In today's pursuit of ultimate energy efficiency and space utilization, traditional motor transmission solutions are no longer able to meet the needs of high-end equipment. Rongwen Motor's new generation of backward-inclined external transmission permanent magnet motor brings you five core values with its innovative structural design and excellent material technology:
It adopts a unique backward-inclined outer rotor structure, placing the rotor on the outside and the stator on the inside, achieving direct integration of the motor and the load (such as an impeller). This design completely abandons the complex transmission bracket, saving more than 30% of the installation space compared to traditional motors, making your equipment more compact and free in design.
Relying on permanent magnet synchronous technology, the motor has no induction loss in the rotor and zero excitation loss when the motor is running. Compared with traditional three-phase AC asynchronous motors, the efficiency is significantly improved, and the comprehensive energy saving rate is as high as 15%-30%. Especially under low speed and light load conditions, the energy saving effect is even more amazing. Taking a 7.5kW motor as an example, the electricity cost saved in one year can cover the purchase price difference, truly realizing "the more you use, the more you save."
Perfectly adaptable to various types of frequency converters to achieve stepless speed regulation. Whether it is starting smoothly to reduce impact, or adjusting the speed in real time according to working conditions, you only need a knob or a program to accurately control the air volume and flow rate. The reserved intelligent control interface allows you to easily access the Internet of Things system and create an unmanned smart factory.
Different from the outer rotor cantilever structure of ordinary motors, we insist on using a support design at both ends and match high-quality deep groove ball bearings. This structure greatly enhances the operational stability of the rotor, reduces vibration and noise, and effectively solves the pain point of traditional external rotor motors that the bearings are prone to wear under heavy loads. The service life of the entire machine is significantly extended, and the maintenance cost is almost zero.
The simple structure, lower heat generation, and rigorous heat dissipation design ensure that the motor can operate reliably under 24-hour continuous working conditions. Choosing us means choosing a stable productivity that lasts for ten years.
