Why Should Laboratory Bin Blender Use a DC Brushless Motor?

As a Pouch Packing Machine Manufacturer, share with you. Most of the laboratory stirrers produced by foreign companies on the market use brushless DC motors. Brushless DC motors are undoubtedly the market trend. What is the change from using induction AC motors to switching to brushless DC motors?

Laboratory Bin Blender

As we all know, laboratory equipment and medical equipment require more strict and precise parts and accessories, and as an important part—motors need to be cautiously selected. Foreign-funded enterprises in Shanghai will launch laboratory hybrids from May 1st to 31st. The technical service month of the equipment, for the majority of users to solve the incurable diseases in the actual use of the equipment, regardless of the brand, only five senior technical engineers in mainland China, and 30 days of special technology for 16 kinds of experimental mixed equipment service.

Here it is said that the laboratory stirrer is an electric stirrer. The induction AC motor is preferred. The structure is simple and the efficiency is quite high. When the single-phase induction motor is running, it produces torque in the opposite direction of the rotation speed and cannot change the direction in a short time. Therefore, on this basis, an improved reversible induction motor can be used for instant forward and reverse rotation. The main coil and the secondary coil of the nail coil are the same in the design, so that the same characteristics are provided during forward and reverse rotation. In order to improve the instant reversibility of forward and reverse rotation in a short period of time, increase the starting torque. The reversible motor has the characteristics of realizing forward and reverse operation in a short period of time. Frequent forward and reverse operation will cause greater energy loss, and its temperature rises quickly. Coupled with unique heat dissipation teeth, it can relatively increase the running time, more than 30 minutes .

The induction AC motors used in the above laboratory stirrers have been widely used in stirrers. In recent years, laboratory stirrers have adopted brushless DC motors. Why is there such a trend? In recent years, minor problems with the agitator of induction AC motors have been discovered:

The temperature rises quickly and the operation swings greatly. How to improve these problems? The brushless DC motor has stable performance and high speed. In the same time, the speed is high and the efficiency is higher. This saves time and reduces the temperature rise.

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