What kind of snail brakes are self-locked? And why is the brakes holding? The principle is different. The brakes are in the form of a hold-off, and the brakes are better than the reverse brakes. By this, you should understand that the self-locking of the slowing machine is not very big. It is often felt that when there is enough to buy, it is sufficient to choose a self-locked snail decelerator with a normal electric power, but such a combination is not very effective, especially on some very heavy loads, such as 10 tons of equipment. So you chooseSpeed brakes slowing downIf you want to lock yourself up, you can only pick two of these. So that's what you need? There's some self-locks and there's no self-locks. Because of the snail snail-gear-barrel or snail-barrel, his inner structure is corroded with snails on top and snails on the bottom, which form a stereo. So how does a self-lockingreducing machine achieve self-locking? As mentioned above, the internal structure of a snail-stretching machine, which is conducive to self-locking, why does this mean that self-locking requires that one side is running in reverse to the other side of the operation, with the resistance of running in different directions to achieve self-locking? Summarizes that there are two self-lockedreducing machines, s series snail snail-slash gear and snail snails. what are the types in itPower-reducing machineCan you lock yourself up? Snail brake or snail brake. If a self-locked decelerator is chosen to replace the brake, it would have to hold more than 3 tons, with the remaining 6 tons being close to 7 tons in weight, to be inherited from the original trajectory。

So what kind ofreducing machine can be self-locked, and what kind ofreducing machine can be self-locked? How much is self-locking? How does self-locking work? Today we will talk about how a self-locked snail brake is going on with these three topics. SelectingGeared motorWhen the brakes are fitted, the other party should be informed of the load of the equipment as one of the data references. That is to say, only the tworeducing machines are eligible. There are more than a dozen series of fast-trackers and more detailed models. Why can't you lock yourself up without anything else? Only snail snails in the s-slash gears and snail snails in the s series belong to this structure. There are many types ofreducing machines, and no, there are many series of self-lock-reducing machines. However, the self-locking function of the tworeducing machines is not very strong and the brakes are used in reverse. However, when the brakes are fitted with areducing machine, a gear-reducing machine without a lock is available. In the selection or operation of areducing machine, the difference by internal teeth is of several broad types, such as gear-reducing, snail-barrel-reducing, snail-reducing, line-wire wheel-reducing, hard-tooth-reducing, etc. that's whySnail scaldingthe reason for the low intensity of the self-lock is that mobility is more inertial in the case of heavy loads, as inertia is related only to quality. the buffer time of the equipment's load-over-heavy brakes is slightly longer. or you'd say the brakes can't stop, yes. the need for brakes to meet the operational requirements of the equipment is still necessary. http://boserlgearreducer.com/product/list-wolunwomenjiansuji-cn.html