7133803

Shield Type:	--
Shield Coverage:	--
Shield Material:	--
Conductor Insulation:	Polyolefin (PO)
Jacket (Insulation) Thickness:	--
Usage:	--
Operating Temperature:	-20°C ~ 75°C
Features:	Rip Cord
Ratings:	--
Jacket Color:	Gray
Length:	1000.0' (304.8m)
Series:	GenSPEED® 6
Jacket (Insulation) Diameter:	0.205" (5.21mm)
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Conductor Material:	Copper, Bare
Conductor Strand:	Solid
Wire Gauge:	23 AWG
Number of Conductors:	8 (4 Pair Twisted)
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Pair, Cat6
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Introduction to Multiple Conductor Cables

Multiple Conductor Cables (MCC) are a type of cables used in many communication and industrial applications to provide multiple conductors in one cable. The multiple conductors are usually twisted together, forming one or more cores or strands that are used to form circuit paths for the conductor. MCCs can be used in a variety of situations, including for data transmission in structured cabling installations, power distribution in industrial settings, and as an alternative to traditional wiring in residential or commercial settings.

Types of Multiple Conductor Cables

MCCs come in a variety of configurations and types, including twisted pair, coaxial, multicore, and fiber optic. Twisted pair MCCs consist of two insulated conductors that are twisted together to transmit data. Coaxial cables consist of one central conductor surrounded by an insulating material and often a metallic shield to protect against interference. Multicore MCCs consist of multiple insulated conductors twisted together, and fiber optic cables are made up of glass or plastic fibers that are capable of transmitting data via light signals.

7133803 Application Field and Working Principle

The 7133803 Multiple Conductor Cables are a type of twisted pair MCC, specifically designed for industrial applications. These cables are usually used to transmit data between two or more devices in an industrial setting, such as between controllers and motors. The 7133803 cables are made up of two insulated conductors that are twisted together, forming the core of the cable. The insulating material and the metallic shield are also used in conjunction with these conductors to ensure signal integrity and protection against electromagnetic interference. The working principle of 7133803 Multiple Conductor Cables is based on the principle of electrical conduction. Electrical current flows within the cable from one conductor to another, allowing devices at either end to both receive and transmit data. The insulation and shielding in the cable serve to protect the signals from external interference, and also to direct the current flow between the conductors in an organized fashion. This helps to increase the data rates and decrease signal losses in the transmission process.

Advantages

The major advantage of 7133803 Multiple Conductor Cables is their ability to transmit data efficiently and reliably over long distances in harsh industrial environments. The twisted pair design and the shielding provide protection against interference, and the insulation helps to reduce signal degradation over all. Additionally, these cables can be used in conjunction with many types of devices, providing a reliable and cost-effective solution for industrial data transmission.

Disadvantages

Although 7133803 Multiple Conductor Cables are a reliable and cost-effective solution for data transmission, there are some disadvantages to consider. The cables are more susceptible to damage than other types of cables, especially in industrial settings. Additionally, because these cables are more complex than other types, they can be more difficult to install and troubleshoot.

Conclusion

The 7133803 Multiple Conductor Cables are an excellent solution for industrial data transmission, providing reliable and efficient data transfer over long distances. They are more vulnerable to damage than other types of cables, but their protection against interference and signal degradation make them a viable option for many industrial applications.

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