3047072

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Terminal Blocks - Accessories - Jumpers

Jumpers are small components that link the electrical and mechanical circuits of a terminal block. Used to bypass or transfer current from one terminal point to another, they are a versatile accessory for many electrical and electronic applications. The 3047072 Application Field and Working Principle in particular can be used as an effective solution in many settings.

3047072 Overview

The 3047072 is a single-pole, two-position 18-12 AWG jumper designed specifically for use with pluggable connectors or terminal blocks. Its design provides a secure connection between matched terminals, resulting in minimal loss of current. It also offers a high degree of protection against short-circuiting or false wiring, and can easily be integrated into existing devices.

Application Fields

The 3047072 can be used in a wide variety of applications, including industrial control, lighting control, automotive, and communications systems. Its versatility makes it an excellent choice for various situations, such as transferring current between terminals or bypassing a circuit between two points. It can also be used to bridge two identical connections, making it a cost-effective solution for connecting multiple terminals without the need for additional wiring.

Working Principle

The 3047072 is designed to ensure a reliable connection between two points by establishing an electrical connection that bypasses the traditional terminal gap. This is achieved by providing the jumpers with a unique spring-based construction, which ensures the connection is secure by providing reach-through access between both poles. The spring-based design also ensures that the connection remains secure even under extreme levels of vibration or shock, ensuring that the circuit is not inadvertently disconnected.

Performance Benefits

The 3047072 offers a range of performance benefits that make it an ideal choice for many applications. Foremost among these is its reliable and secure connection, which minimizes contact resistance and reduces the risk of electrical discharge or current leakage. Its protective design also helps protect the user from the dangers of electrostatic discharge, further enhancing its safety features. With its low profile and lightweight construction, it can also be easily mounted in confined spaces.

Conclusion

The 3047072 is an effective and reliable solution for many applications. By providing a secure connection between poles, it ensures minimal loss of current, offers protection against short-circuiting or false wiring, and can be easily integrated into existing devices. Its versatile design makes it an ideal option for many industrial, automotive, and communications systems, making it a cost-effective and efficient choice.

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