What are the problems that should be noted when different gears are equipped with different sets of motors? Such large sets of gears are still relatively easy to match. In some cases, the use environment is defined by the length of both, and in this case the reduction is measured by the length of the power. So something big is better. There are often different matching options when equipped with a few smallreducing machines. Some of the machines that might be needed are the electronodesInduction Motor 3PhAnd some of them are straight currents with planetary decelerators and so on. Some slow-down machines cannot withstand excessive turn-off rates, and they may simply be scrapped once the turn-off is higher than the rated rate is high. So in matching, care needs to be taken of the degree to be rated between gear-reducing machines, turbine-reducing machines and different kinds of electric machines. What should be done with this situation? In this case, an electric or gear-retarding machine or gear-retarding machine is required to be off-standard. In some cases, the use environment requires that the overall size of the decelerator be reduced, while at the same time the size parameters remain unchanged, so this matching is more difficult to match. At a time when the demand for machinery is constantly being updated, the need for movement or power varies, depending on the type of machinery. So it's also a conventional matching method when you're setting up areducing machine, and the four-seriesreducing machines are all standard three-simultaneous or electric, smallGear with motorIt's smaller. Let's look today at what the different engines need to look at when they're different. Let's look at the bigger ones with gears。

Some of them are just a little repertoire size or the size of Frank, which is simple. It is therefore important to consider whether a matching gear-reducing machine or turbo-reducing capacity meets both needs. At the same time, due to four major seriesGeared motorIt would be used in some of the more heavy-working environments, which would not be appropriate for small reduction machines. They can be combined if they can achieve a high match. Sometimes, snails are used forreducing machines or walk-in machines. How do different slowing machines fit into different environments? If you don't know how to choose a model when matching a mechanically moving turbo, turbine, or electric, then you can consult the technical staff of the b0serl decelerator, who can help you with a different type of use. So it's also a subject that needs to be noticed when a small reduction machine is equipped with a variety of electrics. For example, with four series ofreducing machines, ourreducing machines, in the process of distribution, are a comparative size, regardless of whether the axle of the gear-reducing machines is the diameter of thereducing machines, which is more cumbersome and expensive because of the need to re-engineer the grinding gear. It's a plethora of ways to match. there are also axes or apertures that need to be taken into accountMotor gearedthe axis size is different. different electrical output power needs to be considered to be affordable. http://boserlgearreducer.com/product/list-tongzhoujiansuji-cn.html