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????????. ?????????????????? ??????????!!! ????'?? ???????? ???? ?????????? ?????????????????? ??????! A few more tips for mechanical design! ?????????????????? ?????? ?????????????? ?????????????? ?????????????? ???????????? ???? Installing a bearing the right way can save you from headaches down the road! Today, let’s revisit a time-tested method using just ?? ?????? ???????????????????? and ?? ?????????????????? ????????: ?? KM – Bearing Lock Nut ?? MB – Lock Washer ?? C Spanner – Half-Crescent Spanner ?????? ???????? ???????? ????????????? A properly locked bearing ensures: ? Secure positioning in its designated place ? No unwanted movement during operation ? Easy replacement when needed ?????? ???????????? ????????????????????????????: 1?? Thread for the lock nut should end 1-2 turns AFTER the inner bearing ring surface 2?? Keyway machining must extend PAST the nut thread (allowing a smooth tool radius exit) 3?? For shaft assemblies, machine 2 flats for tightening with the C spanner & counter spanner These 3 points alone can ?????????? ????% ???? ???????? ???????????????? ?????? ?????????????????????????? ????????????????????! ?? Got additional tips or experiences? Drop them in the comments! ?? Thank you Jiga for the support - they're helping engineers source custom parts directly and easily from reliable manufacturers. ?? ???????? ???????? ?????????????? ???????? ?????? ?? ?????? ???????? ???????? ?? ?????????? ???????????????? ???? ?????? ????, ??????????????????, ?????????? ?????? ?????????????? ???????? ?????? ???????? ?????????? ???????? ??&?? ???? ????????-???????????? ????????????????????. ?????????? ???????? ?????? - ???????? ???????? ?? ???????? ?????? ?? ?? Want to learn more? ?????????? ?????? ?? on my profile for notifications. Follow my Academy of Practical Mechanics Any thoughts, feedback, or questions? Write down your comments!

????????. ?????????????????? ??????????!!! ????'?? ???????? ???? ?????????? ?????????????????? ??????! A few more tips for mechanical design! It’s time to level up your design skills with a quick lesson on… Gas Pistons! You see them everywhere—in your kitchen, your car, your garage. But are you using them correctly in your designs? ?? If you looked at the images and weren’t sure which setup is right, gas pistons might be trickier than they seem! ?? They’re a micro-system within your design. ?? They don’t just assist movement—they control force, resistance, and stability. ?? To use them effectively, you need to define their role in your system. ?? A Simple Story: I needed a piston to: ? Assist lifting where it's hardest ? Lower the load smoothly ? Keep the door closed when down Ever noticed how your kitchen’s overhead cabinet door resists at first… then suddenly lifts on its own past a certain angle? That’s a well-designed gas piston at work! ?? Now that you know, go implement it in your next design! #MechanicalDesign #EngineeringTips #GasSpring #ProductDevelopment Thank you Jiga for the support - they're helping engineers source custom parts directly and easily from reliable manufacturers. ?? ???????? ???????? ?????????????? ???????? ?????? ?? ?????? ???????? ???????? ?? ?????????? ???????????????? ???? ?????? ????, ??????????????????, ?????????? ?????? ?????????????? ???????? ?????? ???????? ?????????? ???????? ??&?? ???? ????????-???????????? ????????????????????. ?????????? ???????? ?????? - ???????? ???????? ?? ???????? ?????? ?? ?? Want to learn more? ?????????? ?????? ?? on my profile for notifications. Follow my Academy of Practical Mechanics Any thoughts, feedback, or questions? Write down your comments!

????????. ?????????????????? ??????????!!! ????'?? ???????? ???? ?????????? ?????????????????? ??????! A few more tips for mechanical design! ????????’?? ?????????????? ???????? ?????????? ? Let’s start with some gibberish:? ??? DIN 7343 - Spiral Roll Pin? ?? DIN 1481 - Roll Pin ("C" Pin)? ? Never heard of these before? Perfect—time to learn!? ? One of their use cases is creating a simple hinge. But here’s the catch—if you check the specs, you’ll see these pins are designed to fit into holes with an ???? ???????????????????.? ? Now, a quick reminder: hinges are supposed to... move! ??? ? So which holes should actually be reamed to H7? Why not the outer ones? Why do I suggest reaming only the ???????????? ???????? ???? ?????? ?????????????? ? It all comes down to ???????????? ?????? ???????????????? (??????).? ? If you ream the holes in the “fork” part, you’ll have to drive the pin through ?????? ??????????-?????? ?????????? along its length—twice! Not fun, and not efficient. Worse, you risk damaging the pin, making it too loose in the second hole.? ? As an engineer, I ??????’?? ???????? ???? ????????????.? And let’s be honest—I’m also a bit lazy ?? (not at work, just when it comes to unnecessary extra tasks!) ? By ???????????????? ?????? ?????????? ???????? ?????? ?????? ???? ??????, you make assembly smoother and avoid headaches down the line.? ? A small ???????????? ??????, but a big difference in execution. Hope this insight sticks with you—just like the pin should!? ? #engineering #designforassembly #mechanicaldesign #hinges #manufacturing??? Thank you Jiga for the support - they're helping engineers source custom parts directly and easily from reliable manufacturers. ?? ???????? ???????? ?????????????? ???????? ?????? ?? ?????? ???????? ???????? ?? ?????????? ???????????????? ???? ?????? ????, ??????????????????, ?????????? ?????? ?????????????? ???????? ?????? ???????? ?????????? ???????? ??&?? ???? ????????-???????????? ????????????????????. ?????????? ???????? ?????? - ???????? ???????? ?? ???????? ?????? ?? ?? Want to learn more? ?????????? ?????? ?? on my profile for notifications. Follow my Academy of Practical Mechanics Any thoughts, feedback, or questions? Write down your comments!