Speed regulating motor manufacturers introduce how to improve the quality of transmission gear speed regulating motors? With the development of social economy and the demand for production and processing, transmission gear speed regulating motors are widely used in the fields of metallurgy, textiles, lifting and hoisting transportation, logistics, electric power engineering, etc. Without it, the transmission system and speed regulation function of many machines will be difficult to play a good role. Generally speaking, transmission gears are the key components of gear speed regulating motors. Whether the overall operation of the motor is stable and reliable depends to a certain extent on the dimensional accuracy of the worm gear and the radial runout deviation of the gear. Speed regulating motor manufacturers talk about how to improve the machining precision of gear shafts. The precision of transmission gears is related to many factors, among which motion precision, stability precision and contact precision are very important. When carrying out gear hobbing, the precision of motion must be guaranteed by controlling the normal line size and gear radial runout. Stability precision is guaranteed by controlling the tooth profile deviation and base pitch error. Contact precision can be guaranteed by controlling the tooth deviation. According to the existing manufacturing process technology, many factories use gear hobbing and gear shaving when processing gear components. These process requirements are relatively
Speed regulating motor manufacturers introduce how to improve the quality of transmission gear speed regulating motors?
With the development of social economy and the demand for production and processing, gear speed regulating motors are widely used in the fields of metallurgy, textiles, lifting and hoisting transportation, logistics, electric power engineering, etc. Without it, the transmission system and speed regulation function of many machines will be difficult to play a good role.
Generally speaking, the transmission gear is the key component in the gear speed control motor. Whether the overall operation of the motor is stable and reliable depends to a certain extent on the dimensional accuracy of the worm gear and the radial runout deviation of the gear.
Speed regulating motor manufacturers talk about how to improve the machining precision of gear shafts
The precision of transmission gears is related to many aspects, among which motion precision, stability precision and contact precision are particularly important. When performing gear hobbing, the motion precision must be ensured by controlling the normal line size and gear radial runout. Stability precision can be ensured by controlling tooth profile deviation and base pitch error. Contact precision can be ensured by controlling tooth guide deviation.
According to the existing manufacturing technology, many factories use gear hobbing and gear shaving processes when processing gear components. These processes have strict requirements. Only by giving full play to the excellent technical level can we ensure that the transmission gears produced are of high precision.
Generally speaking, the gear shaving precision can correct the gear hobbing precision to a certain extent. Therefore, for the gear hobbing process, during production, the error range must be within the specification range, so that the transmission gears produced can be considered of high quality.
Speed regulating motor manufacturers introduce how to reduce gear radial runout deviation
Gear radial runout mainly refers to the fact that within one rotation of the worm gear, the probe makes double-sided contact in the tooth groove or in the middle of the gear tooth height, and the probe has a larger change compared to the center line of the gear.
In fact, the errors between the transmission gear and the shaft axis often occur. The fundamental reason is that when the parts are used, the two center holes of the parts do not overlap with the center of rotation of the operating table, resulting in a large error between the two.
Sometimes, due to defects in the top and top holes during production, resulting in poor contact between the locating surfaces, the error may be too large. Only by reducing the radial runout deviation of the gear can the precision and quality of the worm gear be improved.
In general, if the transmission gear speed regulating motor is not of good quality, it will not only accelerate its own damage and reduce its service life, but also cause the whole equipment to operate unstably. Therefore, it is a prerequisite to ensure that the motor itself meets the standards. For manufacturers, ensuring quality can bring sales and profits.
Post time: Sep-21-2024