Several major factors for choosing U.S. linear high-voltage modules

In the era of industrial development, there are many new products that are very active in the industrial field, one of which is the US-standard linear high-voltage module. It plays an important role in the development of different automation industries. Therefore, we should pay attention to several major factors when choosing the US-standard linear high-voltage module. The following is an explanation for everyone.

1. From the perspective of vibration resistance and stability, they are relatively basic factors. Stability means that the U.S. linear high-voltage module will not vibrate under certain operating conditions; and vibration resistance means that the module can maintain a certain state when subjected to forced vibration and shock.

2. Different stiffnesses have different effects on precision machinery and instruments, and they are closely related. The deformation of the U.S. linear high-voltage module includes the deformation of the guide rail body, the contact deformation of the guide rail pair and the deformation of the guide rail against force. If deformation occurs, it will affect the position and guiding accuracy between components.

3. Motion sensitivity and positioning accuracy: The motion sensitivity of the U.S. standard linear high-voltage module refers to the short stroke that the moving component can achieve; the positioning accuracy means that the moving component can be at a specified target position as required Stop.

4. Precision persistence: refers to the ability to maintain the original geometric precision in industrial operations. The precision adherence of the US-standard linear high-voltage module mainly depends on the wear resistance and dimensional stability of the guide rail. Generally speaking, a good guide rail plays a great role in the accuracy and persistence.

5. The guiding accuracy is also related to the US-standard linear high-voltage module. The guiding accuracy refers to the accurate level of the moving trajectory when the moving component moves along the guide surface of the guide rail. The main factors affecting the guiding accuracy are the geometric accuracy of the guide surface, the structure type of the guide rail, the contact accuracy of the guide rail pair, the surface roughness, the rigidity of the guide rail and the supporting parts, the oil film thickness and the oil film stiffness of the guide rail pair. The geometric accuracy of linear motion guides generally includes: straightness in the vertical and horizontal planes; parallelism between the two guide surfaces. The resulting geometric accuracy can be expressed by the error on the total length of the guide rail or the error on the unit length.

6. Motion stability: The motion stability of the American standard linear high-voltage module refers to the performance of the guide rail without crawling when it moves at low speed or slightly moves. Stability is related to factors such as the structure of the guide rail, the matching of the guide rail pair materials, the lubrication condition, the nature of the lubricant and the rigidity of the transmission system of the guide rail movement.

7. Another factor is click, which is easier to ignore. Choose different motors according to the actual situation at that time. Some demanding ones can choose servo motors, and some demanding ones can choose stepping motors. According to the different needs of the customer, we can choose the right plan for him, so that it can reduce the cost while ensuring the quality.

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