H6PPS-1436G

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Rectangular Cable Assemblies

Rectangular cable assemblies are a type of electrical wiring which uses two perpendicular cables to form a rectangular shape. Most rectangular cable assemblies are composed of two individual cables, one of which is typically heavier in gauge than the other, and are typically used in applications where bulky or heavy wire is needed.

H6PPS-1436G is a rectangular cable assembly designed for industrial applications, specifically automotive and marine industries. It is rated for 600 Volts and is made of silicone rubber jacketed raw material. It is divided into three parts, including an outer jacket, conductor and an inner jacket, and is UL approved. The outer jacket offers protection from corrosive chemicals, oils, UV radiation, and other environmental factors.

Application Field of H6PPS-1436G

H6PPS-1436G is designed for automotive and marine applications. In automobiles, it is used as engine wiring harnesses, including connections for brakes and suspension systems. In the marine industry, it is often used in anchor winches, outboard motor wiring, and other boat wiring applications.

The flexibility of H6PPS-1436G makes it ideal for use in applications where the cable would otherwise need to be bent or subjected to extreme temperatures and environmental elements. This cable is also suitable for use in high-vibration installations, such as in engines or power tools.

Working Principle of H6PPS-1436G

The H6PPS-1436G features two independent 12 AWG cables joined by a jacket. The inner conductor is constructed of high-purity copper insulated with a silicone rubber inner jacket.The conductor and inner jacket form a single unit which is then covered with an outer jacket, which is made of a tough, heat and light resistant silicone rubber. This outer jacket provides additional protection from mechanical abrasion, oils, and extreme temperatures.

The two cables are joined in such a way that when a force is applied to one cable, it equally wraps around the other, forming a shape similar to an elbow crease. This unique design makes the cable more flexible and allows for immense tensile strength, which makes it suitable for use in many applications where conventional wires would not suffice.

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