1417962

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Circular Cable Assemblies are a popular and highly versatile application for various mechanical and electrical connections, from low amperage to high amperage. They are durable, reliable, cost-effective, and easy to install.The term “circular” is used to refer to the shape of the assembly, often in the form of a circular loop, although other shapes are available. The most common types of circular cable assemblies feature a titanium or stainless steel core with coiled wires to form the circular shape, however other materials are also possible, such as carbon fiber, bronze, aluminum, and other metal alloys.The primary purpose of circular cable assemblies is to provide electrical insulation and protection for the electrical wires that pass through them. The insulation prevents electrical shock and short circuits, which can lead to fires and/or system malfunctions, by preventing current from passing through the circuit or the insulation, thereby protecting the system from damage. In addition, insulated cables protect sensitive circuitry from high temperatures and prevent corrosion by preventing moisture from entering the circuitry.Circular cable assemblies have a variety of applications. They are commonly used in industrial automation, robotics, medical equipment, automotive wiring, and other industries where precise and reliable electrical connections are required. Furthermore, they can also be used in consumer and industrial electronics, communications, surveillance and data systems, and other applications that require a secure and reliable connection.Circular cable assemblies can be configured to meet the exact requirements of the application using various materials, connectors, and assembly styles. The complexity of the assembly is often determined by the number and type of connectors, the length of the assembly, the wire gauge used, and the number of wires in the core. Depending on the application, the assembly can also be configured with different shielding, insulation, and strain relief. The cables can be shaped to fit complex and irregular applications, as well as a variety of length and thickness requirements. Additionally, the materials used to assemble the cables can affect the weight, flexibility, and strength of the connection.Circular cable assemblies generally consist of four components: the core, the conductor, the connector, and the strain relief. The core of the assembly is responsible for providing the support structure for the electrical wiring. It is typically made of many layers of insulation and can be further reinforced with a metal casing and shielding to provide additional strength and reduce vibration.The conductor is the actual wire used to transmit the electrical signal. The most common type of conductor used in circular cable assemblies is an annealed copper cable, which is annealed for maximum flexural strength and corrosion-resistance. Other types of conductor materials are available and can include copper, silver, and other metals, depending on the required conductivity.The connectors are responsible for connecting the wires to the terminal block of the equipment. The most common type of connector used is a friction-lock contact, which is designed to be inserted and then held in place by friction. Connectors can also be secured using screws or other means, depending on the strength and complexity of the required connection.The strain relief is responsible for limiting excessive flexing or force to the cable insulation and protecting the system from premature failure. It is typically made from rubber or plastic, and can be secured with clamps, glue, or a combination of both. Proper strain relief can help prevent the wires from becoming disconnected from the terminal block or from shorting out across other wires.1417962 are an extremely versatile and reliable type of cable assembly that is used widely in a variety of applications. They offer superior electrical performance, resistance to corrosion, and the ability to be arranged and configured in multiple styles and configurations. By correctly selecting the materials and connectors, designers can ensure that a reliable connection is achieved, and the assembly is safe and secure.

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