M64834 SL005 Cables, Wires

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Multiple Conductor Cables

Multiple conductor cables, such as the M64834 SL005, have a variety of applications in a number of industries. These cables are constructed with multiple lengths of conductor material, typically either shielded or unshielded. They often have an outer jacketing for insulation and protection. The sheathing types depend on the intended application and environmental conditions.

amp;Application Field

Multiple conductor cables are used in a range of industries, including military and aerospace, petrochemical, nuclear, medical, and energy. They are also used in industrial control systems, instrumentation, and communications. Common types of multiple conductor cables include:

• Coaxial Cables: Coaxial cables are ideal for transferring digital signals, providing an inner core conductor insulated from the outer shield. Since the design minimizes crosstalk and noise, these cables are used to transmit video, radio, and broadband signals. The M64834 SL005 is a coaxial cable with an overall diameter of 0.196”.
• Thermocouple Wires: Thermocouple wires are commonly used to measure and control the temperature of processes. The M64834 SL005 is a thermocouple wire constructed with three 18 AWG bare solid conductors, with PTFE insulation and a PVC overjacket.
• Power Cables: Power cables are multi-conductor cables designed for the transmission of electricity between two points. These cables are available in various lengths and AWG sizes, depending on the application. The M64834 SL005 is a power cable constructed with three 16 AWG conductors, with a wall thickness of 0.04”.
• Data Communications Cables: Data communications cables are multi-conductor cables designed to transmit digital signals. These cables are available in various AWG sizes, depending on the application. The M64834 SL005 is a data communication cable constructed with three 22 AWG conductors and a PVC jacket.

Working Principle

The functioning of a multiple conductor cable is based on its design — the characteristics and number of conductors, insulation, and jacketing used in its construction. In general, the conductors act as the transmission lines, connecting two points and allowing signals to travel between them. The insulation is important in preventing the signal interference between wires, as well as in protecting users from electrical shock. The outer jacketing is designed to protect the conductor from abrasion and corrosive environments.

For the M64834 SL005, the three bare solid conductors act as the transmission lines, and are insulated by PTFE and shielded by a PVC overjacket. This allows the cable to be used in temperatures up to 105 ℃, and provides protection against electrical shock and abrasion. Additionally, the PVC overjacket also provides radiation protection in environments where radiation is present.

Conclusion

Multiple conductor cables such as the M64834 SL005 are widely used in a range of industries for the transmission of electricity, data, and other signals. These cables are constructed with multiple lengths of conductor material and insulation for protection from electrical shock and abrasion. The overall diameter, insulation, and shielding type of a cable depend on its intended application and environmental conditions. As such, multiple conductor cables can be used in a variety of applications from military and aerospace uses to petrochemical and medical applications.

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