Performance difference of linear motors with different shapes
The linear motor can be reversed by the motor by changing the power line of any two phases, and the rotating motor can change the power line of any two phases. According to this principle, the linear motor can be made to reciprocate linearly, so that the motor is called a linear motor. Let's take a look at the difference between a cylindrical linear motor, a circular linear motor, and a disk linear motor.
Cylindrical linear motor—a cylindrical linear motor with a shape such as a rotary motor. A cylindrical linear motor with a cylindrical linear motor such as a rotary motor can be made into a rotary motion when it is required to have a cylindrical linear motor such as a rotary motor. Rotary linear motor with linear motion. It can be made into a rotary linear motor with both rotary motion and linear motion. Although the disc-type linear motor also performs the rotary motion, the disc-type linear motor also performs the rotary motion, but has two outstanding advantages compared with the ordinary rotary motor: the torque and the rotational speed can be adopted by multiple primary combination methods or through the primary method. The radial position on the disc is adjusted; the method is adjusted by the radial position of the primary on the disc; lower speeds can be obtained without the need for a gear reduction box, and the motor noise and vibration are small. The speedbox gets a lower speed and the motor noise and vibration are small.
The circular arc type linear motor also has the characteristics of a disc type, and the arc type linear motor also has the characteristics of a disc type. The main difference between the two is that the secondary form and the primary to secondary driving point are different. The form of the secondary and the primary to secondary drive points are different.
