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RUD UKS Assembly
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- เผยแพร่เมื่อ 1 มี.ค. 2020
- Connector UKS - Universal Chain Connector for all conveying tasks.
1. Turn the locking pin out of the connector through
90° by means of a hex-wrench
2. Insert the connector shackles into the chain
3. Hook in the toothing
4. Insert the locking pin fl ush into the connector. Be aware
of the position of the cam - in parallel to the flights of the inner sides of the connector schackles.
5. Turn the locking pin through 90° by means of a hex
wrench. When turning you must feel a hard point in
order to positively locking the pi
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needs to be supplied with a bag full of those little locking pins because they WILL get dropped and lost!
Exactly what I was thinking.Other than that,excellent idea.Possibly attach the locking mechanism to the links.
Or attach the pin to the device with a small, non-splitting chain.
@@krisg822 But they can easily fall away, these locking pins are made in such a way so be tight in there and not move or fall out by them self.
Yes indeed
Or make the pins magnetic? But yes need multiple
I really don't see where this would come in handy for me... but I want one!
Whenever you find an utility for it, just tell me becauseI I want one as well.
as a neckles pendant. For real Though man. :D I whould get one to !!!!!!!!!!!!!!!!
This chain link is badass. Reminds me of the heavier ones used on ships, the detachable links.
Cool! Now some manufacturer in China will copy that and sell it for a fraction of what you sell it for! Alibaba here I come!
And the crap from china maybe costs lifes
U r better than Nostradamus
I was being a smart ass, I’m doing all I can to not buy from China.
I've heard a Chinese fake merchant say, "The only real thing in the world is your mother's love."
boycott china!
The ONE thing I wanted to see was their performance in a strength test... STILL waiting.
You say that like they owe you something. How about you ask them like a normal person
They are intended for a single application: chain conveyers. They aren't getting anywhere near stress limits for steel.
Seems like they would be prone to shearing outward?
@@showlottathings What do you mean by shearing outward? Do you mean plastic deformation leading to the teeth becoming uncoupled? Shearing would be the teeth tearing loose.
@Hugo99 1-5% at the very best... chains are realy strong
Id like to see a strength test
I'd like to see a vibration test instead
I was looking for links in the description, but they were in the video.
Best comment. I mean, best comment ever.
I kind of see their potential but a d shackle would be more convenient and just a suggestion paint it a neon colour so it's instantly recognisable as a removable link also different colours for different load capacity
It looks like it’s only for drive links on conveyor systems, I personally wouldn’t use for lifting loads, might end in tears 😭
@@Diesel629 I was thinking its designed as a safety link to support work overhead where load needs to be suspended from above. I could be wrong but that's my interpretation of it especially given the small retaining fastening and how faffy it looks installing it
I would like to see that chain tested with all kind of stress, including torsion and vibrations. Until that, it is just a oversized keychain.
Bet they wish they had thought of doing those tests
They are intended for a single application: chain conveyers. They aren't getting anywhere near stress limits for steel.
The arrogance of some people to think that actual engineers haven't designed and tested something that is intended for industrial use.
Do you think million dollar companies are just working off of hopes and dreams or what?
@@lakaiskates8064 How can we trust a product if its creators do not show us how it performs? Would you buy a car if its manufacturers didn't tell you how well it can brake, or how many miles per gallon it gets?
@@szv_ That guy would if the car looked unique and quirky. Isn't it amazing how moronic people are?
This is very neat for a load baring extension that can run through a pocket wheel on a lifting device, not sure I can think of anything else that competes with this item, impressive engineering.
I think that bolt should be attached by a string or something to one of that links. Imagine dropping that in the dark...
Or in the water
@@sanches2 это маркетинговый ход. чтобы с запасом покупали
@@user-vn2nx1yq9e конечно ;)
Used the early version of these on amoured flexible conveyors on coal faces. The early version had the central locking piece hammered in and held by an O-ring.
Unfortunately they used to come out causing the chain to separate. Not the best idea.
These look better. But as with the older type can only be used in the vertical plain. Horizontally they would separate under the flexing load.
Happy days
Excelente conector , no lo conocía y me parece genial . saludos desde Bogotá Colombia .
is there a reason you never showed it lifting that load?
