Actual Working Of Oldham's Coupling | Simple Explanation | Mechanism

Oldham’s coupling is a power transmission mechanism. In 1820 John Oldham invented it in Ireland. This mechanism is inversion of double slider crank chain mechanism. It is a type of flexible coupling which is used to connect two non-coaxial parallel shafts.
Advantages-
1) The driving and driven shafts rotate at the same speed.
2) It has good torsional stiffness and zero backlash.
3) It exerts low reactive forces that protect the support of bearings.
4) It has low moment of inertia and has an easy installation in blind.
5) Replaceable wear elements are economical.
6) Accept large radial misalignment
7) Center plastic disc have the potential for electrical insulation.
Disadvantages-
1) Accepts relatively smaller angular misalignment.
2) It possesses lower peak torque and torsion elasticity.
3) When the torque reaches the maximum value, axial reaction loads are applied to the support
bearings.
#Doubleslidercrankchainmechanism #Flexiblecoupling #Mechanism #Oldhamscoupling

[@ranjithkumarr7449]

Best explanation of all other channel

[@meghna.choudhary]

Thank you, sir. You cleared a doubt that was obstructing this subject for days.

[@saivarma7495]

Thank you for this video. It's really helpful

[@bhavanavispute4925]

A good informative video... Nicely explained.. concept is elaborated in simple but effective words...

[@HimanshuRamekar]

Great work!! 😊👍

[@uss969]

Really great efforts thanks

[@crankfrank3274]

Excellent

[@vishaljagtap8803]

Keep going brother 🙂

[@Kitedeking]

helpfull sir , and hatts off to you for the animation part and the content

[@vidyavispute4265]

Nice explaine

[@hemantvispute875]

छान माहिती मिळाली सारंग.

[@rohitmahto8992]

👌

[@AmarNath-rc7rp]

r = distance between the axes of two shafts

[@352lokeshjanardhankopanath6]

Pls upload more videos about mechanisms bro

[@AmarNath-rc7rp]

v = ωr
Where v = velocity of sliding
ω = angular velocity of shaft