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  How to determine the service life of K37-20-1.5KW

  25-12-24

  To determine the service life of the K37-20-1.5KW gear reducer shaft after wear repair, it is necessary to comprehensively evaluate it from three core dimensions: repair process, operating conditions, and monitoring data. The core logic is to compare the performance parameters of the repaired rear shaft with the new machine standard, and judge the attenuation trend based on the actual operating st

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  What tools are needed for the installation of B11-

  25-12-23

  1、 Essential tools (indispensable for on-site installation) 1. Tightening tools: socket wrench, open-end wrench, Phillips wrench, Allen wrench, need to match the specifications of the reducer foot, flange, end cover, and coupling bolts. 2. Torque control tool: Torque wrench, with a range covering 50-300 N · m and an accuracy of ± 3%, used for cross tightening bolts according to the manufactu

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  How to use a spirit level to level the machine bas

  25-12-23

  B14 is a flange connected cycloidal pinwheel reducer. The 2.2KW power corresponds to an appropriate size of the base. The core of leveling is to ensure that the output shaft of the reducer is coaxial with the driven equipment shaft, and the base is level without stress, so as to avoid vibration, bearing damage and other problems during operation. The specific steps are as follows: 1. Prepare to

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  How to choose the appropriate shim to fix the BWED

  25-12-22

  BWED120 is a two-stage horizontal cycloidal pinwheel reducer, and there is a certain degree of vibration impact during the operation of the 1.1KW power model. The selection of shims should focus on three core principles: matching the bearing capacity, meeting the fitting accuracy standard, and adapting to the working conditions with stability. The specific requirements are as follows: 1. Clarif

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  What are the precautions for tightening the founda

  25-12-22

  BWED131 is a two-stage horizontal cycloidal pinwheel reducer. The vibration impact of the 1.5KW power model is slightly greater than that of the low-power model during operation. The core of tightening the foundation bolts is to ensure that the machine base is uniformly stressed and deformation free, and to avoid bolt loosening or machine base warping. The specific precautions are as follows: 1

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  How to determine the degree of aging of the sealin

  25-12-19

  To determine the aging degree of the sealing components of R137-103.2-11KW reducer, it is necessary to combine four dimensions: appearance inspection, operating parameter monitoring, disassembly verification, and working condition life evaluation. The following systematic methods should be used to determine: 1. Visually inspect the leakage and oil accumulation at the sealing area The core ch

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  How to determine if the sealing components of R107

  25-12-19

  To determine whether the sealing components of the R107-Y11KW-4P-29.49-M1-270 reducer are aging, three methods can be used: visual inspection, operation monitoring, and disassembly verification. Combined with the structural characteristics of the reducer (such as the sealing layout of the M1 installation method) and the operating conditions, a comprehensive judgment can be made, which can be divid

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  What impact does the gear parameter selection of Z

  25-12-18

  The gear parameters of ZS65 soft tooth surface reducer directly determine the smoothness and impact degree of gear meshing, which in turn has a significant impact on the equipment noise level. The core influencing parameters and functions are as follows: 1. Modulus and number of teeth (1) The larger the modulus, the thicker the gear teeth and the stronger the tooth root. However, as the diam

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  What are the differences in gear parameter selecti

  25-12-18

  ZS95 is a three-stage involute helical soft tooth surface cylindrical gear reducer (with a center distance of about 950 mm). The core of its gear parameter selection is to balance load, smoothness, and cost under the soft tooth surface tempering process and three-stage transmission constraints. The differences from hard tooth surfaces, straight teeth, bevel teeth/worm gears, planets, etc. are conc

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