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How to identify the four series reducer and other reducer
Release time:
2021/11/19
Since there are many types of reducers, I often don't know what is different from each series, and what is the difference between its name and difference. Today, let's take a look at the model of the reducer and the physical situation of the reducer, and compare them one by one. I hope that when I buy the reducer or choose the model, I can take a look at them. Then, let's learn how to identify them together.Four series reducerAnd other reducer!
The overall structure of the F series reducer is similar to the letters of its name. The input shaft and output shaft of the f series parallel shaft reducer are in a parallel state, which can be well distinguished. For example, when the FF67 reducer, it depends on whether the positional relationship between the output shaft and the input shaft is parallel.
In most cases of the K series reducer, the output shaft and the output shaft of the basic type are at right angles, but they are slightly different depending on the model. For example, the two shafts KAF and KVF are on the same horizontal line, and the points that distinguish it are on the internal gear structure. Under his internal gear structure, there is a horizontal helical-bevel gear.
The basic models of all gear reducers in the R series are coaxial. In other words, the input shaft and output shaft of the gear reducer are on the same straight line, but do not think that there is the same shaft. Its style is similar to the cycloid pin wheel.
It is very similar to the K series bevel gear reducer, but I don't want to install the relationship between the output shaft and the input shaft like the r series and the f series. Generally known as r series coaxial reducer, f series parallel shaft reducer, k series and s series for the second speed internal tooth structure. For example, s series worm reducer, k series bevel gear reducer. Because it is difficult to see the difference between the two from the appearance of the two, it is distinguished by the internal structure. The worm reducer of the s series is like the sleeping s of the internal worm gear structure.
This is a worm reducer with aluminum alloy shell. Because of its small size, the price is a little cheaper than the s series worm reducer, so there are many users who choose now.
This is also a magnesium aluminum alloy shell reducer, different from the previous NMRV worm reducer, is a hyperboloid reducer, the use of people than NMRV a little less.
Compared with the R series reducer and the cycloid reducer, the hard tooth surface reducer belongs to the coaxial series, but the space required is smaller than the first two. The hard and soft tooth surfaces of the reducer are measured according to the hardness of the gear.
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