It failed all testing except looking good enough to be on youtube...😂
That is a really elegant solution.
Yes, But I wander how reliably lock cylinder is held on place.
Pretty cool, but how did I end up here ?
Cause youtu.be filtering sucks
To meet new friends/commenters who will greet you again in a couple years.
Seems to be the result of a **Horatio puts on sunglasses** chain reaction **YEEEEAAAAHHH**
Curious George !!! Lol
simple but smart engineering
So... basically a double scarf joint link for chains. Neat idea!
Интересно как этот замок разберётся после месяца работы к примеру на скребковом перегружателе?
Чтобы собрать нужен ключ,чтобы разобрать нужен ключ,молоток или ушм,зачем такой механизм?
@@crazy_welder что бы продавать его - вот зачем ))) а то вы привыкли к простым и удобным девайсам , а тут вот такой - что бы было чем зангяться и что купить когда запчасти потеряются )))
на шахтном конвейере СПЦ такой замок (кцтг) работает многие месяцы.
Not impressed until I see it loaded. I can do the same with a zip tie so far.
the most stupid argument I read since a long time
Exactly, i need to see it in action.
@@vincent7520 don't you want to see how it performs under pressure.
@@princesunnyboy They are intended for a single application: chain conveyers. They aren't getting anywhere near stress limits for steel.
Yeah, all them forged-steel zip-ties you use every day...
Das ist sehr gut wenn die Kette genau im Abstand von einem Kettenglied gerissen ist. Sowas passiert in unserem Kettenbergwerk mehrmals täglich und wir könnten ohne dieses hervorragende Produkt schon lange keine Ketten mehr schürfen.
Speziell dieses Fabrikat ist sehr gut, denn es ist sehr gut!
бесконечный полёт, великой, инженерной немецкой мысли!!!)))
That is really cool. My only improvement would be for all three pieces to be tethered together, at the the locking pin as that seems easy to lose.
Proper head neck agility is key.
-Coco
How about keeping track of the pieces like someone's life depends on it? Probably does
The connecting chain is dirt cheap, the locking pin is about $300, and that my friend is where they make the $$$$$$$$$$$$$$$$$$$$$$$$
Интересный замок красивый), но при большой нагрузке есть вероятность осевого смещения и разрыва.
That is really an amazing design. It's so smart.
Выглядит хорошо, но можно смело давать название СЛАБОЕ ЗВЕНО!
Перед такими замечаниями почитайте документацию на этот замок.
@@Engineer_Stepanov С одной стороны согласен.. Но в наше время верить букве уже гораздо сложней -это раз. Второе. Вы правда верите, что шесть таких выступов на сдвиг будут прочнее чем тело звена на разрыв...? Только при колосальных показателях прочности и пластичности стали, кратно превышающих прочность самой цепи. А это уже такое.. Что же до конструкционного решения, оно достаточно элегантно. Однако в ответственных узлах я бы не доверил.
P.S. Не против почитать, подкинете ссылку?
@@CTACOHE однако, это крепче дужки висячего замка(пусть даже амбарного полностью стального), как обычно везде применяется. Хоть и основными "несущими" нагрузку, по сути, являются лишь средние(#2) "зубья/упоры" этого оригинального замка, а крайние(1 и 3) лишь в подмогу. Мне идея понравилась, но цена этого "Мade in Germany" может больно укусить)). Да и распорку легко потерять.
@@XaLi_GaLi ..о здарова, часто у Толи вижу..)
@@CTACOHE )), здаров! Мир ютуП тесен ... 😁
This video just went viral on reddit - unfortunately it was a reuploaded version.
This video Is really good i must admit
Such a beautiful work of engineering
Главное вставочку не прое... потерять.
Этот мусор не для нагрузки , это для прикола , а большие нагрузки не выдержит
@@rallikul4669 в
Carabiner solves with less loose parts and does not need an extra tool.
А где испытание на растяжение?
Разрыв тут важен - насколько крепкими окажутся зубья, так как соединение перехлёстное: нет внешней части, так обе детали одинаковые. Ещё может быть нагрузка на сжатие центральной части, которая является распоркой.
