35604

Termination:	Crimp
Material - Insulation:	Poly-Vinyl Chloride (PVC)
Insulation Diameter:	0.170" ~ 0.300" (4.32mm ~ 7.62mm)
Contact Finish:	Tin
Contact Material:	Copper
Color:	Yellow
Features:	Serrated Termination
Insulation:	Insulated
Wire Gauge:	10-12 AWG
Series:	PIDG
Mounting Type:	Free Hanging (In-Line)
Length - Overall:	1.172" (29.77mm)
Width - Outer Edges:	0.375" (9.53mm)
Thickness:	0.040" (1.02mm)
Stud/Tab Size:	6 Stud
Terminal Type:	Circular
Part Status:	Active
Packaging:	Bulk

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Terminals - Ring Connectors

Ring Connectors, also known as ring terminals, are widely used in a variety of applications and have their own unique characteristics and advantages. They are amongst the most versatile electrical connectors on the market, and are designed to provide reliable, electrical connection and circuit isolation in a wide range of electrical applications.

Types of Ring Connectors

The most commonly used ring connectors are the standard circular type. These connectors are usually made of brass or copper and have a crimped or tied terminal. Their shape and size can be varied depending on the application. A variant of this, the circular-grip connector, can be used in more difficult to reach areas. It offers a secure grip onto the terminal connection, and is used in applications where high levels of vibration are present, such as in automotive wiring.Other types of ring connectors include heavy-duty, screw-type, and shielded variants. The heavy-duty type is designed for applications that involve higher electrical currents, and are available in various sizes and configurations. Screw-type connectors offer an even more secure connection, and are used in situations where vibration and shock are expected. Shielded models have an additional layer of insulation over the connection terminals, and are often used in applications involving hazardous substances or high voltages.

Application Fields and Working Principle

Ring connectors are used in many different electrical applications, ranging from automotive wiring to the construction of equipment and machinery. In automotive applications, they are used to connect power, ground, and other components in the vehicle\'s wiring system. In telecommunications, they are used to connect telephone and data lines to other application-specific equipment.The working principle of ring terminals is based on two parts: a socket, which allows the connection to be made, and a frame, which holds the socket in place. Both parts are designed to be secure, so that the connection is not compromised by vibration or other external forces. The socket itself is usually designed to accept a variety of wires, depending on the application. It is this combination of flexibility and security that makes ring terminals an ideal choice for many different applications.

Benefits of Using Ring Connectors

The versatility of ring terminals makes them a popular choice for many applications. They can be used in high-voltage or high-current applications, with their secure connection allowing for a stable connection between components. Additionally, they are designed to be lightweight and inexpensive, making them ideal for applications which require multiple connections. Another benefit of using ring terminals is their resistance to vibration and shock. The secure connection ensures that the connection remains even in harsh conditions, such as a vehicle engine. This also makes them suitable for use in high-speed applications, which require frequent and stable connections. Finally, ring terminals offer excellent insulation, which makes them well-suited for use in hazardous situations. The additional layer of insulation over the connection terminals provides additional safety and prevents any stray electrical currents from occurring.

Conclusion

In conclusion, ring connectors are an incredibly versatile type of connector, suitable for use in a wide range of electrical applications. Their flexible design and secure connections make them an ideal choice for many different situations, while their insulation properties ensure safety in high-voltage and hazardous environments. With their range of benefits, it is easy to see why they have become so popular in many different applications.

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