The slewing drive is a turbo-worm type with a motor, enclosed in a casing! But they are all small, if you have higher requirements for load, it is recommended to choose a standard slewing ring!
Slewing drive personally thinks that the cost performance is not high, the failure rate is high, and the life is short! Generally, it is manufacturer's specification. No national standard! If you use a general slewing ring +pinion+ drive equipment cost is estimated to save 15%-20%!
Slewing drive equipment, also known as slewing speed reducer, turntable speed reducer, and slewing mechanism, is a modular device in which the slewing ring is equipped with a worm gear, a gear, a motor or a reducer.
Slewing drive equipment saves the user's installation time because of the modular operation, and the concentrated functions also facilitate the designer's product design. Currently widely used in industrial robots, solar power generation and other fields.
Due to the standardization of structural modules, the slewing drive equipment also prevents some personalized customization requirements. Many complex structures are still unable to use this structure. There is still a need for a traditional design device for separating the slewing bearing and the motor drive components. Large-scale use is still far away.
The slewing drive can be used in any situation that requires full-circle rotation and variable speed requirements. When the demand is greater
When the power transmission of torque, the transmission of high-precision motion, or the compact and integrated structure of the body require high organization selection, the rotary drive is the best solution.
The more common use occasions are generally the full-circle rotation structure of engineering and construction machinery, solar energy, wind energy, and various long-running active tracking machinery. Because of the compact structure, short transmission chain, the rotary drive is relatively simple to achieve high precision and It is easier to carry out digital control, so it is also used in the field of industrial robots.
