ELLH11280

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

Terminal Blocks - Headers, Plugs and Sockets have advanced to the point where it can be used in almost any application that requires wiring of electrical systems. In particular, the ELLH11280 is an advanced plug that has become a popular choice in many critical applications where accurate and reliable signal connection is critical. This article will explain the application fields and the working principle of ELLH11280.

Application fields

The ELLH11280 is used primarily for applications that require a secure and reliable interface between two circuitry. Examples of such include:

• Emergency Warning buttons in high-security environments
• Power Supplies for industrial automation
• As part of Connector Systems
• Medical equipment
• Audio/Video signal transfer

The inherent design of the ELLH11280 makes it suitable for such applications where it requires to be robust against usage or environment hazards. This includes being able to protect against water ingress when connected, thermal shock when exposed to high temperature, vibration when being used in a mobile environment and to be robust against impact.

Working Principle

The ELLH11280 consists of two parts, the plug, and the header, which are connected together, forming a secure and reliable connection. The ELLH11280 utilizes the "Male and Female" connection system where the plug has a set of pins that slot into the set of sockets located on the header. This connection system ensures that the connection is secure and reliable despite taking into account prominent hazards.

The ELLH11280 also adopts a mechanism that prevents accidental disconnection. This particular mechanism works by allowing the user to turn and lock the plug until it is correctly set in the header, preventing any form of "accidental unlocking" when used in vibration. This mechanism ensures that the connection remains stable and reliable regardless of the environment it operates in.

The power system of the ELLH11280 is quite simple, and consists of four metal force contact zones positioned in the header and plug. These force contact zones are made from high-performance copper alloys with high-temperature long-term stability and excellent connectivity. The power transfer efficiency of the ELLH11280 exceeds 1% at 10A, and the a.c. resistance could be as low as 19.2mΩ, ensuring a secure and reliable power transfer.

Conclusion

The ELLH11280 is a robust and reliable plug which is suitable for applications requiring secure connections. Its ability to provide a secure and reliable connection even in harsh environment stresses makes it an ideal choice for a wide range of critical applications. Its power efficiency also allows for tight and efficient wiring, making it a perfect choice for tight spaces.

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