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To determine the effectiveness of the vibration signal of QJRS-D280-100-1P heavy-duty gear reducer, the core is to use "quantitative analysis of noise interference level+equipment feature matching" to eliminate invalid signals (such as environmental noise and installation interference) and retain effective signals that can reflect the true state of the equipment. Here are 8 straightforward judgmen

QJRS-D-450-80-I, as a heavy-duty gear reducer, usually uses oil immersion lubrication in an oil tank. The depth of the oil tank affects the immersion depth, which in turn has a significant impact on the operating noise from the aspects of oil stirring resistance and lubrication effect. Both shallow and deep can cause abnormal noise increase. Only when it is at a reasonable depth can the equipment

For the WPWDX155-60-4KW reducer (high torque heavy-duty type, with mostly tin bronze worm gears and alloy nitride steel worm gears), to prevent impurities from entering the worm gear meshing surface, it is necessary to start from four dimensions: "source protection, process isolation, regular cleaning, and abnormal control". The following are practical measures that can be directly implemented: T

The material matching of the worm gear of WPWDA175-60-7.5KW reducer (the worm gear is usually made of tin bronze/aluminum bronze, and the worm gear is made of alloy structural steel that has undergone nitriding treatment) is unreasonable, which will directly damage the frictional balance of the meshing surface and cause multidimensional failure problems. The following are 8 core effects (in order

Optimization Scheme for Heat Dissipation Design of KAF37-44.63-0.8KW Reducer The KAF37 series reducer is a small helical gear bevel gear reducer (0.8KW power, 44.63 transmission ratio), and its heat dissipation pain points mainly stem from heat accumulation caused by compact structure, insufficient heat dissipation efficiency of lubricating medium, and environmental conditions. The following op

KAF67-5.5KW-15.75-M5 gear reducer cooling area cleaning and rust prevention treatment plan The heat dissipation structure of KAF67 series gear reducers (mostly consisting of heat sinks/ribs+outer surface of the housing) is the core of equipment heat dissipation. After cleaning, residual moisture and cleaning agents can easily cause metal corrosion, thereby affecting heat dissipation efficiency

BLY18-43-2.2 Dual axis cycloidal pinwheel reducer output shaft is mostly made of high-quality carbon steel or high-strength alloy steel, and its processing needs to take into account the strength, transmission accuracy, and assembly adaptability of the shaft. The core revolves around blank forming, precision processing, and key hole processing. The specific process route is as follows: Material

The following are 10 core measures to avoid wear on the output shaft of the BLY33-11-18.5 cycloidal pinwheel reducer. Each measure is based on the structural characteristics of the reducer model (No. 33 machine base, 11 level transmission ratio, 18.5KW high power) and operating requirements, providing specific and operable technical solutions to ensure practicality and pertinence: Precision mat