586-SG

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Part Status:	Active
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Contact Type:	Socket
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Introduction

Circular contacts are used in many different applications from aviation and military to medical and telecommunications. In particular, the 586-SG (Superbimodal General-Purpose) circular contact system is a versatile, all-purpose type of contact ideal for a wide variety of applications. It is a common choice in markets that require high performance, reliability and cost-effectiveness. This article will discuss the 586-SG application field and working principle.

Application Field

586-SG circular contacts are suitable for a variety of applications, from industrial and consumer electronics to instrumentation and aerospace. They are widely used for applications requiring a high level of performance, reliability and cost-effectiveness. The 586-SG has been designed to withstand a range of environmental conditions that would normally be hostile to typical circular contacts. Specifically, the 586-SG is designed to be resistant to moisture, vibration, shock, corrosion, and temperature extremes. Furthermore, the 586-SG is capable of handling high electrical current and is designed to provide a secure connection. The 586-SG is commonly used in applications such as military and aerospace, automotive, power generation, and medical technology. In military and aerospace applications, it is often used in satellites, aircraft, unmanned aerial vehicles, guidance systems, as well as missile systems. In automotive applications, it is often used in vehicle control systems, engine management systems, and powertrain control systems. In power generation applications, it is used in electrical distribution, control systems, and electrical protection systems. In medical applications, it is used in medical role systems and telemedicine systems.

Working Principle

The 586-SG circular contact system consists of two interconnecting components: the contact and the shell. The contact is made of a conductive material (nickel-plated copper, for example) and is insulated from the shell, which is made of thermoplastic material. The contact is inserted into the shell and locks in place with a flanged groove. The flange helps to securely secure the contact and also provides a moisture-proof seal. The contact also has two fingers that fit into the grooves in the shell, providing a secure connection. The contact and shell are then sealed with a shell cover which is typically made of plastic or metal. When the contact and shell are connected, the contact material conducts the electrical current, providing an electrical connection between the two components. The shell helps to protect the contact from environmental factors such as moisture, corrosion, and temperature extremes. The contact material is designed to minimize contact resistance and ensure a secure connection.

Conclusion

The 586-SG circular contact system is an all-purpose type of contact suitable for many different applications, from instrumentation and aerospace to military and medical technology. It is designed for performance, reliability, and cost-effectiveness. The 586-SG consists of two interconnecting components: a contact made of a conductive material, and a shell made of thermoplastic material. The contact is inserted into the shell and locks in place with a flanged groove. When connected, the contact material conducts the electrical current and provides a secure connection. The shell helps to protect the contact from environmental factors.

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