The material selection for the output shaft of BWE1815-23 * 17 cycloidal pinwheel reducer is usually as follows: 45 steel: This is a commonly used medium carbon quenched and tempered structural steel with high strength and good machinability. The output shaft is treated with 45 steel quenching and tempering, with a hardness generally ranging from 187-229HBW, which can meet the requirements of g
To improve the efficiency of BWE31-1003-0.75KW cycloidal pinwheel reducer, the selection of output shaft material should comprehensively consider strength, wear resistance, and processing technology. The following are optimization suggestions: 1. High precision and low friction material (recommended) 20CrMnTi carburizing steel: After carburizing and quenching, the surface hardness reaches HRC5
When installing ZSY450-90-III reducer (a large hard tooth surface commonly used in high torque and high-power transmission scenarios), strictly ensuring the levelness of the motor and reducer is the core prerequisite for ensuring the long-term stable, efficient, and safe operation of the entire transmission system. Its essence is to avoid a series of chain failures caused by "non design forces" b
When installing ZSY400-25-I reducer (large hard tooth surface cylindrical gear reducer, suitable for high-power motors), ensuring the levelness of the motor and reducer is the core prerequisite for ensuring stable operation of the transmission system, controlling coaxiality, and extending the life of components. The adjustment of levelness should follow the principle of "benchmark first, followed
The WPDX50-60-0.12KW worm gear reducer, as a small and specific speed ratio transmission equipment, is designed with its performance characteristics closely centered around the core requirements of "low power, large reduction ratio, and high adaptability", as follows: 1、 Core transmission characteristics: precise deceleration suitable for low-power scenarios Single stage large reduction ratio,
The WPDX60-60-370W worm gear reducer has the characteristics of compact structure, large reduction ratio, and smooth transmission, and is suitable for various scenarios that require deceleration and torque increase. The following are some common application scenarios: Automated production line: In an automated production line, this reducer can be used to achieve precise position control and pow
The difference between ordinary worm gear transmission and self-locking worm gear transmission is as follows: 1. Self-locking property Ordinary worm gear transmission usually does not have self-locking function, while self-locking worm gear transmission can achieve reverse self-locking (i.e. the worm wheel cannot drive the worm) when the worm lead angle is less than the equivalent friction an
Oil level inspection should be carried out when the gearbox is stopped, the oil temperature drops to room temperature (20-40 ℃), and the equipment is installed horizontally to avoid reading deviation caused by oil flow or equipment tilt. The specific steps are as follows: 1. Prepare tools and safety prerequisites Tools: cloth, oil level gauge (if not included), flashlight (for observing intern
