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  Applicable application scenarios of RF47-4.25-4KW

  26-01-22

  The RF47-4.25-4kW reducer belongs to the R series small hard tooth helical gear reducer, which is compatible with 4kW motors and has a reduction ratio of 4.25. It has the characteristics of compact structure, high transmission efficiency, and good impact resistance. In high temperature environments (ambient temperature 40 ℃~120 ℃), its adaptation scenarios focus on high-temperature auxiliary equip

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  How to ensure the correct phase of the cycloidal w

  26-01-22

  Assembling cycloidal pinwheel reducers such as BLEY2715, ensuring the correct phase of the cycloidal gear is the core, which directly affects the transmission accuracy and service life. The following are the key operational points: 1、 Preparation and inspection before assembly Check the pairing of cycloid gears: Ensure that the two cycloid gears are the original pair, and check whether their b

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  What are the specific effects of different materia

  26-01-21

  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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  Which scenarios are suitable for RF97-Y5.5-4P-NA54

  26-01-21

  The RF97-Y5.5-4P-NA54-180 reducer belongs to the hard tooth helical gear reducer, and its core configuration corresponding to the model parameters is: RF series horizontal installation, compatible with 5.5kW 4-pole motor, output shaft installation form is NA54 (hollow shaft with locking plate), reduction ratio of 180, with strong load-bearing capacity, high transmission efficiency, and stable oper

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  How to check the flatness of the box when dealing

  26-01-20

  The key to checking the flatness of the gearbox body and box surface lies in using the right tools and selecting the right methods. The specific steps and key points are as follows: 1、 Preparation before inspection Cleaning and preparation: Thoroughly clean the box surface, remove oil stains, old sealant, and impurities, and ensure accurate measurement standards. Tool selection: Basic in

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  How to determine what causes oil leakage in the NM

  26-01-20

  To determine the cause of oil leakage in the NMRV090-80-YEJ-1.1KW worm gear reducer, the process of "cleaning oil stains → locating oil leakage points → analyzing the causes based on oil leakage characteristics" should be followed. The specific steps and corresponding causes are as follows: 1. Preparation: Clean the surface oil stains Shutdown and cool down to room temperature, cut off the p

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  How to determine the fault of NMRV75-15-1.5KW worm

  26-01-19

  NMRV75-15-1.5KW is an aluminum alloy shell worm gear reducer with a transmission ratio of 15, suitable for 1.5kW motors. The faults are mainly concentrated in four categories: worm gear wear, lubrication failure, bearing damage, and seal oil leakage. It can be gradually investigated through sensory judgment, operating parameter monitoring, and disassembly inspection. The specific operation is as f

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  What factors need to be considered when adapting t

  26-01-19

  ZSY160-56-VII is a hard tooth surface cylindrical gear reducer with a transmission ratio of 56. The adapted motor needs to be comprehensively considered from five core dimensions: power torque matching, speed characteristic adaptation, installation and connection specifications, environmental compatibility, and operation control coordination, to ensure stable operation and meet the service life st

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  What impact does the state of the worm gear shaft

  26-01-16

  The worm gear shaft assembly is the core transmission component of the WPDO120-10-B-3KW worm gear reducer. Its assembly accuracy, wear status, and positioning reliability directly determine the transmission efficiency, operational stability, noise level, and service life of the reducer. The specific impacts are as follows: 1. The impact on transmission efficiency If the clearance between the

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