The rf seriesreducing machines are capable of up to 71 per minute. After the discussion, the user provided a load of 300 kg of the equipment. A more direct method is to match the use of a variable frequency generator in a timely manner. And what if, at the time of matching with a variable-frequency power, it's still going to turn the 73-turn output down to 71? Since the slowdown in the four series is the same as in the general situation, to lower the output rate of the slow-down machine, it is also necessary to lower the output rate of the power plant at the same time to meet the requirements for use. Parameter requirements do not include a perfect 71-per-minute parameter, but there is a closer-up parameter of 73. in the selection of thereducing machine, the user requires the use ofInduction motorMatches the power and reaches 71 turns per minute. Another is for the manufacturer to make a small adjustment to the deceleration ratio based on the rate of output of the power plant, which could be used at this time because the difference between the 73 and 71 is not so large. So what should we do now? All three methods, if one side is changed, allow the output of the reduction machine to adapt to the user ' s needs. So the selected model is the rf67reducing machine that uses the rf67 power to adjust the output to the required 71 conversions. Different equipment requirements for parameters will determine how they match the corresponding model with the parameters when using the power-reducing box. during the selection of the b0serl decelerator, a sample of the rf series decelerator was found, and a match of 3kw was foundMotor gearedThere's a lot of brakes. Both parameters have direct or indirect knowledge of the power of the electric power. this compares to rf27, rf37, rf47, rf57, rf67, rf77, rf87, rf97, rf107 and a number of combinations。

Throughout the selection process, users know that they are using rf-reducing machines and that they are using 71-turned output, so that a parameter is required to select a detailed model. so hereGeared motorMany people are confused when choosing a type and do not know what kind of brake is more appropriate. It is either a direct electrical power or a load parameter. So the power we know after the calculations is around 2. 3 kw, and we're doing it in sufficient numbers, so we choose to use 3 kw for matching. A case was then shared today to see how users were selected in the use ofreducing machines. Since the combination ofreducing machines does not meet the parameters required for a 71-minute turn, in such a process we can use the option of using a singlereducing machine. So this is the time to choose how much power matches are appropriate, and which of the gear-reducing machines is the appropriate type? Look at the selection process next. Some users know what shape they use forreducing machines and electric machines, and others know what the parameters of the power they use and of thereducing machines are. One method is to reduce the frequency of the electric power, depending on the frequency of the electrical power and the rate of its output, if the output of the electric power is to be converted at a lower rate. another way is to increase the polarity of the power, because the output of the 6p is lower than that of the 4pGear with motorit is possible to meet the needs of users in the same circumstances. http://boserlgearreducer.com/product/list-rfxilijiansuji-cn.html