees the New and old Ways Formula's. Piping,Welding,Non Destructive Examination-NDT
Common Piping Angles and their Solutions,Known and Unknown Angles and Angle Chart,Solving Rolling Offsets,mitered Pipe Cuts,Multipiece Mitered turns, "Y" Layout,90 deg. Saddle on (tees) Standard Weight Pipe,Pipe Circumference Divided into Equal Parts,90 deg.on (tees) extra Strong Pipe,90 deg. Eccentric Pipe Intersections, 45 deg. laterals,Concentric and Eccentric Supports on 90 deg. Long Radius Elbow,3 Types,Angle between Bolt Holes of Flanges, Pipe template layout,orange Peel head layout,Concentric Reducer Layout,Eccentric Reducer Layout,laying out Bolt Holes in Flanges,laying Out Ordinate Lines and lengths,Tank coil layout,Angle Iron Miter Cuts and Brackets,Special Offsets and Solutions,Slip or Spectacle Blind Data,Centers of Eccentric reducers and Eccentric Flanges,Centers of 15 deg.,221/2,30 & 60 deg. Butt Weld Elbows from 90 deg. Long Radius Elbows,Pipe Thread,Dimension of Weldolet on Pipe, Dimension of Socket Weld & Screwed Fittings, Dimension of Flanges Cast Steel Valves,Dimension of Flanges Cast Steel Fittings,Commercial Pipe Sizes & Welding Fittings,General Dimension of Welding Fittings,General Dimension of Forged Steel Flanges,Bolt,Gasket & Ring Joint Number Charts,Wrench Sizes,Drill Sizes for Pipe Taps,& Tap Drill Size Charts,Bolt Charts for Orifice Type Flange,Outside & Inside Diameter of Pipe& Flange Bores,Comparison Chart for Packing & gasket materials,Hand Signal for boom Operated Equipment,Hand Signal for Overhead & gantry Cranes,Useful Information,Pipe Expansion,Pipe Bends,Circle,Inches&Feet Converted to millimeters,Conversion Constant,Decimal Equivalents,Fractions& millimeters,Safe Loads,for Wire and Manila Rope Charts,Decimal of a Foot,minutes converted to Decimals of a Degree and trigonometric formulas,Pipe& Water Weight Per Line Foot &Feet head of Water to PSI,Wire bending,Symbols,Computation.Piping Take Off 90 Degrees and 45 Degrees the New and old Ways Formula's

[@LoveLove-es5zn]

Very clear nice .

[@vandhiyadeven8811]

Thank you very much for your video

[@Mrjoelaguirre]

Thank you

[@mohammadjamil8261]

we are watching every time

[@Mrjoelaguirre]

Thanks for watching

[@maqsoodalam4290]

1.5 ke jagah 1 se multiply Karo, for sort radius

[@yusufKhan-sy5ry]

very nice example

[@Mrjoelaguirre]

thank you

[@AMIR41114]

such a nice and easy for learners .

[@Mrjoelaguirre]

+Amir Abbas Thank you amir

[@waseemdasti3845]

how to find elbows short radius

[@waseemdasti3845]

some one please tell me how to find short radius of 45 and 90 degree elbow

[@rogelioperez3428]

Amir Abbas mmuchas gracias no le entedi mucho porque esta en ingles y solo hablo español como puedo hacer para verlo en español por fabor

[@mrmtshalimtshali5114]

Love u

[@isethajdini8337]

L

[@mohammadjamil8261]

plz show the lateral branch of top surface level layout otherwise this video is very useful and very much well

[@khomotsoselematsela1941]

Explain where you get 38.1 from
Coz (25.4×1.5=38.1) on 90 elbow... nothing is new &old there?

[@rogelioramos9437]

Ok excelente. Gracias por la. Fórmula

[@ranazahid4784]

good

[@Mrjoelaguirre]

thanks

[@shoelkhankarabhie5320]

Sir ok

[@renararcilla7760]

NPSxK=
8''x1.5=12''x25.4=304.8
T.O=305mm
S=T-2(TO+WG)
10,000-(610=6)=616
- 616=
spool=9384mm

[@deepakmunda4402]

Transmitter pics marking

[@deepakmunda4402]

Trangistor pics marking

[@kadappamalkanavar6346]

What is the WG??

[@myyoutubehallomalaysiafrom268]

Hi

[@poetersworld9911]

How to solve the question pipe 4" elbow to find the nps in 60 degree How'?????????????

[@adnanfarooq4629]

hello sir can u help me I want know that how we can cut cable tray if our elivation is 20 mm or 10 mm this is for 45 degree bend bc my work is cable tray so I want know how we can can if we have 20 mm 0r 10 mm elivation

[@desvlogsyahide1909]

can use any inch pipe?

