C2535A.41.10

Shield Type:	Foil
Shield Coverage:	100%
Shield Material:	Flexfoil®
Conductor Insulation:	Polyethylene (PE)
Jacket (Insulation) Thickness:	0.0200" (0.508mm)
Usage:	Communication, Control
Operating Temperature:	-20°C ~ 75°C
Voltage:	300V
Features:	Drain Wire
Ratings:	--
Jacket Color:	Gray
Length:	1000.0' (304.8m)
Series:	--
Jacket (Insulation) Diameter:	0.219" (5.56mm)
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Conductor Material:	Copper, Tinned
Conductor Strand:	16/30
Wire Gauge:	18 AWG
Number of Conductors:	3
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Conductor
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Multiple Conductor Cables: C2535A.41.10 – Application Field and Working Principle

Multiple conductor cables, like the C2535A.41.10, are commonly used in a broad number of electrical applications. They are often employed in higher voltage applications such as power transmission and electrical equipment designs. These cables are constructed of multiple insulated wires arranged in various configurations, allowing for a wide range of functions in various designs and applications.

C2535A.41.10’s Application Field

The C2535A.41.10 is a multi-conductor stranded cable, constructed of seven 55 AWG (16 mm2) strands of bare copper wire, each sheathed in its own blue 0.73 mm FEP insulation. The overall cable diameter is 6.00 mm, resulting in a maximum outside diameter of 6.80 mm. C2535A.41.10 cables are used to connect complex electrical systems, providing an insulated, flexible and intra-system connection method. These cables typically have a high degree of electrical resistance and are rated to 20 KV AC. C2535A.41.10 cables are frequently used in a multitude of higher voltage applications such as switchboard connections, industrial control wiring and general wiring.

Working Principle of Multiple Conductor Cables

The working principle of multiple conductor cables is based on an electrical current that is spread out among all the conductor elements contained within the cables. This allows for more efficient flow of electrical power across the entire cable, as opposed to a single conductor which distributes current to specific points. This allows for higher voltage applications which need more power than a single conductor can provide.

The Principle of Electrical Power Distribution

In order to efficiently distribute electrical power, the majority of the power must be routed over to the “primary conductor”, which is usually the largest conductor element in the cable. All other smaller conductor elements are then connected to the primary conductor, allowing the current to be distributed in a more efficient manner, and reducing the risk of overloading any particular part of the cable.

Concentric Cable Design

The specialized C2535A.41.10 multi-conductor cable offers an additional advantage to its users. This is due to its unique “concentric” cable design, which is made up of several smaller inner conductors that are surrounded by a single larger outer conductor. This creates a number of concentric circles, each with its own electrical properties. This design allows for the distribution of current to multiple independent circuits, with each circuit having its own specific characteristics. This provides the user with greater flexibility and control over their electrical power distribution system.

Conclusion

The C2535A.41.10 multi-conductor cables are designed for applications requiring a reliable power transfer and distribution system. They are particularly well-suited for higher voltage applications, where their concentric design capability allows for greater flexibility and control. The C2535A.41.10 also features a high degree of electrical resistance, ensuring a high degree of reliability across a variety of applications. As such, it is an ideal choice for complex electrical system connections, providing an insulated, flexible and intra-system connection method.

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