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  How to extend the service life of ZJY150-22.4-S re

  26-01-29

  Practical method for extending the service life of ZJY150-22.4-S shaft mounted hard tooth surface reducer gears: 1. Accurate control of lubrication management to establish a solid foundation for gear protection: Select industrial gear oil suitable for this model for medium and heavy loads, use N220 closed gear oil for regular working conditions, replace N150 for low temperature working conditio

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  What are the reasons why the oil temperature of th

  26-01-28

  The WPDX120-60-2.2KW worm gear reducer is equipped with a 120 machine base, a 60 speed ratio, and a 2.2KW low-power configuration. High oil temperature in the worm gear box (oil temperature exceeding 80 ℃/shell temperature rise exceeding 40 ℃) is a common problem in this type of high speed ratio model. The core reason is that the sliding friction of the worm gear meshing surface causes large losse

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  How to control the grease filling amount of WPDX10

  26-01-28

  The lubricating grease of WPDX100-50-B worm gear reducer is only used for the bearing chamber of the input/output shaft bearing end cover. The meshing part of the worm gear is lubricated by gear oil, and it is strictly prohibited to add lubricating grease to the inner cavity of the worm gear box; The amount of lubricating grease added to the bearing chamber should be strictly controlled according

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  What working conditions is the K37-5.36-2.2-M3 red

  26-01-27

  The K37-5.36-2.2-M3 reducer belongs to a small hard tooth surface reducer with a power of 2.2kW, a transmission ratio of 5.36, and an installation form of M3 (flange installation). Its splash lubrication system relies on gear rotation with oil to achieve lubrication. The structure is simple and the maintenance cost is low. Combined with its own parameter characteristics, it is suitable for the fol

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  Introduce the material and structure of the output

  26-01-27

  The material and structure of the output shaft of BWY0-17-0.75KW cycloidal pinwheel reducer are as follows: 1、 Output shaft material The output shaft of BWY0-17-0.75KW (0.75kW, speed ratio 17, machine base 0) cycloidal pinwheel reducer is mainly made of 45 # high-quality carbon structural steel, which is quenched and tempered (HB220-250) before use. Key parts (shaft neck, keyway, pin hole) c

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  How does the splash lubrication system of K47-Y0.5

  26-01-26

  The splash lubrication system of K47-Y0.55-4P-46.03-M5-I-B gear reducer relies on the lubrication and heat dissipation of transmission components such as gears and bearings through the oil carrying and oil throwing effects during high-speed rotation of the gears. It belongs to a passive lubrication method and does not require additional forced lubrication devices such as oil pumps and pipelines. T

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  What are the disadvantages of the splash lubricati

  26-01-26

  The K87-NA25-5.5KW-4P reducer belongs to the medium power hard tooth surface reducer. Although the splash lubrication system it is compatible with has the characteristics of simple structure and low maintenance cost, combined with the working condition characteristics of this model with a transmission ratio of 25 and a power of 5.5 kW, it has the following obvious disadvantages: 1. The lubricat

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  What are the specific effects of different materia

  26-01-23

  The core performance of WXJ120-31-3 worm gear reducer (load capacity, transmission efficiency, wear resistance, service life, operating noise) is directly determined by the material combination of worm gear and worm gear. At the same time, the materials of components such as housing and bearings also affect the stability of the whole machine. The specific effects are as follows: 1. The influenc

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  Why do printing equipment often use RF77D132M4-7.5

  26-01-23

  The RF77D132M4-7.5-5.2 reducer is commonly used in printing equipment because its performance parameters, structural characteristics, and working conditions are highly matched with the requirements of the printing equipment. Specific analysis can be conducted from the following aspects: 1. The core requirement for power and speed ratio adaptation in printing transmission This model is compat

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