Coupling Selection Procedure | Complete Guide to Coupling Sizing Calculation | All Types of Coupling

Coupling Selection Procedure | Complete Guide to Coupling Sizing Calculation | All Types of Coupling
In this video i have explained, coupling selection procedure in three basic steps, first is selecting the Right type of coupling, according to application acceptable backlash, Type and amount of misalignment between shafts.
and after selecting the right type of coupling in second step, we should do sizing calculation of selected type of coupling means calculation of rated torque and allowable maximum torque (in peak loading condition)
and finally as third step, we should select the right interlocking method for coupling.
I have also explained all the important parameters related to coupling and all types of coupling with their characteristics.
in following chapters:
Chapters:
00:00 Coupling selection procedure
01:44 What we will learn
02:26 What is coupling
02:48 What is shaft coupling
03:09 Application of coupling
04:36 Type of misalignments in coupling
06:04 Coupling allowable misalignment calculation
07:41 What is rated torque of coupling
08:32 What is permissible speed limit of coupling
10:05 What is coupling backlash
11:57 All types of couplings
12:35 Disc coupling
13:35 Bellow coupling
13:54 Split coupling
14:26 Rigid coupling
15:02 Chain coupling
15:28 Precision shaft fitting coupling
15:47 Selection of motion control coupling
16:39 Jaw coupling
17:07 Oldham coupling
17:44 Rubber flex coupling
18:06 How to select right type of coupling
19:15 How to do sizing of Coupling
20:52 Factor of safety in Coupling
21:33 Coupling rated torque Calculation
22:57 Coupling allowable Torque Calculation
25:09 Coupling interlocking selection
KTR Coupling factor of safety datasheet: drive.google.com/file/d/1GT39...
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#coupling #couplings #selectionprocess
#mechanicaldesign #designenginner #Machinedesign #Mechanical #Mechanicalengineering #mastermechanicaldesign

[@LMCARRL]

amazing video ❤✌

[@srinivasanv6573]

Thankyou so much sir for the great video, before while selecting the coupling just check the rated torque of coupling and speed that it.. Now learned a lot thanks for that❤❤❤🎉🎉🎉🎉🎉... Video clarity and voice clarity was awesome... ❤❤❤

[@mastermechanicaldesign]

I'm so glad ☺️. Yes I'm trying hard to get perfect audio, video and animation quality.

[@cvicracer]

This series of videos is great thank you very much!!!

[@mastermechanicaldesign]

You welcome 😊

[@aravindh9754]

Thank you Ayush for this informative video.
Please make a video on Fastener strength calculation in shear and tensile loading condition.

[@mastermechanicaldesign]

I'm so glad 😊 Yes sure videos on hardwares

[@thecreativity4059]

I really like your videos keep it up🎉

[@indianwheels9670]

Sir Which should I learn after solidworks. I am working in machine design domain.

[@brunoperezmedellin7000]

Great video, would have helped me a lot six months ago, never the less it's a complete and really informative video.
Could you please explain bolt clamping when the shaft doesn't have a keyway. I can't find any information on how to calculate the slip torque and clamping force. Thanks in advance 😅

[@mastermechanicaldesign]

Thanks PEREZ MEDELLIN,
Slip toque - You don't need to calculate it, you can find this in coupling manufacturer catalogue, either they provide clamping bolt tightening torque, for example a coupling rated toque is 10 Nm and using M4 bolt size as clamping bolt, so they will specify that with how much toque we should tighten clamping bolt, Let's say 2 Nm, means if we will tighten that clamping bolt M4 with 2 Nm, then this will ensure the coupling won't slip below 5 Nm. or coupling manufacture also provide maximum sliping torque.

[@brunoperezmedellin7000]

@@mastermechanicaldesign i understand it better now, however it's still not that clear to me.
Let's say my coupling rated torque is 32 Nm and the specification i believe is related to "slip torque" is called locking screw specification and it has two columns M: 5 and the second column Nm: 8
Does it mean it won't slip if the torque is less than 8 Nm or if it is half of the rated torque?

[@saaltree]

Helpful video sir❤

[@mastermechanicaldesign]

Glad to hear that

[@zroudiayt]

❤

[@leak-proofengineeringindia2084]

Sir kindly continue bearing selection Series

[@mastermechanicaldesign]

Definity, Just after few fresh topics video. Don't worry! 😊

[@rajanmodi7]

Not mentioned any thing like moi of couplings

[@mastermechanicaldesign]

Yes, I haven't included MOI and Critical speed of coupling in this video. Just because these are factory automation coupling (have relatively small size). MOI and Critical speed not much influence selection of these coupling.

[@Artist_Priya.]

⭐⭐⭐⭐⭐

[@mastermechanicaldesign]

Thank you 😊

[@silentman7546]

Diaphgram couplig?

[@mastermechanicaldesign]

You mean Disc coupling ?