1669631

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
1st Connector:	M8 Female, Right Angle
Moisture Sensitivity Level (MSL):	--
2nd Connector:	Wire Leads
Number of Positions:	3
Number of Positions Loaded:	All
Length:	16.40' (5.00m)
Cable Type:	Round
Color:	Black
Shielding:	Unshielded
Usage:	Industrial Environments - IP65

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Circular Cable AssembliesCircular cable assemblies are a series of cable and wiring products designed to securely connect to cables or components in a range of mechanical, electrical, and optical applications. Popular cable assembly technologies include multi-pin D-sub connectors, which transfer signals over distances between 1/4” and 1” in diameter and ultimately offer reliable connection solutions for applications between 4 and 15 pins.Multi-pin cable assemblies also support power supplies and are ideal for network solutions. Advances in technology have made circular cable assemblies much more efficient, with better rated and higher quality components designed for high-performance and long-term functionality.1669631 application field and working principleCircular cable assemblies can be used in a variety of applications across numerous industries. This includes automotive, aerospace, military, information technology, industrial, telecommunications, consumer electronics, and many more.The basic principle of circular cable assemblies is that they are designed to connect two elements securely in a variety of applications. To do this, a cable or wire is connected on both ends to two mating connectors which can be either male or female. These connectors have multiple contacts on one side to help facilitate electrical, mechanical, and optical signal transmission between two components.Circular cable assemblies generally require minimal tools and come in various sizes, shapes, materials, and specifications depending on the specific requirements of the application. Assemblies with different specifications can address issues such as corrosion, vibration, temperature ranges, or hazardous environments. The connectors and cables must match according to the application’s requirements or else successful communication will not be guaranteed.The most basic type of cable is called shielded or unshielded. Unshielded cables are made of one insulated conductor with an overall jacket, while shielded cables feature several insulated conductors inside an overall jacket. Shielded cables are used for applications that are subject to external noise, such as electromechanical interference. Shielded cables are also used to protect against cross-talk, which is when electrical signals leak to other parts of the cable assembly. In extreme cases, microphone-based audio systems can be disturbed by cross-talk, which is why it is important to use shielded cables in audio applications.In addition to shielding, the insulation of the wires is also important as it helps protect against electric shock. The insulation also needs to be compatible with the environment where the cable assembly is used. This is especially true for outdoor applications where moisture, temperature extremes, or hazardous chemicals are present.The connectors on circular cable assemblies also need to be rated for either power or signal applications, and they generally come in either a three-pronged or five-pronged configuration. The configuration of the pins determines the number of wires that can be connected. 3-pronged configurations can attach up to three wires, while 5-pronged configurations can attach up to five wires.The overall construction of the circular cable assembly also needs to be built to withstand the environment it will be used in. This includes the connector jacket, which needs to be rated for resistance to corrosion, heat, cold, and environmental conditions if necessary. The cables should also be rated for use in extreme climate conditions or wet locations.Finally, the circular cable assembly should be properly tested and certified to meet or exceed all applicable safety and industry standards. For instance, cables should be UL tested and certified for hazardous locations. This ensures that any electrical components or cables used in hazardous environments will not pose a threat of fire or electrocution. Additionally, the cables should be CSA certified to prove they are safe for use in Canada.In conclusion, circular cable assemblies are versatile and reliable solutions for any application. By selecting the correct cables, connectors, and specifications for your specific application, you can ensure a reliable and safe connection between components and/or systems.

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