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  How to prevent the misalignment fault of the cyclo

  25-11-03

  To prevent the misalignment of the cycloidal gear of BWD15-17-2.2KW reducer, it is necessary to start from four aspects: "standardized assembly, component control, daily maintenance, and reasonable use" to form a full process protection. 1、 Standardize assembly process (source prevention) Before installation, check the markings on the cycloidal gears. For single tooth difference models, rotate

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  How to measure the meshing clearance of the cycloi

  25-11-03

  To measure the meshing clearance of the cycloidal gear of the BWD18-59-1.1KW reducer, a combination of "static plug gauge measurement+dynamic tactile verification" is required. The core is to accurately locate the measurement point and eliminate interference factors. The specific steps are as follows: 1、 Preparation before measurement Disassembly and Cleaning Disassemble the reducer, remove

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  What are the requirements for the installation fou

  25-10-31

  The core requirements for the NMRVF63-40-0.75KW reducer installed on the foot are that the installation foundation plane should be flat, firm, and rigid to meet the standards. The specific requirements are as follows: 1. Flatness of the plane The flatness error of the basic plane should be ≤ 0.1mm/m to avoid local protrusions or depressions. The installation surface needs to be cleaned thor

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  What are the installation methods for NMRVE63/130-

  25-10-31

  The installation method of NMRVE63/130-1500:1 worm gear reducer is similar to that of NMRV series reducer, and the common installation methods are as follows: Foot installation: Use bolts to fix the installation feet at the bottom of the reducer to the foundation or equipment bracket. This is a common installation method and is suitable for most conventional application scenarios. Flange ins

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  How to detect the system natural frequency of DCY5

  25-10-30

  The detection of the natural frequency of the DCY500-18-II reducer system requires a combination of experimental testing and numerical simulation. The specific method is as follows: 1、 Experimental testing method Hammer method (modal analysis) Use a force hammer to strike the gearbox housing, collect vibration response signals through an acceleration sensor, and identify the frequency corresp

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  What performance will be affected by abnormal mesh

  25-10-30

  This issue is crucial. Abnormal meshing of the worm gear and worm in the WPWA175-20-A reducer can directly affect core performance such as transmission efficiency and operational stability, and may also cause chain failures. 1、 Decreased core transmission performance The transmission efficiency is significantly reduced, the friction on the meshing surface increases or the contact is poor, resu

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  Application scope of PWU125-63 worm gear reducer

  25-10-29

  The PWU125-63 worm gear reducer belongs to the PW series planar secondary enveloping toroidal worm gear reducer, where "PWU" represents the worm gear below the worm wheel, "125" represents the center distance of 125mm, and "63" represents the nominal transmission ratio of 63. PWU125-63 worm gear reducer is widely used in various industrial fields due to its high load-bearing capacity, smooth trans

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  What is the working principle of PWU140 worm gear

  25-10-29

  The core working principle of PWU140 worm gear reducer is the meshing transmission of "worm driven worm gear" to achieve deceleration and torque amplification. Core transmission logic Power input: The motor drives the worm to rotate at high speed, and the helical tooth surface of the worm precisely meshes with the gear teeth of the worm wheel. Motion conversion: The spiral line of the worm

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  What to do if the clearance of RX61-1.86-4 reducer

  25-10-28

  The RX61-1.86-4 gearbox has excessive meshing clearance due to gear wear, which can cause problems such as operating noise, increased vibration, and decreased transmission efficiency. Targeted measures need to be taken according to the degree of wear, with the core being to restore gear meshing accuracy and avoid the expansion of faults. The specific solutions are as follows: 1、 First evaluate th

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