BLD09-43-0.37KW is a horizontal direct coupled cycloidal pinwheel reducer. The direction of motor rotation directly affects the running direction of the equipment load end and the internal force state of the reducer. It is necessary to follow the three-step method of "no-load verification, marking comparison, and load review" for confirmation. The specific operation is as follows: 1. Preliminar
BWED4527-187-11KW is a high-power two-stage horizontal cycloidal pinwheel reducer with high output torque and strong load inertia. Incorrect motor direction not only damages the equipment, but also poses serious personal and production safety hazards. It can be divided into three categories: equipment safety hazards, process safety hazards, and personnel safety hazards, as follows: 1. Equipment
BWED142 is a high torque two-stage horizontal cycloidal pinwheel reducer. The 4KW power model experiences significant vibration and load during operation, and the installation accuracy directly affects the equipment's lifespan and operational stability. It is necessary to conduct step-by-step inspections from four core dimensions: levelness, coaxiality, fastening status, and operating conditions.
BWED2718-289-2.2KW is a two-stage horizontal cycloidal pinwheel reducer. Incorrect motor rotation can not only cause the load end to deviate from the process requirements, but also cause irreversible damage to the internal transmission components, sealing system, and overall stability of the reducer. The specific problems are as follows: 1. Internal transmission components are subjected to forc
The differences in lubricating oil requirements for different models of reducers are mainly determined by four core factors: transmission structure, operating parameters, sealing form, and installation method. Specific differences can be listed in the following dimensions: 1. Differentiate by transmission type Gear reducers (such as cylindrical gears, bevel gears, and helical gear reducers):
B2SV is an industrial gearbox with a straight axis helical bevel gear. It is suitable for heavy-duty, high torque, compact structure, low noise, and high reliability. It is suitable for high-power/high speed ratio working conditions with right angle reversing and limited space. The following is a list of high adaptability industries and scenarios. Typical industries and scenarios Metallurgy/
To determine the material of ZS75-140-II soft tooth surface reducer, it is necessary to focus on the three core components of gear, shaft, and housing, combined with the design conditions (medium low speed, medium light load, cost sensitive), heat treatment process requirements, and industry standards and specifications of the soft tooth surface reducer. The specific methods are as follows: 1.
The noise reduction measures for ZS series soft tooth surface reducers are as follows: 1. Optimization of gear design and processing: perform tooth top and root trimming and tooth end chamfering treatment on gears, adjust spiral lines, improve tooth surface smoothness, and use honing or precision grinding processes; Strictly control the tooth pitch and tooth profile errors, increase gear overla
