1301280137

Multiple Conductor Cables are cables consisting of several independently insulated wires of various sizes typically held in bundles that are used to transmit a variety of signals from one area to another, from one application field to another, or from one device to another. They are utilized in a wide range of applications including telecommunications, audio/video systems, control systems, power systems, medical and safety systems, among others. The 1301280137 Multiple Conductor Cables are designed for use in a variety of industrial applications in harsh industrial environment and provide flexibility in wiring and energy savings through the use of multiple conductors.

The 1301280137 Multiple Conductor Cables feature a unique combination of materials and processes to ensure that the cable can withstand even the most challenging industrial environments. The cables are made from a combination of metals including copper, bronze, nickel, and pure nickel-tin. The materials are then extruded into solid core-bundles, each core having a twist pitch. The core bundles are then wrapped and insulated with a Polyvinyl Chloride (PVC) jacket.

The 1301280137 Multiple Conductor Cables also feature a special covering known as a braided shield. The cable is then encased in a PVC jacket for added protection. The braided shield helps reduce electromagnetic interference and radio frequency interference, providing a better signal quality. The cables also feature a strain relief mechanism to help increase the life span of the cables.

The 1301280137 Multiple Conductor Cables are designed to provide superior electrical performance, reliability, safety, and environmental compliance. The cables feature a comprehensive range of certifications including UL, CSA, and RoHS compliance. They are also UL certified for use in a variety of hazardous environments including chemical, nuclear, and radiological. The cables are also constructed to meet stringent FCC requirements.

The working principle of the 1301280137 Multiple Conductor Cables is quite simple. The cables carry a current from one point to another, thus, enabling the transmission of a variety of signals. The current is transferred via the cables and insulated with the use of the material used in their construction. The transmission of the signals is affected by the type of material used, the insulation of the cable, and the impedance of the wires. This ensures that the signals remain within the bandwidth of the designated application field or device.

The 1301280137 Multiple Conductor Cables are ideal for various applications including communications, audio/video systems, control systems, power systems, medical and safety systems, and more. They are designed to provide superior electrical performance, reliability, safety, and environmental compliance. The cable is tested and certified by UL, CSA, and RoHS, making them ideal for use in a variety of hazardous environments, providing maximum efficiency and protection.