In extreme conditions, this little stopper can fall and roll over. And then what to do ???
zipties
it will slip on constant vibrations, and eventually break apart.
Oh boy, another armchair commentator with little to no knowledge or experience in the industry. What's your actual qualification?
Connectors like these are used in heavy duty mining applications, e.g. in applications like seen here: th-cam.com/video/bXORrVmxwbM/w-d-xo.html
There are reasons why they are constructed like this for those specific industry applications, including constant vibrations by the way.
The pin gets hard locked when assembled correctly. It's safer than many other typical ways of e.g. locking threads when bolting.
man on the internet trying to outsmart a company
Good for joining chain segments, but not secure. Need to apply a few beads of stick welding to make it permanent and tamper-resistant.
If you weld chain you weaken it considerably.
It's heat treated and you normalise parts of it by welding on it.
That's one damn clever design.
Завтра китайцы сделают миллион штук таких.
хрень это а не карабин! предложи это скалолазам с говном смешают 😂
@@EndyKaufman так это для технических нужд.
Thats cool, but imagine that for some reason that little adjustable thing just fell down?
Its made in Germany, that means it is well engineered, but you have to take it out for repairs after 3 months....
Over engineering is the same as cheaping out In materials
AND costs a fortune to buy and service....
Hey, I love your product. Can I use it in upcoming compilation? You'll be credited properly of course.
Love to hear from you soon,
Kevin.
Было бы хорошо увидеть испытание на разрыв.
Что-то подсказывает, при больших нагрузках изменится геометрия звена, и оно станет неразъёмным.
Будет всё гуд. "Они" ,такие вещи,делать умеют)))
@@kraftfahrer4696 100ТОНН РАЗРЫВ
@@user-ww1ve1dc9q да ты не мне))) ты этим сомневающимся парням сверху скажи)))
Как всегда иностранцы чушью маются🤣 а потом удивляются почему это мы Русских не можем победить🤣 да потому что мы Русские вот таким дэбилизмом не страдаем!!!
that looks like death waiting to happen. those pins will come apart in high vibration
proof?
@@MrFujinko threaded connections like to walk apart under vibration is a documented issue
@@imchris5000 A quick web search indicates that RUD exists for a long time. Im pretty sure they considered vibration susceptibility on this product.
@@imchris5000 Are you referring to the teeth on the link or the locking bolt? The teeth lock in two axes by either a paired convex/concave or tongue/groove system. The locking bolt is pressure locked in place and would be further held in place under load.
@@ShimrraJamaane that little bolt in the pin will slowly walk out from repeated back and forth pulling.
Would it work in space or under water better than conventional links? Why is it a cost effective improvement? It seems impractical to manufacture unless there is some advantage that is not explained in the video. It is a beautiful concept.
In horizontal forces its can disassembly and unfortunately it can make big accident
I think they do something about
horizontal forces to a chain lifting weight?
A shackle is much better.
I can see myself dropping that little pin in the snow and cursing for half an hour after realizing somebody lost the Allen key as well!
There's some smart people in the world.
Очень интересно! Нужно больше информации!
Отличное инженерное решение.
Ога! Один, но существенный недостаток - маленькая штучка, и отвёртка, которые требуютт ювелирных ручек и имеет свойство теряться в самый неподходящий момент...
Главное стопор не профукать!
It may hold the pull forces, but what about those 2 parts going sideways, will they slip and break apart?
pay attention to little nub in the middle
@@adriandumitrascu4292 that really put my mind at ease when lifting tons of costly materials ...🤣 What's there not to trust.
@@DL101ca :)) older designs are better safer and cost less, but yea germans like to overengineer simple things, almost every time is harder to get to the easiest design, i am an engineer and complicate solution are first when i need to solve a problem.
a locking pin with a knob will be more preferable so that the wrench is not needed
The ways seem to be weakly keyed, no? If the locking spreader comes free it could be game over.
Hmmm I love things that rely completely on small bolts or pins. Those are the best designs. Because if lose that little guy you’re fu*#%^
I'm trying to see how thaat little pin is supposed to hold the halves together.
