55PC6173-12-MST3-9CS2861

Multiple conductor cables are commonly used in situations where multiple wires must be interconnecting two or more points. The 55PC6173-12-MST3-9CS2861 is one of these cables, and it operates in a very specific manner that requires understanding and knowledge to reach its full potential.

This particular cable is made up of twelve individual wires that are surrounded by an outer insulation. This insulation is made of either a thermoplastic or thermoset material that is classified as a type FEP12. Each individual wire has its own insulation of its own that is also made of FEP12.

The 55PC6173-12-MST3-9CS2861 cable has a nominal voltage rating of 845 volts and an internal current capacity of 24 amps. In addition, it also has a temperature rating of -30°C to +80°C, a bending radius of 0.03 to 0.1 meter and a diameter of 12 AWG. These specifications will determine where and how this cable may be used.

The application field for this cable is mainly in areas that require the transmission of power, such as machine controllers, robotics, pumps, drives, and various other applications in the industrial automation sector. This means that it can handle a variety of applications that require a high-power flow and a high-voltage rating. In addition, due to its insulation material, it is also resistant to most forms of electromagnetic interference.

The 55PC6173-12-MST3-9CS2861 cable has a fairly simple inner working principle. Electrical energy is transmitted from a power source to a device or system through the individual conductors. The insulation surrounding the individual conductors protects them from each other and any outside interference. This allows for the transmission of electrical energy to be directed safely and efficiently between the power source and the device or system.

The 55PC6173-12-MST3-9CS2861 cable is a viable option for various electrical power requirements, ranging from industrial automation to machine controllers. Its insulated thermoplastic or thermoset material allows for greater protection against any potential interference, making it a great solution for areas where electrical power needs to be transmitted consistently and reliably.