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  Introduction to the possible causes of WB100-D-23-

  25-10-09

  There are many reasons why the WB100-D-23-0.55KW micro cycloidal reducer may malfunction, and the following are some common factors: 1. Lubrication issues Insufficient lubrication: Insufficient lubricating oil can cause increased friction between components, resulting in poor protection and heat dissipation, accelerating wear and leading to malfunctions such as gear wear and bearing damage.

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  How to replace the lubricating grease of WB1285-LD

  25-10-09

  There are usually some general standards for the replacement cycle and method of lubricating grease for micro cycloidal reducers, but specific reference should also be made to the product manual. The following is the relevant content about the replacement of lubricating grease for WB1285-LD-2065-0.37KW/4 micro cycloidal reducer: replacement cycle General situation: According to common specific

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  Core advantages and precautions of WS250-37-II wor

  25-10-08

  The core advantages and precautions of the structural design of WS250-37-II worm gear reducer are as follows: 1. Core advantages Smooth transmission: The meshing between the worm spiral teeth and the worm gear teeth is a "line contact" (rather than the "point contact" of gear transmission), with a large contact area, strong load-bearing capacity, and low operating noise (usually below 75dB);

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  What are the characteristics of material selection

  25-10-08

  The WS80-23-II worm gear reducer has the following characteristics in material selection: Worm material: Medium carbon steel or medium carbon alloy steel, such as 45 steel, 40Cr, etc., are usually selected. These materials have good comprehensive mechanical properties and can meet the requirements of worm gear after appropriate heat treatment. For example, quenching and tempering treatment can

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  How to ensure the levelness of the motor and gearb

  25-10-07

  When installing ZSY400-25-I reducer (large hard tooth surface cylindrical gear reducer, suitable for high-power motors), ensuring the levelness of the motor and reducer is the core prerequisite for ensuring stable operation of the transmission system, controlling coaxiality, and extending the life of components. The adjustment of levelness should follow the principle of "benchmark first, followed

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  How to adjust the coaxiality between the motor sha

  25-10-07

  Adjusting the coaxiality between the motor shaft and the input shaft of ZSY180-31.5-1 reducer should follow a systematic process, combined with high-precision tools and standardized operations, to ensure the acceptance criteria of radial deviation ≤ 0.1mm and angular deviation ≤ 0.5 ° (or ≤ 0.01mm/mm). The following are specific steps and key technical points: Installation surface treatment

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  Common faults and solutions of WPDO100-60-A worm g

  25-09-30

  The WPDO100-60-A worm gear reducer (with a center distance of 100mm and a transmission ratio of 60:1, where "A" is a specific installation configuration) is a commonly used small and medium-sized reduction equipment in industry. Due to the meshing characteristics and structural features of the worm gear, common faults are concentrated in areas such as decreased transmission efficiency, abnormal no

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  How to check the oil performance of WPDO135-30-4KW

  25-09-30

  Check the oil performance of WPDO135-30-4KW worm gear reducer, as follows: 1. Oil appearance inspection Color and Transparency: Normal state: The new oil should be light yellow to amber (mineral oil) or light colored (synthetic oil), transparent without turbidity. Abnormal state: If the oil turns black, milky white (emulsified) or delaminates, it indicates oxidation, water ingress or con

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  What are the problems caused by the coaxiality err

  25-09-29

  The coaxiality error between the motor shaft and the input shaft of ZSY160-25-2 reducer is too large, which can damage the normal transmission relationship between the two and cause a series of mechanical problems. It not only affects the efficiency and accuracy of equipment operation, but also significantly shortens the service life of key components, and even leads to equipment shutdown and fail

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