[@PramodKumar-uv7fq]

for more advanced and accurate solutions look IPC99 mobile app in play store

[@arnelarriesgado8257]

Where did you get 1.5?

[@Mrjoelaguirre]

38.1

[@jfgihgyu5685]

Sir used formula 8×1,5=28,8 then used 8x38.1=304.8 which one correct thank you

[@bardiyafarshid2133]

38.1(Pipe Dimension . 38.1= center of elbow) for examp. 6“ .38.1=228.6

[@sivabalanr2435]

1.5 in inches
38.1 in mm

[@marcusbell5583]

That's long radius right

[@adnanfarooq4629]

pls guide me how we can take measure

[@jhamod556]

was this for lr 90?

[@Mrjoelaguirre]

Stand for 90 degrees elbow

[@shaikmalik9319]

PipingWeldingNonDestructiveExamination-NDT

[@saifulsh6020]

How is 22.5 take off?

[@mikegezzie918]

is this done in India???cuz we use inches over here

[@Mrjoelaguirre]

Ok! make conversion

[@TT-bi5wu]

PipingWeldingNonDestructiveExamination-NDT so it's not new. It would be take outs in metric.

[@ranazahid4784]

hello sir
i need a farmola for cuting the pipe or angle
exp i have a 100×50 chanel
i want to cut chanel in 30°
ho much anser & how willcom
i need a factor

[@Mrjoelaguirre]

Yes! stay tune more videos coming up!

[@yogendrayadav1172]

1" Elbow ka Long, short standard radius elbow ka elbow center nikalne ka formula. Plg send.

[@bryancatan7935]

hi! jut want to learn how to calculate for takeoff of 20 degress angle pipe elbow.thank you

[@benni85]

Millimeter?

[@marvinllanera]

Sir where did get 38.1?

[@iwb316]

Formula is 1.5 times NPS. If you convert inches to mm - 1 inch = 25.4 mm so 1.5 times 25.4 = 38.1. TO for 8 inch elbow is 12" or 304.8 mm. He is only converting inch measurements to metric. You only need to convert if you are working in metric measurements. It is not old and new way as he described they are both the same.

[@kapilswain1432]

Tee kaa center line nikalneka formula batao sir please

[@merajahmad5508]

Rediwesar bane ka formula

[@jfgihgyu5685]

Result in inch or MELMETR

[@Mrjoelaguirre]

90 deg. if you use 38.1 mm
note: check what is the given

[@Mrjoelaguirre]

check this out czcams.com/users/edit?o=U&video_id=0p--SYENcuE

[@arnelawit6204]

Boss bakit naging 9390.4 dba 10.000*609.6=599.6 Tama ba boss

[@jfgihgyu5685]

What about this formula tan degree of elbow ÷2×38.1×2 where we can use it

[@abram3rdking292]

take off for two 90° el

[@MarioMoreno82]

aND YOU DONT TAKE NOTHING FOR THE WELDING....BECAUSE YOU NEED TO HAVE GAP

[@akinknow]

Sir ung 38.1 san poh nanggaling?

[@LoveLove-es5zn]

Yan yun 90° yan sir yung 45°15.1 naman sir

[@eudoxiobarajas5671]

why mix inches with Mil? NPS 8" INCH CORRECT T. O WILL BE 1.5" INCH IT IS NOT NEW WAY!
IS THE RIGHT WAY!

[@kadappamalkanavar6346]

Eudoxio Barajas you are correct we can't mix inches and mm we should use 8"X1.5"and 8"X0.625

[@jfgihgyu5685]

Takeoff elbow from end to center or from end to end

[@Mrjoelaguirre]

take off EC or end to center

[@loversinging]

T.O=NPSx1.5x25.4=38.1
=8x1.5x25.4
=304.8
CL=CD-(T.o1+T.o2+3(2)
10,000-(304.8+304.8+3(2)
=10,000-(615.6)
CL=9,384.4

[@achhelalrpm6313]

Translation to hindi

[@kz06regi0n]

8х15.8=126.4
126.4х2=252.8
20000-252.8=19747.2-6mm=19741.2

[@Mrjoelaguirre]

Good Job!

[@kz06regi0n]

@@Mrjoelaguirre your videos are very good very useful in the work

[@Mrjoelaguirre]

Wow this is Great Thank you and Have a nice day

[@robinhoodpapan]

Nps X 15.8 for 45° is totally wrong.

[@dalmacioiiconcha8608]

15.8 is for mm

[@abram3rdking292]

y wrong?

[@ajaykmali8344]

You rong teach ok

[@orvillevallejo7030]

ang gulo mo mag turo chong