2299534

Series:	Varioface
Part Status:	Active
Lead Free Status / RoHS Status:	--
Process Side Connection:	Rectangular Connector
Moisture Sensitivity Level (MSL):	--
Control Side Connection:	Rectangular Connector
Specifications:	Interface
Number of Positions:	34, 34
Length:	19.69' (6.00m)
For Use With/Related Products:	Phoenix Contact Varioface Series
Approvals:	--

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Controllers - Cable Assemblies

Cable assemblies have become indispensable in many industrial applications. They are used for data communication, power distribution, remote control, and automation. Cable assemblies provide cost-effective ways to connect devices and networks in a variety of settings. This article will discuss the two main types of cable assemblies, their application fields, and their working principles.The first type of cable assemblies is called wired assemblies. They consist of two or more wires, usually in a spiral or twisted configuration. The wires are connected at both ends, and each end is secured with a terminal connector, usually a plug-and-play type. Wired assemblies are typically used in electrical and telecommunications applications, as they provide a reliable and durable connection with few errors. The second type of cable assembly is known as wireless. Wireless assemblies consist of radio frequency (RF) transmitters and receivers connected to each other with an inductive cable. Instead of using static wires, these assemblies use a radio frequency signal to send and receive data. They are mainly used for industrial sensing applications, such as pressure or temperature measurement, and for communication between remote devices.In addition to the two types of cable assemblies, there are also specialized applications, such as CompactPCI or Ethernet cable assemblies. CompactPCI cable assemblies are used in special high-speed data communication applications, such as military and aerospace systems. Ethernet cable assemblies are used in computer networks, and are most commonly found in corporate offices, schools, and homes.No matter the type, all cable assemblies have certain important characteristics. For example, they must be able to transfer data without errors; their conductors must be durable; and their physical properties must be able to withstand the stress of continuous use. Moreover, they must be designed for the particular application in which they will be used. The conductor length, wire gauge, and type of insulation used will all vary depending on the application.The working principle of cable assemblies is based on the idea of “transmission lines”. A transmission line is an electrical circuit in which current is propagated along a conductor. It is the job of the cable assembly to transfer this current from one point to another. The transmission line is created by connecting the cable’s conductor to the source of the current at one end, and the circuit’s load at the other end. In this way, the cable’s conductor forms a kind of bridge between the two points, allowing the current to flow in one direction and return in the other.Cable assemblies are commonly used in many industrial and consumer applications. From networking to telecommunications, these assemblies provide reliable, efficient and cost-effective solutions for connectivity. Moreover, they can be used in a variety of environments, from extreme temperatures to underwater. With all these features, it is clear that cable assemblies are an indispensable part of modern day applications.

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