хорошая штука, нам бы такие в цех для устранения аварий при разрыве звеньев,
У НАС В ШАХТЕ ТАКИЕ БЫЛИ СОЕДИНЕНИЯ
Looks to me that would self disassemble under shock and vibration. Not secure enough.
No test no buy
What is the advantage? We can use D clump which is cheapest.
Don’t think the working load of it doesn’t compare to sized links but it’s a very ingenious link !
I'm not sure either. Could be strong af or weak af... idk.
@@rorschacht8478 yeah in that regard this video is a complete fail.
Very useful
bello, geniale e solido, bravi!
真ん中の部品がなくしづらくなるともっとよくなるかも。
We already have smaller more efficient chain connectors. The only thing this do better is this one mimicked chain pieces dimension.
Сейчас Мерседес так качественно Мерседесы не делает, как эта цепь сделана. Старое немецкое качество. Которого скоро почти не будет.
They are giving away the chain link for free. Just for the purpose of selling the pins later. A small pin that will drop and you will lose it.
so fuckin intense is this a teaser for Tenet 2 chain heist?
Might work if there is no other option. However anyone that works with chains in any industrial capacity will tell you that temp chain links like this are nothing but a liability. I sure as hell wouldn't trust it underground in the mines. But then we break even square chains due to pulling equipment like miners that weigh 60 tons or so.
Stunning
Best product. When is it going to break?
Not only does it look great but This is an awsome idea!... A suggestion/question, wouldn't it be stronger/more confidence enducing if it used "Dovetail interlock" instead?
I’m guessing that a dovetail joint wouldn’t be needed since the link only sees stress in tension? I’m not an engineer.
@@BumDog2112 Yea, im confident it is strong and most likely they did the Simulations/tests... I actually kind of answered my own question after i thought about it, Dovetails would take more machining time and probably no significant difference in metal therefore it would just end up costing more to produce.
@@bitrage. It is convex/concave in this video (look at the first link being assembled) to avoid lateral slippage. There is also a model that uses a dovetail for the same purpose.
Лучше скобы с болтом нет ничего. Испытано плугом
крассава!😂
You can run that through a hoist.
Wow!
A "Chainlink" that does it's job
Pun intended
сколько выдерживает на разрыв при разном сечении звена ?
How much weight can it sustain?
Tenia que desir ALEMANIA...gran herramienta
what is the swl and does it have proper loler certificates ?
genius design
They didn't show any tests to prove its reliability.
Cool, do you have it for smaller links too?
This looks actually very useful good job youtube algorithm
the little pin should have a cord of something attached to the equipment, that thing is so small that it can be lost so easily
анота прикольна а на разрыв сколька ???? но не сильней цепи эта факт
Пришло время соединить цепь, ставишь это звено, лезешь в карман за этой фентиклюшкой, а там бублик. Где взять другую? Смотал толстой проволокой и пошёл дальше в домино играть.
Why not use a screw type carabiner
Хочется ответить многим: вот этот бублик, финтиплюшка, гайка, правильно будет назвать распорный элемент. Многие из вас пишут что если его потеряешь случиться беда, Вы действительно думаете что Германцы такие тупые?) они вам таких распорных элементов штук 10 минимум положат к одной цепи (под тип расклинки "ластачкин хвост") так что не переживайте 😜
What if the chain twists?
amazingly smart!
A chain is as strong as the weakest link! Hope that it isnt the weakest link
There be a way you can attach clip system that attached to one half of the link switch system
Yes because I want something that is multiple pieces one of which is tiny and will get lost on the job and that needs a Allen wrench to tighten it which is less common then if u made it a 10mm
NICE!!!!!
I thought this was going to be about snow chains !
Love it...
Yeah sure it can hold those chains together, but can it hold my marriage from falling apart?
Good question. Since you're asking I'd say not. Good luck partner
You don't need to be married.
That's genious!
I`m expecting the golden version like a spare freshly installed tooth
Looks like it fits
No. Just NO. Sure it can connect two pieces of chain, but there is no way it could be put under a working load and be safe and secure.
Id be the one to drop the locking bolt device or forget the allen is metric.
Solid jount
Штуковина Анжинерной работы ! Во!
Don't use one of those because if it snaps it could easily kill somebody
Chain link would give up first buddy....