Industry-news

The operating losses of SA67AM90-85.83-M1 worm gear reducer mainly include the following aspects, and its mechanism of action is closely related to the characteristics of worm gear transmission: 1、 Mechanical friction loss 1. Friction in tooth surface meshing When the worm gear meshes with the worm wheel, the sliding friction coefficient is usually 0.08-0.121, and the friction loss accounts f

The output speed of SA47-15-1.5KW worm gear reducer is determined by three core factors: "transmission ratio", "motor input speed", and "actual operating loss". Among them, the transmission ratio and motor input speed are the basis of theoretical calculation, and the operating loss is the correction term in actual operation. The following is a breakdown analysis of specific influencing factors, co

The correct installation and replacement of worm gear oil for CWU180-40-11 reducer should follow the three principles of "clean preparation, standardized operation, and precise control", combined with its characteristics of "center distance of 180mm, transmission ratio of 40, and 11 level accuracy" (for medium load and conventional industrial applications). The specific steps are as follows: 1、

The WPKS120-50 worm gear reducer, as a typical model of the WP series reducer, is mainly based on the general characteristics of worm gear reducers and the technical features of the WP series. The specific application scenarios are as follows: 1. Heavy duty industrial equipment Crane machinery: achieves low-speed and high torque output through multi-stage deceleration, suitable for equipment s

The common states and causes of noise generated by reducers during operation can be divided into the following categories: 1、 Abnormal gear system Gear wear or tooth breakage: Tooth surface wear, pitting, or tooth breakage can cause uneven meshing, resulting in periodic impact sounds (such as "clunking" sounds), especially when overloaded or poorly lubricated. Abnormal meshing clearance: If

Regarding the comparison of the working efficiency of DCY series hard tooth surface gear reducers in high humidity environments, specific quantitative data (such as efficiency percentage differences) are not currently provided in publicly available materials. However, their performance can be analyzed through material characteristics and design differences 1、 Comparison of core materials Alloy

The abnormal temperature rise of ZLY500-16-II hard tooth gear reducer may cause the following hazards, which need to be comprehensively analyzed in combination with its high-power and heavy-duty working conditions: 1、 Direct damage to the gearbox body Accelerate the wear of critical components High temperature (>80 ℃) leads to a decrease in the viscosity of lubricating oil (such as L-CKC220

Emergency measures for abnormal temperature rise of ZLY710-18-2 hard tooth gear reducer, combined with its high power and heavy load working conditions, are recommended to be implemented according to the following priorities: 1、 Immediate shutdown inspection (safety priority) Forced shutdown conditions When the oil temperature continues to exceed 90 ℃ or the bearing temperature reaches 120