E2522S.41.02

Shield Type:	Foil
Shield Coverage:	100%
Shield Material:	Flexfoil®
Conductor Insulation:	Poly-Vinyl Chloride (PVC)
Jacket (Insulation) Thickness:	0.0150" (0.381mm)
Usage:	Alarm, Safety
Operating Temperature:	-20°C ~ 75°C
Voltage:	300V
Features:	Drain Wire, Rip Cord
Ratings:	ASTM B-3
Jacket Color:	White
Length:	1000.0' (304.8m)
Series:	--
Jacket (Insulation) Diameter:	0.180" (4.57mm)
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Conductor Material:	Copper, Annealed Bare
Conductor Strand:	Solid
Wire Gauge:	16 AWG
Number of Conductors:	2
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Conductor
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Multiple Conductor Cables - E2522S.41.02 Application Field and Working Principle

Multiple conductor cables, or multiconductor cables, are electrical wires with more than one core and expose multiple conductors to form a single assembly. They can be used for various purposes, such as connecting electronic devices to power sources, transmitting signals among two or more points, or even as a means of distributing signal power between peripheral devices.When considering multiple conductor cables for a project, the type of core material, wire gauge, insulation, and overall length are all important factors to consider. Additionally, the number of conductors and the type of flex wire application a particular cable is designed for is essential. The application field of industry specifically looks to E2522S.41.02 for its reliable and practical requirements when it comes to multiconductor cables. The E2522S.41.02 standard is the technical specification promulgated in 1982 by the European Standards Agency (CEN) for multiconductor cables intended for instrumentation and control applications. The standard is divided into three parts: Part 1 specifies the basic requirements for the cables, Part 2 specifies the requirements for the apparatus which will be connected to the cables, and Part 3 specifies the testing and inspection of the cables. When it comes to the wires and cables used in the industrial field, it is the duty of the user to ensure that the cables and wires conform to the application requirements specified in the E2522S.41.02 standard. These include the design of the cables and wires, the size and gauge of the wire, the type of insulation used, and other parameters that must meet the required specifications. The fundamental purpose of the E2522S.41.02 is to ensure that the multiconductor cables are safe, reliable, and compatible with industry needs. With the ability to provide accurate and reliable knowledge of the materials, composition, and design of the multiconductor cables, the industry is able to comprehend their performance in harsh environments and any limitations that could impact the longevity of the product.When it comes to the working principle, the multiconductor cables originate from copper or aluminium strands that are assembled together to form a single assembly. This assembly is then insulated with a variety of materials such as rubber, polystyrene, plastics or a combination of all three. Multiple cables can have up to hundreds of individual conductors insulated within a single jacket. Depending on the type of flex wire application desired, the jacket material and the type of insulation used may vary. In the case of indoor applications, common insulation materials included PVC, plastic and polystyrene.The internal construction of the cable will also vary depending on what relative information the user would like to transfer. For instance, all cables have a conductor shield to protect users from electric shock and also help reject interference as it comes into contact with other electrical signals. Additionally, should the need arise, foil and foil bands may be employed within the construction of the cable. This shields the cable from external interference by enveloping the inner conductors in a mesh-like pattern which can be laid against the outer sheath.The most common type of multiconductor cable used in industry is the unscreened, twisted and shielded type. A combination of the materials and designs mentioned in the previous section are used to construct these types of cables in order to prevent attenuation of the signal while providing protection against electrical damage and rising noise levels. The unscreened, twisted and shielded multiconductor cables are often the most reliable and effective ones for industrial applications. As they are able to provide necessary electrical protection in harsher environments, they can protect devices, such as sensors, motor controllers and other controllers, and are able to contribute towards the overall safety of an installation.To summarize, E2522S.41.02 is an industry standard that provides guidance on the design, performance and safety aspects of multiconductor cables. It ensures that the cables used in instrumentation and control applications are safe, reliable and compatible with industry needs. With the help of this standard, the user may be able to better comprehend exactly what materials, composition and design will be necessary in order to ensure the longevity of their application.

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