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BLY9130-6-1.1KW belongs to the BLY series cycloidal pinwheel reducer. The surface treatment processes for its output shaft are commonly used in the field of cycloidal pinwheel reducers, such as carburizing, quenching, nitriding, and precision grinding. These processes mainly affect the output shaft and even the overall performance from dimensions such as wear resistance, transmission, and corrosio

TPS315-40 belongs to a large planar enveloping toroidal worm gear reducer, and the alignment accuracy of the shaft system directly affects its operational stability and service life. It is necessary to make preliminary preparations, then select appropriate methods for precision adjustment according to the accuracy requirements, and finally verify the alignment effect. The specific operation is as

To determine whether the noise of the CWS125-31.5-2F worm gear reducer is normal, it is necessary to combine its structural characteristics (center distance of 125mm, transmission ratio of 31.5, with fan cooling), industry standards, operating conditions, and abnormal noise characteristics, and comprehensively judge it in three dimensions through "benchmark value comparison+working condition adapt

The carrying capacity of the cooling system of KAF107-Y18.5KW-49.20-M6 gear reducer (18.5kW high power, reduction ratio of 49.2, output speed of about 28.4rpm) is directly and strongly related to the operating conditions. The fluctuation of operating parameters will affect the cooling effect through three core paths: total heat generation, heat accumulation rate, and heat dissipation structure ada

The following are the 8 core hazards of wear on the output shaft of BWD12-23-3KW cycloidal pinwheel reducer. Combining the structural characteristics and operating scenarios of this model (No. 12 machine base, 23 level transmission ratio, 3KW power), each one explains the hazard performance, impact mechanism, and potential risks, providing accurate judgment basis for equipment maintenance: The

The following are 8 types of tools and 7 types of materials required for the lubrication system modification of BLY15-11-1.5KW cycloidal pinwheel reducer, each of which includes specific specifications, uses, and selection criteria to ensure that the modification can be directly implemented: 1、 Core transformation tools Torque wrench (range 20-100N · m): used for disassembling/installing key

The core causes of wear on the gear teeth of the WPWK80-40 reducer (with mostly copper alloy worm gears and alloy steel worm gears) can be classified into 10 categories, covering key dimensions such as lubrication, load, installation, and material, as follows: 1. Improper lubrication: Failure to use special extreme pressure oil for worm gears (using ordinary gear oil), low/high oil level, deter

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