What are the conditions for a self-locker? Which one has a self-lock? And a self-locker is a snail-barrier. When equipment needs to match a lock-down, care is also taken of the issue of parameters, not all of which have a self-locking effect. we've had a lead on the b0serl slowing machineStand-by gear brakesSome things. This is the more common of threereducing machines. Since gear-reducing machines differ from snail snail-reducing machines in their internal configurations, there is also a considerable difference in the efficiency and functioning of the machines that can be achieved in such a situation, so when we select the electrics orreducing machines that are needed for the equipment, we have to match the electrics andreducing machines with the actual parameter requirements. The more available self-lockablereducing machines are the snail snails, the w-series casting snails, and the s-slash gear snails. So how do you choose today when you say you need to get your own lock? In some conditions of use, they require equipment to be matched by a self-lockingreducing machine when the equipment stops at certain locations. why is a self-locker a snailBig-rate slow-down machineAnd what happened? Because the self-locking process was not like the brakes, their self-lock was mainly a reverse main lock, which was the opposite of the snail and snail operation, and the effect of which was to achieve areducing box。

Not all environments need such a self-locking brake. Because too small a slowdown is faster than a turn, and the twisting is relatively small, it is easy to spread out a situation that is not strong enough to lock itself up. That is one reason why some users would say that a snail brake machine is used more and more when it is used. And why wouldn't a gear-retarder do that? This is also related to his operation. Relatively, self-lockingGeared motorIt is less efficient to drive than a gear-reducing machine. It's not like morereducing machines can be self-locked. In different operating environments, the requirements forreducing machines are different, and some users will match thereducing machines according to the actual circumstances when choosing them. The condition for achieving self-locking is a snailreducing machine, while the condition for achieving self-locking is that a reduction of must take more than 25 to achieve self-locking. And in the selection of the self-locking brakes, the loops are all self-locking, like the gear-reducing machines. And the more desirable self-locking effect should be between 35 and 70. In the course of use, frequent self-locks in load-operated conditions will lead to a constant wear and tear of the internal structure, leading to a decrease in the degree of condensation, which, along with the longer use, will lead to a greater gap in the reduction machine. And in the process of some users choosing areducing machine for the equipment, he asked for itServo motor reducermatching the use at the head of the generator, which slow-down machines are self-locked? what are the conditions for achieving self-locking? http://boserlgearreducer.com/product/list-wolunwomenjiansuji-cn.html