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To determine whether the abnormal noise of WHS120-12.5-II worm gear reducer is caused by installation deviation, the following characteristics and troubleshooting methods should be combined: 1. Vibration and noise characteristics High frequency "buzzing sound": As the speed increases, the noise intensifies, and the vibration at the coupling is most obvious, which may be caused by the coaxialit

To determine whether the load of WHS125-40-IF worm gear reducer is normal, the following testing methods need to be combined: 1. Temperature monitoring Oil temperature and box temperature: Use an infrared thermometer to measure the surface temperature of the box, indirectly reflecting the oil temperature. During normal operation, the oil temperature should be ≤ 80 ℃ (≤ 90 ℃ when the ambient te

The following is a comparison of the core advantages of BWED1812-289-0.55KW cycloidal pinwheel reducer and other types of reducers (such as planetary gear reducers, worm gear reducers, etc.), combined with technical parameters and industry application characteristics: 1、 Transmission efficiency and reduction ratio advantages 1‌. High efficiency The single-stage transmission efficiency reach

The S87D10M4-2.2KW-180 worm gear reducer ("S87" is the machine base number, "D100M4" corresponds to the motor specification, "180" usually refers to the installation method or output shaft parameters) works at high temperatures, and the hazards will gradually spread from the lubrication system, core transmission components, sealing structure, and motor accessories, ultimately leading to performanc

In TPU160-50-I, "160" represents a center distance of 160mm, "50" represents a transmission ratio of 50, and "I" may represent a specific installation method or output shaft structure. This reducer has the characteristics of high transmission ratio, compact structure, and smooth operation. It can be used in the food processing industry for the following equipment: Blender: During the mixing pro

The daily maintenance of TPU250-12.5-IF worm gear reducer revolves around three dimensions: lubrication management, status inspection, and cleaning protection. Through regular operation, it prevents wear, overheating, and other problems, extending its service life. Considering the medium to large load characteristics of this model (center distance 250mm, transmission ratio 12.5, specific instal

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