DIN6325-5X20

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DIN 6325-5x20 is a standard for the height and positioning of screws, nuts and other small parts. It has been developed to provide a reliable and repeatable reference system for positioning and orienting these parts. It is designed to provide consistent results from part to part, batch to batch, and from one application to the next. In this article, we will discuss the application field and working principle of DIN 6325-5x20.

Application Field

The DIN 6325-5x20 standard is used in many industries, including aerospace, automotive, electronics, and industrial manufacturing. It is also used in medical device, medical device packaging, and other medical device manufacturing applications. In each of these industries, the DIN 6325-5x20 standard provides a reliable reference system for accurately positioning and orienting screws, nuts, and other small parts. The standard enables engineers and design teams to ensure that parts are consistently positioned and oriented according to their intended design.

Working Principle

The DIN 6325-5x20 standard works by establishing height and pitch tolerances between different parts. The tolerances are expressed as a millimeters-per-turn (mm/turn) ratio. The tolerances are applied to the pitch of the Screws, Nuts, and other small parts that are being used in the application. This ensures that the parts are consistently spaced and positioned in the same way every time they are used. By adhering to the standards, engineers and manufacturers can ensure repeatable accuracy and reliability.

The standard also requires the use of two pieces of measuring equipment – a dial indicator and a pitch gauge. The dial indicator is used to measure the pitch of the parts (in mm/turn), and the pitch gauge is used to measure the height of the parts (in mm). The dial indicator will indicate any deviation from the tolerance values specified in the standard, and the pitch gauge will show any variation in height.

Using these two pieces of equipment, engineers and designers can ensure that the parts are properly positioned and spaced according to the tolerance values specified in the DIN 6325-5x20 standard. This ensures repeatable accuracy and reliability every time the parts are used in an application.

Conclusion

The DIN 6325-5x20 standard provides a reliable and repeatable reference system for accurately positioning and orienting screws, nuts, and other small parts in industrial applications. The standard utilizes a millimeters-per-turn (mm/turn) ratio to establish tolerances between parts, and two pieces of measuring equipment (a dial indicator and a pitch gauge) to ensure the parts are positioned and spaced according to the tolerance values. By adhering to the DIN 6325-5x20 standard, engineers and manufacturers can ensure consistent results from part to part, batch to batch, and from one application to the next.

The specific data is subject to PDF, and the above content is for reference