An intelligent motor suitable for secondary water supply applications should be reliable, low-noise, easy to install and maintain, and have a simple and elegant appearance.and convenient operation.Reliability is the lifeblood of water supply equipment, and we have fully considered this during the product design phase.

We have selected top-tier high-performance heat-resistant neodymium iron boron rare earth materials for the motor, significantly improving its reliability under continuous mechanical vibration and thermal shock.

We have selected heavy-duty bearings for the motor, providing lasting driving force for high-load applications such as high-pressure water pumps and fans.

We have selected film capacitors for the drive circuit, fundamentally eliminating the risk of breakdown and explosion associated with conventional electrolytic capacitors.

We have applied surface protection treatment to the drive's casing, which, while fine and aesthetically pleasing, ensures15 years of corrosion resistance in humid or salty environments.Further enhancing this, we have designed our products with a backup pump function, backup sensor interfaces, automatic switching for faulty pumps, and comprehensive protection from hardware to software, including over-temperature, overload, stall, phase loss, and under-voltage protection for the inverter, as well as surge protection.voltage, surge protection, and other protective functions, providing comprehensive protection from hardware to software.To improve running stability, reduce noise, and enhance comfort, we have completely redesigned the motor's electromagnetic system and adjusted the dynamic balance to a top-tier level to reduce

motormechanicalnoisenoise;

Our drive circuit includes a filtering circuit to reduce electromagnetic noise, and the new generation of products has completely eliminated electromagnetic noise through technical means.To make it convenient and labor-saving for users, we have integrated the drive and motor into a unified design, ensuring perfect matching of drive and motor parameters, eliminating the need forthe drive parameter tuning work, and built-in intelligent control software. Whether operating individually or in parallel, the completeness of its functions and the reliability of the equipment

have been elevated to a new level.