C2681A.41.10

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Multiple conductor cables are some of the most widely used products in the world. They are used in every sector of industry, from domestic to industrial applications. From residential wiring to data communication cables, there is an ever-increasing demand for better and more reliable multiple conductor cables. In this article, we will take a closer look at the C2681A.41.10 multiple conductor cable and its application field and working principle.

Application Field

The C2681A.41.10 multiple conductor cable is primarily used for building new and retrofit residential and commercial installations. The cable is also suitable for industrial and outdoor applications. It is typically used for computer networks, communications, instrumentation, control and signaling. The C2681A.41.10 has been tested and certified to meet stringent safety standards. This includes UL, CSA, CSA C22.2 No. 374-04 and ASTM-B3.

Working Principle

The C2681A.41.10 multiple conductor cable is constructed with unshielded twisted pairs of stranded bare copper conductors, with insulation of polyethylene. The cable is shielded and encased in a heavy-duty flame retardant, low-smoke PVC jacket. The total cable diameter is 0.110 inch and nominal OD is 0.200 inch. The installation temperature range is from -25°C to +105°C.

The multiple conductor cable provides additional protection against interference from electromagnetic fields for the conductive line. The unshielded twisted pairs reduce the propagation of electromagnetic fields on any one wire by diverting the fields away from the wire. This helps to reduce the thickness of the insulation and can maximize current-carrying capacity. The cable also reduces crosstalk between the different pair members, ensuring a more reliable connection.

The C2681A.41.10 multiple conductor cable is an excellent choice for applications where reliability and performance are key requirements. The cable is easy to install and provides many advantages over other types of cable including improved signal integrity, improved noise rejection, increased current-carrying capacity, and more reliable connection.

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