Energy saving principle
●Permanent magnet motor avoids electrical loss excitation and has less reactive power;
●The permanent magnet motor direct drive saves the mechanical loss of the intermediate large-scale deceleration, clutch and direction changing links;
●The amount of copper used in the stator core of the permanent magnet motor and the amount of winding ends can be controlled by design methods.
●reduces copper consumption and improves efficiency.
Project features vary, the following is for reference only.
Energy saving principle
●Permanent magnet motor avoids electrical loss excitation and has less reactive power;
●The permanent magnet motor direct drive saves the mechanical loss of the intermediate large-scale deceleration, clutch and direction changing links;
●The amount of copper used in the stator core of the permanent magnet motor and the amount of winding ends can be controlled by design methods.
●reduces copper consumption and improves efficiency.
Project features vary, the following is for reference only.
Direct Drive Advantage
Clean
The permanent magnet motor is used to directly drive the stirrer, eliminating the reducer in the traditional drive mode, eliminating oil leakage pollution caused by the wear of the deceleration mechanical seal and noise pollution caused by gear transmission, and achieving small size and compact structure in structure. Small footprint advantage.
High efficiency and energy saving
The drive motor of this series of stirring system adopts high-performance rare earth permanent magnet materials, and cooperates with advanced motor structure and electromagnetic field design scheme, which greatly improves the efficiency and power factor of the motor during operation, and saves electricity by 10%-45% during load change operation. , with remarkable high-efficiency and energy-saving operation characteristics.
High speed and torque
The motor passes through the attached control cabinet and adjusts the motor speed according to the working conditions and load changes to obtain an ideal speed and a torque that is large enough to match the process requirements, avoiding unnecessary power consumption.
Safe and reliable operation
The real-time parameters of the motor can be displayed through the terminal to ensure the safe and reliable monitoring and operation of the equipment; during the operation of the equipment, it can be automatically displayed or checked through the instrument and display screen to check the actual operating input current, actual operating input voltage, actual operating speed of the mixer, and actual operating speed of the system. Corresponding key data such as operating torque. It is beneficial to the production and equipment management officers to integrate various production factors to ensure safe and orderly production.
Note: The above advantages are different for the driving instruments, for reference only