The core of determining whether the thermal expansion clearance of FAF87 reducer is appropriate is to measure the actual clearance values of key mating pairs in cold and hot states, and compare them with design specifications or empirical values. The following are the specific operational steps: 1、 Core measurement methods Static measurement: After cooling down, use a feeler gauge or microme
The determination of whether impurities are mixed in the reducer can be gradually verified through four levels: visual inspection, oil analysis, operation status monitoring, and disassembly inspection. From simple and easy to operate on-site quick judgment to accurate physical and chemical testing and internal component inspection, a complete judgment system is formed from the surface to the core.
The quality level of lubricating oil has no direct impact on the theoretical output speed of S67-16.86-3KW reducer, but it has an indirect and significant impact on the effective output speed and speed stability in actual operation. The overall degree of impact needs to be judged based on the matching degree of quality level and the performance of the oil. If the matching rules are selected, the i
When choosing a cycloidal pinwheel reducer, in addition to load characteristics, key factors such as transmission ratio, installation space, working environment, precision efficiency, noise and vibration, brand cost, and maintainability must be comprehensively considered. 1、 Core selection factors Transmission ratio requirement: Calculate the theoretical transmission ratio based on the motor s
Provide detailed solutions for situations where lubricating oil is added too much or too little: 1、 Specific solution for overfilling (core: drain excess oil and restore standard oil level) 1. Shutdown cooling: Immediately shut down the machine and wait for the lubricating oil inside the worm gear box to cool down to below 40 ℃ (to prevent high-temperature oil discharge burns, and the oil
To determine whether the bearing lubrication of WPDX120-15-1.5KW worm gear reducer is normal, the core revolves around three dimensions: static inspection before startup, dynamic monitoring during operation, and disassembly and inspection after shutdown. The bearings of this model are only rolling bearings at the input/output shaft end caps, lubricated with lithium based grease, and have no other
BWY13-35-3KW (3kW, speed ratio 35, No.13 machine base) pin shaft output cycloidal reducer, with the core advantages of low-speed high torque, impact resistance, smooth operation, and compact structure, is suitable for medium load, medium low speed, continuous operation, and instantaneous impact working conditions. It is widely used in the following industries: 1. Transportation and Logistics In
The output shaft of BWY18-11-4KW cycloidal pinwheel reducer is a pin type force transmission special structure, which is adapted to the multi pin equal load and planetary meshing characteristics of cycloidal transmission. There are essential differences between the output shaft of gear reducer and worm gear reducer in terms of structural force transmission, material technology, size design, load a
