• 
  How to correctly install TPG100-8 planar envelopin

  25-11-26

  As a planar enveloping toroidal worm gear reducer, the installation process of TPG100-8 needs to revolve around core steps such as preliminary preparation, precise positioning and fixation, axis connection alignment, lubrication and commissioning, in order to ensure its transmission stability and service life. The specific steps are as follows: 1. Preparation before installation (1) Equipmen

  READ MORE
• 
  What is the noise level of CWS100-63-I worm gear r

  25-11-26

  As a CWS series circular cylindrical worm gear reducer, CWS100-63-I relies on the structural advantage of circular tooth meshing. Under normal operating conditions, the noise level is in a relatively low range, and the conventional operating noise is mostly between 60-70dB (A), which may fluctuate with operating conditions, assembly, and maintenance. The following is a detailed explanation: Ref

  READ MORE
• 
  How to prevent cracking of BWEY9265-595-18.5KW-4 c

  25-11-25

  The key components of the BWEY9265A-595-18.5KW-4 cycloidal pinwheel reducer, such as the output shaft, are prone to residual stresses during casting, quenching, cutting, and other processes. If these stresses are superimposed, they can cause cracks. Stress relief tempering mainly eliminates or alleviates residual stress, optimizes structural properties, and avoids cracks by regulating temperature,

  READ MORE
• 
  How to prevent cracks in XLD8145-59-2.2KW cycloida

  25-11-25

  The cracks in the XLD8145-59-2.2KW cycloidal pinwheel reducer are mainly caused by material and process defects during manufacturing, installation deviations, as well as abnormal loads, temperatures, and lubrication during operation. Preventive measures can be taken throughout the entire process of manufacturing, installation, operation, and maintenance, as follows: Control the manufacturing an

  READ MORE
• 
  How to properly maintain WPWKO100-60 worm gear red

  25-11-24

  WPWKO100-60 Worm Gear Reducer Maintenance Guide 1. Lubrication management Oil change cycle: Lubricating oil needs to be replaced after the first 200 hours of operation, and then every 2000-4000 hours or annually thereafter. If the oil temperature exceeds 85 ℃ or the oil quality turns black, it should be replaced immediately. Oil selection: It is recommended to use 220 # or 320 # extreme p

  READ MORE
• 
  What parameters should be paid attention to in the

  25-11-24

  1. Temperature monitoring Bearing end temperature: Normal ≤ 70 ℃ (threshold increases by 2 ℃ for every 5 ℃ increase in ambient temperature). If the temperature suddenly rises ≥ 10 ℃/h or continues to exceed 80 ℃, the machine should be stopped immediately for inspection. Oil chamber temperature: Normal ≤ 65 ℃, exceeding 70 ℃ can cause a decrease in oil viscosity of more than 30%, and the degr

  READ MORE
• 
  How to determine whether the cycloidal gear of the

  25-11-21

  To determine whether the cycloidal gear of the cycloidal pinwheel reducer needs to be replaced, four key signals should be considered: wear and deformation, abnormal operation, failure marks, and meeting the service life standards. If any key problem occurs, it needs to be replaced. 1. Visual inspection: wear and deformation The tooth surface shows obvious pitting, peeling, angular collapse, o

  READ MORE
• 
  Why should the temperature of the heating and dryi

  25-11-21

  The heating and drying temperature of DCY gear reducer is controlled at 60-80 ℃, which is a scientific range based on the characteristics of its core components such as internal lubricating oil, seals, metal structural components, and drying efficiency. It can efficiently remove internal moisture and avoid damage to the equipment during the drying process. The specific reasons are as follows: E

  READ MORE
• 
  How to determine whether the vibration fault of WP

  25-11-20

  Core conclusion: To determine whether the vibration fault of WPDO175-40-A worm gear reducer is caused by insufficient installation accuracy, the core is to look at the correlation between vibration and installation related parameters. Through three steps of "appearance inspection+vibration characteristic analysis+targeted verification", accurate judgment can be made. 1. First, conduct a visual an

  READ MORE

CATEGORIES