86094648114765V1LF

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

Backplane connectors in the DIN 41612 series have a long history of reliable industrial performance, providing secure connectivity for industrial machineries. While they offer a broad range of connectors and flexibility, 86094648114765V1LF is a distinct product from the DIN 41612 due to its advanced features. This article will discuss the application field and working principles of 86094648114765V1LF.

Application Field of 86094648114765V1LF

The 86094648114765V1LF backplane connector was designed specifically for industrial applications, offering improved electrical performance in high-power systems requiring multiple contact interfaces. They are widely used in applications requiring high levels of safety, reliability, and durability such as machine tools, robots, automated production lines and other manufacturing equipment. The 86094648114765V1LF backplane connector features a double-slot contact side plate that is highly resistant to oxidation and corrosion while also providing excellent electrical contact.

Additionally, the 86094648114765V1LF offers secure coding for easy identification of connected relay and power sources. The coding of the contacts ensures that all the connections are correctly made in the correct order while the double slot design provides improved insulation to help prevent accidental short-circuits.

Working Principle of 86094648114765V1LF

The 86094648114765V1LF backplane connector is designed with an innovative locking mechanism that securely locks the contacts in place. The locking mechanism is based on a standard rotary motion, which allows the contacts to be secured without the need for a locking clip or any additional tools. This allows for a much shorter installation time compared to traditional locking mechanisms. Additionally, the locking mechanism is designed to ensure that the contacts stay secure even under extreme vibration conditions such as those encountered in industrial environments.

Moreover, the 86094648114765V1LF has a double-slot design which improves insulation to reduce the risk of electrical shorts and ground loops while providing increased contact integrity. The improved insulation also helps to reduce the risk of interference caused by external sources such as electrostatic discharge or radio frequency radiation. This improved contact design further increases system stability and reliability.

Finally, the 86094648114765V1LF is constructed from a high-performance copper alloy material that is highly resistant to oxidation and corrosion. The high-performance material used in the construction of the 86094648114765V1LF allows it to withstand temperature extremes better than other backplane connectors, ensuring greater reliability when used in industrial applications.

Conclusion

The 86094648114765V1LF backplane connector is a reliable, efficient and secure connection solution for industrial applications. It provides excellent electrical performance and contact integrity, along with secure coding and a highly resilient double-slot contact side plate. It also features an innovative locking mechanism for quick installation and improved insulation to reduce the risk of electrical shorts and interference. The high-performance copper alloy material used in its construction ensures greater resistance to oxidation and corrosion.

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