3061693

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Terminal Blocks - Headers, Plugs and Sockets encompass a wide variety of components that serve as an interface between the electronic components of a device and the electronic wiring used for its interconnection. In particular, the 3061693 series of connectors is a highly versatile and reliable set of components suitable for use in a broad range of industries, notably offering a range of configurations depending on the application.

Overview

The 3061693 series of terminal blocks, headers, plugs and sockets are made of injection molded thermoplastic polyester and are flame-rated to UL 94 V-2, based on IEC 60 998-2-5. This series offers two different material configurations, based on the type of application:

• The UV resistant configuration offers excellent long-term stability and greater resistance to outdoor and high-temperature applications, while
• The less expensive and more commonly used standard configuration provides general excellent service in most applications.

Features and Benefits

The 3061693 series of terminals, headers, plugs and sockets are widely used due to their simple design and reliable performance. Features of this series include:

• Snagless design which prevents accidentally unhooking cables during installation
• Large contact surface that ensures reliable electrical connections
• Self-locking pin which eliminates the need for external locking features
• Versatility that allows connection of a wide range of different system designs

The 3061693 series of connectors is designed to serve as reliable dynamic connections in the industrial sector, promising stability and consistency. Benefits of this series are:

• High current stability due to large contact area
• High levels of shock, vibration and environmental resistance
• Reduced wiring time and cost due to simple design and versatility
• Excellent electrical and mechanical performance during use

Applications

The 3061693 series of connectors is suitable for use in various industries, notably offering a high degree of flexibility with regards to applications. Examples of uses of this series include:

• In aviation and aerospace applications, where the extremely high resistance and reliable performance of the connectors are beneficial for aircraft and spacecraft control systems
• In medical fields, these connectors are used in patient monitoring and diagnostic systems
• In industrial automation, where the rugged design and long-term stability of the 3061693 series make them ideal for use in high-speed and harsh industrial environments
• In automotive, security and telecommunications applications, where optimal levels of signals and electrical connections are achieved thanks to the superior contact surface of the 3061693 series.

Working Principle

The 3061693 series of connectors is based on the principle of making reliable electrical contacts between two devices without compromising their stability or performance. This is achieved by means of contact pins that are held in place when they are inserted into the adjacent sockets, using a spring-loaded feature. This ensures that the contact pins do not come loose during operation, as well as providing a degree of shock and vibration resistance, since the forces are spread evenly across the contact surface.

The larger contact surface also ensures that the connector has an extremely low resistance, making it suitable for use in powering power-hungry applications such as automotive and industrial automation. Furthermore, the connector’s insulated insulation layer ensures that the connection is secure and safe, while still allowing current to flow between the contacts.

Conclusion

The 3061693 series of connectors are a highly versatile and reliable set of components that are suitable for use in a broad range of industries. The simple design and large contact surface of the 3061693 series ensure reliable electrical connection and consistent performance, making them suitable for use in demanding applications such as automotive, aerospace, medical and industrial automation. The basic working principle of the connectors is based on spring-loaded contact pins that are held in place when inserted into adjacent sockets, while the insulated insulation layer ensures that the connection is secure and safe.

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