160252-1

Termination:	Crimp
Material - Insulation:	--
Insulation Diameter:	0.098" ~ 0.134" (2.50mm ~ 3.40mm)
Contact Finish:	--
Contact Material:	Brass
Color:	--
Features:	--
Insulation:	Non-Insulated
Wire Gauge:	15-20 AWG
Series:	--
Mounting Type:	Free Hanging (In-Line)
Length - Overall:	0.488" (12.40mm)
Width - Outer Edges:	0.244" (6.20mm)
Thickness:	0.024" (0.61mm)
Stud/Tab Size:	--
Terminal Type:	Circular
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction

The 160252-1 is a ring connector commonly used in electronic field connecting multiple components. This type of connector allows for connectivity to be securely maintained and the reliability and performance of the components to be maintained. It is designed to provide a reliable connection in applications involving high temperatures, high-stress, vibration, and harsh environments. In this article, we will discuss the application field of the 160252-1 ring connectors and its working principle.

Application field

The 160252-1 ring connector is a ring connector that is known for its versatility and wide range of applications. It is commonly used for a variety of applications including electrical circuits, lighting, instrumentation, and switching systems. We will discuss some specific applications in this section. Firstly, the 160252-1 ring connector is used in automotive industry for low and medium-voltage wiring. This type of connector is reliable, durable, and resistant to heat and vibration. It is used in components such as headlights, power windows, and gear boxes.Another application of the 160252-1 ring connector is the automotive electrical system. It is used in the wiring of the system, from the distributor to the starter motor and throughout the rest of the electrical system. The superior reliability of this connector ensures a safe and efficient connection to the various components of the electrical system. The 160252-1 ring connector is also used in the aviation industry. It is suitable for use in high-tension electric systems, such as on aircraft engines, or even in instrumentation and control systems in the cockpit. With its superior reliability and performance, the 160252-1 works to maintain electrical connections to maintain the safety of aircrafts.The 160252-1 ring connector is also used in the armed forces and military applications. This connector is suitable for use in land, sea and air application fields. It is dependable and highly resistant to stress, vibration and harsh environments.Finally, the 160252-1 is also used in telecommunication networks. This connector provides reliable and secure connections between the various components of the network. The superior performance ensures that the connection is maintainable even in demanding environments.

Working principle

The 160252-1 ring connector consist of three parts: the shell, the pin, and the ring nut. The pin is the part of the connector that makes physical contact with another connector. It is usually made of a metal such as copper or brass and is designed to fit securely in the connector. The shell is designed to fit into the other connector and hold the pin in place. The shell is composed of either brass or aluminum and is then plated with a protective coating. The ring nut serves to secure the connector in place and ensure that the connection is properly maintained. When connecting two components, the pin of the 160252-1 is inserted into the counterpart. Then the ring nut is tightened to secure the connector and ensure its connection. The pin then makes contact with the counterpart and the current flows through the connector. This connection is secure and reliable and prevents the potential of the connection being compromised by physical or environmental factors.

Conclusion

The 160252-1 ring connector is a highly reliable and versatile connector that is widely used in many different applications. It is used in the automotive and aviation industry, as well as in the military and telecommunications networks. Its working principle involves insertion of the pin into its counterpart and then the ring nut is tightened to secure the connection. This ensures for a secure and reliable connection between multiple components.

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