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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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  What impact does the state of the worm shaft assem

  26-01-16

  The state of the worm shaft component directly determines the performance of the WPDO135-30-4KW-B reducer, with the following specific impacts: 1、 Bearing clearance and axial positioning Bearing clearance: Excessive clearance can cause radial movement of the shaft system, fluctuation of the meshing center distance, and exacerbation of off load; If the clearance is too small, the internal compr

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  How to solve the problem of abnormal connection st

  26-01-15

  To solve the problem of abnormal connection status between the motor and ZSY280-90-1 gear reducer, it is necessary to follow the steps of shutdown investigation, precise repair, retesting verification, and long-term protection. Corresponding measures should be taken for different types of abnormalities. The specific plan is as follows: 1、 Shutdown safety investigation: locate the root cause of

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  What hazards will be caused by abnormal connection

  26-01-15

  Abnormal connection status between the motor and ZSY224-56-II gear reducer can cause harm from three aspects: damage to equipment components, decreased transmission performance, and upgraded safety risks, as follows: 1. Accelerated damage to core transmission components Coupling system failure: Inconsistent connections or loose bolts can cause rapid aging and fragmentation of the elastic bod

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  How to realize self-locking of WPDA155-25-4KW worm

  26-01-14

  The WPDA155-25-4KW worm gear reducer achieves self-locking in material conveying equipment by utilizing the transmission characteristics of the worm gear pair. When the lead angle of the worm gear is less than the equivalent friction angle of the worm gear meshing, the transmission can only be driven by the worm gear, and cannot be driven in the opposite direction by the worm gear. This prevents t

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